Creating an object graph of 12 transient objects, including 1 transient enumerable object.
---
config:
maxTextSize: 2147483647
maxEdges: 2147483647
class:
hideEmptyMembersBox: true
---
classDiagram
Service1 --|> IService1
Service2Enum --|> IService2
Service3 --|> IService3
Service3v2 --|> IService3 : 2
Service3v3 --|> IService3 : 3
Service3v4 --|> IService3 : 4
Service4 --|> IService4
Enum ..> CompositionRoot : CompositionRoot TestPureDIByCR()
Service1 *-- Service2Enum : IService2
Service2Enum o-- "PerBlock" IEnumerableᐸIService3ᐳ : IEnumerableᐸIService3ᐳ
Service3 *-- "2 " Service4 : IService4
Service3v2 *-- "2 " Service4 : IService4
Service3v3 *-- "2 " Service4 : IService4
Service3v4 *-- "2 " Service4 : IService4
CompositionRoot *-- Service1 : IService1
CompositionRoot *-- "3 " Service2Enum : IService2
CompositionRoot *-- Service3 : IService3
CompositionRoot *-- "2 " Service4 : IService4
IEnumerableᐸIService3ᐳ *-- Service3 : IService3
IEnumerableᐸIService3ᐳ *-- Service3v2 : 2 IService3
IEnumerableᐸIService3ᐳ *-- Service3v3 : 3 IService3
IEnumerableᐸIService3ᐳ *-- Service3v4 : 4 IService3
namespace Pure.DI.Benchmarks.Benchmarks {
class Enum {
<<partial>>
+CompositionRoot TestPureDIByCR()
+ T ResolveᐸTᐳ()
+ T ResolveᐸTᐳ(object? tag)
+ object Resolve(Type type)
+ object Resolve(Type type, object? tag)
}
}
namespace Pure.DI.Benchmarks.Model {
class CompositionRoot {
<<class>>
+CompositionRoot(IService1 service1, IService2 service21, IService2 service22, IService2 service23, IService3 service3, IService4 service41, IService4 service42)
}
class IService1 {
<<interface>>
}
class IService2 {
<<interface>>
}
class IService3 {
<<interface>>
}
class IService4 {
<<interface>>
}
class Service1 {
<<class>>
+Service1(IService2 service2)
}
class Service2Enum {
<<class>>
+Service2Enum(IEnumerableᐸIService3ᐳ services)
}
class Service3 {
<<class>>
+Service3(IService4 service41, IService4 service42)
}
class Service3v2 {
<<class>>
+Service3v2(IService4 service41, IService4 service42)
}
class Service3v3 {
<<class>>
+Service3v3(IService4 service41, IService4 service42)
}
class Service3v4 {
<<class>>
+Service3v4(IService4 service41, IService4 service42)
}
class Service4 {
<<class>>
+Service4()
}
}
namespace System.Collections.Generic {
class IEnumerableᐸIService3ᐳ {
<<interface>>
}
}
The following partial class will be generated:
partial class Enum
{
[MethodImpl(MethodImplOptions.AggressiveInlining)]
public partial CompositionRoot TestPureDIByCR()
{
[MethodImpl(MethodImplOptions.AggressiveInlining)]
IEnumerable<IService3> EnumerationOf_perBlockIEnumerable72()
{
yield return new Service3(new Service4(), new Service4());
yield return new Service3v2(new Service4(), new Service4());
yield return new Service3v3(new Service4(), new Service4());
yield return new Service3v4(new Service4(), new Service4());
}
return new CompositionRoot(new Service1(new Service2Enum(EnumerationOf_perBlockIEnumerable72())), new Service2Enum(EnumerationOf_perBlockIEnumerable72()), new Service2Enum(EnumerationOf_perBlockIEnumerable72()), new Service2Enum(EnumerationOf_perBlockIEnumerable72()), new Service3(new Service4(), new Service4()), new Service4(), new Service4());
}
[MethodImpl(MethodImplOptions.AggressiveInlining)]
