internal KeyFamily Parse(DSDDocument dsd)
{
KeyFamily keyFamily = new KeyFamily("keyFamilyName","lsdkfj", "agnencyID");
XElement kfElement = dsd.GetKeyFamilyElement();
foreach (var keFamilyElement in kfElement.Elements())
{
if (keFamilyElement.Name.LocalName == "Components")
{
foreach (var element in keFamilyElement.Elements())
{
if (element.Name.LocalName == "Dimension")
{
var parser = new DimensionParser();
var dimension = parser.Parse(element, dsd);
keyFamily.AddDimension(dimension);
}
}
}
}
return keyFamily;
}
public ECKeyPair DeriveKey(KeyFamily keyFamily, uint index)
{
ExtKey key = new ExtKey(_walletService.Key.PrivateKeyData);
KeyPath keyPath = KeyPathHelper.Create(_networkParameters.CoinType, keyFamily, (int)index);
ExtKey derivedKey = key.Derive(keyPath);
return(new ECKeyPair(derivedKey.PrivateKey.GetBytes(), true));
}
internal Group(Id id, KeyFamily keyFamily)
{
Contract.AssertNotNull(id, "id");
Contract.AssertNotNull(keyFamily, "keyFamily");
Id = id;
KeyFamily = keyFamily;
Description = new InternationalText();
}
public ObsValueMap(KeyFamily keyFamily)
{
_keyFamily = keyFamily;
Map(o => converter.Serialize(o, out startTime)).ToAttribute("value", true)
.Set(v => s = v)
.Converter(new StringConverter());
Map(o => startTime).ToAttribute("startTime", false)
.Set(v => startTime = v)
.Converter(new StringConverter());
}
public DataMessageMap(KeyFamily keyFamily)
{
RegisterNamespace("common", Namespaces.Common);
RegisterNamespace("generic", Namespaces.Generic);
ElementsOrder("Header", "DataSet");
Map(o => o.Header).ToElement("Header", true)
.Set(v => _message.Header = v)
.ClassMap(() => new HeaderMap());
Map(o => o.DataSet).ToElement(Namespaces.Generic + "DataSet", true)
.Set(v => _message.DataSet = v)
.ClassMap(() => new DataSetMap(keyFamily));
}
public ValueMap(KeyFamily keyFamily)
{
_keyFamily = keyFamily;
Map(o => o.Key).ToAttribute("concept", true)
.Set(v => id = v)
.Converter(new IDConverter());
Map(o => converter.Serialize(o.Value, out startTime)).ToAttribute("value", true)
.Set(v => s = v)
.Converter(new StringConverter());
Map(o => startTime).ToAttribute("startTime", false)
.Set(v => startTime = v)
.Converter(new StringConverter());
}
public DataSetMap(KeyFamily keyFamily)
{
_dataSet = new DataSet(keyFamily);
Map(o => o.KeyFamily.ID).ToSimpleElement(Namespaces.Generic + "KeyFamilyRef", true)
.Set(id => VerifyKeyFamilyRef(id))
.Converter(new IDConverter());
MapContainer(Namespaces.Generic + "Attributes", false)
.MapCollection(o => GetKeyValues(o.Attributes)).ToElement("Value", false)
.Set(v => _dataSet.Attributes.Add(v.Concept, v.Value))
.ClassMap(() => new KeyValueMap());
MapCollection(o => o.Series).ToElement(Namespaces.Generic + "Series", false)
.ClassMap(() => new SeriesMap(_dataSet));
}
public GroupDescriptorMap(KeyFamily keyFamily)
{
ElementsOrder("DimensionRef", "AttachmentConstraintRef", "Description", "Annotations");
Map(o => o.ID).ToAttribute("id", true)
.Set(v => _group = keyFamily.CreateNewGroup(v))
.Converter(new IDConverter());
MapCollection(o => o.Dimensions.Select(d => d.Concept.ID)).ToSimpleElement("DimensionRef", true)
.Set(v => _group.AddDimension(v))
.Converter(new IDConverter());
Map(o => o.AttachmentConstraintRef).ToSimpleElement("AttachmentConstraintRef", false)
.Set(v => _group.AttachmentConstraintRef = v)
.Converter(new IDConverter());
MapCollection(o => o.Description).ToElement("Description", false)
.Set(v => _group.Description.Add(v))
.ClassMap(() => new InternationalStringMap());
}
internal KeyFamily Parse(DSDDocument dsd)
{
KeyFamily keyFamily = new KeyFamily("keyFamilyName", "lsdkfj", "agnencyID");
XElement kfElement = dsd.GetKeyFamilyElement();
foreach (var keFamilyElement in kfElement.Elements())
{
if (keFamilyElement.Name.LocalName == "Components")
{
foreach (var element in keFamilyElement.Elements())
{
if (element.Name.LocalName == "Dimension")
{
var parser = new DimensionParser();
var dimension = parser.Parse(element, dsd);
keyFamily.AddDimension(dimension);
}
}
}
}
return(keyFamily);
}
public GenericDataWriter(TextWriter textWriter, KeyFamily keyFamily, XmlWriterSettings settings)
: base(textWriter, keyFamily, settings)
{ }
public GenericDataWriter(StringBuilder stringBuilder, KeyFamily keyFamily, XmlWriterSettings settings)
: base(stringBuilder, keyFamily, settings)
{ }
public DataValidator(KeyFamily keyFamily)
{
KeyFamily = keyFamily;
}
public MessageGroupReader(XmlReader xmlReader, KeyFamily keyFamily)
{
XmlReader = xmlReader;
KeyFamily = keyFamily;
ThrowExceptionIfNotValid = true;
}
public MessageGroupReader(string fileName, KeyFamily keyFamily)
