private void InitPersistors()
{
m_fields = new IDataField[m_Def.Fields.Values.Count];
m_persistors = new IBinaryPersistor[m_fields.Length];
var i = 0;
if (m_Def.DependingField != null)
{
// depending field comes first
m_persistors[0] = BinaryPersistors.GetPersistor(m_Def.DependingField);
m_fields[0] = m_Def.DependingField;
i++;
}
foreach (var field in m_Def.Fields.Values)
{
if (field == m_Def.DependingField)
{
continue;
}
var persistor = BinaryPersistors.GetPersistor(field);
m_persistors[i] = persistor;
m_fields[i] = field;
i++;
}
}
/// <summary>Returns null if its a String field</summary>
/// <param name="field"></param>
/// <returns></returns>
public static IBinaryPersistor GetPersistor(IDataField field)
{
if (field.DataFieldType == DataFieldType.FlatArray || field.DataFieldType == DataFieldType.NestedArray)
{
return((IBinaryPersistor) new ArrayPersistor((ArrayDataField)field));
}
return(BinaryPersistors.GetPersistorNoArray(field));
}
public NestedPersistor(INestedDataField dataField)
{
this.m_DataField = dataField;
this.m_UnderlyingPersistors = new IBinaryPersistor[this.m_DataField.InnerFields.Count];
this.m_accessors = new IGetterSetter[this.m_DataField.InnerFields.Count];
int index = 0;
foreach (IDataField field in this.m_DataField.InnerFields.Values)
{
IBinaryPersistor persistor = BinaryPersistors.GetPersistor(field);
this.m_UnderlyingPersistors[index] = persistor;
this.m_accessors[index] = field.Accessor;
++index;
}
}
public NestedPersistor(
INestedDataField dataField)
{
m_DataField = dataField;
m_UnderlyingPersistors = new IBinaryPersistor[m_DataField.InnerFields.Count];
m_accessors = new IGetterSetter[m_DataField.InnerFields.Count];
var i = 0;
foreach (var field in m_DataField.InnerFields.Values)
{
var persistor = BinaryPersistors.GetPersistor(field);
m_UnderlyingPersistors[i] = persistor;
m_accessors[i] = field.Accessor;
i++;
}
}
public static IBinaryPersistor GetPersistorNoArray(IDataField field)
{
Type actualType = field.MappedMember.GetActualType();
if (field is INestedDataField)
{
return((IBinaryPersistor) new NestedPersistor((INestedDataField)field));
}
ISimpleBinaryPersistor simplePersistor = BinaryPersistors.GetSimplePersistor(actualType);
if (simplePersistor == null)
{
throw new DataHolderException("Simple Type did not have a binary Persistor: " + actualType.FullName,
new object[0]);
}
return((IBinaryPersistor)simplePersistor);
}
private void InitPersistors()
{
this.m_fields = new IDataField[this.m_Def.Fields.Values.Count];
this.m_persistors = new IBinaryPersistor[this.m_fields.Length];
int index = 0;
if (this.m_Def.DependingField != null)
{
this.m_persistors[0] = BinaryPersistors.GetPersistor((IDataField)this.m_Def.DependingField);
this.m_fields[0] = (IDataField)this.m_Def.DependingField;
++index;
}
foreach (IDataField field in this.m_Def.Fields.Values)
{
if (field != this.m_Def.DependingField)
{
IBinaryPersistor persistor = BinaryPersistors.GetPersistor(field);
this.m_persistors[index] = persistor;
this.m_fields[index] = field;
++index;
}
}
}
public ArrayPersistor(ArrayDataField field)
{
m_DataField = field;
m_UnderlyingPersistor = BinaryPersistors.GetPersistorNoArray(m_DataField);
}
public ArrayPersistor(ArrayDataField field)
{
this.m_DataField = field;
this.m_UnderlyingPersistor = BinaryPersistors.GetPersistorNoArray((IDataField)this.m_DataField);
}
