public static void GetIsCurrentEntityMany(Entity prevEntity, Entity CurEntity, out bool?isMany)
{
EntityRelationship rel = null;
EntityProperty relProp = null;
if (
prevEntity.EntityProperties.SelectMany(x => x.ChildRelationships)
.FirstOrDefault(x => x.ChildProperty.Entity == CurEntity) != null)
{
rel = prevEntity.EntityProperties.SelectMany(x => x.ChildRelationships)
.FirstOrDefault(x => x.ChildProperty.Entity == CurEntity);
relProp = rel.ChildProperty;
isMany = relProp.DataProperties.All(x => x.ModelType.Name == "ForeignKey") &&
!(relProp.DataProperties.All(x => x.ModelType.Name == "EntityId"));
return;
}
else if (
prevEntity.EntityProperties.SelectMany(x => x.ParentRelationships)
.FirstOrDefault(x => x.ParentProperty.Entity == CurEntity) != null)
{
rel = prevEntity.EntityProperties.SelectMany(x => x.ParentRelationships)
.FirstOrDefault(x => x.ParentProperty.Entity == CurEntity);
relProp = rel.ParentProperty;
isMany = relProp.DataProperties.All(x => x.ModelType.Name == "ForeignKey") &&
!(relProp.DataProperties.All(x => x.ModelType.Name == "EntityId"));
return;
}
isMany = null;
}
public static async Task <string> CreateRelationship([ActivityTrigger] EntityRelationship entityRelationship, TraceWriter log)
{
await GraphHelper.CreateRelationship(entityRelationship);
log.Info($"Added: {entityRelationship.FromVertex.Name}, {entityRelationship.Relationship}, To: {entityRelationship.ToVertex.Name}");
return($"Added: {entityRelationship.FromVertex.Name}, {entityRelationship.Relationship}, To: {entityRelationship.ToVertex.Name}");
}
/// <summary>
/// Construct an ER master
/// </summary>
public EntityRelationshipMaster(Entity master, Entity local, EntityRelationship relationship)
{
this.OriginalHolderKey = relationship.HolderKey;
this.OriginalTargetKey = relationship.TargetEntityKey;
this.Key = relationship.Key; // HACK: This is just for the FHIR layer to track RP
this.RelationshipRoleKey = relationship.RelationshipRoleKey;
this.RelationshipTypeKey = relationship.RelationshipTypeKey;
this.ClassificationKey = relationship.ClassificationKey;
this.SourceEntityKey = relationship.SourceEntityKey;
this.TargetEntityKey = relationship.TargetEntityKey;
this.Strength = relationship.Strength;
if (this.SourceEntityKey == local.Key &&
this.RelationshipTypeKey != MdmConstants.OriginalMasterRelationship &&
this.RelationshipTypeKey != MdmConstants.CandidateLocalRelationship &&
this.RelationshipTypeKey != MdmConstants.MasterRecordRelationship)
{
this.SourceEntityKey = master.Key;
}
else if (this.TargetEntityKey == local.Key &&
this.RelationshipTypeKey != MdmConstants.MasterRecordOfTruthRelationship)
{
this.TargetEntityKey = master.Key;
}
// Does the target point at a local which has a master? If so, we want to synthesize the
var targetMaster = this.GetTargetAs <Entity>().GetRelationships().FirstOrDefault(mr => mr.RelationshipTypeKey == MdmConstants.MasterRecordRelationship);
if (targetMaster != null)
{
this.TargetEntityKey = targetMaster.TargetEntityKey;
}
this.m_annotations.Clear();
}
public static void GenerateStock(String[] args)
{
ApplicationServiceContext.Current = ApplicationContext.Current;
//cp.Repository = new SeederProtocolRepositoryService();
ApplicationContext.Current.Start();
var idp = ApplicationContext.Current.GetService <IDataPersistenceService <Place> >();
WaitThreadPool wtp = new WaitThreadPool();
var mat = ApplicationContext.Current.GetService <IDataPersistenceService <Material> >().Query(o => o.ClassConceptKey == EntityClassKeys.Material, AuthenticationContext.SystemPrincipal);
Console.WriteLine("Database has {0} materials", mat.Count());
int tr = 0, ofs = 0;
Console.WriteLine("Querying for places");
var results = idp.Query(o => o.ClassConceptKey == EntityClassKeys.ServiceDeliveryLocation, ofs, 1000, AuthenticationContext.SystemPrincipal, out tr);
Console.WriteLine("Will create fake stock for {0} places", tr);
var r = new Random();
while (ofs < tr)
