protected void WriteBaseCollectionAttributes(XmlElement element, CollectionMapping mapping)
{
if (mapping.IsSpecified("Access"))
element.WithAtt("access", mapping.Access);
if (mapping.IsSpecified("BatchSize"))
element.WithAtt("batch-size", mapping.BatchSize);
if (mapping.IsSpecified("Cascade"))
element.WithAtt("cascade", mapping.Cascade);
if (mapping.IsSpecified("Check"))
element.WithAtt("check", mapping.Check);
if (mapping.IsSpecified("CollectionType") && mapping.CollectionType != TypeReference.Empty)
element.WithAtt("collection-type", mapping.CollectionType);
if (mapping.IsSpecified("Fetch"))
element.WithAtt("fetch", mapping.Fetch);
if (mapping.IsSpecified("Generic"))
element.WithAtt("generic", mapping.Generic);
if (mapping.IsSpecified("Inverse"))
element.WithAtt("inverse", mapping.Inverse);
if (mapping.IsSpecified("Lazy"))
element.WithAtt("lazy", mapping.Lazy.ToString().ToLowerInvariant());
if (mapping.IsSpecified("Name"))
element.WithAtt("name", mapping.Name);
if (mapping.IsSpecified("OptimisticLock"))
element.WithAtt("optimistic-lock", mapping.OptimisticLock);
if (mapping.IsSpecified("Persister"))
element.WithAtt("persister", mapping.Persister);
if (mapping.IsSpecified("Schema"))
element.WithAtt("schema", mapping.Schema);
if (mapping.IsSpecified("TableName"))
element.WithAtt("table", mapping.TableName);
if (mapping.IsSpecified("Where"))
element.WithAtt("where", mapping.Where);
if (mapping.IsSpecified("Subselect"))
element.WithAtt("subselect", mapping.Subselect);
if (mapping.IsSpecified("Mutable"))
element.WithAtt("mutable", mapping.Mutable);
}
protected void WriteBaseCollectionAttributes(XmlElement element, CollectionMapping mapping)
{
if (mapping.IsSpecified("Access"))
{
element.WithAtt("access", mapping.Access);
}
if (mapping.IsSpecified("BatchSize"))
{
element.WithAtt("batch-size", mapping.BatchSize);
}
if (mapping.IsSpecified("Cascade"))
{
element.WithAtt("cascade", mapping.Cascade);
}
if (mapping.IsSpecified("Check"))
{
element.WithAtt("check", mapping.Check);
}
if (mapping.IsSpecified("CollectionType") && mapping.CollectionType != TypeReference.Empty)
{
element.WithAtt("collection-type", mapping.CollectionType);
}
if (mapping.IsSpecified("Fetch"))
{
element.WithAtt("fetch", mapping.Fetch);
}
if (mapping.IsSpecified("Generic"))
{
element.WithAtt("generic", mapping.Generic);
}
if (mapping.IsSpecified("Inverse"))
{
element.WithAtt("inverse", mapping.Inverse);
}
if (mapping.IsSpecified("Lazy"))
{
element.WithAtt("lazy", mapping.Lazy.ToString().ToLowerInvariant());
}
if (mapping.IsSpecified("Name"))
{
element.WithAtt("name", mapping.Name);
}
if (mapping.IsSpecified("OptimisticLock"))
{
element.WithAtt("optimistic-lock", mapping.OptimisticLock);
}
if (mapping.IsSpecified("Persister"))
{
element.WithAtt("persister", mapping.Persister);
}
if (mapping.IsSpecified("Schema"))
{
element.WithAtt("schema", mapping.Schema);
}
if (mapping.IsSpecified("TableName"))
{
element.WithAtt("table", mapping.TableName);
}
if (mapping.IsSpecified("Where"))
{
element.WithAtt("where", mapping.Where);
}
if (mapping.IsSpecified("Subselect"))
{
element.WithAtt("subselect", mapping.Subselect);
}
if (mapping.IsSpecified("Mutable"))
{
element.WithAtt("mutable", mapping.Mutable);
}
}
/// <summary>
/// Represents a string identifier for the model instance, used in conventions for a lazy
/// shortcut.
///
/// e.g. for a ColumnMapping the StringIdentifierForModel would be the Name attribute,
/// this allows the user to find any columns with the matching name.
/// </summary>
public bool IsSet(Member property)
{
return(mapping.IsSpecified(propertyMappings.Get(property)));
}
