private void ProcessOtherEndOfReference(AssociationInformation info, Entity toEntity, Reference reference)
{
var potentialOtherEnds =
associationInformation.Where(inf => inf.ThisEntityName == info.OtherEntityName &&
inf.OtherEntityName == info.ThisEntityName);
AssociationInformation otherEndInfo = null;
if (potentialOtherEnds.Count() == 1)
{
otherEndInfo = potentialOtherEnds.FirstOrDefault();
}
else if (potentialOtherEnds.Count() > 1)
{
foreach (var pot in potentialOtherEnds)
{
if (info.ForeignKeyColumnNames.Count == pot.ForeignKeyColumnNames.Count)
{
bool found = true;
for (int i = 0; i < info.ForeignKeyColumnNames.Count; i++)
{
if (pot.ForeignKeyColumnNames[i] != info.ForeignKeyColumnNames[i])
{
found = false;
break;
}
}
if (found)
{
otherEndInfo = pot;
break;
}
}
}
//log.Error("While processing references, ");
}
reference.Entity2 = toEntity;
if (info.ForeignKeyColumnNames.Count == 0 && otherEndInfo != null)
{
info.ForeignKeyColumnNames = otherEndInfo.ForeignKeyColumnNames;
info.ForeignKeyBelongsToThisTable = false;
}
if (otherEndInfo == null)
{
reference.End2Enabled = false;
Cardinality cardinality;
if (info.AssociationTableName != null && !string.IsNullOrEmpty(info.AssociationTableName.TableName))
{
cardinality = Cardinality.Many;
}
else if (info.HasUniqueConstraint)
{
cardinality = Cardinality.One;
}
else
{
cardinality = Cardinality.Many;
}
reference.Cardinality2 = cardinality;
}
else
{
reference.End2Enabled = true;
reference.End2Name = otherEndInfo.PropertyName;
reference.Cardinality2 = otherEndInfo.Cardinality;
reference.SetEnd2AssociationType(otherEndInfo.AssociationType);
reference.SetEnd2IndexColumnName(otherEndInfo.IndexColumn);
reference.SetEnd2SqlWhereClause(otherEndInfo.WhereClause);
reference.SetReferenceEnd2FetchMode(otherEndInfo.FetchMode);
reference.SetReferenceEnd2CollectionFetchMode(otherEndInfo.CollectionFetchMode);
reference.SetReferenceEnd2Insert(otherEndInfo.Insert);
reference.SetReferenceEnd2Update(otherEndInfo.Update);
reference.SetReferenceEnd2Inverse(otherEndInfo.Inverse);
reference.SetReferenceEnd2Cascade(otherEndInfo.Cascade);
reference.SetReferenceEnd2CollectionCascade(otherEndInfo.CollectionCascade);
reference.SetReferenceEnd2Lazy(otherEndInfo.CollectionLazy);
reference.SetReferenceEnd2OrderByIsAsc(otherEndInfo.OrderByIsAsc);
if (!string.IsNullOrWhiteSpace(otherEndInfo.OrderByColumnName))
{
var orderByProp = toEntity.Properties.SingleOrDefault(p => p.MappedColumn() != null && p.MappedColumn().Name.Equals(otherEndInfo.OrderByColumnName, StringComparison.InvariantCultureIgnoreCase));
if (orderByProp != null)
{
reference.SetReferenceEnd2OrderByProperty(orderByProp.Name);
}
}
//reference.SetReferenceEnd2OrderByProperty(otherEndInfo.OrderByColumnName);
associationInformation.Remove(otherEndInfo);
}
}
private void ProcessCollection(
@class hClass,
key keyNode,
index indexNode,
manytomany many,
string className,
string schema,
string tableName,
string propertyName,
string cascade,
AssociationType associationType,
string whereClause,
collectionFetchMode fetchMode,
bool inverse,
collectionLazy lazy,
string orderByClause)
{
#region OrderBy
string orderByPropertyName = "";
bool orderByIsAsc = true;
if (!string.IsNullOrWhiteSpace(orderByClause))
{
orderByClause = orderByClause.Trim();
if (orderByClause.EndsWith(" desc", StringComparison.InvariantCultureIgnoreCase))
{
orderByIsAsc = false;
