/// <summary>
///
/// </summary>
/// <param name="oldVersion"></param>
/// <returns></returns>
private bool CheckVersionExists(OldVersion oldVersion)
{
foreach (var v in model.Settings.InstalledVersions)
{
if (v.Version == oldVersion.Folder.Substring(5))
{
return(true);
}
}
return(false);
}
public override int GetHashCode()
{
unchecked
{
var hashCode = _logger.GetHashCode();
hashCode = (hashCode * 397) ^ StagingPercentage.GetHashCode();
hashCode = (hashCode * 397) ^ (Tag != null ? Tag.GetHashCode() : 0);
hashCode = (hashCode * 397) ^ SHA256.GetHashCode();
hashCode = (hashCode * 397) ^ Filename.GetHashCode();
hashCode = (hashCode * 397) ^ Filesize.GetHashCode();
hashCode = (hashCode * 397) ^ IsDelta.GetHashCode();
hashCode = (hashCode * 397) ^ Version.GetHashCode();
hashCode = (hashCode * 397) ^ (OldVersion != null ? OldVersion.GetHashCode() : 0);
hashCode = (hashCode * 397) ^ FileLocation.GetHashCode();
return(hashCode);
}
}
/// <summary>
///
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void oldVersionsToolStripMenuItem_Click(object sender, EventArgs e)
{
var toolStripMenuItem = sender as ToolStripMenuItem;
if (toolStripMenuItem != null)
{
OldVersion oldVersion = toolStripMenuItem.Tag as OldVersion;
if (oldVersion != null)
{
unpacker.DownloadAndUnpack(oldVersion.Name + ".zip", oldVersion.Uri, model.Settings.DefaultInstallFolder, oldVersion.Name);
FileManager.SearchForInstalledVersions(model);
FolderScanner.GetGameInformation(null, "", "");
CemuFeatures.UpdateFeaturesForInstalledVersions(model);
}
AddOldGameMenuItems();
PopulateList();
}
}
/// <summary>
/// Analiza las versiones antiguas de un documento OpenOffice
/// </summary>
/// <param name="stm">Stream que contiene el fichero VersionList.xml</param>
/// <param name="zip">Fichero zip que contiene las versiones antiguas embebidas</param>
private void AnalizeFileVersionList(Stream stm, ZipFile zip)
{
try
{
XmlDocument doc = new XmlDocument();
doc.XmlResolver = null;
doc.Load(stm);
XmlNodeList xml = doc.GetElementsByTagName("VL:version-entry");
if (xml != null && xml.Count != 0)
{
foreach (XmlNode xn in xml)
{
OldVersion vai = new OldVersion(xn.Attributes["VL:title"].Value, xn.Attributes["VL:creator"].Value, xn.Attributes["VL:comment"].Value);
//Añadimos el usuario de la versión antigua a los usuarios del documento
this.foundMetadata.Add(new User(vai.Author, false, "VL:creator"));
DateTime d;
if (DateTime.TryParse(xn.Attributes["dc:date-time"].Value.Replace('T', ' '), out d))
{
vai.Date = d;
}
String strFile = "Versions/" + xn.Attributes["VL:title"].Value;
if (zip.EntryFileNames.Contains(strFile))
{
using (Stream stmXML = new MemoryStream())
{
zip.Extract(strFile, stmXML);
stmXML.Seek(0, SeekOrigin.Begin);
using (OpenOfficeDocument ooDoc = new OpenOfficeDocument(stmXML, strExtlo))
{
vai.Metadata = ooDoc.AnalyzeFile();
}
}
}
this.foundMetadata.Add(vai);
}
}
}
catch (Exception e)
{
System.Diagnostics.Debug.WriteLine(String.Format("Error reading file content.xml ({0}).", e.ToString()));
}
}
private void EnsureNewVersion()
{
if (!_newLoaded)
{
_newLoaded = true;
var props = OldVersion.LazyMap(Conn, i => new
{
ConfigId = i.ConfigId().Value,
Generation = i.Generation().AsInt()
});
var aml = Conn.AmlContext;
var query = aml.Item(OldVersion.Type(), aml.Action("get"),
aml.ConfigId(props.ConfigId),
aml.Generation(props.Generation + 1)
);
if (QueryDefaults != null)
{
QueryDefaults.Invoke(query);
}
_newVersion = query.Apply(Conn).AssertItem();
}
}
/// <summary>
/// Merges the data.
