public Revision <TypedEntity> MapRevision(NodeVersion source, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
var output = new Revision <TypedEntity>();
MapRevision(source, output, lookupHelper, masterMapper);
return(output);
}
private DateTimeOffset GetLatestStatusDate(NodeVersion source, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
return(source.NodeVersionStatuses.OrderByDescending(x => x.Date).Select(x => x.Date).FirstOrDefault());
}
private int CheckCountIncomingRelations(Node source, IRelatableEntity destination, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
var output = 0;
foreach (var relation in source.IncomingRelations)
{
if (relation.StartNode.Id == relation.EndNode.Id)
{
throw new InvalidOperationException("Cannot relate nodes to themselves");
}
output++;
}
return(output);
}
public RevisionStatusType MapEntityStatusType(NodeVersionStatusType source, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
return(new RevisionStatusType((HiveId)source.Id, source.Alias, source.Name, source.IsSystem));
}
private NodeVersionStatusHistory GetLatestNodeVersionStatus(NodeVersion source, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
return(source.NodeVersionStatuses.OrderByDescending(x => x.Date).FirstOrDefault());
}
public void MapAttribute(Attribute source, TypedAttribute destination, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
destination.AttributeDefinition = MapAttributeDefinition(source.AttributeDefinition, lookupHelper, masterMapper);
destination.Id = (HiveId)source.Id;
destination.Values.Clear();
foreach (var value in source.AttributeStringValues)
{
destination.Values.Add(value.ValueKey, value.Value);
}
foreach (var value in source.AttributeIntegerValues)
{
destination.Values.Add(value.ValueKey, value.Value);
}
foreach (var value in source.AttributeDecimalValues)
{
destination.Values.Add(value.ValueKey, value.Value);
}
foreach (var value in source.AttributeDateValues)
{
destination.Values.Add(value.ValueKey, value.Value);
}
foreach (var value in source.AttributeLongStringValues)
{
destination.Values.Add(value.ValueKey, value.Value);
}
//// TODO: Add LanguageInfo to the Values in the persistence (not rdbms) model
//destination.Values.LazyLoadFactory = () =>
//{
// // Using ConcurrentDictionary as it has a handy AddOrUpdate method meaning a quick
// // way of using the last-inserted version, should we hit any ValueKey clashes
// var items = new ConcurrentDictionary<string, Lazy<object>>();
// foreach (var attributeStringValue in source.AttributeStringValues)
// {
// var attribValue = attributeStringValue;
// var lazyProxyCall = new Lazy<object>(() => attribValue.Value);
// items.AddOrUpdate(attribValue.ValueKey, lazyProxyCall, (x,y) => lazyProxyCall);
// }
// foreach (var attributeIntegerValue in source.AttributeIntegerValues)
// {
// var attribValue = attributeIntegerValue;
// var lazyProxyCall = new Lazy<object>(() => attribValue.Value);
// items.AddOrUpdate(attribValue.ValueKey, lazyProxyCall, (x, y) => lazyProxyCall);
// }
// foreach (var value in source.AttributeDecimalValues)
// {
// var attribValue = value;
// var lazyProxyCall = new Lazy<object>(() => attribValue.Value);
// items.AddOrUpdate(attribValue.ValueKey, lazyProxyCall, (x, y) => lazyProxyCall);
// }
// foreach (var attributeDateValue in source.AttributeDateValues)
// {
// var attribValue = attributeDateValue;
// var lazyProxyCall = new Lazy<object>(() => attribValue.Value);
// items.AddOrUpdate(attribValue.ValueKey, lazyProxyCall, (x, y) => lazyProxyCall);
// }
// foreach (var attributeLongStringValue in source.AttributeLongStringValues)
// {
// var attribValue = attributeLongStringValue;
// var lazyProxyCall = new Lazy<object>(() => attribValue.Value);
// items.AddOrUpdate(attribValue.ValueKey, lazyProxyCall, (x, y) => lazyProxyCall);
// }
// return items;
//};
}
public IEnumerable <TypedAttribute> MapAttributes(IEnumerable <Attribute> attributes, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
return(attributes.Select(x => MapAttribute(x, lookupHelper, masterMapper)).ToArray());
}
//public IEnumerable<AttributeGroup> MapAttributeGroups(IEnumerable<AttributeDefinitionGroup> attributeDefinitionGroups)
