private void lookupPinyin(string query,
EntryProvider ep, List <CedictResult> res)
{
// Interpret query string
List <PinyinSyllable> qsylls, qnorm;
interpretPinyin(query, out qsylls, out qnorm);
// Get instance vectors
Dictionary <string, HashSet <int> > candsBySyll = getPinyinCandidates(qnorm);
// Intersect candidates
List <int> cands = intersectCandidates(candsBySyll);
// Retrieve all candidates; verify on the fly
List <ResWithEntry> rl = retrieveVerifyPinyin(cands, qsylls);
// Sort pinyin results
rl.Sort((a, b) => pyComp(a, b));
// Done.
res.Capacity = rl.Count;
for (int i = 0; i != rl.Count; ++i)
{
ResWithEntry rwe = rl[i];
res.Add(rwe.Res);
ep.AddEntry(rwe.Res.EntryId, rwe.Entry);
}
}
private void lookupHanzi(string query, EntryProvider ep,
List <CedictResult> res, List <CedictAnnotation> anns)
{
// Distinct Hanzi
query = query.ToUpperInvariant();
query = query.Trim();
query = query.Replace(" ", "");
HashSet <char> qhanzi = new HashSet <char>();
foreach (char c in query)
{
qhanzi.Add(c);
}
// Get instance vectors
Dictionary <char, HashSet <int> > candsBySimp = new Dictionary <char, HashSet <int> >();
Dictionary <char, HashSet <int> > candsByTrad = new Dictionary <char, HashSet <int> >();
if (!getHanziCandidates(qhanzi, candsBySimp, candsByTrad))
{
// If at least one Hanzi doesn't occur in any HW: we're done.
return;
}
// Intersect candidates
HashSet <int> candsSimp = intersectCandidates(candsBySimp);
HashSet <int> candsTrad = intersectCandidates(candsByTrad);
// Take union
HashSet <int> cands = new HashSet <int>();
foreach (int i in candsSimp)
{
cands.Add(i);
}
foreach (int i in candsTrad)
{
cands.Add(i);
}
// Retrieve all candidates; verify on the fly
List <ResWithEntry> rl = retrieveVerifyHanzi(cands, query);
// Sort Hanzi results
rl.Sort((a, b) => hrComp(a, b));
// Done.
res.Capacity = rl.Count;
for (int i = 0; i != rl.Count; ++i)
{
ResWithEntry rwe = rl[i];
res.Add(rwe.Res);
ep.AddEntry(rwe.Res.EntryId, rwe.Entry);
}
}