public void Deserialize(Stream stream, List <Referent> all, SourceOfAnalysis sofa)
{
string typ = Pullenti.Ner.Core.Internal.SerializerHelper.DeserializeString(stream);
int cou = Pullenti.Ner.Core.Internal.SerializerHelper.DeserializeInt(stream);
for (int i = 0; i < cou; i++)
{
typ = Pullenti.Ner.Core.Internal.SerializerHelper.DeserializeString(stream);
int c = Pullenti.Ner.Core.Internal.SerializerHelper.DeserializeInt(stream);
int id = Pullenti.Ner.Core.Internal.SerializerHelper.DeserializeInt(stream);
object val = null;
if ((id < 0) && all != null)
{
int id1 = (-id) - 1;
if (id1 < all.Count)
{
val = all[id1];
}
}
else if (id > 0)
{
stream.Position -= 4;
val = Pullenti.Ner.Core.Internal.SerializerHelper.DeserializeString(stream);
}
this.AddSlot(typ, val, false, c);
}
cou = Pullenti.Ner.Core.Internal.SerializerHelper.DeserializeInt(stream);
m_Occurrence = new List <TextAnnotation>();
for (int i = 0; i < cou; i++)
{
TextAnnotation a = new TextAnnotation()
{
Sofa = sofa, OccurenceOf = this
};
m_Occurrence.Add(a);
a.BeginChar = Pullenti.Ner.Core.Internal.SerializerHelper.DeserializeInt(stream);
a.EndChar = Pullenti.Ner.Core.Internal.SerializerHelper.DeserializeInt(stream);
int attr = Pullenti.Ner.Core.Internal.SerializerHelper.DeserializeInt(stream);
if (((attr & 1)) != 0)
{
a.EssentialForOccurence = true;
}
}
}
internal AnalysisResult _process(SourceOfAnalysis text, bool ontoRegine, bool noLog, ExtOntology extOntology = null, Pullenti.Morph.MorphLang lang = null)
{
m_Breaked = false;
this.PrepareProgress();
Stopwatch sw0 = Stopwatch.StartNew();
this.ManageReferentLinks();
if (!noLog)
{
this.OnProgressHandler(this, new ProgressChangedEventArgs(0, "Морфологический анализ"));
}
Pullenti.Ner.Core.AnalysisKit kit = new Pullenti.Ner.Core.AnalysisKit(text, false, lang, OnProgressHandler)
{
Ontology = extOntology, Processor = this, OntoRegime = ontoRegine
};
AnalysisResult ar = new AnalysisResult();
sw0.Stop();
string msg;
this.OnProgressHandler(this, new ProgressChangedEventArgs(100, string.Format("Морфологический анализ завершён")));
int k = 0;
for (Token t = kit.FirstToken; t != null; t = t.Next)
{
k++;
}
if (!noLog)
{
msg = string.Format("Из {0} символов текста выделено {1} термов за {2} ms", text.Text.Length, k, sw0.ElapsedMilliseconds);
if (!kit.BaseLanguage.IsUndefined)
{
msg += string.Format(", базовый язык {0}", kit.BaseLanguage.ToString());
}
this.OnMessage(msg);
ar.Log.Add(msg);
if (text.CrlfCorrectedCount > 0)
{
ar.Log.Add(string.Format("{0} переходов на новую строку заменены на пробел", text.CrlfCorrectedCount));
}
if (kit.FirstToken == null)
{
ar.Log.Add("Пустой текст");
}
}
sw0.Start();
if (kit.FirstToken != null)
{
this._process2(kit, ar, noLog);
}
if (!ontoRegine)
{
this._createRes(kit, ar, extOntology, noLog);
}
sw0.Stop();
if (!noLog)
{
if (sw0.ElapsedMilliseconds > 5000)
{
float f = (float)text.Text.Length;
f /= sw0.ElapsedMilliseconds;
msg = string.Format("Обработка {0} знаков выполнена за {1} ({2} Kb/sec)", text.Text.Length, OutSecs(sw0.ElapsedMilliseconds), f);
}
else
{
msg = string.Format("Обработка {0} знаков выполнена за {1}", text.Text.Length, OutSecs(sw0.ElapsedMilliseconds));
}
this.OnMessage(msg);
ar.Log.Add(msg);
}
if (TimeoutSeconds > 0)
{
if (((DateTime.Now - kit.StartDate)).TotalSeconds > TimeoutSeconds)
{
ar.IsTimeoutBreaked = true;
}
}
ar.Sofa = text;
if (!ontoRegine)
{
ar.Entities.AddRange(kit.Entities);
}
ar.FirstToken = kit.FirstToken;
ar.Ontology = extOntology;
ar.BaseLanguage = kit.BaseLanguage;
return(ar);
}
/// <summary>
/// Обработать текст
/// </summary>
/// <param name="text">входной контейнер текста</param>
/// <param name="extOntology">внешняя онтология (null - не используется)</param>
/// <param name="lang">язык (если не задан, то будет определён автоматически)</param>
/// <return>аналитический контейнер с результатом</return>
public AnalysisResult Process(SourceOfAnalysis text, ExtOntology extOntology = null, Pullenti.Morph.MorphLang lang = null)
{
return(this._process(text, false, false, extOntology, lang));
}
List <Referent> _createReferent(string typeName, string definition)
{
Analyzer analyzer = null;
if (!m_AnalByType.TryGetValue(typeName, out analyzer))
{
return(null);
}
SourceOfAnalysis sf = new SourceOfAnalysis(definition);
AnalysisResult ar = m_Processor._process(sf, true, true, null, null);
if (ar == null || ar.FirstToken == null)
{
return(null);
}
Referent r0 = ar.FirstToken.GetReferent();
Token t = null;
if (r0 != null)
{
if (r0.TypeName != typeName)
{
r0 = null;
}
}
if (r0 != null)
{
t = ar.FirstToken;
}
else
{
ReferentToken rt = analyzer.ProcessOntologyItem(ar.FirstToken);
if (rt == null)
{
return(null);
}
r0 = rt.Referent;
t = rt.EndToken;
}
for (t = t.Next; t != null; t = t.Next)
{
if (t.IsChar(';') && t.Next != null)
{
Referent r1 = t.Next.GetReferent();
if (r1 == null)
{
ReferentToken rt = analyzer.ProcessOntologyItem(t.Next);
if (rt == null)
{
continue;
}
t = rt.EndToken;
r1 = rt.Referent;
}
if (r1.TypeName == typeName)
{
r0.MergeSlots(r1, true);
r1.Tag = r0;
}
}
}
if (r0 == null)
{
return(null);
}
r0.Tag = r0;
r0 = analyzer.PersistAnalizerData.RegisterReferent(r0);
m_Processor._createRes(ar.FirstToken.Kit, ar, null, true);
List <Referent> res = new List <Referent>();
res.Add(r0);
foreach (Referent e in ar.Entities)
{
if (e.Tag == null)
{
res.Add(e);
}
}
return(res);
}