{
foreach (var p in results)
{
wtp.QueueUserWorkItem((parm) =>
{
try
{
Place target = parm as Place;
Console.WriteLine("Starting seeding for {0} currently {1} relationships", target.Names.FirstOrDefault().Component.FirstOrDefault().Value, target.Relationships.Count);
// Add some stock!!! :)
foreach (var m in mat)
{
var mmats = m.Relationships.Where(o => o.RelationshipTypeKey == EntityRelationshipTypeKeys.Instance).OrderBy(o => r.Next()).FirstOrDefault();
Console.WriteLine("Selected {0} out of {1} materials", mmats, m.Relationships.Count);
var rdp = ApplicationContext.Current.GetService <IDataPersistenceService <EntityRelationship> >();
if (mmats != null)
{
var er = new EntityRelationship(EntityRelationshipTypeKeys.OwnedEntity, mmats.TargetEntityKey)
{
Quantity = r.Next(0, 100), SourceEntityKey = target.Key, EffectiveVersionSequenceId = target.VersionSequence
};
Console.WriteLine("{0} > {1} {2}", target.Names.FirstOrDefault().Component.FirstOrDefault().Value, er.Quantity, m.Names.FirstOrDefault().Component.FirstOrDefault().Value);
rdp.Insert(er, AuthenticationContext.SystemPrincipal, TransactionMode.Commit);
}
}
}
catch (Exception e)
{
Console.WriteLine(e);
}
}, p);
}
wtp.WaitOne();
ofs += 25;
results = idp.Query(o => o.ClassConceptKey == EntityClassKeys.ServiceDeliveryLocation, ofs, 25, AuthenticationContext.SystemPrincipal, out tr);
}
}
private static void DeleteLinkTable(StringBuilder sb, EntityRelationship link)
{
var linkTable = new CSharpClass
{
Name = $"{link.First.Name}_{link.Second.Name}"
};
DeleteTable(sb, linkTable);
}
/// <summary>
/// Saves the specified data
/// </summary>
/// <param name="data">The data.</param>
/// <returns>TModel.</returns>
/// <exception cref="System.InvalidOperationException">Thrown if the persistence service is not found.</exception>
public EntityRelationship Save(EntityRelationship data)
{
// force set the version sequence
if (data.EffectiveVersionSequenceId == null)
{
data.EffectiveVersionSequenceId = this.Get <Entity>(data.SourceEntityKey.Value, Guid.Empty)?.VersionSequence;
}
return(base.Save(data));
}
/// <summary>
/// Creates an entity relationship.
/// </summary>
/// <param name="sourceKey">The source key.</param>
/// <param name="targetKey">The target key.</param>
/// <param name="relationshipType">Type of the relationship.</param>
/// <param name="quantity">The quantity.</param>
/// <returns>Returns the created entity relationship.</returns>
public EntityRelationship Create(Guid sourceKey, Guid targetKey, Guid relationshipType, uint quantity)
{
var entityRelationship = new EntityRelationship(relationshipType, targetKey)
{
SourceEntityKey = sourceKey,
Quantity = Convert.ToInt32(quantity)
};
return(this.Client.Create(entityRelationship));
}
/// <summary>
/// Maps the entity relationship organization contact.
/// </summary>
/// <param name="contact">The contact.</param>
/// <returns>Returns the mapped entity relationship from an organization contact instance.</returns>
private static EntityRelationship MapEntityRelationshipOrganizationContact(organizationContact contact, CsdOptions options)
{
EntityRelationship entityRelationship = null;
if (contact.Item.GetType() == typeof(uniqueID))
{
var csdProvider = contact.Item as uniqueID;
var provider = GetOrCreateEntity <Provider>(csdProvider.entityID, options.EntityUidAuthority, options);
entityRelationship = new EntityRelationship(EntityRelationshipTypeKeys.Contact, provider);
}
else if (contact.Item.GetType() == typeof(person))
{
var csdPerson = contact.Item as person;
var personService = ApplicationContext.Current.GetService <IPersonRepositoryService>();
// TODO: fix to search the person by address, name, date of birth, and gender, to find an existing person before creating a new one
// we are creating a new person here, because the person class in CSD doesn't have an entityID
// property for us to use to lookup the person to see if they exist.
