private void DoSearch(Wnlib.Opt opt)
{
if (opt.sch.ptp.mnemonic == "OVERVIEW")
{
Overview();
return;
}
txtOutput.Text = "";
Refresh();
list = new ArrayList();
se = new Wnlib.Search(txtSearchWord.Text, true, opt.pos, opt.sch, Int16.Parse(txtSenses.Text));
int a = se.buf.IndexOf("\\n");
if ((a >= 0))
{
if ((a == 0))
{
se.buf = se.buf.Substring(a + 1);
a = se.buf.IndexOf("\\n");
}
StatusBar1.Text = se.buf.Substring(0, a);
se.buf = se.buf.Substring(a + 1);
}
list.Add(se);
if ((Wnlib.WNOpt.opt("-h").flag))
{
help = new Wnlib.WNHelp(opt.sch, opt.pos).help;
}
FixDisplay(opt);
}
/// <summary>
/// Fill the top level of the tree.
/// </summary>
/// <param name="sch"></param>
/// <param name="opt">Currently a redundant parameter, but since it holds the search type, it can remain in case search type needs to be known.</param>
/// <param name="tmppos"></param>
private void fillTreeRoot(Wnlib.Search sch, ref TreeNode posnode)
{
// do the treeview
//Wnlib.SynSet ss = default(Wnlib.SynSet);
TreeNode parentnode = null;
// iterate the returned senses
foreach (Wnlib.SynSet ss in sch.senses)
{
parentnode = newTreeNode(ss);
// if a part of speech node has been created
// then it becomes the top level
if ((posnode != null))
{
posnode.Nodes.Add(parentnode);
}
else
{
TreeView1.Nodes.Add(parentnode);
}
// do child senses
if ((ss.senses != null))
{
fillTreeChild(ss.senses, parentnode);
}
// fill in sense frames
//Wnlib.SynSetFrame fr = default(Wnlib.SynSetFrame);
TreeNode frnode = null;
if (ss.frames.Count > 0)
{
foreach (Wnlib.SynSetFrame fr in ss.frames)
{
frnode = new TreeNode(fr.fr.str);
frnode.ImageIndex = 38;
parentnode.Nodes.Add(frnode);
}
}
}
}
private void DoSearch(Wnlib.Opt opt)
{
if (opt.sch.ptp.mnemonic == "OVERVIEW")
{
Overview();
return;
}
//TextBox3.Text = ""
//HtmlViewer1.Document.Window.Close();
//HtmlViewer1.Navigate("about:blank");
HtmlViewer1.Document.OpenNew(false);
HtmlViewer1.Visible = false;
//TextBox1.Enabled = False
//lblWait.Visible = True
//Timer1.Enabled = True
Refresh();
list = new ArrayList();
Wnlib.Search se = new Wnlib.Search(TextBox1.Text, true, opt.pos, opt.sch, int.Parse(TextBox2.Text));
int a = se.buf.IndexOf("\n");
if ((a >= 0))
{
if ((a == 0))
{
se.buf = se.buf.Substring(a + 1);
a = se.buf.IndexOf("\n");
}
StatusBar1.Text = se.buf.Substring(0, a);
se.buf = se.buf.Substring(a + 1);
}
AddHistory(new wnHistory(Strings.Replace(TextBox1.Text, " ", "_"), opt, int.Parse(TextBox2.Text)));
// history.Add(New wnHistory(TextBox1.Text, opt, Integer.Parse(TextBox2.Text)))
list.Add(se);
if ((Wnlib.WNOpt.opt("-h").flag))
{
help = new Wnlib.WNHelp(opt.sch, opt.pos).help;
}
FixDisplay();
}
public void useList(ArrayList w, string help, ref string tmpstr)
{
cont = new ArrayList();
totLines = 0;
sw = null;
if ((help != null) && !(string.IsNullOrEmpty(help)))
{
usePassage(help, ref tmpstr);
}
helpLines = totLines;
int j = 0;
while (j < w.Count)
{
Wnlib.Search se = (Wnlib.Search)w[j];
sw = se.word;
usePassage(se.buf, ref tmpstr);
System.Math.Min(System.Threading.Interlocked.Increment(ref j), j - 1);
}
}
/// <summary>
/// Takes a given Part Of Speech and iterates the Search object to build the
/// hierarchical output.