/// </summary>
public void MergeData( )
{
IProcessingContext context = Context;
OldVersion.Setup(context);
NewVersion.Setup(context);
Target.Setup(context);
context.WriteInfo("Loading package...");
_oldApp = AppContents.Load(OldVersion, context);
context.WriteInfo("Loading tenant data...");
_newApp = AppContents.Load(NewVersion, context);
context.WriteInfo("Processing entities...");
// Entities that the application explicitly does not want to delete
ISet <Guid> doNotRemove = _newApp.DoNotRemove;
/////
// Detect entity changes
/////
List <EntityEntry> addedEntities,
removedEntities,
changedEntities,
unchangedEntities;
HashSet <Guid> removedEntitiesSet;
long tenantId = -1;
TenantMergeTarget tenantMergeTarget = Target as TenantMergeTarget;
if (tenantMergeTarget != null)
{
tenantId = tenantMergeTarget.TenantId;
}
Guid isTenantDisabled = new Guid("11209a07-9189-4099-b609-80ed1d4f3e56");
Func <EntityEntry, bool> removeEntityAction = e =>
{
if (tenantId == 0 && e.EntityId == isTenantDisabled)
{
EventLog.Application.WriteWarning("Attempt to delete the entity 'isTenantDisabled' from the global tenant has been prevented.");
return(false);
}
return(true);
};
Diff.DetectChanges(_oldApp.Entities, _newApp.Entities, null, null, removeEntityAction, null, null, out addedEntities, out removedEntities, out changedEntities, out unchangedEntities);
// Suppress removal of entites that are flagged as 'do not remove'
// removedEntities contains list of entities that we will actually remove
removedEntities.RemoveAll(entityEntry => doNotRemove.Contains(entityEntry.EntityId));
// Capture raw set of entities that are being removed (excluding the doNotRemove ones)
removedEntitiesSet = new HashSet <Guid>(removedEntities.Select(entityEntry => entityEntry.EntityId));
Context.Report.AddedEntities = addedEntities;
Context.Report.RemovedEntities = removedEntities;
Context.Report.UpdatedEntities = changedEntities;
if (_oldApp.Entities != null)
{
Context.Report.Counts.Add(new StatisticsCount("Previous Application Entities", _oldApp.Entities.Count, StatisticsCountType.PreviousApplication));
}
if (_newApp.Entities != null)
{
Context.Report.Counts.Add(new StatisticsCount("Current Application Entities", _newApp.Entities.Count, StatisticsCountType.CurrentApplication));
}
Context.Report.Counts.Add(new StatisticsCount("Added Entities", addedEntities.Count, StatisticsCountType.Added));
Context.Report.Counts.Add(new StatisticsCount("Removed Entities", removedEntities.Count, StatisticsCountType.Removed));
Context.Report.Counts.Add(new StatisticsCount("Updated Entities", changedEntities.Count, StatisticsCountType.Updated));
Context.Report.Counts.Add(new StatisticsCount("Unchanged Entities", unchangedEntities.Count, StatisticsCountType.Unchanged));
/////
// Apply entity changes
// note: 'changedEntities' is always empty
/////
Target.WriteEntities(addedEntities, context);
context.WriteInfo("Processing relationships...");
/////
// Detect relationship changes
/////
List <RelationshipEntry> addedRelationships,
removedRelationships,
changedRelationships,
unchangedRelationships;
var changeAction = new Func <RelationshipEntry, RelationshipEntry, bool>((o, n) =>
{
if (n.Cardinality == CardinalityEnum_Enumeration.ManyToOne)
{
n.PreviousValue = o.ToId;
return(true);
}
if (n.Cardinality == CardinalityEnum_Enumeration.OneToMany)
{
n.PreviousValue = o.FromId;
return(true);
}
if (n.Cardinality == CardinalityEnum_Enumeration.OneToOne)
{
if (o.FromId == n.FromId)
{
n.PreviousValue = o.ToId;
n.UpdateTo = true;
n.UpdateFrom = false;
}
else
{
n.PreviousValue = o.FromId;
n.UpdateTo = false;
n.UpdateFrom = true;
}
}
return(true);
});
Func <RelationshipEntry, bool> removeRelationshipAction = e =>
{
if (tenantId == 0)
{
if (e.FromId == isTenantDisabled)
{
EventLog.Application.WriteWarning("Attempt to delete relatiosnhip from 'isTenantDisabled' in the global tenant has been prevented.");
return(false);
}
if (e.ToId == isTenantDisabled)
{
EventLog.Application.WriteWarning("Attempt to delete relationship to 'isTenantDisabled' in the global tenant has been prevented.");
return(false);
}
}
return(true);
};
Diff.DetectChanges(_oldApp.Relationships, _newApp.Relationships, _oldApp.MissingRelationships, null, removeRelationshipAction, changeAction, null, out addedRelationships, out removedRelationships, out changedRelationships, out unchangedRelationships);
