/// <inheritdoc />
public override TypeToRegister CreateSpawnedTypeToRegister(
Type type,
TypeToIncludeOrigin typeToIncludeOrigin)
{
var keyInDictionaryStringSerializer = this.KeyInDictionaryStringSerializer;
// If a type has an associated KeyInDictionaryStringSerializer and we explore members
// (JsonConverterBuilder will be null, otherwise the constructor throws if MemberTypesToInclude != None)
// it is very highly unlikely that we want to use that serializer for members that are keys in
// dictionaries. Without the code below which null it out, the config would require two entries for
// the same type - one where MemberTypesToInclude is None, specifying the dictionary key serializer
// and the other with All. Further, the one with the serializer would need to be registered first
// (the second registration exists solely to explore members since the type itself will get
// registered with the first entry). In the future, we should introduce an enum that describes
// how to spawn and just follow those instructions (e.g. something like
// CopyKeyInDictionaryStringSerializerWhenTypeToIncludeOriginIsGettingRelatedTypes - which would
// only copy the serializer for related types, but not member types).
if (typeToIncludeOrigin == TypeToIncludeOrigin.GettingMemberTypes)
{
keyInDictionaryStringSerializer = null;
}
var result = new TypeToRegisterForJson(type, this.RecursiveOriginType, this.Type, this.MemberTypesToInclude, this.RelatedTypesToInclude, this.JsonConverterBuilder, keyInDictionaryStringSerializer);
return(result);
}
private void EnqueueAdditionalTypesToInclude(
TypeToRegister typeToRegister,
IReadOnlyCollection <Type> additionalTypesToInclude,
TypeToIncludeOrigin typeToIncludeOrigin,
Queue <TypeToRegister> typesToRegisterQueue)
{
// This excludes typeToRegister.Type (the dequeued value),
// so it's not possible to create any more originating types.
additionalTypesToInclude =
additionalTypesToInclude
.Distinct()
.Where(_ => !VersionlessOpenTypeConsolidatingTypeEqualityComparer.Instance.Equals(_, typeToRegister.Type))
.ToList();
foreach (var additionalTypeToInclude in additionalTypesToInclude)
{
var additionalTypeToRegister = typeToRegister.CreateSpawnedTypeToRegister(additionalTypeToInclude, typeToIncludeOrigin);
var additionalTypeToRegisterId = BuildIdIgnoringOrigin(additionalTypeToRegister);
if (!this.visitedTypesToRegisterIds.Contains(additionalTypeToRegisterId))
{
typesToRegisterQueue.Enqueue(additionalTypeToRegister);
}
}
}
/// <inheritdoc />
public override TypeToRegister CreateSpawnedTypeToRegister(
Type type,
TypeToIncludeOrigin typeToIncludeOrigin)
{
var result = new TypeToRegisterForBson(type, this.RecursiveOriginType, this.Type, this.MemberTypesToInclude, this.RelatedTypesToInclude, this.BsonSerializerBuilder, this.PropertyNameWhitelist);
return(result);
}
/// <inheritdoc />
public override TypeToRegister CreateSpawnedTypeToRegister(
Type type,
TypeToIncludeOrigin typeToIncludeOrigin)
{
var result = new TypeToRegisterForPropertyBag(type, this.RecursiveOriginType, this.Type, this.MemberTypesToInclude, this.RelatedTypesToInclude, this.StringSerializerBuilderFunc);
return(result);
}
/// <summary>
/// Creates a <see cref="TypeToRegister"/> that is spawned in processing the <see cref="MemberTypesToInclude"/> and <see cref="RelatedTypesToInclude"/> of this instance.
/// </summary>
/// <param name="type">The spawned type.</param>
/// <param name="typeToIncludeOrigin">The <see cref="TypeToIncludeOrigin"/>.</param>
/// <returns>
/// The spawned <see cref="TypeToRegister"/>.
/// </returns>
public abstract TypeToRegister CreateSpawnedTypeToRegister(
Type type,
TypeToIncludeOrigin typeToIncludeOrigin);