//{
// // For every item in the input parameter, select the result of the method MapAttributeGroup
// return attributeDefinitionGroups.Select(MapAttributeGroup);
//}
public void MapTypedEntityForRevision(NodeVersion source, TypedEntity destination, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
Mandate.ParameterNotNull(source, "source");
Mandate.ParameterNotNull(destination, "destination");
Node enclosingNode = source.Node;
destination.EntitySchema = MapAttributeSchemaDefinition(source.AttributeSchemaDefinition, lookupHelper, masterMapper);
// When we map the attributes, if any of them belong to schemas with another alias than the schema of this NodeVersion, then
// those attributes must be "inherited" and we need to advertise that in the output model along with a reference to that schema too
var allInheritedAttributes = source.Attributes.Where(x => x.AttributeDefinition.AttributeSchemaDefinition.Alias != source.AttributeSchemaDefinition.Alias).ToArray();
var allRealAttributes = source.Attributes.Except(allInheritedAttributes);
var mappedRealAttributes = MapAttributes(allRealAttributes, lookupHelper, masterMapper);
var mappedInheritedAttributes =
allInheritedAttributes.Select(
x => new { Original = x, Mapped = MapAttribute(x, lookupHelper, masterMapper) }).ToArray();
// For the inherited ones, remap the AttributeDefinition
foreach (var inherited in mappedInheritedAttributes)
{
var otherSchema = MapAttributeSchemaDefinition(inherited.Original.AttributeDefinition.AttributeSchemaDefinition, lookupHelper, masterMapper);
inherited.Mapped.AttributeDefinition = new InheritedAttributeDefinition(inherited.Mapped.AttributeDefinition, otherSchema);
}
var collectionShouldValidateAgainstSchema = !allInheritedAttributes.Any();
destination.Attributes.Reset(mappedRealAttributes.Concat(mappedInheritedAttributes.Select(x => x.Mapped)), collectionShouldValidateAgainstSchema);
// Since this manual mapping stuff doesn't have a scope for avoiding remaps of the same object instance,
// we need to go through and ensure we're using one group instance, so we'll use the one from the Schema
foreach (var attribute in destination.Attributes)
{
var groupFromSchema = destination.EntitySchema.AttributeGroups.FirstOrDefault(x => x.Id == attribute.AttributeDefinition.AttributeGroup.Id);
if (groupFromSchema != null)
{
attribute.AttributeDefinition.AttributeGroup = groupFromSchema;
}
}
destination.Id = new HiveId(enclosingNode.Id);
destination.UtcCreated = enclosingNode.DateCreated;
destination.UtcModified = source.DateCreated;
destination.UtcStatusChanged = GetLatestStatusDate(source, lookupHelper, masterMapper);
MapRelations(source.Node, destination, lookupHelper, masterMapper);
}
public void MapRevision(NodeVersion source, IRevision <TypedEntity> destination, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
if (destination.Item == null)
{
var casted = destination as Revision <TypedEntity>;
if (casted != null)
{
casted.Item = MapTypedEntityForRevision(source, lookupHelper, masterMapper);
}
}
else
{
MapTypedEntityForRevision(source, destination.Item, lookupHelper, masterMapper);
}
var latestStatus = GetLatestNodeVersionStatus(source, lookupHelper, masterMapper);
var utcStatusChanged = latestStatus == null ? DateTimeOffset.MinValue : latestStatus.Date;
var statusType = latestStatus == null
? new RevisionStatusType("unknown", "Unknown / Not specified")
: MapEntityStatusType(latestStatus.NodeVersionStatusType, lookupHelper, masterMapper);
var metaData = new RevisionData()
{
Id = (HiveId)source.Id,
StatusType = statusType,
UtcCreated = source.NodeVersionStatuses.First().Date,
UtcModified = utcStatusChanged,
UtcStatusChanged = utcStatusChanged
};
destination.Item.UtcModified = source.DateCreated;
destination.Item.UtcStatusChanged = utcStatusChanged;
destination.MetaData = metaData;
}
//public void MapAttributeGroup(AttributeGroup destination, AttributeDefinitionGroup source)
//{
// destination.Alias = source.Alias;
// destination.Id = source.Id;
// destination.Name = source.Name;
// destination.UtcCreated = source.DateCreated;
//}