orderByPropertyName = orderByClause.Substring(0, orderByClause.LastIndexOf(" desc", StringComparison.InvariantCultureIgnoreCase)).Trim();
}
else if (orderByClause.EndsWith(" asc", StringComparison.InvariantCultureIgnoreCase))
{
orderByIsAsc = false;
orderByPropertyName = orderByClause.Substring(0, orderByClause.LastIndexOf(" asc", StringComparison.InvariantCultureIgnoreCase)).Trim();
}
else
{
orderByPropertyName = orderByClause;
}
}
#endregion
string indexName = null;
if (indexNode != null)
{
if (indexNode.column != null && indexNode.column.Count() > 0)
{
indexName = indexNode.column[0].name;
}
else
{
indexName = indexNode.column1;
}
}
if (many != null)
{
var fkColumns = GetColumnNames(many.column, many.Columns()).ToList();
string thisEntityName;
string otherEntityName;
EntityLoader.IsNameFullyQualified(hClass.name, out thisEntityName);
EntityLoader.IsNameFullyQualified(many.@class, out otherEntityName);
var collectionInfo = new AssociationInformation
{
PropertyName = propertyName,
ForeignKeyColumnNames = fkColumns,
ForeignKeyBelongsToThisTable = !ForeignKeyBelongsToThisTable(hClass, fkColumns),
AssociationTableName = new AssociationInformation.TableNameType(schema, tableName),
ThisEntityName = thisEntityName,
OtherEntityName = otherEntityName,
Cardinality = Cardinality.Many,
CollectionCascade = ArchAngel.Interfaces.NHibernateEnums.Helper.GetCollectionCascadeType(cascade),
CollectionLazy = ArchAngel.Interfaces.NHibernateEnums.Helper.GetCollectionLazyType(lazy.ToString()),
CollectionFetchMode = (CollectionFetchModes)Enum.Parse(typeof(CollectionFetchModes), fetchMode.ToString(), true),
IndexColumn = indexName,
WhereClause = whereClause,
AssociationType = associationType,
Inverse = inverse ? ArchAngel.Interfaces.NHibernateEnums.BooleanInheritedTypes.@true : ArchAngel.Interfaces.NHibernateEnums.BooleanInheritedTypes.@false,
OrderByColumnName = orderByPropertyName,
OrderByIsAsc = orderByIsAsc
};
associationInformation.Add(collectionInfo);
}
else
{
var fkColumns = GetColumnNames(keyNode.column1, keyNode.Columns()).ToList();
string thisEntityName;
string otherEntityName;
EntityLoader.IsNameFullyQualified(hClass.name, out thisEntityName);
EntityLoader.IsNameFullyQualified(className, out otherEntityName);
bool topLevelInverse = ArchAngel.Interfaces.SharedData.CurrentProject.GetProjectDefaultInverse();
BooleanInheritedTypes inverseValue = inverse ? BooleanInheritedTypes.@true : BooleanInheritedTypes.@false;
if ((inverseValue == BooleanInheritedTypes.@false && topLevelInverse == false) ||
(inverseValue == BooleanInheritedTypes.@true && topLevelInverse == true))
{
inverseValue = BooleanInheritedTypes.inherit_default;
}
var collectionInfo = new AssociationInformation
{
PropertyName = propertyName,
ForeignKeyColumnNames = fkColumns,
ForeignKeyBelongsToThisTable = ForeignKeyBelongsToThisTable(hClass, fkColumns), // GFH
ThisEntityName = thisEntityName,
OtherEntityName = otherEntityName,
Cardinality = Cardinality.Many,
CollectionCascade = ArchAngel.Interfaces.NHibernateEnums.Helper.GetCollectionCascadeType(cascade),
CollectionLazy = ArchAngel.Interfaces.NHibernateEnums.Helper.GetCollectionLazyType(lazy.ToString()),
CollectionFetchMode = (CollectionFetchModes)Enum.Parse(typeof(CollectionFetchModes), fetchMode.ToString(), true),
IndexColumn = indexName,
AssociationType = associationType,
Inverse = inverseValue,
OrderByColumnName = orderByPropertyName,
OrderByIsAsc = orderByIsAsc
};