: this(XmlReader.Create(fileName), keyFamily)
{ }
public DataWriter(XmlWriter writer, KeyFamily keyFamily)
{
KeyFamily = keyFamily;
XmlWriter = writer;
_validator = new DataValidator(keyFamily);
}
public CompactDataWriter(string path, KeyFamily keyFamily, string prefix, string targetNamespace)
: base(path, keyFamily)
{
_prefix = prefix;
_targetNamespace = targetNamespace;
}
public CompactDataWriter(StringBuilder stringBuilder, KeyFamily keyFamily, string prefix, string targetNamespace)
: base(stringBuilder, keyFamily)
{
_prefix = prefix;
_targetNamespace = targetNamespace;
}
public DataWriter(StringBuilder stringBuilder, KeyFamily keyFamily, XmlWriterSettings settings)
{
KeyFamily = keyFamily;
XmlWriter = XmlWriter.Create(stringBuilder, settings);
_validator = new DataValidator(keyFamily);
}
public DataWriter(TextWriter textWriter, KeyFamily keyFamily, XmlWriterSettings settings)
{
KeyFamily = keyFamily;
XmlWriter = XmlWriter.Create(textWriter, settings);
_validator = new DataValidator(keyFamily);
}
public DataWriter(string path, KeyFamily keyFamily, XmlWriterSettings settings)
{
KeyFamily = keyFamily;
XmlWriter = XmlWriter.Create(path, settings);
_validator = new DataValidator(keyFamily);
}
public DataWriter(TextWriter textWriter, KeyFamily keyFamily)
{
KeyFamily = keyFamily;
XmlWriter = XmlWriter.Create(textWriter, new XmlWriterSettings() { Indent = true });
_validator = new DataValidator(keyFamily);
}
public DataWriter(StringBuilder stringBuilder, KeyFamily keyFamily)
{
KeyFamily = keyFamily;
XmlWriter = XmlWriter.Create(stringBuilder, new XmlWriterSettings() { Indent = true });
_validator = new DataValidator(keyFamily);
}
internal DataReader(XmlReader reader, KeyFamily keyFamily)
{
XmlReader = reader;
KeyFamily = keyFamily;
ThrowExceptionIfNotValid = true;
}
public CompactDataWriter(TextWriter textWriter, KeyFamily keyFamily, XmlWriterSettings settings, string prefix, string targetNamespace)
: base(textWriter, keyFamily, settings)
{
_prefix = prefix;
_targetNamespace = targetNamespace;
}
public GenericDataWriter(string path, KeyFamily keyFamily)
: base(path, keyFamily)
{ }
public GenericDataReader(XmlReader xmlReader, KeyFamily keyFamily)
: base(xmlReader, keyFamily)
{ }
public CompactDataWriter(XmlWriter writer, KeyFamily keyFamily, string prefix, string targetNamespace)
: base(writer, keyFamily)
{
_prefix = prefix;
_targetNamespace = targetNamespace;
}
public GenericDataWriter(Stream stream, KeyFamily keyFamily)
: base(stream, keyFamily)
{ }
public CompactDataWriter(Stream stream, KeyFamily keyFamily, XmlWriterSettings settings, string prefix, string targetNamespace)
: base(stream, keyFamily, settings)
{
_prefix = prefix;
_targetNamespace = targetNamespace;
}
public GenericDataWriter(XmlWriter writer, KeyFamily keyFamily)
: base(writer, keyFamily)
{ }
public CompactDataReader(XmlReader xmlReader, KeyFamily keyFamily)
: base(xmlReader, keyFamily)
{ }
public GenericDataWriter(StringBuilder stringBuilder, KeyFamily keyFamily)
: base(stringBuilder, keyFamily)
{ }
/// <summary>
/// Create a data reader based on an xml data reader. This mathod looks into the first element
/// and creates the right reader (Generic, Compact, Utility, CrossSectional).
/// </summary>
/// <param name="reader">The reader.</param>
/// <param name="keyFamily">The key family.</param>
/// <returns>An instance of the DataReader.</returns>
public static DataReader Create(XmlReader reader, KeyFamily keyFamily)
{
Contract.AssertNotNull(reader, "reader");
if (reader.ReadState == ReadState.Initial)
{
reader.Read();
}
if (reader.NodeType != XmlNodeType.Element)
{
reader.ReadNextStartElement();
}
if (reader.LocalName == "CompactData")
return new CompactDataReader(reader, keyFamily);
else if (reader.LocalName == "GenericData")
return new GenericDataReader(reader, keyFamily);
else
throw new SDMXException("Unsupported root element ({0}) for data file.", reader.LocalName);
}
public GenericDataWriter(string path, KeyFamily keyFamily, XmlWriterSettings settings)
: base(path, keyFamily, settings)
{ }
public MessageGroupReader(Stream stream, KeyFamily keyFamily)
: this(XmlReader.Create(stream), keyFamily)
{ }
public GenericDataWriter(Stream stream, KeyFamily keyFamily, XmlWriterSettings settings)
: base(stream, keyFamily, settings)
{ }
public GenericDataWriter(TextWriter textWriter, KeyFamily keyFamily)
: base(textWriter, keyFamily)
{ }
public static KeyPath Create(int coinType, KeyFamily keyFamily, int index)
{
return(KeyPath.Parse($"m/{Bip043Purpose}'/{coinType}/{(int)keyFamily}/{KeyDerivationVersion}/{index}"));
}
