/// <summary>
/// Performs a search based on the parameters setup
/// in the Search constructor.
/// </summary>
/// <param name="doMorphs">Specifies whether to perform a search on morphs.
/// This parameter is retrieved in the first
/// call from do_search(bool m, string p). If morph searching is specified
/// and a morph is found, then on a recursive call to this method
/// morphing will be turned off to prevent unnecessary morph searching.</param>
internal void do_search(bool doMorphs)
{
findtheinfo();
if (buf.Length > 0)
{
buf = "\n" + sch.label + " of " + pos.name + " " + word + "\n" + buf;
}
if (!doMorphs)
{
return;
}
morphs = new Hashtable();
MorphStr st = new MorphStr(word, pos);
string morphword;
// if there are morphs then perform iterative searches
// on each morph, filling the morph tree in the search
// object.
while ((morphword = st.next()) != null)
{
Search s = new Search(morphword, pos, sch, whichsense);
s.do_search(false);
// Fill the morphlist - eg. if verb relations of 'drunk' are requested, none are directly
// found, but the morph 'drink' will have results. The morph hashtable will be populated
// into the search results and should be iterated instead of the returned synset if the
// morphs are non-empty
morphs[morphword] = s;
buf += s.buf;
}
}
public void OverviewFor(string t, string p, ref bool b, ref SearchSet obj, ArrayList list)
{
PartOfSpeech pos = MyWnlib.PartOfSpeech.of(p);
SearchSet ss = MyWnlib.WNDB.is_defined(t, pos);
MorphStr ms = new MyWnlib.MorphStr(t, pos);
bool checkmorphs = false;
checkmorphs = AddSearchFor(t, pos, list); // do a search
string m;
if (checkmorphs)
{
WN.hasmatch = true;
}
if (!hasmatch)
{
// loop through morphs (if there are any)
while ((m = ms.next()) != null)
{
if (m != t)
{
ss = ss + WNDB.is_defined(m, pos);
AddSearchFor(m, pos, list);
}
}
}
b = ss.NonEmpty;
obj = ss;
}
