/// <summary>
/// Romanizes a string according to the decomposition rules for the language.
/// </summary>
/// <param name="input">The string to romanize.</param>
/// <param name="isDecomposed">Whether the string has already been decomposed. Defaults to true.</param>
/// <returns>The romanized string.</returns>
public string Romanize(string input, bool isDecomposed)
{
if (romanizations.Count == 0 || romanizationIndex == -1)
{
return(input);
}
else
{
if (!isDecomposed)
{
input = Decompose(input);
}
return(Romanization.Romanize(input));
}
}
/// <summary>
/// Loads a language from the provided XML document reference.
/// </summary>
/// <param name="xml">A reference to the transliterations XML document.</param>
public void Load(ref XmlDocument xml)
{
if (!loaded)
{
XmlNode languageNode=xml.SelectSingleNode(string.Format(languageXPath,name));
XmlNodeList ipaMatches = languageNode.SelectNodes(transcriptionXPath);
XmlNodeList romanizationMatches = languageNode.SelectNodes(romanizationXPath);
XmlNodeList decompositionMatches = languageNode.SelectNodes(decompositionXPath);
foreach (XmlNode m in ipaMatches)
{
// A little lenient, in that it allows for all or none of these attributes to exist
XmlNodeList transcriptionExMatches = m.SelectNodes(transcriptionExXPath);
string original = m.GetAttribute("Original");
string replacement = m.GetAttribute("Replacement");
string prefix = m.GetAttribute("Prefix");
string suffix = m.GetAttribute("Suffix");
Transcription t = new Transcription(original, replacement, prefix, suffix);
foreach (XmlNode n in transcriptionExMatches)
{
string exOriginal = n.GetAttribute("Original");
string exReplacement = n.GetAttribute("Replacement");
string exPrefix = n.GetAttribute("Prefix");
string exSuffix = n.GetAttribute("Suffix");
t.AddException(exOriginal, exReplacement, exPrefix, exSuffix);
}
transcriptions.Add(t);
}
foreach (XmlNode m in romanizationMatches)
{
XmlNodeList transliterationMatches = m.SelectNodes(transliterationXPath);
string romanizationName = m.GetAttribute("Name");
Romanization r = new Romanization(romanizationName);
foreach (XmlNode n in transliterationMatches)
{
XmlNodeList transliterationExMatches = n.SelectNodes(transliterationExXPath);
string original = n.GetAttribute("Original");
string replacement = n.GetAttribute("Replacement");
string prefix = n.GetAttribute("Prefix");
string suffix = n.GetAttribute("Suffix");
Transcription t= new Transcription(original, replacement,prefix,suffix);
foreach (XmlNode o in transliterationExMatches)
{
string exOriginal = o.GetAttribute("Original");
string exReplacement = o.GetAttribute("Replacement");
string exPrefix = o.GetAttribute("Prefix");
string exSuffix = o.GetAttribute("Suffix");
t.AddException(exOriginal, exReplacement, exPrefix, exSuffix);
}
r.Transliterations.Add(t);
}
romanizations.Add(r);
}
foreach (XmlNode m in decompositionMatches)
{
XmlNodeList prevFactorsMatches = m.SelectNodes(prevFactorsXPath);
int offset = int.Parse(m.GetAttribute("Offset"));
int modulus = int.Parse(m.GetAttribute("Modulus"));
int divisor = int.Parse(m.GetAttribute("Divisor"));
int intercept = int.Parse(m.GetAttribute("Intercept"));
int order = int.Parse(m.GetAttribute("Order"));
int rangeMin = int.Parse(m.GetAttribute("RangeMin"));
int rangeMax = int.Parse(m.GetAttribute("RangeMax"));
Decomposition d = new Decomposition(offset, modulus, divisor, intercept, order, rangeMin, rangeMax);
foreach (XmlNode n in prevFactorsMatches)
{
int index = int.Parse(n.GetAttribute("Index"));
int multiplyBy = int.Parse(n.GetAttribute("MultiplyBy"));
d.PrevFactors.Add(index, multiplyBy);
}
decompositions.Add(d);
}
}
}
/// <summary>
/// Loads a language from the provided XML document reference.
/// </summary>
/// <param name="xml">A reference to the transliterations XML document.</param>
public void Load(ref XmlDocument xml)
{
if (!loaded)
{
XmlNode languageNode = xml.SelectSingleNode(string.Format(languageXPath, name));
XmlNodeList ipaMatches = languageNode.SelectNodes(transcriptionXPath);
XmlNodeList romanizationMatches = languageNode.SelectNodes(romanizationXPath);
XmlNodeList decompositionMatches = languageNode.SelectNodes(decompositionXPath);
foreach (XmlNode m in ipaMatches)
{
// A little lenient, in that it allows for all or none of these attributes to exist
XmlNodeList transcriptionExMatches = m.SelectNodes(transcriptionExXPath);
string original = m.GetAttribute("Original");
string replacement = m.GetAttribute("Replacement");
string prefix = m.GetAttribute("Prefix");
string suffix = m.GetAttribute("Suffix");
Transcription t = new Transcription(original, replacement, prefix, suffix);
foreach (XmlNode n in transcriptionExMatches)
{
string exOriginal = n.GetAttribute("Original");
string exReplacement = n.GetAttribute("Replacement");
string exPrefix = n.GetAttribute("Prefix");
string exSuffix = n.GetAttribute("Suffix");
t.AddException(exOriginal, exReplacement, exPrefix, exSuffix);
}
transcriptions.Add(t);
}
foreach (XmlNode m in romanizationMatches)
{
XmlNodeList transliterationMatches = m.SelectNodes(transliterationXPath);
string romanizationName = m.GetAttribute("Name");
Romanization r = new Romanization(romanizationName);
foreach (XmlNode n in transliterationMatches)
{
XmlNodeList transliterationExMatches = n.SelectNodes(transliterationExXPath);
string original = n.GetAttribute("Original");
string replacement = n.GetAttribute("Replacement");
string prefix = n.GetAttribute("Prefix");
string suffix = n.GetAttribute("Suffix");
Transcription t = new Transcription(original, replacement, prefix, suffix);
foreach (XmlNode o in transliterationExMatches)
{
string exOriginal = o.GetAttribute("Original");
string exReplacement = o.GetAttribute("Replacement");
string exPrefix = o.GetAttribute("Prefix");
string exSuffix = o.GetAttribute("Suffix");
t.AddException(exOriginal, exReplacement, exPrefix, exSuffix);
}
r.Transliterations.Add(t);
}
romanizations.Add(r);
}
foreach (XmlNode m in decompositionMatches)
{
XmlNodeList prevFactorsMatches = m.SelectNodes(prevFactorsXPath);
int offset = int.Parse(m.GetAttribute("Offset"));
int modulus = int.Parse(m.GetAttribute("Modulus"));
int divisor = int.Parse(m.GetAttribute("Divisor"));
int intercept = int.Parse(m.GetAttribute("Intercept"));
int order = int.Parse(m.GetAttribute("Order"));
int rangeMin = int.Parse(m.GetAttribute("RangeMin"));
int rangeMax = int.Parse(m.GetAttribute("RangeMax"));
Decomposition d = new Decomposition(offset, modulus, divisor, intercept, order, rangeMin, rangeMax);
foreach (XmlNode n in prevFactorsMatches)
{
int index = int.Parse(n.GetAttribute("Index"));
int multiplyBy = int.Parse(n.GetAttribute("MultiplyBy"));
d.PrevFactors.Add(index, multiplyBy);
}
decompositions.Add(d);
}
}
}
