public MItem(parseCtx ctx) {
var lex = ctx.symbols.Peek(); ctx.symbols.Dequeue();
if (!(this is MDictionaryEntry)) processContent(lex);
others = lex.others.Length == 0 ? null : lex.others;
}
public MDictionaryEntry(IEnumerable<XElement> els) {
var ctx = new parseCtx(els);
others = ctx.symbols.Peek().others; if (others.Length == 0) others = null; ctx.symbols.Dequeue(); //prvni symbol obsahuje prefix
while (ctx.symbols.Count > 0) {
var actData = ctx.symbols.Peek().cls;
switch (actData) {
case "MHeadword": headwords.Add(new MHeadword(ctx)); break;
default: throw new Exception();
}
}
}
public MDefinition(parseCtx ctx)
: base(ctx) {
while (ctx.symbols.Count > 0) {
var actData = ctx.symbols.Peek();
switch (actData.cls) {
case "MExample": if (translations.Count > 0) throw new Exception(); examples.Add(new MExample(ctx)); break;
case "MTranslation": translations.Add(new MTranslation(ctx)); break;
default: return;
}
}
}
public MSenseNumber(parseCtx ctx)
: base(ctx) {
while (ctx.symbols.Count > 0) {
var actData = ctx.symbols.Peek();
switch (actData.cls) {
case "MDefinition": items.Add(new MDefinition(ctx)); break;
default: return;
}
}
}
public MPronunciation(parseCtx ctx) : base(ctx) { }
public MTranslation(parseCtx ctx) : base(ctx) { }
public MExample(parseCtx ctx) : base(ctx) { }
public MCompare(parseCtx ctx) : base(ctx) { }
public MHeadword(parseCtx ctx)
: base(ctx) {
while (ctx.symbols.Count > 0) {
var actData = ctx.symbols.Peek();
switch (actData.cls) {
case "MPronunciation": items.Add(new MPronunciation(ctx)); break;
case "MCompare": items.Add(new MCompare(ctx)); break;
case "MDefinition": items.Add(new MDefinition(ctx)); break;
case "MSenseNumber": items.Add(new MSenseNumber(ctx)); break;
case "MPartOfSpeech": items.Add(new MPartOfSpeech(ctx)); break;
default: return;
}
}
}
