private void WriteClassMembers(string className)
{
if (_codeWriterSettings.CodeTarget == CodeTarget.PocoRiaServices)
{
RiaServicesWriter.WritePrivateConstructor(className, _cb);
}
else
{
InitializeCollectionsInConstructor(className);
}
if (_table.HasCompositeKey)
{
if (!IsEntityFramework())
{
_cb.AppendAutomaticProperty(className + "Key", "Key");
}
else
{
//code first composite key
foreach (var column in _table.Columns.Where(c => c.IsPrimaryKey))
{
WriteColumn(column);
}
}
}
foreach (var column in _table.Columns)
{
if (_table.HasCompositeKey && column.IsPrimaryKey)
{
continue;
}
WriteColumn(column);
}
// KL: Writing out all foreign keys on their own. Needed for composite foreign keys.
foreach (var fKey in _table.ForeignKeys)
{
WriteForeignKey(fKey);
}
WriteForeignKeyCollections();
if (!_table.HasCompositeKey && _codeWriterSettings.CodeTarget != CodeTarget.PocoRiaServices)
{
var overrider = new OverrideWriter(_cb, _table);
overrider.AddOverrides();
}
}
private void WriteClassMembers(string className)
{
if (_codeWriterSettings.CodeTarget == CodeTarget.PocoRiaServices)
{
RiaServicesWriter.WritePrivateConstructor(className, _cb);
}
else
{
InitializeCollectionsInConstructor(className);
}
_codeWriterSettings.CodeInserter.WriteClassMembers(_table, _cb);
if (_inheritanceTable == null)
{
WritePrimaryKey(className);
}
foreach (var column in _table.Columns)
{
if (column.IsPrimaryKey)
{
continue;
}
if (column.IsForeignKey)
{
continue;
}
WriteColumn(column);
}
foreach (var foreignKey in _table.ForeignKeys)
{
WriteForeignKey(foreignKey);
}
WriteForeignKeyCollections();
if (!_table.HasCompositeKey &&
_codeWriterSettings.CodeTarget != CodeTarget.PocoRiaServices &&
_inheritanceTable == null)
{
var overrider = new OverrideWriter(_cb, _table, _codeWriterSettings.Namer);
overrider.AddOverrides();
}
}
private void WriteCompositeKeyClass(string className)
{
//CodeFirst can cope with multi-keys
if (IsEntityFramework())
{
return;
}
using (_cb.BeginNest("public class " + className + "Key", "Class representing " + _table.Name + " composite key"))
{
foreach (var column in _table.Columns.Where(x => x.IsPrimaryKey))
{
WriteColumn(column);
}
var overrider = new OverrideWriter(_cb, _table, _codeWriterSettings.Namer);
overrider.NetName = className + "Key";
overrider.AddOverrides();
}
}
private void WriteCompositeKeyClass(string className)
{
//CodeFirst can cope with multi-keys
if (IsEntityFramework()) return;
using (_cb.BeginNest("public class " + className + "Key", "Class representing " + _table.Name + " composite key"))
{
foreach (var column in _table.Columns.Where(x => x.IsPrimaryKey))
{
WriteColumn(column);
}
var overrider = new OverrideWriter(_cb, _table, _codeWriterSettings.Namer);
overrider.NetName = className + "Key";
overrider.AddOverrides();
}
}
private void WriteClassMembers(string className)
{
if (_codeWriterSettings.CodeTarget == CodeTarget.PocoRiaServices)
{
RiaServicesWriter.WritePrivateConstructor(className, _cb);
}
else
{
InitializeCollectionsInConstructor(className);
}
if (_inheritanceTable == null)
WritePrimaryKey(className);
foreach (var column in _table.Columns)
{
if (column.IsPrimaryKey) continue;
if (column.IsForeignKey) continue;
WriteColumn(column);
}
foreach (var foreignKey in _table.ForeignKeys)
{
WriteForeignKey(foreignKey);
}
WriteForeignKeyCollections();
if (!_table.HasCompositeKey &&
_codeWriterSettings.CodeTarget != CodeTarget.PocoRiaServices &&
_inheritanceTable == null)
{
var overrider = new OverrideWriter(_cb, _table, _codeWriterSettings.Namer);
overrider.AddOverrides();
}
}