protected override void Dispose(bool explicitDispose)
{
if (explicitDispose)
{
_newDependencyInstancesDisposeRegistry?.Dispose();
//
_runningResolutionsSpinLock?.EnterAndExitLock();
_runningResolutionsUniqueness?.Clear();
_runningResolutionsSequence?.Clear();
//
_resolutionModelLazy?.Dispose();
//
_exporter?.Dispose();
//
_outerScopeGetter?.Dispose();
}
_newDependencyInstancesDisposeRegistry = null;
_runningResolutionsUniqueness = null;
_runningResolutionsSequence = null;
_runningResolutionsSpinLock = null;
_resolutionModelLazy = null;
_exporter = null;
_outerScopeGetter = null;
_serviceProviderApi = null;
_owner = null;
//
base.Dispose(explicitDispose);
}
// TODO: Put strings into the resources.
//
public DependencyResolutionSpecs(
Type dependencyType,
bool ensureResolution = false,
bool isNewInstanceRequired = false,
IArgsTuple newInstanceFactoryArgs = null,
bool preventNewInstanceInitialization = false,
IDependencyResolutionModel primaryResolutionModel = null,
IDependencyResolutionSelectCriterion selectCriterion = null,
IDisposeRegistry disposeRegistry = null)
{
//
dependencyType.EnsureNotNull(nameof(dependencyType));
if (!isNewInstanceRequired && newInstanceFactoryArgs != null)
{
throw
new ArgumentException(
message: $"Этот аргумент не применим и должен иметь значение '{((object)null).FmtStr().G()}', когда значение аргумента '{nameof(isNewInstanceRequired)}' равно '{false.FmtStr().G()}'.",
paramName: nameof(newInstanceFactoryArgs));
}
//
_dependencyType = dependencyType;
_ensureResolution = ensureResolution;
_isNewInstanceRequired = isNewInstanceRequired;
_newInstanceFactoryArgs = newInstanceFactoryArgs;
_preventNewInstanceInitialization = preventNewInstanceInitialization;
_primaryResolutionModel = primaryResolutionModel;
_selectCriterion = selectCriterion;
_disposeRegistry = disposeRegistry;
}
protected override void Dispose(bool explicitDispose)
{
_dependencyType = null;
_primaryResolutionModel = null;
_selectCriterion = null;
_newInstanceFactoryArgs = null;
_disposeRegistry = null;
//
base.Dispose(explicitDispose);
}
void P_CtorInitializer(IDependencyExporter exporter, bool ownsDependencyExporter = default, IServiceProvider outerServiceProvider = default, object owner = default)
{
exporter.EnsureNotNull(nameof(exporter));
//
_exporter = exporter.ToValueHolder(ownsDependencyExporter);
_owner = owner;
//
_resolutionModelLazy =
new DisposableLazy <IDependencyResolutionModel <DependencyScope> >(
factory: () => new DependencyResolutionModel <DependencyScope>(scope: this, handlerChainSource: ReadDA(ref _exporter, considerDisposeRequest: true).Value.ExportDependencies()),
ownsValue: true);
//
_newDependencyInstancesDisposeRegistry = new DisposeRegistry();
//
_runningResolutionsSpinLock = new PrimitiveSpinLock();
_runningResolutionsUniqueness = new HashSet <IDependencyResolutionContext>(comparer: ReferenceEqualityComparer <IDependencyResolutionContext> .Instance);
_runningResolutionsSequence = new List <IDependencyResolutionContext>();
//
_serviceProviderApi = outerServiceProvider ?? new P_ServiceProviderApi(scope: this);
}
public DependencyResolutionSpecs(
Type dependencyTypeConstraint = null,
bool ensureResolution = false,
bool isNewInstanceRequired = false,
IArgsTuple newInstanceFactoryArgs = null,
bool preventNewInstanceInitialization = false,
IDependencyResolutionModel primaryResolutionModel = null,
IDependencyResolutionSelectCriterion <TDependency> selectCriterion = null,
IDisposeRegistry disposeRegistry = null)
: base(
dependencyType: dependencyTypeConstraint.Arg(nameof(dependencyTypeConstraint)).EnsureCompatible(__DependencyType).Value ?? __DependencyType,
ensureResolution: ensureResolution,
isNewInstanceRequired: isNewInstanceRequired,
newInstanceFactoryArgs: newInstanceFactoryArgs,
preventNewInstanceInitialization: preventNewInstanceInitialization,
primaryResolutionModel: primaryResolutionModel,
selectCriterion: selectCriterion,
disposeRegistry: disposeRegistry)
{
_selectCriterion = selectCriterion;
}
