private void JoinNonPrimary(IPropertyMap iPropertyMap)
{
foreach (IColumnMap idColumn in iPropertyMap.GetAllIdColumnMaps())
{
SqlTableAlias thisTableAlias = this.sqlEmitter.Select.GetSqlTableAlias(idColumn.TableMap.Name);
SqlColumnAlias thisColAlias = thisTableAlias.GetSqlColumnAlias(idColumn.Name);
SqlTableAlias parentTableAlias = this.sqlEmitter.Select.GetSqlTableAlias(idColumn.PrimaryKeyTable);
SqlColumnAlias parentColAlias = parentTableAlias.GetSqlColumnAlias(idColumn.PrimaryKeyColumn);
if (!joinedNonPrimaries.ContainsKey(thisColAlias))
{
if (!(joinedNonPrimaries[thisColAlias] == parentColAlias))
{
SqlSearchCondition search = this.sqlEmitter.Select.SqlWhereClause.GetNextSqlSearchCondition();
search.GetSqlComparePredicate(parentColAlias, SqlCompareOperatorType.Equals, thisColAlias);
joinedNonPrimaries[thisColAlias] = parentColAlias;
}
}
}
}
public virtual void Visited(SqlTableAlias tableAlias)
{
}
public virtual void GetPropertyColumnNamesAndAliases(IPropertyMap propertyMap, object hash, Hashtable columns, ArrayList order, string path, string propPath, string suggestion)
{
if (hash == null)
{
hash = propertyMap;
}
SqlTableAlias tbl = sqlEmitter.GetTableAlias(propertyMap.MustGetTableMap(), hash);
IList columnAliases = new ArrayList();
if (propertyMap.IsIdentity)
{
IClassMap classMap = propertyMap.ClassMap;
IColumnMap typeColumnMap = classMap.GetTypeColumnMap();
if (typeColumnMap != null)
{
string pathParent = GetPathParent(path);
string suggestedPath = pathParent.Length == 0 ? "NPersistTypeColumn" : pathParent + ".NPersistTypeColumn";
SqlColumnAlias column = GetPropertyColumnAlias(tbl, suggestedPath, typeColumnMap, suggestedPath);
columnAliases.Add(column);
}
}
if (suggestion == "")
{
suggestion = propPath;
}
// bool hasTypeColumn = false;
IPropertyMap inverse = propertyMap.GetInversePropertyMap();
//Type column first
if (inverse != null)
{
IColumnMap inverseTypeColumnMap = inverse.ClassMap.GetTypeColumnMap();
foreach (IColumnMap columnMap in propertyMap.GetAllColumnMaps())
{
if (inverseTypeColumnMap != null && inverseTypeColumnMap == columnMap.GetPrimaryKeyColumnMap())
{
string suggestionString;
suggestionString = propPath.Length == 0 ? "NPersistTypeColum" : propPath + ".NPersistTypeColumn";
SqlColumnAlias column = GetPropertyColumnAlias(tbl, path, columnMap, suggestionString);
columnAliases.Add(column);
}
}
}
foreach (IColumnMap columnMap in propertyMap.GetAllColumnMaps())
{
if (inverse != null)
{
IColumnMap inverseTypeColumnMap = inverse.ClassMap.GetTypeColumnMap();
if (inverseTypeColumnMap != null && inverseTypeColumnMap == columnMap.GetPrimaryKeyColumnMap())
{
continue;
}
}
string suggestionString;
suggestionString = suggestion;
SqlColumnAlias column = GetPropertyColumnAlias(tbl, path, columnMap, suggestionString);
columnAliases.Add(column);
}
foreach (SqlColumnAlias column in columnAliases)
{
if (!(columns.ContainsKey(column)))
{
columns[column] = column;
order.Add(column);
//Note: Important stuff, right here in nowhere-ville!!
if (this.sqlEmitter.PropertyColumnMap.ContainsKey(propPath))
{
ArrayList arrAliases;
if (this.sqlEmitter.PropertyColumnMap[propPath] is string)
{
arrAliases = new ArrayList();
arrAliases.Add(this.sqlEmitter.PropertyColumnMap[propPath]);
this.sqlEmitter.PropertyColumnMap[propPath] = arrAliases;
}
else
{
arrAliases = (ArrayList)this.sqlEmitter.PropertyColumnMap[propPath];
}
arrAliases.Add(column.Alias);
}
else
{
this.sqlEmitter.PropertyColumnMap[propPath] = column.Alias;
}
}
}
}
public virtual SqlColumnAlias GetPropertyColumnAlias(SqlTableAlias tableAlias, IPropertyMap propertyMap, string propertyPath, string suggestion)
{
return(sqlEmitter.GetColumnAlias(tableAlias, propertyMap.GetColumnMap(), propertyPath, GetAliasSuggestionFromPropertyPath(propertyPath, suggestion)));
}
public FromTable(SqlTableAlias alias, SqlTableAlias linksToAlias)
{
this.alias = alias;
this.linksToAlias = linksToAlias;
}