//public AttributeGroup MapAttributeGroup(AttributeDefinitionGroup attributeGroup)
//{
// // TODO:
// // - Attributes and AttributeDefinitions navigator on the stack model will be tricky to track changes
// // - Add Ordinal to Rdbms model
// var mapped = new AttributeGroup();
// MapAttributeGroup(mapped, attributeGroup);
// return mapped;
//}
public void MapAttributeSchemaDefinition(AttributeSchemaDefinition source, EntitySchema destination, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
destination.Alias = source.Alias;
destination.Id = (HiveId)source.Id;
destination.Name = source.Name;
destination.UtcCreated = source.Node.DateCreated;
destination.SchemaType = source.SchemaType;
if (!string.IsNullOrEmpty(source.XmlConfiguration))
{
destination.XmlConfiguration = XDocument.Parse(source.XmlConfiguration); // else the constructor will initialize it
}
destination.AttributeGroups.Clear();
destination.AttributeDefinitions.Clear();
//destination.AttributeTypes.Clear();
foreach (var attributeDefinitionGroup in source.AttributeDefinitionGroups)
{
var mappedGroup = MapAttributeGroupDefinition(attributeDefinitionGroup, lookupHelper, masterMapper);
destination.AttributeGroups.Add(mappedGroup);
}
//create a local cache of AttributeTypes to pass to the mappers so that we can
//ensure that the same AttributeType based on the alias is the same used across all
//AttributeDefinitions.
var attributeTypeCache = new List <Model.Attribution.MetaData.AttributeType>();
foreach (var attributeDefinition in source.AttributeDefinitions)
{
var localAttribCopy = attributeDefinition;
var newDef = MapAttributeDefinition(localAttribCopy, lookupHelper, masterMapper, attributeTypeCache);
newDef.AttributeGroup = destination.AttributeGroups.SingleOrDefault(x => x.Alias == localAttribCopy.AttributeDefinitionGroup.Alias);
if (newDef.AttributeGroup == null)
{
throw new InvalidOperationException(
"Could not find group with alias {0} for mapping".InvariantFormat(
localAttribCopy.AttributeDefinitionGroup.Alias));
}
destination.AttributeDefinitions.Add(newDef);
}
MapRelations(source.Node, destination, lookupHelper, masterMapper);
}
public EntitySchema MapAttributeSchemaDefinition(AttributeSchemaDefinition attributeSchemaDefinition, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
//TODO
//- Map AttributeGroupDefinitions - how to track changes?
//- Add DateModified to Rdbms model
var mapped = new EntitySchema();
MapAttributeSchemaDefinition(attributeSchemaDefinition, mapped, lookupHelper, masterMapper);
return(mapped);
}
public void MapEntityStatusType(NodeVersionStatusType source, RevisionStatusType destination, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
destination.Id = (HiveId)source.Id;
destination.Alias = source.Alias;
destination.Name = source.Name;
destination.IsSystem = source.IsSystem;
}
public AttributeGroup MapAttributeGroupDefinition(AttributeDefinitionGroup attributeDefinitionGroup, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
// TODO:
// - Attributes and AttributeDefinitions navigator on the stack model will be tricky to track changes
// - Add Ordinal to Rdbms model
var mapped = new AttributeGroup();
MapAttributeGroupDefinition(attributeDefinitionGroup, mapped, lookupHelper, masterMapper);
return(mapped);
}
public void MapAttributeGroupDefinition(AttributeDefinitionGroup source, AttributeGroup destination, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
destination.Alias = source.Alias;
destination.Id = (HiveId)source.Id;
destination.Name = source.Name;
destination.UtcCreated = source.Node.DateCreated;
destination.Ordinal = source.Ordinal;
//destination.AttributeDefinitions.Clear();
//foreach (var attributeDefinition in source.AttributeDefinitions)
//{
// destination.AttributeDefinitions.Add(MapAttributeDefinition(attributeDefinition));
//}
}
public void MapLocaleToLanguage(Locale source, LanguageInfo destination, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
destination.Alias = source.Alias;
destination.Name = source.Name;
destination.Key = source.LanguageIso; // TODO: Refactor LanguageInfo to just use Alias
destination.InferCultureFromKey();
// TODO: Lookup Fallbacks using a delegate to the Localization system