var person = new Person
{
Addresses = csdPerson.address?.Select(a => MapEntityAddress(a, new Uri(AddressTypeCodeSystem))).ToList() ?? new List <EntityAddress>(),
Key = Guid.NewGuid()
};
if (csdPerson.dateOfBirthSpecified)
{
person.DateOfBirth = csdPerson.dateOfBirth;
}
// map names
if (csdPerson.name?.Any() == true)
{
person.Names.RemoveAll(c => c.NameUseKey == NameUseKeys.OfficialRecord);
person.Names.AddRange(csdPerson.name.Select(c => MapEntityNamePerson(NameUseKeys.OfficialRecord, c)));
}
// map telecommunications
if (csdPerson.contactPoint?.Any() == true)
{
person.Telecoms.RemoveAll(c => c.AddressUseKey == TelecomAddressUseKeys.Public);
person.Telecoms.AddRange(csdPerson.contactPoint?.Select(c => MapContactPoint(TelecomAddressUseKeys.Public, c)));
}
entityRelationship = new EntityRelationship(EntityRelationshipTypeKeys.Contact, person);
}
else
{
ShowErrorOnNotFound($"Error, {emergencyMessage} {nameof(organizationContact.Item)} is not of type: {nameof(person)} or {nameof(uniqueID)}");
}
return(entityRelationship);
}
private void ApplyForeignKeyChanges <TRelatedEntity>(EntityRelationship relationship, IEnumerable <TEntity> entities) where TRelatedEntity : class
{
var definition = EntityMapping.GetOrCreateDefinition(typeof(TRelatedEntity));
var defaultId = definition.GetDefaultId();
foreach (var entity in entities)
{
var relatedEntity = (TRelatedEntity)relationship.NavigationProperty.GetValue(entity);
var entityId = relatedEntity == null ? defaultId : definition.GetIdValue(relatedEntity);
relationship.IdProperty.SetValue(entity, entityId);
}
}
private void UpdateAllEntitiesKnowledge(
EntityRelationship <GameEntity> levelEntitiesToLevelRelationship,
EntityMatcher <GameEntity> matcher,
LevelComponent level,
GameManager manager)
{
// TODO: Perf: use interval tree to only get the entities and knowledge within sense range
foreach (var levelEntity in levelEntitiesToLevelRelationship[level.EntityId])
{
UpdateEntityKnowledge(levelEntity, matcher, manager, level: level);
}
}
public void TestEquality( )
{
var r = new EntityRelationship <IEntity>(null);
var entity = new Entity(new ActivationData( ));
Assert.AreEqual(r, new EntityRelationship <IEntity>(null));
Assert.AreNotEqual(r, new EntityRelationship <IEntity>(entity));
r = new EntityRelationship <IEntity>(entity);
Assert.AreNotEqual(r, new EntityRelationship <IEntity>(null));
Assert.AreEqual(r, new EntityRelationship <IEntity>(entity));
}
private void CreateForeignKey(StringBuilder sb, EntityRelationship link)
{
// loop relationship
if (link.First.Id == link.Second.Id)
{
// Note: GetForeignKeyMember will append 'Id'
foreach (var suppFk in SupportedLoopForeignKeys)
{
var fkLoop = GetForeignKeyMember((CSharpClass)link.First, suppFk.ToLowerInvariant());
if (fkLoop != null)
{
var pk = GetPrimaryKeyMember((CSharpClass)link.First);
CreateForeignKey(sb, link.First.Name, link.First, link.First, fkLoop.Name, pk.Name);
return;
}
}
// should never get here as should have passed pre-flight checks
var fileName = Path.ChangeExtension(Model.Name, ".sql");
var errMsg = $"Unknown error generating loop relationship: [{link.First.Name}] <---> [{link.Second.Name}]";
sb.AppendLine($"-- {errMsg}");
throw new FileGenerationException(fileName, errMsg);
}
// create link tables
if ((link.StartMultiplicity == MultiplicityType.ZeroOrMany || link.StartMultiplicity == MultiplicityType.OneOrMany) &&
(link.EndMultiplicity == MultiplicityType.ZeroOrMany || link.EndMultiplicity == MultiplicityType.OneOrMany))
{
sb.AppendLine();
sb.AppendLine($"-- generate link table: [{link.First.Name}] >+--+< [{link.Second.Name}]");
CreateLinkTable(sb, link);
sb.AppendLine();
return;
}
// [First] --> [Second]
var fk1 = GetForeignKeyMember((CSharpClass)link.Second, link.First.Name);
if (fk1 != null)
{
var pk1 = GetPrimaryKeyMember((CSharpClass)link.First);