associationInformation.Add(collectionInfo);
}
}
internal void ProcessReferences(IList <hibernatemapping> mappingFiles, MappingSet mappingSet)
{
associationInformation.Clear();
List <string> processedClasses = new List <string>();
foreach (var hm in mappingFiles)
{
foreach (var hClass in hm.Classes())
{
string @namespace;
string name;
EntityLoader.IsNameFullyQualified(hClass.name, out @namespace, out name);
if (processedClasses.Contains(name))
{
continue;
}
processedClasses.Add(name);
foreach (manytoone hManyToOne in hClass.ManyToOnes())
{
var fkColumnNames = GetColumnNames(hManyToOne.column, hManyToOne.Columns()).ToList();
string thisEntityName;
string otherEntityName;
EntityLoader.IsNameFullyQualified(hClass.name, out thisEntityName);
EntityLoader.IsNameFullyQualified(hManyToOne.@class, out otherEntityName);
var many2OneInfo
= new AssociationInformation
{
ThisEntityName = thisEntityName,
OtherEntityName = otherEntityName,
ForeignKeyColumnNames = fkColumnNames,
ForeignKeyBelongsToThisTable = fkColumnNames.Count > 0,
PropertyName = hManyToOne.name,
Cardinality = Cardinality.One,
HasUniqueConstraint = hManyToOne.unique,
Insert = hManyToOne.insert,
Update = hManyToOne.update,
Cascade = ArchAngel.Interfaces.NHibernateEnums.Helper.GetCascadeType(hManyToOne.cascade)
};
if (hManyToOne.fetchSpecified)
{
many2OneInfo.FetchMode = (FetchModes)Enum.Parse(typeof(FetchModes), hManyToOne.fetch.ToString(), true);
}
if (hManyToOne.lazySpecified)
{
many2OneInfo.CollectionLazy = ArchAngel.Interfaces.NHibernateEnums.Helper.GetCollectionLazyType(hManyToOne.lazy.ToString());
}
associationInformation.Add(many2OneInfo);
}
foreach (var hOneToOne in hClass.OneToOnes())
{
string thisEntityName;
string otherEntityName;
EntityLoader.IsNameFullyQualified(hClass.name, out thisEntityName);
EntityLoader.IsNameFullyQualified(hOneToOne.@class, out otherEntityName);
var one2OneInfo
= new AssociationInformation
{
ThisEntityName = thisEntityName,
OtherEntityName = otherEntityName,
PropertyName = hOneToOne.name,
Cardinality = Cardinality.One
};
associationInformation.Add(one2OneInfo);
}
foreach (var hSet in hClass.Sets())
{
key keyNode = hSet.key;
if (keyNode == null)
{
throw new Exception("Cannot find key node in set " + hSet.name);
}
string schema = "";
if (hSet.schema != null)
{
schema = hSet.schema;
}
else if (hClass.schema != null)
{
schema = hClass.schema;
}
else if (hm.schema != null)
{
schema = hm.schema;
}
ProcessCollection(hClass, keyNode, null, hSet.ManyToMany(), GetClassName(hSet.Item), schema, hSet.table, hSet.name, hSet.cascade, AssociationType.Set, hSet.where, hSet.fetch, hSet.inverse, hSet.lazy, hSet.orderby);
}
foreach (var hMap in hClass.Maps())
{
key keyNode = hMap.key;
index indexNode = hMap.Index();
if (keyNode == null)
{
throw new Exception("Cannot find key node in map " + hMap.name);
}
if (indexNode == null)
{
throw new Exception("Cannot find index node in map " + hMap.name);
}
string schema = "";
if (hMap.schema != null)
{
schema = hMap.schema;
}
else if (hClass.schema != null)
{
schema = hClass.schema;
}
else if (hm.schema != null)
{
schema = hm.schema;
}
ProcessCollection(hClass, keyNode, indexNode, hMap.ManyToMany(), GetClassName(hMap.Item1), schema, hMap.table, hMap.name, hMap.cascade, AssociationType.Map, hMap.where, hMap.fetch, hMap.inverse, hMap.lazy, hMap.orderby);
}
foreach (var hBag in hClass.Bags())
{
key keyNode = hBag.key;
if (keyNode == null)
{
