private bool FillSingleDimensionalArrayProperty(SingleDimensionalArrayProperty property, InternalTypeInfo info,
object value)
{
if (property == null)
{
return(false);
}
property.ElementType = info.ElementType;
var analyzer = new ArrayAnalyzer(value);
// Dimensionen
var dimensionInfo = analyzer.ArrayInfo.DimensionInfos[0];
property.LowerBound = dimensionInfo.LowerBound;
// Items
foreach (var item in analyzer.GetValues())
{
var itemProperty = CreateProperty(null, item);
property.Items.Add(itemProperty);
}
return(true);
}
private object createObjectFromSingleDimensionalArrayProperty(SingleDimensionalArrayProperty property)
{
int itemsCount = property.Items.Count;
Array array = createArrayInstance(property.ElementType, new[] { itemsCount }, new[] { property.LowerBound });
if (property.Reference != null)
{
// property has Reference, only objects referenced multiple times
// have properties with references. Object must be cached to
// resolve its references in the future.
_objectCache.Add(property.Reference.Id, array);
}
// Items
for (int index = property.LowerBound; index < property.LowerBound + itemsCount; index++)
{
Property item = property.Items[index];
object value = CreateObject(item);
if (value != null)
{
array.SetValue(value, index);
}
}
return(array);
}
private void parseSingleDimensionalArrayProperty(SingleDimensionalArrayProperty property)
{
// Element type
property.ElementType = this._reader.ReadType();
// Lowerbound
property.LowerBound = this._reader.ReadNumber();
this.readItems(property.Items, property.ElementType);
}
private void parseSingleDimensionalArrayProperty(SingleDimensionalArrayProperty property)
{
// ElementType
property.ElementType = property.Type != null?TypeInfo.GetTypeInfo(property.Type).ElementType : null;
// LowerBound
property.LowerBound = _reader.GetAttributeAsInt(Attributes.LowerBound);
// Items
foreach (string subElement in _reader.ReadSubElements())
{
if (subElement == SubElements.Items)
{
readItems(property.Items, property.ElementType);
}
}
}
private object CreateObjectFromSingleDimensionalArrayProperty(SingleDimensionalArrayProperty property)
{
int itemsCount = property.Items.Count;
var array = CreateArrayInstance(property.ElementType, new[] { itemsCount }, new[] { property.LowerBound });
if (property.Reference != null)
{
_objectCache.Add(property.Reference.Id, array);
}
// Items
for (var index = property.LowerBound; index < property.LowerBound + itemsCount; index++)
{
Property item = property.Items[index];
var value = CreateObject(item);
if (value != null)
{
array.SetValue(value, index);
}
}
return(array);
}
private bool FillSingleDimensionalArrayProperty(SingleDimensionalArrayProperty property, TypeInfo info, object value)
{
if (property == null) {
return false;
}
property.ElementType = info.ElementType;
var analyzer = new ArrayAnalyzer(value);
// Dimensionen
var dimensionInfo = analyzer.ArrayInfo.DimensionInfos[0];
property.LowerBound = dimensionInfo.LowerBound;
// Items
foreach (var item in analyzer.GetValues()) {
var itemProperty = CreateProperty(null, item);
property.Items.Add(itemProperty);
}
return true;
}
private object createObjectFromSingleDimensionalArrayProperty(SingleDimensionalArrayProperty property)
{
var itemsCount = property.Items.Count;
var array = createArrayInstance(property.ElementType, new[] { itemsCount }, new[] { property.LowerBound });
// Items
for (int index = property.LowerBound; index < property.LowerBound + itemsCount; index++)
{
var item = property.Items[index];
var value = CreateObject(item);
if (value != null)
{
array.SetValue(value, index);
}
}
return array;
}
private object createObjectFromSingleDimensionalArrayProperty(SingleDimensionalArrayProperty property)
{
int itemsCount = property.Items.Count;
Array array = createArrayInstance(property.ElementType, new[] {itemsCount}, new[] {property.LowerBound});
if (property.Reference != null)
{
// property has Reference, only objects referenced multiple times
// have properties with references. Object must be cached to
// resolve its references in the future.
_objectCache.Add(property.Reference.Id, array);
}
// Items
for (int index = property.LowerBound; index < property.LowerBound + itemsCount; index++)
{
Property item = property.Items[index];
object value = CreateObject(item);
if (value != null)
{
array.SetValue(value, index);
}
}
return array;
}
private void parseSingleDimensionalArrayProperty(SingleDimensionalArrayProperty property)
{
// Element type
property.ElementType = _reader.ReadType();
// Lowerbound
property.LowerBound = _reader.ReadNumber();
readItems(property.Items, property.ElementType);
}
private void parseSingleDimensionalArrayProperty(SingleDimensionalArrayProperty property)
{
// ElementType
property.ElementType = property.Type != null ? Polenter.Serialization.Serializing.TypeInfo.GetTypeInfo(property.Type, _simpleTypes).ElementType : null;
// LowerBound
property.LowerBound = _reader.GetAttributeAsInt(Attributes.LowerBound);
// Items
foreach (string subElement in _reader.ReadSubElements())
{
if (subElement == SubElements.Items)
{
readItems(property.Items, property.ElementType);
}
}
}
private void ParseSingleDimensionalArrayProperty(SingleDimensionalArrayProperty property)
{
// ElementType
property.ElementType = property.Type != null ? TypeInfo.GetTypeInfo(property.Type).ElementType : null;
// LowerBound
property.LowerBound = _reader.GetAttributeAsInt(Attributes.LowerBound);
// Items
foreach (var subElement in _reader.ReadSubElements()) {
if (subElement == SubElements.Items) {
ReadItems(property.Items, property.ElementType);
}
}
}
private void parseSingleDimensionalArrayProperty(XmlReader reader, SingleDimensionalArrayProperty property)
{
// ElementType
property.ElementType = getElementTypeAttribute(reader);
// LowerBound
property.LowerBound = getLowerBoundAttribute(reader);
// Items
while (reader.Read())
{
if (areItemsFound(reader))
{
using (var subReader = new SubtreeReader(reader))
{
readItems(subReader.Reader, property.Items, property.ElementType);
}
}
}
}