}
public TypedEntity MapTypedEntityForRevision(NodeVersion node, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
var mapped = new TypedEntity();
MapTypedEntityForRevision(node, mapped, lookupHelper, masterMapper);
return(mapped);
}
public void MapAttributeTypeDefinition(AttributeType source, Model.Attribution.MetaData.AttributeType destination, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
destination.Alias = source.Alias;
destination.Id = (HiveId)source.Id;
destination.Description = source.Description;
destination.Name = source.Name;
destination.RenderTypeProvider = source.RenderTypeProvider;
destination.RenderTypeProviderConfig = source.XmlConfiguration;
if (!string.IsNullOrEmpty(source.PersistenceTypeProvider))
{
// TODO: Use TypeFinder, but requires TypeFinder to be moved into Framework. Otherwise, add caching
var reverseSerializationType = Type.GetType(source.PersistenceTypeProvider, false, false);
if (reverseSerializationType != null)
{
var obj = Activator.CreateInstance(reverseSerializationType) as IAttributeSerializationDefinition;
destination.SerializationType = obj;
}
else
{
throw new TypeLoadException(string.Format("Cannot load type '{0}' which is specified for this AttributeType in the database; either the Assembly has not been loaded into the AppDomain or it's been renamed since this item was last saved.", source.PersistenceTypeProvider));
}
}
}
private void MapRelations <T>(T source, IRelatableEntity destination, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
where T : Node
{
/* Temp: do nothing */
return;
}
public TypedAttribute MapAttribute(Attribute attribute, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
//TODO:
//- Remove Dates
//- Add Ordinal to Rdbms for sorting within a tab
var mapped = new TypedAttribute();
MapAttribute(attribute, mapped, lookupHelper, masterMapper);
return(mapped);
}
private void OldMapRelations <T>(T source, IRelatableEntity destination, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
where T : Node
{
//destination.Relations.Clear();
//destination.Relations.LazyLookAhead = (axis) =>
//{
// switch (axis)
// {
// case HierarchyScope.Children:
// case HierarchyScope.Descendents:
// case HierarchyScope.DescendentsOrSelf:
// return CheckCountOutgoingRelations(source, destination, lookupHelper, masterMapper);
// case HierarchyScope.AllOrNone:
// return
// CheckCountIncomingRelations(source, destination, lookupHelper, masterMapper) +
// CheckCountOutgoingRelations(source, destination, lookupHelper, masterMapper);
// case HierarchyScope.Ancestors:
// case HierarchyScope.AncestorsOrSelf:
// return CheckCountIncomingRelations(source, destination, lookupHelper, masterMapper);
// }
// return 0;
//};
//destination.Relations.LazyLoadFactory = (relatableEntitySource, axis) =>
//{
// switch (axis)
// {
// case HierarchyScope.Children:
// case HierarchyScope.Descendents:
// case HierarchyScope.DescendentsOrSelf:
// return PopulateOutgoingRelations(source, destination, relatableEntitySource, lookupHelper, masterMapper);
// case HierarchyScope.AllOrNone:
// return PopulateIncomingRelations(source, destination, relatableEntitySource, lookupHelper, masterMapper)
// .Concat(PopulateOutgoingRelations(source, destination, relatableEntitySource, lookupHelper, masterMapper));
// case HierarchyScope.Ancestors:
// case HierarchyScope.AncestorsOrSelf:
// return PopulateIncomingRelations(source, destination, relatableEntitySource, lookupHelper, masterMapper);
// }
// return Enumerable.Empty<Relation>();
//};
}
/// <summary>
/// Initializes a new instance of the <see cref = "T:System.Object" /> class.
/// </summary>
public FakeTypeMapperCollection(AbstractMappingEngine[] dynamicTypeMaps)
: base(new List<Lazy<AbstractMappingEngine, TypeMapperMetadata>>())
{
Array.ForEach(dynamicTypeMaps, x => Add(new Lazy<AbstractMappingEngine, TypeMapperMetadata>(() => x, new TypeMapperMetadata(true))));
}
public LanguageInfo MapLocaleToLanguage(Locale source, AbstractLookupHelper lookupHelper, AbstractMappingEngine masterMapper)
{
var output = new LanguageInfo();
MapLocaleToLanguage(source, output, lookupHelper, masterMapper);
return(output);
}