throw new Exception("Cannot find key node in bag " + hBag.name);
}
string schema = "";
if (hBag.schema != null)
{
schema = hBag.schema;
}
else if (hClass.schema != null)
{
schema = hClass.schema;
}
else if (hm.schema != null)
{
schema = hm.schema;
}
ProcessCollection(hClass, keyNode, null, hBag.ManyToMany(), GetClassName(hBag.Item), schema, hBag.table, hBag.name, hBag.cascade, AssociationType.Bag, hBag.where, hBag.fetch, hBag.inverse, hBag.lazy, hBag.orderby);
}
foreach (var hList in hClass.Lists())
{
key keyNode = hList.key;
index indexNode = hList.Index();
if (keyNode == null)
{
throw new Exception("Cannot find key node in list " + hList.name);
}
if (indexNode == null)
{
throw new Exception("Cannot find index node in list " + hList.name);
}
string schema = "";
if (hList.schema != null)
{
schema = hList.schema;
}
else if (hClass.schema != null)
{
schema = hClass.schema;
}
else if (hm.schema != null)
{
schema = hm.schema;
}
ProcessCollection(hClass, keyNode, indexNode, hList.ManyToMany(), GetClassName(hList.Item1), schema, hList.table, hList.name, hList.cascade, AssociationType.List, hList.where, hList.fetch, hList.inverse, hList.lazy, hList.orderby);
}
foreach (var hBag in hClass.IdBags())
{
key keyNode = hBag.key;
if (keyNode == null)
{
throw new Exception("Cannot find key node in idbag " + hBag.name);
}
string schema = "";
if (hBag.schema != null)
{
schema = hBag.schema;
}
else if (hClass.schema != null)
{
schema = hClass.schema;
}
else if (hm.schema != null)
{
schema = hm.schema;
}
ProcessCollection(hClass, keyNode, null, hBag.ManyToMany(), GetClassName(hBag.Item), schema, hBag.table, hBag.name, hBag.cascade, AssociationType.IDBag, hBag.where, hBag.fetch, hBag.inverse, hBag.lazy, hBag.orderby);
}
}
}
UseDiscoveredInformationToCreateReferences(mappingSet);
}
internal void ProcessReferences(IList<hibernatemapping> mappingFiles, MappingSet mappingSet)
{
associationInformation.Clear();
List<string> processedClasses = new List<string>();
foreach (var hm in mappingFiles)
{
foreach (var hClass in hm.Classes())
{
string @namespace;
string name;
EntityLoader.IsNameFullyQualified(hClass.name, out @namespace, out name);
if (processedClasses.Contains(name))
continue;
processedClasses.Add(name);
foreach (manytoone hManyToOne in hClass.ManyToOnes())
{
var fkColumnNames = GetColumnNames(hManyToOne.column, hManyToOne.Columns()).ToList();
string thisEntityName;
string otherEntityName;
EntityLoader.IsNameFullyQualified(hClass.name, out thisEntityName);
EntityLoader.IsNameFullyQualified(hManyToOne.@class, out otherEntityName);
var many2OneInfo
= new AssociationInformation
{
ThisEntityName = thisEntityName,
OtherEntityName = otherEntityName,
ForeignKeyColumnNames = fkColumnNames,
ForeignKeyBelongsToThisTable = fkColumnNames.Count > 0,
PropertyName = hManyToOne.name,
Cardinality = Cardinality.One,
HasUniqueConstraint = hManyToOne.unique,
Insert = hManyToOne.insert,
Update = hManyToOne.update,
Cascade = ArchAngel.Interfaces.NHibernateEnums.Helper.GetCascadeType(hManyToOne.cascade)
};
if (hManyToOne.fetchSpecified)
many2OneInfo.FetchMode = (FetchModes)Enum.Parse(typeof(FetchModes), hManyToOne.fetch.ToString(), true);
if (hManyToOne.lazySpecified)
many2OneInfo.CollectionLazy = ArchAngel.Interfaces.NHibernateEnums.Helper.GetCollectionLazyType(hManyToOne.lazy.ToString());
associationInformation.Add(many2OneInfo);
}
foreach (var hOneToOne in hClass.OneToOnes())
{
string thisEntityName;
