/// <summary>
/// RegisterInstance the container itself for service locator reasons.
/// </summary>
private void RegisterContainer()
{
var typeOfIContainer = typeof(IContainer);
// The container is already registered from external.
if (_registrationContainer.HasRegistration(typeOfIContainer))
{
_registrationContainer.RemoveRegistration(typeOfIContainer);
}
var registrationItem = new RegistrationItem(typeOfIContainer)
{
Activator = new InstanceActivator <IContainer>(this),
Lifecycle = new TransientLifecycle()
};
_registrationContainer.AddRegistration(registrationItem);
}
/// <summary>
/// Add a registrationItem to the registrations.
/// </summary>
/// <param name="registrationItem">The registration to add.</param>
private IFluentRegistration AddToRegistrationFluent(RegistrationItem registrationItem)
{
Action registrationCallback = () =>
{
// Set default reuse scope, if not user defined. (System default is <see cref="TransientLifecycle" />.
if (registrationItem.Lifecycle == null)
{
registrationItem.Lifecycle = this._defaultLifecycleFunction();
}
if (_activeRegistrationGroupsInternal != null &&
registrationItem.Group != null)
{
if (
!this._activeRegistrationGroupsInternal.Any(
g => g.Trim() == registrationItem.Group.Trim()))
{
// Do not add inactive registrationItem.
return;
}
}
if (_activeRegistrationGroupsInternal == null && registrationItem.Group != null)
{
// Do not add inactive registrationItem.
return;
}
_registrationContainer.AddRegistration(registrationItem);
};
_registrationCallbacks.Add(registrationCallback);
// Return a new instance of <see cref="IFluentRegistration" /> for supporting a fluent interface for registration configuration.
return(new FluentRegistration(registrationItem));
}