// Don't remove relationship content for entities that are flagged as 'do not delete' (unless the other end is being deleted)
removedRelationships.RemoveAll(relationshipEntry =>
{
if (!(doNotRemove.Contains(relationshipEntry.ToId) || doNotRemove.Contains(relationshipEntry.FromId)))
{
return(false); // neither end is in the 'do not remove' list, so just carry on with the deletion (by leaving the row in the removal collection)
}
// Always allow apps to remove their association to an entity
if (relationshipEntry.TypeId == Guids.InSolution || relationshipEntry.TypeId == Guids.IndirectInSolution)
{
return(false);
}
// If the other end of the relationship (or the relationship type) is being deleted, then delete the relationship instance anyway
if (removedEntitiesSet.Contains(relationshipEntry.ToId))
{
return(false);
}
if (removedEntitiesSet.Contains(relationshipEntry.FromId))
{
return(false);
}
if (removedEntitiesSet.Contains(relationshipEntry.TypeId))
{
return(false);
}
return(true); // the relationship is partly in the do-not-remove list, and the other end is not being removed, so don't delete this relationship
});
Context.Report.AddedRelationships = addedRelationships;
Context.Report.RemovedRelationships = removedRelationships;
Context.Report.UpdatedRelationships = changedRelationships;
if (_oldApp.Relationships != null)
{
Context.Report.Counts.Add(new StatisticsCount("Previous Application Relationships", _oldApp.Relationships.Count, StatisticsCountType.PreviousApplication));
}
if (_newApp.Relationships != null)
{
Context.Report.Counts.Add(new StatisticsCount("Current Application Relationships", _newApp.Relationships.Count, StatisticsCountType.CurrentApplication));
}
Context.Report.Counts.Add(new StatisticsCount("Added Relationships", addedRelationships.Count, StatisticsCountType.Added));
Context.Report.Counts.Add(new StatisticsCount("Removed Relationships", removedRelationships.Count, StatisticsCountType.Removed));
Context.Report.Counts.Add(new StatisticsCount("Updated Relationships", changedRelationships.Count, StatisticsCountType.Updated));
Context.Report.Counts.Add(new StatisticsCount("Unchanged Relationships", unchangedRelationships.Count, StatisticsCountType.Unchanged));
/////
// Apply relationship changes
/////
Target.UpdateRelationships(changedRelationships, context);
Target.WriteRelationships(addedRelationships, context);
Target.PreDeleteEntities(removedEntities, context);
Target.DeleteRelationships(removedRelationships, context);
Target.DeleteEntities(removedEntities, context);
/////
// Invalidate all per-tenant caches at this point.
// This is to ensure caches that are holding onto type information are flushed.
/////
InvalidatePerTenantCaches(tenantId);
Func <DataEntry, bool> removedAction = de =>
{
if (de != null)
{
if (tenantId == 0 && de.EntityId == isTenantDisabled)
{
EventLog.Application.WriteWarning("Attempt to delete field on entity 'isTenantDisabled' in the global tenant has been prevented.");
return(false);
}
}
return(true);
};
Func <DataEntry, DataEntry, bool> changedAction = (oldVal, newVal) =>
{
newVal.ExistingData = oldVal.Data;
return(true);
};
/////
// Detect and apply data changes
/////
foreach (string dataTable in Helpers.FieldDataTables)
{
context.WriteInfo($"Processing '{dataTable}'...");
List <DataEntry> addedData,
removedData,
changedData,
unchangedData;
Dictionary <Tuple <Guid, Guid>, DataEntry> oldData = _oldApp.FieldData[dataTable];
Dictionary <Tuple <Guid, Guid>, DataEntry> missingData = _oldApp.MissingFieldData;
Dictionary <Tuple <Guid, Guid>, DataEntry> newData = _newApp.FieldData[dataTable];
Diff.DetectChanges(oldData, newData, missingData, null, removedAction, changedAction, null, out addedData, out removedData, out changedData, out unchangedData);
// Don't remove content for entities that are tagged as 'do not delete'
removedData.RemoveAll(dataEntry => _newApp.DoNotRemove.Contains(dataEntry.EntityId));
context.Report.AddedEntityData[dataTable] = addedData;
context.Report.RemovedEntityData[dataTable] = removedData;
context.Report.UpdatedEntityData[dataTable] = changedData;
if (oldData != null)
{
Context.Report.Counts.Add(new StatisticsCount($"Previous Application {dataTable} Data", oldData.Count, StatisticsCountType.PreviousApplication));
}
if (newData != null)
{
