private static FieldPath <string, string> GetOuterFieldsNames(
Dictionary <int, string> typeNames, IEnumerable <Type> outerFields)
{
return(outerFields.Aggregate(
default(FieldPath <string, string>), (p, f) => FieldPath <string, string> .Append(p, GetFieldNames(typeNames, f))));
}
private static FieldPath <int, EmberId> GetOuterFieldsIds(IEnumerable <Type> outerFields) =>
outerFields.Aggregate(
default(FieldPath <int, EmberId>), (p, f) => FieldPath <int, EmberId> .Append(p, GetFieldIds(f)));
private void ToXmlCore(
EmberReader reader, XmlWriter writer, FieldPath <int, EmberId> previousPath, int currentType)
{
while (reader.Read())
{
var nextType = reader.InnerNumber;
if (nextType == InnerNumber.EndContainer)
{
writer.WriteEndElement();
return;
}
var currentPath = Combine(previousPath, new Field <int, EmberId>(currentType, reader.OuterId));
var fieldName = this.GetFieldName(currentPath);
switch (nextType)
{
case BerBoolean.InnerNumber:
var boolean = reader.ReadContentsAsBoolean();
WriteValue(writer, fieldName, BerBoolean.Name, boolean, (w, o) => w.WriteValue(o));
break;
case BerInteger.InnerNumber:
var integer = reader.ReadContentsAsInt64();
WriteValue(writer, fieldName, BerInteger.Name, integer, (w, o) => w.WriteValue(o));
break;
case BerReal.InnerNumber:
WriteValue(
writer, fieldName, BerReal.Name, reader.ReadContentsAsDouble(), (w, o) => w.WriteValue(o));
break;
case BerUtf8String.InnerNumber:
string str;
try
{
str = XmlConvert.VerifyXmlChars(reader.ReadContentsAsString());
}
catch (XmlException)
{
str = "*** CONTAINS INVALID XML CHARACTERS ***";
}
switch (currentPath.ToString())
{
case "1073741825.C-1.C-6":
case "1073741825.C-1.C-7":
case "1073741825.C-1.C-17":
case "1073741833.C-1.C-6":
case "1073741833.C-1.C-7":
case "1073741833.C-1.C-17":
case "1073741827.C-1.C-4":
case "1073741834.C-1.C-4":
case "1073741837.C-1.C-11":
case "1073741841.C-1.C-11":
str = str.Replace("\n", Environment.NewLine);
break;
default:
// Intentionally do nothing
break;
}
WriteValue(writer, fieldName, BerUtf8String.Name, str, (w, o) => w.WriteValue(o));
break;
case BerOctetstring.InnerNumber:
var bytes = reader.ReadContentsAsByteArray();
WriteValue(
writer, fieldName, BerOctetstring.Name, bytes, (w, o) => w.WriteBinHex(o, 0, o.Length));
break;
case BerRelativeObjectIdentifier.InnerNumber:
var intOid = reader.ReadContentsAsInt32Array();
var oid = string.Join(".", intOid.Select(e => e.ToString(InvariantCulture)));
WriteValue(writer, fieldName, BerRelativeObjectIdentifier.Name, oid, (w, o) => w.WriteValue(o));
break;
case BerSequence.InnerNumber:
WriteStartContainer(writer, fieldName, BerSequence.Name);
this.ToXmlCore(reader, writer, currentPath, nextType);
break;
case BerSet.InnerNumber:
WriteStartContainer(writer, fieldName, BerSet.Name);
this.ToXmlCore(reader, writer, currentPath, nextType);
break;
default:
WriteStartContainer(writer, fieldName, this.GetTypeName(nextType));
this.ToXmlCore(reader, writer, currentPath, nextType);
break;
}
}
}
private void FromXmlCore(
XmlReader reader, EmberWriter writer, FieldPath <string, string> previousPath, string currentType)
{
if (reader.IsEmptyElement)
{
writer.WriteEndContainer();
return;
}
while (ReadNext(reader))
{
if (reader.NodeType == XmlNodeType.EndElement)
{
writer.WriteEndContainer();
return;
}
if (reader.NodeType != XmlNodeType.Element)
{
const string Format = "Unexpected Node Type: Encountered {0} while looking for {1}.";
throw new XmlException(
string.Format(InvariantCulture, Format, reader.NodeType, XmlNodeType.Element));
}
var currentPath = Combine(previousPath, new Field <string, string>(currentType, reader.Name));
var fieldId = this.GetFieldId(currentPath);
if (reader.AttributeCount != 1)
{
throw new XmlException(
"Unexpected Attribute Count: Each element must have exactly one type attribute.");
}
var nextType = reader.GetAttribute(0);
switch (nextType)
{
case BerBoolean.Name:
writer.WriteValue(fieldId, ReadValue(reader, r => r.ReadContentAsBoolean()));
break;
case BerInteger.Name:
writer.WriteValue(fieldId, ReadValue(reader, r => r.ReadContentAsLong()));
break;
case BerOctetstring.Name:
WriteOctetstring(reader, writer, fieldId);
break;
case BerReal.Name:
writer.WriteValue(fieldId, ReadValue(reader, r => r.ReadContentAsDouble()));
break;
case BerUtf8String.Name:
var value = ReadValue(reader, r => r.ReadContentAsString(), string.Empty);
switch (currentPath.ToString())
{
case "Parameter.contents.formula":
case "Parameter.contents.enumeration":
case "Parameter.contents.schemaIdentifiers":
case "QualifiedParameter.contents.formula":
case "QualifiedParameter.contents.enumeration":
case "QualifiedParameter.contents.schemaIdentifiers":
case "Node.contents.schemaIdentifiers":
case "QualifiedNode.contents.schemaIdentifiers":
case "Matrix.contents.schemaIdentifiers":
case "QualifiedMatrix.contents.schemaIdentifiers":
value = value.Replace(Environment.NewLine, "\n");
break;
default:
// Intentionally do nothing
break;
}
writer.WriteValue(fieldId, value);
break;
case BerRelativeObjectIdentifier.Name:
WriteRelativeObjectIdentifier(reader, writer, fieldId);
break;
case BerSequence.Name:
writer.WriteStartSequence(fieldId);
this.FromXmlCore(reader, writer, currentPath, nextType);
break;
case BerSet.Name:
writer.WriteStartSet(fieldId);
this.FromXmlCore(reader, writer, currentPath, nextType);
break;
default:
writer.WriteStartApplicationDefinedType(fieldId, this.GetInnerNumber(nextType));
this.FromXmlCore(reader, writer, currentPath, nextType);
break;
}
}
}
public bool Equals(FieldPath <TTypeId, TFieldId> other) => this.field1.Equals(other.field1) && this.field2.Equals(other.field2) && this.field3.Equals(other.field3);