CreateForeignKey(sb, link.Second.Name, link.First, link.Second, fk1.Name, pk1.Name);
}
// [Second] --> [First]
var fk2 = GetForeignKeyMember((CSharpClass)link.First, link.Second.Name);
if (fk2 != null)
{
var pk2 = GetPrimaryKeyMember((CSharpClass)link.Second);
CreateForeignKey(sb, link.First.Name, link.Second, link.First, fk2.Name, pk2.Name);
}
}
public async Task <List <EntityRelationship> > PushRelatedArtist(string artistId, List <Artist> relatedArtists)
{
Artist baseArtist = await GetArtist(artistId);
CanonicalService canonicalService = new CanonicalService();
List <EntityRelationship> entityRelationshipList = new List <EntityRelationship>();
try
{
RdostrId baseArtistRdo = canonicalService.GetArtistId(baseArtist.name);
string baseArtistId = $"{baseArtist.name}:{baseArtistRdo.Id}";
JObject baseArtistProps = JObject.FromObject(new {
Properties = new
{
type = "artist",
spotifyid = baseArtist.spotify.id,
spotifyuri = baseArtist.spotify.uri,
images = baseArtist.images[0]
}
});
Entity baseArtistEntity = new Entity(baseArtistId, baseArtist.name, baseArtistProps);
foreach (Artist relatedArtist in relatedArtists)
{
RdostrId relatedArtistRdo = canonicalService.GetArtistId(relatedArtist.name);
string relatedArtistId = $"{relatedArtist.name}:{relatedArtistRdo.Id}";
JObject relatedArtistProps = JObject.FromObject(new
{
Properties = new
{
type = "artist",
spotifyid = relatedArtist.spotify.id,
spotifyuri = relatedArtist.spotify.uri,
images = relatedArtist.images[0]
}
});
Entity relatedEntity = new Entity(relatedArtistId, relatedArtist.name, relatedArtistProps);
EntityRelationship entityRelationship = new EntityRelationship
{
FromVertex = baseArtistEntity,
Relationship = "related",
RelationshipDate = DateTime.UtcNow,
ToVertex = relatedEntity
};
entityRelationshipList.Add(entityRelationship);
}
}
catch
{
}
return(entityRelationshipList);
}
/// <summary>
/// Initializes a new instance of the <see cref="EntityRelationshipModel" /> class.
/// </summary>
/// <param name="entityRelationship">The entity relationship.</param>
public EntityRelationshipModel(EntityRelationship entityRelationship) : this(entityRelationship.Key.Value, entityRelationship.SourceEntityKey.Value, entityRelationship.TargetEntityKey.Value)
{
this.RelationshipType = entityRelationship.RelationshipTypeKey?.ToString() ?? Constants.NotApplicable;
this.RelationshipTypeName = entityRelationship.RelationshipType != null?string.Join(" ", entityRelationship.RelationshipType.ConceptNames.Select(c => c.Name)) : Constants.NotApplicable;
this.SourceName = entityRelationship.SourceEntity != null?string.Join(" ", entityRelationship.SourceEntity.Names.SelectMany(n => n.Component).Select(c => c.Value)) : Constants.NotApplicable;
this.SourceTypeConcept = entityRelationship.SourceEntity?.TypeConcept != null?string.Join(" ", entityRelationship.SourceEntity.TypeConcept.ConceptNames.Select(c => c.Name)) : Constants.NotApplicable;
this.TargetName = entityRelationship.TargetEntity != null?string.Join(" ", entityRelationship.TargetEntity.Names.SelectMany(n => n.Component).Select(c => c.Value)) : Constants.NotApplicable;
this.TargetTypeConcept = entityRelationship.TargetEntity?.TypeConcept != null?string.Join(" ", entityRelationship.TargetEntity.TypeConcept.ConceptNames.Select(c => c.Name)) : Constants.NotApplicable;
}
private Variables getVariables(EntityRelationship relationship)
{
switch (relationship)
{
case EntityRelationship.Self: return(Variables);
case EntityRelationship.Owner: return(Owner != null ? Owner.Variables : null);
case EntityRelationship.Subject: return(Subject != null ? Subject.Variables : null);
case EntityRelationship.Target: return((Targets.Length > 0) ? Targets[0].Variables : null);
default: throw new InvalidProgramException("EntityRelationship " + relationship + " not handled");
}
}
/// <summary>
/// Initializes a new instance of the <see cref="EntityRelationshipViewModel" /> class.