Context.Report.Counts.Add(new StatisticsCount($"Current Application {dataTable} Data", newData.Count, StatisticsCountType.CurrentApplication));
}
Context.Report.Counts.Add(new StatisticsCount($"Added {dataTable} Data", addedData.Count, StatisticsCountType.Added));
Context.Report.Counts.Add(new StatisticsCount($"Removed {dataTable} Data", removedData.Count, StatisticsCountType.Removed));
Context.Report.Counts.Add(new StatisticsCount($"Updated {dataTable} Data", changedData.Count, StatisticsCountType.Updated));
Context.Report.Counts.Add(new StatisticsCount($"Unchanged {dataTable} Data", unchangedData.Count, StatisticsCountType.Unchanged));
Target.WriteFieldData(dataTable, addedData, context);
Target.DeleteFieldData(dataTable, removedData, context);
Target.UpdateFieldData(dataTable, changedData, context);
}
context.WriteInfo("Processing binary data...");
/////
// Detect binary data changes
/////
List <BinaryDataEntry> addedbinaryData,
removedBinaryData,
changedBinaryData,
unchangedBinaryData;
Diff.DetectChanges(_oldApp.BinaryData, _newApp.BinaryData, null, null, null, null, null, out addedbinaryData, out removedBinaryData, out changedBinaryData, out unchangedBinaryData);
context.Report.AddedBinaryData = addedbinaryData;
context.Report.RemovedBinaryData = removedBinaryData;
context.Report.UpdatedBinaryData = changedBinaryData;
if (_oldApp.BinaryData != null)
{
Context.Report.Counts.Add(new StatisticsCount("Previous Application Binary Data", _oldApp.BinaryData.Count, StatisticsCountType.PreviousApplication));
}
if (_newApp.BinaryData != null)
{
Context.Report.Counts.Add(new StatisticsCount("Current Application Binary Data", _newApp.BinaryData.Count, StatisticsCountType.CurrentApplication));
}
Context.Report.Counts.Add(new StatisticsCount("Added Binary Data", addedbinaryData.Count, StatisticsCountType.Added));
Context.Report.Counts.Add(new StatisticsCount("Removed Binary Data", removedBinaryData.Count, StatisticsCountType.Removed));
Context.Report.Counts.Add(new StatisticsCount("Updated Binary Data", changedBinaryData.Count, StatisticsCountType.Updated));
Context.Report.Counts.Add(new StatisticsCount("Unchanged Binary Data", unchangedBinaryData.Count, StatisticsCountType.Unchanged));
/////
// Apply binary changes
/////
Target.WriteBinaryData(addedbinaryData, context);
// Update before delete. This is to ensure that if any files have the IsReferencedExternally flag set
// that they will not be deleted.
Target.UpdateBinaryData(changedBinaryData, context);
Target.DeleteBinaryData(removedBinaryData, context);
context.WriteInfo("Processing document data...");
/////
// Detect binary data changes
/////
List <DocumentDataEntry> addedDocumentData,
removedDocumentData,
changedDocumentData,
unchangedDocumentData;
Diff.DetectChanges(_oldApp.DocumentData, _newApp.DocumentData, null, null, null, null, null, out addedDocumentData, out removedDocumentData, out changedDocumentData, out unchangedDocumentData);
context.Report.AddedDocumentData = addedDocumentData;
context.Report.RemovedDocumentData = removedDocumentData;
context.Report.UpdatedDocumentData = changedDocumentData;
if (_oldApp.DocumentData != null)
{
Context.Report.Counts.Add(new StatisticsCount("Previous Application Document Data", _oldApp.DocumentData.Count, StatisticsCountType.PreviousApplication));
}
if (_newApp.DocumentData != null)
{
Context.Report.Counts.Add(new StatisticsCount("Current Application Document Data", _newApp.DocumentData.Count, StatisticsCountType.CurrentApplication));
}
Context.Report.Counts.Add(new StatisticsCount("Added Document Data", addedDocumentData.Count, StatisticsCountType.Added));
Context.Report.Counts.Add(new StatisticsCount("Removed Document Data", removedDocumentData.Count, StatisticsCountType.Removed));
Context.Report.Counts.Add(new StatisticsCount("Updated Document Data", changedDocumentData.Count, StatisticsCountType.Updated));
Context.Report.Counts.Add(new StatisticsCount("Unchanged Document Data", unchangedDocumentData.Count, StatisticsCountType.Unchanged));
/////
// Apply binary changes
/////
Target.WriteDocumentData(addedDocumentData, context);
Target.UpdateDocumentData(changedDocumentData, context);
Target.DeleteDocumentData(removedDocumentData, context);
Target.TearDown(context);
NewVersion.TearDown(context);
OldVersion.TearDown(context);
}
/// <summary>
/// Stages the data.
