private void ReadNotes(XmlNode node, TBase e)
{
// REVIEW (SRMc): Should we detect multiple occurrences of the same
// type of note? See ReadExtensibleElementDetails() for how field
// elements are handled in this regard.
foreach (XmlNode noteNode in node.SelectNodes("note"))
{
string noteType = Utilities.GetOptionalAttributeString(noteNode, "type");
LiftMultiText noteText = ReadMultiText(noteNode);
_merger.MergeInNote(e, noteType, noteText, noteNode.OuterXml);
}
}
private void ReadFormNodes(XmlNodeList nodesWithForms, LiftMultiText text)
{
foreach (XmlNode formNode in nodesWithForms)
{
try
{
string lang = Utilities.GetStringAttribute(formNode, _wsAttributeLabel);
XmlNode textNode = formNode.SelectSingleNode("text");
if (textNode != null)
{
// Add the separator if we need it.
if (textNode.InnerText.Length > 0)
{
text.AddOrAppend(lang, "", "; ");
}
foreach (XmlNode node in textNode.ChildNodes)
{
if (node.Name == "span")
{
text.AddSpan(lang,
Utilities.GetOptionalAttributeString(node, "lang"),
Utilities.GetOptionalAttributeString(node, "class"),
Utilities.GetOptionalAttributeString(node, "href"),
node.InnerText.Length);
}
text.AddOrAppend(lang, node.InnerText, "");
}
}
foreach (XmlNode annotationNode in formNode.SelectNodes("annotation"))
{
Annotation annotation = GetAnnotation(annotationNode);
annotation.LanguageHint = lang;
text.Annotations.Add(annotation);
}
}
catch (Exception e)
{
// not a fatal error
NotifyFormatError(e);
}
}
}
private void ReadEtymology(XmlNode node, TEntry entry)
{
// if (_limitedMerger != null && _limitedMerger.DoesPreferXmlForEtymology)
// {
// _limitedMerger.MergeInEtymology(entry, node.OuterXml);
// return;
// }
string source = Utilities.GetOptionalAttributeString(node, "source");
string type = Utilities.GetOptionalAttributeString(node, "type");
LiftMultiText form = LocateAndReadMultiText(node, null);
LiftMultiText gloss = LocateAndReadOneElementPerFormData(node, "gloss");
TBase etymology = _merger.MergeInEtymology(entry, source, type, form, gloss, node.OuterXml);
if (etymology != null)
{
ReadExtensibleElementDetails(etymology, node);
}
}
private void FinishReadingSense(XmlNode node, TSense sense)
{
if (sense != null)//not been pruned
{
ReadGrammi(sense, node);
LiftMultiText gloss = LocateAndReadOneElementPerFormData(node, "gloss");
if (!gloss.IsEmpty)
{
_merger.MergeInGloss(sense, gloss);
}
LiftMultiText def = LocateAndReadMultiText(node, "definition");
if (!def.IsEmpty)
{
_merger.MergeInDefinition(sense, def);
}
ReadNotes(node, sense);
foreach (XmlNode n in node.SelectNodes("example"))
{
ReadExample(n, sense);
}
foreach (XmlNode n in node.SelectNodes("relation"))
{
ReadRelation(n, sense);
}
foreach (XmlNode n in node.SelectNodes("illustration"))
{
ReadPicture(n, sense);
}
foreach (XmlNode n in node.SelectNodes("reversal"))
{
ReadReversal(n, sense);
}
foreach (XmlNode n in node.SelectNodes("subsense"))
{
ReadSubsense(n, sense);
}
ReadExtensibleElementDetails(sense, node);
}
// return sense;
}
private void ReadPronunciation(XmlNode node, TEntry entry)
{
// if (_limitedMerger != null && _limitedMerger.DoesPreferXmlForPhonetic)
// {
// _limitedMerger.MergeInPronunciation(entry, node.OuterXml);