string otherEntityName;
EntityLoader.IsNameFullyQualified(hClass.name, out thisEntityName);
EntityLoader.IsNameFullyQualified(hOneToOne.@class, out otherEntityName);
var one2OneInfo
= new AssociationInformation
{
ThisEntityName = thisEntityName,
OtherEntityName = otherEntityName,
PropertyName = hOneToOne.name,
Cardinality = Cardinality.One
};
associationInformation.Add(one2OneInfo);
}
foreach (var hSet in hClass.Sets())
{
key keyNode = hSet.key;
if (keyNode == null) throw new Exception("Cannot find key node in set " + hSet.name);
string schema = "";
if (hSet.schema != null)
schema = hSet.schema;
else if (hClass.schema != null)
schema = hClass.schema;
else if (hm.schema != null)
schema = hm.schema;
ProcessCollection(hClass, keyNode, null, hSet.ManyToMany(), GetClassName(hSet.Item), schema, hSet.table, hSet.name, hSet.cascade, AssociationType.Set, hSet.where, hSet.fetch, hSet.inverse, hSet.lazy, hSet.orderby);
}
foreach (var hMap in hClass.Maps())
{
key keyNode = hMap.key;
index indexNode = hMap.Index();
if (keyNode == null) throw new Exception("Cannot find key node in map " + hMap.name);
if (indexNode == null) throw new Exception("Cannot find index node in map " + hMap.name);
string schema = "";
if (hMap.schema != null)
schema = hMap.schema;
else if (hClass.schema != null)
schema = hClass.schema;
else if (hm.schema != null)
schema = hm.schema;
ProcessCollection(hClass, keyNode, indexNode, hMap.ManyToMany(), GetClassName(hMap.Item1), schema, hMap.table, hMap.name, hMap.cascade, AssociationType.Map, hMap.where, hMap.fetch, hMap.inverse, hMap.lazy, hMap.orderby);
}
foreach (var hBag in hClass.Bags())
{
key keyNode = hBag.key;
if (keyNode == null) throw new Exception("Cannot find key node in bag " + hBag.name);
string schema = "";
if (hBag.schema != null)
schema = hBag.schema;
else if (hClass.schema != null)
schema = hClass.schema;
else if (hm.schema != null)
schema = hm.schema;
ProcessCollection(hClass, keyNode, null, hBag.ManyToMany(), GetClassName(hBag.Item), schema, hBag.table, hBag.name, hBag.cascade, AssociationType.Bag, hBag.where, hBag.fetch, hBag.inverse, hBag.lazy, hBag.orderby);
}
foreach (var hList in hClass.Lists())
{
key keyNode = hList.key;
index indexNode = hList.Index();
if (keyNode == null) throw new Exception("Cannot find key node in list " + hList.name);
if (indexNode == null) throw new Exception("Cannot find index node in list " + hList.name);
string schema = "";
if (hList.schema != null)
schema = hList.schema;
else if (hClass.schema != null)
schema = hClass.schema;
else if (hm.schema != null)
schema = hm.schema;
ProcessCollection(hClass, keyNode, indexNode, hList.ManyToMany(), GetClassName(hList.Item1), schema, hList.table, hList.name, hList.cascade, AssociationType.List, hList.where, hList.fetch, hList.inverse, hList.lazy, hList.orderby);
}
foreach (var hBag in hClass.IdBags())
{
key keyNode = hBag.key;
if (keyNode == null) throw new Exception("Cannot find key node in idbag " + hBag.name);
string schema = "";
if (hBag.schema != null)
schema = hBag.schema;
else if (hClass.schema != null)
schema = hClass.schema;
else if (hm.schema != null)
schema = hm.schema;
ProcessCollection(hClass, keyNode, null, hBag.ManyToMany(), GetClassName(hBag.Item), schema, hBag.table, hBag.name, hBag.cascade, AssociationType.IDBag, hBag.where, hBag.fetch, hBag.inverse, hBag.lazy, hBag.orderby);
}
}
}
UseDiscoveredInformationToCreateReferences(mappingSet);