/// </summary>
/// <param name="entityRelationship">The entity relationship.</param>
/// <param name="isInverse">if set to <c>true</c> the relationship is inverse, which means that the target of the relationship is the entity instead of the source.</param>
public EntityRelationshipViewModel(EntityRelationship entityRelationship, bool isInverse = false)
{
this.Id = entityRelationship.Key.Value;
this.IsInverse = isInverse;
this.Quantity = entityRelationship.Quantity;
this.RelationshipTypeName = entityRelationship.RelationshipType != null?string.Join(" ", entityRelationship.RelationshipType.ConceptNames.Select(c => c.Name)) : Constants.NotApplicable;
this.SourceName = entityRelationship.SourceEntity != null?string.Join(" ", entityRelationship.SourceEntity.Names.SelectMany(n => n.Component).Select(c => c.Value)) : Constants.NotApplicable;
this.SourceTypeConcept = entityRelationship.SourceEntity?.TypeConcept != null?string.Join(" ", entityRelationship.SourceEntity.TypeConcept.ConceptNames.Select(c => c.Name)) : Constants.NotApplicable;
this.TargetName = entityRelationship.TargetEntity != null?string.Join(" ", entityRelationship.TargetEntity.Names.SelectMany(n => n.Component).Select(c => c.Value)) : Constants.NotApplicable;
this.TargetTypeConcept = entityRelationship.TargetEntity?.TypeConcept != null?string.Join(" ", entityRelationship.TargetEntity.TypeConcept.ConceptNames.Select(c => c.Name)) : Constants.NotApplicable;
}
#pragma warning disable CRR0026 // Unused member - used via Reflection
private void CommitRelationship <TRelatedEntity>(EntityRelationship relationship, IEnumerable <TEntity> entities) where TRelatedEntity : class
{
var collection = BuildRelatedEntityCollection <TRelatedEntity>(relationship, entities);
if (collection.Any())
{
var dbSet = new MongoDbSet <TRelatedEntity>();
dbSet.SetConnection(Connection);
dbSet.AddRange(collection);
dbSet.SaveChanges();
}
if (!relationship.IsCollection)
{
ApplyForeignKeyChanges <TRelatedEntity>(relationship, entities);
}
}
#pragma warning restore CRR0026 // Unused member - used via Reflection
#pragma warning disable CRR0026 // Unused member - used via Reflection
private async Task CommitRelationshipAsync <TRelatedEntity>(EntityRelationship relationship, IEnumerable <TEntity> entities, CancellationToken cancellationToken) where TRelatedEntity : class
{
var collection = BuildRelatedEntityCollection <TRelatedEntity>(relationship, entities);
cancellationToken.ThrowIfCancellationRequested();
if (collection.Any())
{
var dbSet = new MongoDbSet <TRelatedEntity>();
dbSet.SetConnection(Connection);
dbSet.AddRange(collection);
await dbSet.SaveChangesAsync(cancellationToken).ConfigureAwait(false);
}
if (!relationship.IsCollection)
{
ApplyForeignKeyChanges <TRelatedEntity>(relationship, entities);
}
}
private static async Task CheckOrCreateRelationship(EntityRelationship input)
{
try
{
//g.V('default-user').outE('likes').inV().has('id', 'metallica:c6b5b6413f293fce96539c41e704b5a2')
var gremlinQuery = $@"g.V('{input.FromVertex.Id}').outE('{input.Relationship}').inV().has('id', '{input.ToVertex.Id}')";
var likes = await RunDocumentQuery(gremlinQuery.ToString());
if (likes.Count == 0)
{
var gremlinInsert = $@"g.V('{input.FromVertex.Id}').addE('{input.Relationship}').to(g.V('{input.ToVertex.Id}'))";
await RunDocumentQuery(gremlinInsert.ToString());
}
}
catch (DocumentClientException ex)
{
Console.WriteLine(ex.Message);