public T Resolve<T>()
{
return Resolver<T>.Value.Resolve(this);
}
[MethodImpl(MethodImplOptions.AggressiveInlining)]
public T Resolve<T>(object? tag)
{
return Resolver<T>.Value.ResolveByTag(this, tag);
}
[MethodImpl(MethodImplOptions.AggressiveInlining)]
public object Resolve(Type type)
{
#if NETCOREAPP3_0_OR_GREATER
var index = (int)(_bucketSize * (((uint)type.TypeHandle.GetHashCode()) % 1));
#else
var index = (int)(_bucketSize * (((uint)RuntimeHelpers.GetHashCode(type)) % 1));
#endif
ref var pair = ref _buckets[index];
return Object.ReferenceEquals(pair.Key, type) ? pair.Value.Resolve(this) : Resolve(type, index);
}
[MethodImpl(MethodImplOptions.NoInlining)]
private object Resolve(Type type, int index)
{
var finish = index + _bucketSize;
while (++index < finish)
{
ref var pair = ref _buckets[index];
if (Object.ReferenceEquals(pair.Key, type))
{
return pair.Value.Resolve(this);
}
}
throw new CannotResolveException($"{CannotResolveMessage} {OfTypeMessage} {type}.", type, null);
}
[MethodImpl(MethodImplOptions.AggressiveInlining)]
public object Resolve(Type type, object? tag)
{
#if NETCOREAPP3_0_OR_GREATER
var index = (int)(_bucketSize * (((uint)type.TypeHandle.GetHashCode()) % 1));
#else
var index = (int)(_bucketSize * (((uint)RuntimeHelpers.GetHashCode(type)) % 1));
#endif
ref var pair = ref _buckets[index];
return Object.ReferenceEquals(pair.Key, type) ? pair.Value.ResolveByTag(this, tag) : Resolve(type, tag, index);
}
[MethodImpl(MethodImplOptions.NoInlining)]
private object Resolve(Type type, object? tag, int index)
{
var finish = index + _bucketSize;
while (++index < finish)
{
ref var pair = ref _buckets[index];
if (Object.ReferenceEquals(pair.Key, type))
{
return pair.Value.ResolveByTag(this, tag);
}
}
throw new CannotResolveException($"{CannotResolveMessage} \"{tag}\" {OfTypeMessage} {type}.", type, tag);
}
private readonly static uint _bucketSize;
private readonly static Pair<IResolver<Enum, object>>[] _buckets;
static Enum()
{
var valResolver_0000 = new Resolver_0000();
Resolver<CompositionRoot>.Value = valResolver_0000;
_buckets = Buckets<IResolver<Enum, object>>.Create(
1,
out _bucketSize,
new Pair<IResolver<Enum, object>>[1]
{
new Pair<IResolver<Enum, object>>(typeof(CompositionRoot), valResolver_0000)
});
}
private const string CannotResolveMessage = "Cannot resolve composition root ";
private const string OfTypeMessage = "of type ";
private class Resolver<T>: IResolver<Enum, T>
{
public static IResolver<Enum, T> Value = new Resolver<T>();
public virtual T Resolve(Enum composite)
{
throw new CannotResolveException($"{CannotResolveMessage}{OfTypeMessage}{typeof(T)}.", typeof(T), null);
}
public virtual T ResolveByTag(Enum composite, object tag)
{
throw new CannotResolveException($"{CannotResolveMessage}\"{tag}\" {OfTypeMessage}{typeof(T)}.", typeof(T), tag);
}
}
private sealed class Resolver_0000: Resolver<CompositionRoot>
{
public override CompositionRoot Resolve(Enum composition)
{
return composition.TestPureDIByCR();
}
public override CompositionRoot ResolveByTag(Enum composition, object tag)
{
switch (tag)
{
case null:
return composition.TestPureDIByCR();
default:
return base.ResolveByTag(composition, tag);
}
}
}
}