private static IEnumerable <InstanceProducer> GetSelfAndDependentProducers(InstanceProducer producer,
HashSet <InstanceProducer> set = null)
{
set = set ?? new HashSet <InstanceProducer>(ReferenceEqualityComparer <InstanceProducer> .Instance);
// Prevent stack overflow exception in case the graph is cyclic.
if (set.Contains(producer))
{
yield break;
}
// Return self
yield return(set.AddReturn(producer));
// Return dependent producers
foreach (var relationship in producer.GetRelationships())
{
yield return(set.AddReturn(relationship.Dependency));
foreach (var dependentProducer in GetSelfAndDependentProducers(relationship.Dependency, set))
{
yield return(set.AddReturn(dependentProducer));
}
}
}
private static IEnumerable <InstanceProducer> GetSelfAndDependentProducers(InstanceProducer producer,
HashSet <InstanceProducer> set)
{
// Prevent stack overflow exception in case the graph is cyclic.
if (set.Contains(producer))
{
yield break;
}
// Return self
yield return(set.AddReturn(producer));
// Return dependent producers
foreach (var relationship in producer.GetRelationships())
{
if (relationship.UseForVerification)
{
foreach (var dependentProducer in GetSelfAndDependentProducers(relationship.Dependency, set))
{
yield return(set.AddReturn(dependentProducer));
}
}
}
}
internal string VisualizeIndentedObjectGraph(int indentingDepth, HashSet <InstanceProducer> set = null)
{
set = set ?? new HashSet <InstanceProducer>(ReferenceEqualityComparer <InstanceProducer> .Instance);
var visualizedDependencies =
from relationship in this.GetRelationships()
let dependency = relationship.Dependency
let isCyclicGraph = set.Contains(dependency)
let visualizeSubGraph = isCyclicGraph
? dependency.VisualizeCyclicProducerWithoutDependencies(indentingDepth + 1)
: set.AddReturn(dependency).VisualizeIndentedObjectGraph(indentingDepth + 1, set)
select Environment.NewLine + visualizeSubGraph;
return(string.Format(CultureInfo.InvariantCulture, "{0}{1}({2})",
new string(' ', indentingDepth * 4),
this.ImplementationType.ToFriendlyName(),
string.Join(",", visualizedDependencies)));
}
internal string VisualizeIndentedObjectGraph(int indentingDepth, HashSet<InstanceProducer> set = null)
{
set = set ?? new HashSet<InstanceProducer>(ReferenceEqualityComparer<InstanceProducer>.Instance);
var visualizedDependencies =
from relationship in this.GetRelationships()
let dependency = relationship.Dependency
let isCyclicGraph = set.Contains(dependency)
let visualizeSubGraph = isCyclicGraph
? dependency.VisualizeCyclicProducerWithoutDependencies(indentingDepth + 1)
: set.AddReturn(dependency).VisualizeIndentedObjectGraph(indentingDepth + 1, set)
select Environment.NewLine + visualizeSubGraph;
return string.Format(CultureInfo.InvariantCulture, "{0}{1}({2})",
new string(' ', indentingDepth * 4),
this.ImplementationType.ToFriendlyName(),
string.Join(",", visualizedDependencies));
}
private static IEnumerable<InstanceProducer> GetSelfAndDependentProducers(InstanceProducer producer,
HashSet<InstanceProducer> set = null)
{
set = set ?? new HashSet<InstanceProducer>(ReferenceEqualityComparer<InstanceProducer>.Instance);
// Prevent stack overflow exception in case the graph is cyclic.
if (set.Contains(producer))
{
yield break;
}
// Return self
yield return set.AddReturn(producer);
// Return dependent producers
foreach (var relationship in producer.GetRelationships())
{
yield return set.AddReturn(relationship.Dependency);
foreach (var dependentProducer in GetSelfAndDependentProducers(relationship.Dependency, set))
{
yield return set.AddReturn(dependentProducer);
}
}
}