throw;
}
}
public async Task Run_CreateRelationshipwithSpecial_DoesNotError()
{
// initialise
// arrange
Entity testUser = TestHelper.NewEntity("testUser", "user");
Entity testArtist = TestHelper.NewEntity("incubus:373c591c05ed02146136d1ceb704191f", "Incubus 's test special", "artist");
EntityRelationship entityRelationship = new EntityRelationship();
entityRelationship.FromVertex = testUser;
entityRelationship.ToVertex = testArtist;
entityRelationship.Relationship = "likes";
entityRelationship.RelationshipDate = DateTime.UtcNow;
List <EntityRelationship> entityRelationships = new List <EntityRelationship>();
entityRelationships.Add(entityRelationship);
// act
try
{
var mockMsgString = JsonConvert.SerializeObject(entityRelationships);
await GraphHelper.CreateRelationship(entityRelationship);
// assert
}
catch
{
throw;
}
finally
{
// teardown
var cleanupFrom = await GraphHelper.RemoveVertex(testUser.Id);
var cleanupTo = await GraphHelper.RemoveVertex(testArtist.Id);
}
}
private static void CreateLinkTable(StringBuilder sb, EntityRelationship link)
{
var linkTable = new CSharpClass
{
Name = $"{link.First.Name}_{link.Second.Name}"
};
var pk1 = GetPrimaryKeyMember((CSharpClass)link.First);
var firstId = linkTable.AddProperty();
firstId.Name = $"{link.First.Name}Id";
firstId.Type = pk1.Type;
var pk2 = GetPrimaryKeyMember((CSharpClass)link.Second);
var secondId = linkTable.AddProperty();
secondId.Name = $"{link.Second.Name}Id";
secondId.Type = pk2.Type;
CreateTable(sb, linkTable);
CreateForeignKey(sb, linkTable.Name, link.First, link.Second, firstId.Name, pk1.Name);
CreateForeignKey(sb, linkTable.Name, link.Second, link.First, secondId.Name, pk2.Name);
}
/// <summary>
/// Gets the manufactured material from the specified trade item
/// </summary>
public ManufacturedMaterial GetManufacturedMaterial(TransactionalTradeItemType tradeItem, bool createIfNotFound = false)
{
if (tradeItem == null)
{
throw new ArgumentNullException("tradeItem", "Trade item must have a value");
}
else if (String.IsNullOrEmpty(tradeItem.gtin))
{
throw new ArgumentException("Trade item is missing GTIN", "tradeItem");
}
var oidService = ApplicationContext.Current.GetService <IOidRegistrarService>();
var gtin = oidService.GetOid("GTIN");
// Lookup material by lot number / gtin
int tr = 0;
var lotNumberString = tradeItem.transactionalItemData[0].lotNumber;
ManufacturedMaterial retVal = this.m_materialRepository.FindManufacturedMaterial(m => m.Identifiers.Any(o => o.Value == tradeItem.gtin && o.Authority.DomainName == "GTIN") && m.LotNumber == lotNumberString, 0, 1, out tr).FirstOrDefault();
if (retVal == null && createIfNotFound)
{
var additionalData = tradeItem.transactionalItemData[0];
if (!additionalData.itemExpirationDateSpecified)
{
throw new InvalidOperationException("Cannot auto-create material, expiration date is missing");
}
// Material
retVal = new ManufacturedMaterial()
{
Key = Guid.NewGuid(),
LotNumber = additionalData.lotNumber,
Identifiers = new List <EntityIdentifier>()
{
new EntityIdentifier(new AssigningAuthority(gtin.Mnemonic, gtin.Name, gtin.Oid), tradeItem.gtin)
},
ExpiryDate = additionalData.itemExpirationDate,
Names = new List <EntityName>()
{
new EntityName(NameUseKeys.Assigned, tradeItem.tradeItemDescription.Value)
},
StatusConceptKey = StatusKeys.Active,
QuantityConceptKey = Guid.Parse("a4fc5c93-31c2-4f87-990e-c5a4e5ea2e76"),
Quantity = 1
};