}
private void ProcessOtherEndOfReference(AssociationInformation info, Entity toEntity, Reference reference)
{
var potentialOtherEnds =
associationInformation.Where(inf => inf.ThisEntityName == info.OtherEntityName
&& inf.OtherEntityName == info.ThisEntityName);
AssociationInformation otherEndInfo = null;
if (potentialOtherEnds.Count() == 1)
otherEndInfo = potentialOtherEnds.FirstOrDefault();
else if (potentialOtherEnds.Count() > 1)
{
foreach (var pot in potentialOtherEnds)
{
if (info.ForeignKeyColumnNames.Count == pot.ForeignKeyColumnNames.Count)
{
bool found = true;
for (int i = 0; i < info.ForeignKeyColumnNames.Count; i++)
{
if (pot.ForeignKeyColumnNames[i] != info.ForeignKeyColumnNames[i])
{
found = false;
break;
}
}
if (found)
{
otherEndInfo = pot;
break;
}
}
}
//log.Error("While processing references, ");
}
reference.Entity2 = toEntity;
if (info.ForeignKeyColumnNames.Count == 0 && otherEndInfo != null)
{
info.ForeignKeyColumnNames = otherEndInfo.ForeignKeyColumnNames;
info.ForeignKeyBelongsToThisTable = false;
}
if (otherEndInfo == null)
{
reference.End2Enabled = false;
Cardinality cardinality;
if (info.AssociationTableName != null && !string.IsNullOrEmpty(info.AssociationTableName.TableName))
cardinality = Cardinality.Many;
else if (info.HasUniqueConstraint)
cardinality = Cardinality.One;
else
cardinality = Cardinality.Many;
reference.Cardinality2 = cardinality;
}
else
{
reference.End2Enabled = true;
reference.End2Name = otherEndInfo.PropertyName;
reference.Cardinality2 = otherEndInfo.Cardinality;
reference.SetEnd2AssociationType(otherEndInfo.AssociationType);
reference.SetEnd2IndexColumnName(otherEndInfo.IndexColumn);
reference.SetEnd2SqlWhereClause(otherEndInfo.WhereClause);
reference.SetReferenceEnd2FetchMode(otherEndInfo.FetchMode);
reference.SetReferenceEnd2CollectionFetchMode(otherEndInfo.CollectionFetchMode);
reference.SetReferenceEnd2Insert(otherEndInfo.Insert);
reference.SetReferenceEnd2Update(otherEndInfo.Update);
reference.SetReferenceEnd2Inverse(otherEndInfo.Inverse);
reference.SetReferenceEnd2Cascade(otherEndInfo.Cascade);
reference.SetReferenceEnd2CollectionCascade(otherEndInfo.CollectionCascade);
reference.SetReferenceEnd2Lazy(otherEndInfo.CollectionLazy);
reference.SetReferenceEnd2OrderByIsAsc(otherEndInfo.OrderByIsAsc);
if (!string.IsNullOrWhiteSpace(otherEndInfo.OrderByColumnName))
{
var orderByProp = toEntity.Properties.SingleOrDefault(p => p.MappedColumn() != null && p.MappedColumn().Name.Equals(otherEndInfo.OrderByColumnName, StringComparison.InvariantCultureIgnoreCase));
if (orderByProp != null)
reference.SetReferenceEnd2OrderByProperty(orderByProp.Name);
}
//reference.SetReferenceEnd2OrderByProperty(otherEndInfo.OrderByColumnName);
associationInformation.Remove(otherEndInfo);
}
}
private void ProcessCollection(
@class hClass,
key keyNode,
index indexNode,
manytomany many,
string className,
string schema,
string tableName,
string propertyName,
string cascade,
AssociationType associationType,
string whereClause,
collectionFetchMode fetchMode,
bool inverse,
collectionLazy lazy,
string orderByClause)
{
#region OrderBy
string orderByPropertyName = "";
bool orderByIsAsc = true;
if (!string.IsNullOrWhiteSpace(orderByClause))
{
orderByClause = orderByClause.Trim();
if (orderByClause.EndsWith(" desc", StringComparison.InvariantCultureIgnoreCase))
{
orderByIsAsc = false;
