public void UpdateRelationMapping([FromUri] int contextId, [FromUri] int parentId, [FromUri] string propertyAlias, [FromUri] string relationTypeAlias, [FromUri] bool relationsOnly, [FromBody] dynamic data)
{
IRelationType relationType = ApplicationContext.Services.RelationService.GetRelationTypeByAlias(relationTypeAlias);
if (relationType != null)
{
// WARNING: Duplicate code
// get all relations of this type
IEnumerable <IRelation> relations = ApplicationContext.Services.RelationService.GetAllRelationsByRelationType(relationType.Id);
// construct object used to identify a relation (this is serialized into the relation comment field)
RelationMappingComment relationMappingComment = new RelationMappingComment(contextId, propertyAlias);
if (relationType.IsBidirectional && relationsOnly)
{
relations = relations.Where(x => x.ChildId == contextId || x.ParentId == contextId);
relations = relations.Where(x => new RelationMappingComment(x.Comment).DataTypeDefinitionId == relationMappingComment.DataTypeDefinitionId);
}
else
{
relations = relations.Where(x => x.ChildId == contextId);
relations = relations.Where(x => new RelationMappingComment(x.Comment).PropertyTypeId == relationMappingComment.PropertyTypeId);
if (relationMappingComment.IsInArchetype())
{
relations = relations.Where(x => new RelationMappingComment(x.Comment).MatchesArchetypeProperty(relationMappingComment.PropertyAlias));
}
}
// clear any existing relations
foreach (IRelation relation in relations)
{
ApplicationContext.Services.RelationService.Delete(relation);
}
// create new relations
LegacyRelationType legacyRelationType = new LegacyRelationType(relationType.Id);
// ensure context type is valid
if (uQuery.GetUmbracoObjectType(contextId) == legacyRelationType.GetChildUmbracoObjectType())
{
foreach (int pickedId in ((JArray)data).Select(x => x.Value <int>()))
{
// ensure picked type is valid
if (uQuery.GetUmbracoObjectType(pickedId) == legacyRelationType.GetParentUmbracoObjectType())
{
LegacyRelation.MakeNew(pickedId, contextId, legacyRelationType, relationMappingComment.GetComment());
}
}
}
}
}
public void syncCapacity()
{
int max = this.Capacity;
int signedUp = this.SignedUp;
int waiting = this.OnWaitingList;
//2 scenarios, either the room is now smaller or bigger
if (max >= signedUp)
{
Log.Add(LogTypes.Debug, _content.Id, "bigger cap");
//get people on the waitinglist and promote them to coming to event
int diff = max - signedUp;
RelationType coming = RelationType.GetByAlias("event");
foreach (Relation r in Relations.EventRelation.GetPeopleWaiting(_content.Id, diff))
{
Log.Add(LogTypes.Debug, _content.Id, "R:" + r.Id.ToString());
r.RelType = coming;
r.Save();
}
}
else
{
Log.Add(LogTypes.Debug, _content.Id, "smaller cap");
//get people on the signedup list and put the people who signed up last on the waiting list.
//remember to preserve the original sign-up date
int diff = signedUp - max;
RelationType waitinglist = RelationType.GetByAlias("waitinglist");
foreach (Relation r in Relations.EventRelation.GetPeopleSignedUpLast(_content.Id, diff))
{
Log.Add(LogTypes.Debug, _content.Id, "R:" + r.Id.ToString());
r.RelType = waitinglist;
r.Save();
}
}
}
/// <summary>
/// check that alias hasn't been changed to clash with another (except itself)
/// </summary>
/// <param name="source">the aliasCustomValidator control</param>
/// <param name="args">to set validation respose</param>
protected void AliasCustomValidator_ServerValidate(object source, ServerValidateEventArgs args)
{
args.IsValid = (RelationType.GetByAlias(this.aliasTextBox.Text.Trim()) == null) ||
(this.aliasTextBox.Text.Trim() == this._relationType.Alias);
}
public void UpdateRelationMapping([FromUri] int contextId, [FromUri] string propertyAlias, [FromUri] string relationTypeAlias, [FromUri] bool relationsOnly, [FromBody] dynamic data)
{
IRelationType relationType = ApplicationContext.Services.RelationService.GetRelationTypeByAlias(relationTypeAlias);
if (relationType != null)
{
// WARNING: Duplicate code
// get all relations of this type
IEnumerable<IRelation> relations = ApplicationContext.Services.RelationService.GetAllRelationsByRelationType(relationType.Id);
// construct object used to identify a relation (this is serialized into the relation comment field)
RelationMappingComment relationMappingComment = new RelationMappingComment(contextId, propertyAlias);
if (relationType.IsBidirectional && relationsOnly)
{
relations = relations.Where(x => x.ChildId == contextId || x.ParentId == contextId);
relations = relations.Where(x => new RelationMappingComment(x.Comment).DataTypeDefinitionId == relationMappingComment.DataTypeDefinitionId);
}
else
{
relations = relations.Where(x => x.ChildId == contextId);
relations = relations.Where(x => new RelationMappingComment(x.Comment).PropertyTypeId == relationMappingComment.PropertyTypeId);
}
// clear any existing relations
foreach (IRelation relation in relations)
{
ApplicationContext.Services.RelationService.Delete(relation);
}
// create new relations
LegacyRelationType legacyRelationType = new LegacyRelationType(relationType.Id);
// ensure context type is valid
if (uQuery.GetUmbracoObjectType(contextId) == legacyRelationType.GetChildUmbracoObjectType())
{
foreach (int pickedId in ((JArray)data).Select(x => x.Value<int>()))
{
// ensure picked type is valid
if (uQuery.GetUmbracoObjectType(pickedId) == legacyRelationType.GetParentUmbracoObjectType())
{
LegacyRelation.MakeNew(pickedId, contextId, legacyRelationType, relationMappingComment.GetComment());
}
}
}
}
}
