internal void UpdateLexicons(List <LexiconEntry> lexicons)
{
// Remove the lexicons that are defined in this voice but are not in the list
for (int i = _lexicons.Count - 1; i >= 0; i--)
{
LexiconEntry entry = _lexicons[i];
if (!lexicons.Contains(entry))
{
// Remove the entry first, just in case the RemoveLexicon throws
_lexicons.RemoveAt(i);
TtsEngine.RemoveLexicon(entry._uri);
}
}
// Add the lexicons that are defined in this voice but are not in the list
foreach (LexiconEntry entry in lexicons)
{
if (!_lexicons.Contains(entry))
{
// Remove the entry first, just in case the RemoveLexicon throws
TtsEngine.AddLexicon(entry._uri, entry._mediaType);
_lexicons.Add(entry);
}
}
}
internal void UpdateLexicons(List <LexiconEntry> lexicons)
{
for (int num = _lexicons.Count - 1; num >= 0; num--)
{
LexiconEntry lexiconEntry = _lexicons[num];
if (!lexicons.Contains(lexiconEntry))
{
_lexicons.RemoveAt(num);
TtsEngine.RemoveLexicon(lexiconEntry._uri);
}
}
foreach (LexiconEntry lexicon in lexicons)
{
if (!_lexicons.Contains(lexicon))
{
TtsEngine.AddLexicon(lexicon._uri, lexicon._mediaType);
_lexicons.Add(lexicon);
}
}
}
/// <summary>
/// Tests whether two objects are equivalent
/// </summary>
public override bool Equals(object obj)
{
LexiconEntry entry = obj as LexiconEntry;
return(entry != null && _uri.Equals(entry._uri));
}