/// </summary>
public void StageData( )
{
IProcessingContext context = Context;
NewVersion.Setup(context);
OldVersion.Setup(context);
_oldApp = AppContents.Load(OldVersion, context, true);
_newApp = AppContents.Load(NewVersion, context);
/////
// Detect entity changes
/////
List <EntityEntry> addedEntities, removedEntities, changedEntities, unchangedEntities;
Diff.DetectChanges(_oldApp.Entities, _newApp.Entities, null, AddAction, RemoveAction, UpdateAction, UnchangedAction, out addedEntities, out removedEntities, out changedEntities, out unchangedEntities);
Context.Report.AddedEntities = addedEntities;
Context.Report.RemovedEntities = removedEntities;
Context.Report.UpdatedEntities = changedEntities;
Context.Report.UnchangedEntities = unchangedEntities;
if (_oldApp.Entities != null)
{
Context.Report.Counts.Add(new StatisticsCount("Previous Application Entities", _oldApp.Entities.Count, StatisticsCountType.PreviousApplication));
}
if (_newApp.Entities != null)
{
Context.Report.Counts.Add(new StatisticsCount("Current Application Entities", _newApp.Entities.Count, StatisticsCountType.CurrentApplication));
}
Context.Report.Counts.Add(new StatisticsCount("Added Entities", addedEntities.Count, StatisticsCountType.Added));
Context.Report.Counts.Add(new StatisticsCount("Removed Entities", removedEntities.Count, StatisticsCountType.Removed));
Context.Report.Counts.Add(new StatisticsCount("Updated Entities", changedEntities.Count, StatisticsCountType.Updated));
Context.Report.Counts.Add(new StatisticsCount("Unchanged Entities", unchangedEntities.Count, StatisticsCountType.Unchanged));
/////
// Detect relationship changes
/////
List <RelationshipEntry> addedRelationships, removedRelationships, changedRelationships, unchangedRelationships;
Diff.DetectChanges(_oldApp.Relationships, _newApp.Relationships, null, null, null, null, null, out addedRelationships, out removedRelationships, out changedRelationships, out unchangedRelationships);
Context.Report.AddedRelationships = addedRelationships;
Context.Report.RemovedRelationships = removedRelationships;
Context.Report.UpdatedRelationships = changedRelationships;
if (_oldApp.Relationships != null)
{
Context.Report.Counts.Add(new StatisticsCount("Previous Application Relationships", _oldApp.Relationships.Count, StatisticsCountType.PreviousApplication));
}
if (_newApp.Relationships != null)
{
Context.Report.Counts.Add(new StatisticsCount("Current Application Relationships", _newApp.Relationships.Count, StatisticsCountType.CurrentApplication));
}
Context.Report.Counts.Add(new StatisticsCount("Added Relationships", addedRelationships.Count, StatisticsCountType.Added));
Context.Report.Counts.Add(new StatisticsCount("Removed Relationships", removedRelationships.Count, StatisticsCountType.Removed));
Context.Report.Counts.Add(new StatisticsCount("Updated Relationships", changedRelationships.Count, StatisticsCountType.Updated));
Context.Report.Counts.Add(new StatisticsCount("Unchanged Relationships", unchangedRelationships.Count, StatisticsCountType.Unchanged));
Func <DataEntry, DataEntry, bool> changedAction = (oldVal, newVal) =>
{
newVal.ExistingData = oldVal.Data;
return(true);
};
/////
// Detect and apply data changes
/////
foreach (string dataTable in Helpers.FieldDataTables)
{
List <DataEntry> addedData, removedData, changedData, unchangedData;
Dictionary <Tuple <Guid, Guid>, DataEntry> oldData = _oldApp.FieldData[dataTable];
Dictionary <Tuple <Guid, Guid>, DataEntry> newData = _newApp.FieldData[dataTable];
Diff.DetectChanges(oldData, newData, null, null, null, changedAction, null, out addedData, out removedData, out changedData, out unchangedData);
context.Report.AddedEntityData[dataTable] = addedData;
context.Report.RemovedEntityData[dataTable] = removedData;