// return;
// }
LiftMultiText contents = ReadMultiText(node);
TBase pronunciation = _merger.MergeInPronunciation(entry, contents, node.OuterXml);
if (pronunciation != null)
{
foreach (XmlNode n in node.SelectNodes("media"))
{
ReadMedia(n, pronunciation);
}
ReadExtensibleElementDetails(pronunciation, node);
}
}
private TBase ReadParentReversal(string type, XmlNode node)
{
XmlNodeList nodelist = node.SelectNodes("main");
if (nodelist.Count > 1)
{
NotifyFormatError(new LiftFormatException(String.Format("Only one <main> element is allowed inside a <main> element:\r\n{0}", node.OuterXml)));
}
TBase parent = null;
if (nodelist.Count == 1)
{
parent = ReadParentReversal(type, nodelist[0]);
}
LiftMultiText text = ReadMultiText(node);
TBase reversal = _merger.GetOrMakeParentReversal(parent, text, type);
if (reversal != null)
{
ReadGrammi(reversal, node);
}
return(reversal);
}
private void ReadReversal(XmlNode node, TSense sense)
{
string type = Utilities.GetOptionalAttributeString(node, "type");
XmlNodeList nodelist = node.SelectNodes("main");
if (nodelist.Count > 1)
{
NotifyFormatError(new LiftFormatException(String.Format("Only one <main> element is allowed inside a <reversal> element:\r\n{0}", node.OuterXml)));
}
TBase parent = null;
if (nodelist.Count == 1)
{
parent = ReadParentReversal(type, nodelist[0]);
}
LiftMultiText text = ReadMultiText(node);
TBase reversal = _merger.MergeInReversal(sense, parent, text, type, node.OuterXml);
if (reversal != null)
{
ReadGrammi(reversal, node);
}
}
internal TEntry ReadEntry(XmlNode node)
{
if (_changeReport != null)
{
string id = Utilities.GetOptionalAttributeString(node, "id");
if (ChangeReport.GetChangeType(id) == LiftChangeReport.ChangeType.None)
{
return(default(TEntry));
}
}
Extensible extensible = ReadExtensibleElementBasics(node);
DateTime dateDeleted = GetOptionalDate(node, "dateDeleted", default(DateTime));
if (dateDeleted != default(DateTime))
{
_merger.EntryWasDeleted(extensible, dateDeleted);
return(default(TEntry));
}
int homograph = 0;
string order = Utilities.GetOptionalAttributeString(node, "order");
if (!String.IsNullOrEmpty(order))
{
if (!Int32.TryParse(order, out homograph))
{
homograph = 0;
}
}
TEntry entry = _merger.GetOrMakeEntry(extensible, homograph);
if (entry == null)// pruned
{
return(entry);
}
LiftMultiText lexemeForm = LocateAndReadMultiText(node, "lexical-unit");
if (!lexemeForm.IsEmpty)
{
_merger.MergeInLexemeForm(entry, lexemeForm);
}
LiftMultiText citationForm = LocateAndReadMultiText(node, "citation");
if (!citationForm.IsEmpty)
{
_merger.MergeInCitationForm(entry, citationForm);
}
ReadNotes(node, entry);
foreach (XmlNode n in node.SelectNodes("sense"))
{
ReadSense(n, entry);
}
foreach (XmlNode n in node.SelectNodes("relation"))
{
ReadRelation(n, entry);
}
foreach (XmlNode n in node.SelectNodes("variant"))
{
ReadVariant(n, entry);
}
foreach (XmlNode n in node.SelectNodes("pronunciation"))
{
ReadPronunciation(n, entry);
}
foreach (XmlNode n in node.SelectNodes("etymology"))
{
ReadEtymology(n, entry);
}
ReadExtensibleElementDetails(entry, node);
_merger.FinishEntry(entry);
return(entry);
}
public void Merge(LiftMultiText theirs, LiftMultiText ancestor)
{
}