// Store additional identifiers
if (tradeItem.additionalTradeItemIdentification != null)
{
foreach (var id in tradeItem.additionalTradeItemIdentification)
{
var oid = oidService.GetOid(id.additionalTradeItemIdentificationTypeCode);
if (oid == null)
{
continue;
}
retVal.Identifiers.Add(new EntityIdentifier(new AssigningAuthority(oid.Mnemonic, oid.Name, oid.Oid), id.Value));
}
}
if (String.IsNullOrEmpty(tradeItem.itemTypeCode?.Value))
{
throw new InvalidOperationException("Cannot auto-create material, type code must be specified");
}
else // lookup type code
{
var concept = ApplicationContext.Current.GetService <IConceptRepositoryService>().FindConceptsByReferenceTerm(tradeItem.itemTypeCode.Value, tradeItem.itemTypeCode.codeListVersion).FirstOrDefault();
if (concept == null && tradeItem.itemTypeCode.codeListVersion == "OpenIZ-MaterialType")
{
concept = ApplicationContext.Current.GetService <IConceptRepositoryService>().GetConcept(tradeItem.itemTypeCode.Value);
}
// Type code not found
if (concept == null)
{
throw new InvalidOperationException($"Material type {tradeItem.itemTypeCode.Value} is not a valid concept");
}
// Get the material and set the type
retVal.TypeConceptKey = concept.Key;
}
// Find the type of material
Material materialReference = null;
if (tradeItem.tradeItemClassification != null)
{
foreach (var id in tradeItem.tradeItemClassification.additionalTradeItemClassificationCode)
{
materialReference = this.m_materialRepository.FindMaterial(o => o.Identifiers.Any(i => i.Value == id.Value && i.Authority.DomainName == id.codeListVersion) && o.ClassConceptKey == EntityClassKeys.Material && o.StatusConceptKey != StatusKeys.Obsolete, 0, 1, out tr).SingleOrDefault();
if (materialReference != null)
{
break;
}
}
}
if (materialReference == null)
{
materialReference = this.m_materialRepository.FindMaterial(o => o.TypeConceptKey == retVal.TypeConceptKey && o.ClassConceptKey == EntityClassKeys.Material && o.StatusConceptKey != StatusKeys.Obsolete, 0, 1, out tr).SingleOrDefault();
}
if (materialReference == null)
{
throw new InvalidOperationException("Cannot find the base Material from trade item type code");
}
// Material relationship
EntityRelationship materialRelationship = new EntityRelationship()
{
RelationshipTypeKey = EntityRelationshipTypeKeys.Instance,
Quantity = (int)(additionalData.tradeItemQuantity?.Value ?? 1),
SourceEntityKey = materialReference.Key,
TargetEntityKey = retVal.Key,
EffectiveVersionSequenceId = materialReference.VersionSequence
};
// TODO: Manufacturer won't be known
// Insert the material && relationship
ApplicationContext.Current.GetService <IBatchRepositoryService>().Insert(new Bundle()
{
Item = new List <IdentifiedData>()
{
retVal,
materialRelationship
}
});
}
else if (tradeItem.additionalTradeItemIdentification != null) // We may want to keep track of other identifiers this software knows as
{
bool shouldSave = false;
foreach (var id in tradeItem.additionalTradeItemIdentification)
{
var oid = oidService.GetOid(id.additionalTradeItemIdentificationTypeCode);
if (oid == null)
{
continue;
}
if (!retVal.Identifiers.Any(o => o.LoadProperty <AssigningAuthority>("Authority").DomainName == oid.Mnemonic))
{
retVal.Identifiers.Add(new EntityIdentifier(new AssigningAuthority(oid.Mnemonic, oid.Name, oid.Oid), id.Value));
shouldSave = true;
}
}
if (shouldSave)
{
this.m_materialRepository.Save(retVal);
}
}
return(retVal);
}