context.Report.UpdatedEntityData[dataTable] = changedData;
if (oldData != null)
{
Context.Report.Counts.Add(new StatisticsCount($"Previous Application {dataTable} Data", oldData.Count, StatisticsCountType.PreviousApplication));
}
if (newData != null)
{
Context.Report.Counts.Add(new StatisticsCount($"Current Application {dataTable} Data", newData.Count, StatisticsCountType.CurrentApplication));
}
Context.Report.Counts.Add(new StatisticsCount($"Added {dataTable} Data", addedData.Count, StatisticsCountType.Added));
Context.Report.Counts.Add(new StatisticsCount($"Removed {dataTable} Data", removedData.Count, StatisticsCountType.Removed));
Context.Report.Counts.Add(new StatisticsCount($"Updated {dataTable} Data", changedData.Count, StatisticsCountType.Updated));
Context.Report.Counts.Add(new StatisticsCount($"Unchanged {dataTable} Data", unchangedData.Count, StatisticsCountType.Unchanged));
}
/////
// Detect binary data changes
/////
List <BinaryDataEntry> addedbinaryData, removedBinaryData, changedBinaryData, unchangedBinaryData;
Diff.DetectChanges(_oldApp.BinaryData, _newApp.BinaryData, null, null, null, null, null, out addedbinaryData, out removedBinaryData, out changedBinaryData, out unchangedBinaryData);
context.Report.AddedBinaryData = addedbinaryData;
context.Report.RemovedBinaryData = removedBinaryData;
context.Report.UpdatedBinaryData = changedBinaryData;
if (_oldApp.BinaryData != null)
{
Context.Report.Counts.Add(new StatisticsCount("Previous Application Binary Data", _oldApp.BinaryData.Count, StatisticsCountType.PreviousApplication));
}
if (_newApp.BinaryData != null)
{
Context.Report.Counts.Add(new StatisticsCount("Current Application Binary Data", _newApp.BinaryData.Count, StatisticsCountType.CurrentApplication));
}
Context.Report.Counts.Add(new StatisticsCount("Added Binary Data", addedbinaryData.Count, StatisticsCountType.Added));
Context.Report.Counts.Add(new StatisticsCount("Removed Binary Data", removedBinaryData.Count, StatisticsCountType.Removed));
Context.Report.Counts.Add(new StatisticsCount("Updated Binary Data", changedBinaryData.Count, StatisticsCountType.Updated));
Context.Report.Counts.Add(new StatisticsCount("Unchanged Binary Data", unchangedBinaryData.Count, StatisticsCountType.Unchanged));
/////
// Detect binary data changes
/////
List <DocumentDataEntry> addedDocumentData, removedDocumentData, changedDocumentData, unchangedDocumentData;
Diff.DetectChanges(_oldApp.DocumentData, _newApp.DocumentData, null, null, null, null, null, out addedDocumentData, out removedDocumentData, out changedDocumentData, out unchangedDocumentData);
context.Report.AddedDocumentData = addedDocumentData;
context.Report.RemovedDocumentData = removedDocumentData;
context.Report.UpdatedDocumentData = changedDocumentData;
if (_oldApp.DocumentData != null)
{
Context.Report.Counts.Add(new StatisticsCount("Previous Application Document Data", _oldApp.DocumentData.Count, StatisticsCountType.PreviousApplication));
}
if (_newApp.DocumentData != null)
{
Context.Report.Counts.Add(new StatisticsCount("Current Application Document Data", _newApp.DocumentData.Count, StatisticsCountType.CurrentApplication));
}
Context.Report.Counts.Add(new StatisticsCount("Added Document Data", addedDocumentData.Count, StatisticsCountType.Added));
Context.Report.Counts.Add(new StatisticsCount("Removed Document Data", removedDocumentData.Count, StatisticsCountType.Removed));
Context.Report.Counts.Add(new StatisticsCount("Updated Document Data", changedDocumentData.Count, StatisticsCountType.Updated));
Context.Report.Counts.Add(new StatisticsCount("Unchanged Document Data", unchangedDocumentData.Count, StatisticsCountType.Unchanged));
OldVersion.TearDown(context);
NewVersion.TearDown(context);
}