orderByPropertyName = orderByClause.Substring(0, orderByClause.LastIndexOf(" desc", StringComparison.InvariantCultureIgnoreCase)).Trim();
}
else if (orderByClause.EndsWith(" asc", StringComparison.InvariantCultureIgnoreCase))
{
orderByIsAsc = false;
orderByPropertyName = orderByClause.Substring(0, orderByClause.LastIndexOf(" asc", StringComparison.InvariantCultureIgnoreCase)).Trim();
}
else
orderByPropertyName = orderByClause;
}
#endregion
string indexName = null;
if (indexNode != null)
{
if (indexNode.column != null && indexNode.column.Count() > 0)
indexName = indexNode.column[0].name;
else
indexName = indexNode.column1;
}
if (many != null)
{
var fkColumns = GetColumnNames(many.column, many.Columns()).ToList();
string thisEntityName;
string otherEntityName;
EntityLoader.IsNameFullyQualified(hClass.name, out thisEntityName);
EntityLoader.IsNameFullyQualified(many.@class, out otherEntityName);
var collectionInfo = new AssociationInformation
{
PropertyName = propertyName,
ForeignKeyColumnNames = fkColumns,
ForeignKeyBelongsToThisTable = !ForeignKeyBelongsToThisTable(hClass, fkColumns),
AssociationTableName = new AssociationInformation.TableNameType(schema, tableName),
ThisEntityName = thisEntityName,
OtherEntityName = otherEntityName,
Cardinality = Cardinality.Many,
CollectionCascade = ArchAngel.Interfaces.NHibernateEnums.Helper.GetCollectionCascadeType(cascade),
CollectionLazy = ArchAngel.Interfaces.NHibernateEnums.Helper.GetCollectionLazyType(lazy.ToString()),
CollectionFetchMode = (CollectionFetchModes)Enum.Parse(typeof(CollectionFetchModes), fetchMode.ToString(), true),
IndexColumn = indexName,
WhereClause = whereClause,
AssociationType = associationType,
Inverse = inverse ? ArchAngel.Interfaces.NHibernateEnums.BooleanInheritedTypes.@true : ArchAngel.Interfaces.NHibernateEnums.BooleanInheritedTypes.@false,
OrderByColumnName = orderByPropertyName,
OrderByIsAsc = orderByIsAsc
};
associationInformation.Add(collectionInfo);
}
else
{
var fkColumns = GetColumnNames(keyNode.column1, keyNode.Columns()).ToList();
string thisEntityName;
string otherEntityName;
EntityLoader.IsNameFullyQualified(hClass.name, out thisEntityName);
EntityLoader.IsNameFullyQualified(className, out otherEntityName);
bool topLevelInverse = ArchAngel.Interfaces.SharedData.CurrentProject.GetProjectDefaultInverse();
BooleanInheritedTypes inverseValue = inverse ? BooleanInheritedTypes.@true : BooleanInheritedTypes.@false;
if ((inverseValue == BooleanInheritedTypes.@false && topLevelInverse == false) ||
(inverseValue == BooleanInheritedTypes.@true && topLevelInverse == true))
inverseValue = BooleanInheritedTypes.inherit_default;
var collectionInfo = new AssociationInformation
{
PropertyName = propertyName,
ForeignKeyColumnNames = fkColumns,
ForeignKeyBelongsToThisTable = ForeignKeyBelongsToThisTable(hClass, fkColumns), // GFH
ThisEntityName = thisEntityName,
OtherEntityName = otherEntityName,
Cardinality = Cardinality.Many,
CollectionCascade = ArchAngel.Interfaces.NHibernateEnums.Helper.GetCollectionCascadeType(cascade),
CollectionLazy = ArchAngel.Interfaces.NHibernateEnums.Helper.GetCollectionLazyType(lazy.ToString()),
CollectionFetchMode = (CollectionFetchModes)Enum.Parse(typeof(CollectionFetchModes), fetchMode.ToString(), true),
IndexColumn = indexName,
AssociationType = associationType,
Inverse = inverseValue,
OrderByColumnName = orderByPropertyName,
OrderByIsAsc = orderByIsAsc
};
associationInformation.Add(collectionInfo);
}
}