/// </summary>
/// <param name="sch"></param>
/// <param name="tmppos"></param>
/// <returns></returns>
public string contentIteration(Wnlib.Search sch)
{
//Wnlib.SynSet ss = default(Wnlib.SynSet);
//Wnlib.Lexeme lx = default(Wnlib.Lexeme);
string outstr = "";
outstr += "<ul>";
// iterate the returned senses
foreach (Wnlib.SynSet ss in sch.senses)
{
outstr += "<li>";
// format the WORDs
foreach (Wnlib.Lexeme lx in ss.words)
{
outstr += FormatLexeme(lx.word) + ", ";
}
// remove last comma
outstr = Strings.Mid(outstr, 1, outstr.Length - 2);
outstr += ": ";
// show the definition
outstr += FormatDefn(ss.defn);
// children
if ((ss.senses != null))
{
outstr += FormatWN(ss.senses);
}
outstr += "</li>";
}
outstr += "</ul>";
return(outstr);
}
private void DoSearch(Wnlib.Opt opt)
{
if (opt.sch.ptp.mnemonic == "OVERVIEW") {
Overview();
return;
}
txtOutput.Text = "";
Refresh();
list = new ArrayList();
se = new Wnlib.Search(txtSearchWord.Text, true, opt.pos, opt.sch, Int16.Parse(txtSenses.Text));
int a = se.buf.IndexOf("\\n");
if ((a >= 0)) {
if ((a == 0)) {
se.buf = se.buf.Substring(a + 1);
a = se.buf.IndexOf("\\n");
}
StatusBar1.Text = se.buf.Substring(0, a);
se.buf = se.buf.Substring(a + 1);
}
list.Add(se);
if ((Wnlib.WNOpt.opt("-h").flag)) {
help = new Wnlib.WNHelp(opt.sch, opt.pos).help;
}
FixDisplay(opt);
}
private int soundsLike(Wnlib.PartOfSpeech pos)
{
int i = 0;
int j = 0;
int x = 0;
int deccount = 0;
string tmpstr = "";
// asc 201 specifies a soundslike
// adding the trackbar value produces the strength of "sounds like" match
// between 1 and 3
//tmpstr = TextBox1.Text & TrackBar1.Value & Chr(201)
tmpstr = TextBox1.Text + "3" + Strings.Chr(201);
deccount += 1;
Wnlib.Search se = null;
ArrayList list = new ArrayList();
// if searchscrabble is checked then search the official list
if (chkSearchScrabble.Checked)
{
list = EnableDT_Classes.EnableDT_Search.wngrep(tmpstr, radScrabble.Checked);
}
else
{
se = new Wnlib.Search(tmpstr, false, pos, new Wnlib.SearchType(false, "WNGREP"), 0, new wildgrep());
list = se.strings;
}
ArrayList tmplist = new ArrayList();
// delete duplicates
// ignore errors here = the list may be empty
try {
DataRow dr = default(DataRow);
for (j = 0; j <= list.Count - 1; j++)
{
if (tmplist.Count >= 1)
{
if (tmplist.IndexOf(list[j]) == -1)
{
tmplist.Add(list[j]);
// **********
// ListBox1.Items.Add(list[i])
dr = dataSet1.Tables[0].NewRow();
dr["Word"] = list[j];
if (chkSearchScrabble.Checked)
{
dr["Score"] = ScrabbleScore(list[j].ToString());
}
dataSet1.Tables[0].Rows.Add(dr);
// **********
}
}
else
{
tmplist.Add(list[j]);
// ListBox1.Items.Add(list[i])
dr = dataSet1.Tables[0].NewRow();
dr["Word"] = list[j];
if (chkSearchScrabble.Checked)
{
dr["Score"] = ScrabbleScore(list[j].ToString());
}
dataSet1.Tables[0].Rows.Add(dr);
}
}
list = tmplist;
dataGrid1.DataSource = dataSet1.Tables[0];
} catch {
}
i = list.Count;
return(i);
}
private int AnagramScrabble(Wnlib.PartOfSpeech pos)
{
int i = 0;
int j = 0;
int x = 0;
int deccount = 0;
string tmpstr = "";
DataRow dr = default(DataRow);
// TODO: for both anagram search and scrabble search, remove duplicates from the list
// before processing a word, otherwise the character test is done twice needlessly
// not a scrabble search, just find the anagram
if (!radScrabble.Checked)
{
// repeat the string into character match blocks for the length of itself
// eg. kilmo would be [kilmo][kilmo][kilmo][kilmo][kilmo]
for (j = 1; j <= TextBox1.Text.Length; j++)
{
tmpstr += "[" + TextBox1.Text + "]";
}
// Dim se As Wnlib.Search = New Wnlib.Search(TextBox1.Text, False, pos, New Wnlib.SearchType(False, "WNGREP"), 0)
Wnlib.Search se = null;
ArrayList list = new ArrayList();
// if searchscrabble is checked then search the official list
if (chkSearchScrabble.Checked)
{
list = EnableDT_Classes.EnableDT_Search.wngrep(tmpstr, radScrabble.Checked);
}
else
{
se = new Wnlib.Search(tmpstr, false, pos, new Wnlib.SearchType(false, "WNGREP"), 0, new wildgrep());
list = se.strings;
}
ArrayList tmplist = new ArrayList();
//delete(duplicates)
// ignore errors here = the list may be empty
try {
for (j = 0; j <= list.Count - 1; j++)
{
if (tmplist.Count >= 1)
{
if (tmplist.IndexOf(list[j]) == -1)
{
tmplist.Add(list[j]);
// ******
if (CheckAnagram(list[j].ToString().ToString(), TextBox1.Text))
{
// ListBox1.Items.Add(list[i])
dr = dataSet1.Tables[0].NewRow();
dr["Word"] = list[j];
if (chkSearchScrabble.Checked)
{
dr["Score"] = ScrabbleScore(list[j].ToString());
}
dataSet1.Tables[0].Rows.Add(dr);
}
// ******
}
}
else
{
tmplist.Add(list[j]);
// ******
if (CheckAnagram(list[j].ToString().ToString(), TextBox1.Text))
{
// ListBox1.Items.Add(list[i])
dr = dataSet1.Tables[0].NewRow();
dr["Word"] = list[j];
if (chkSearchScrabble.Checked)
{
dr["Score"] = ScrabbleScore(list[j].ToString());
}
dataSet1.Tables[0].Rows.Add(dr);
}
}
}
list = tmplist;
} catch {
}
//For j = 0 To list.Count - 1
// If CheckAnagram(list[i].ToString(), TextBox1.Text) Then
// ListBox1.Items.Add(list[i])
// End If
//Next j
i = list.Count;
// scrabble search
}
else
{
deccount = 0;
tmpstr = "";
// asc 200 specifies a regex
tmpstr = "^[" + TextBox1.Text + "]+$" + Strings.Chr(200);
//For x = 1 To TextBox1.Text.Length
// repeat the string into character match blocks for the length of itself
// eg. kilmo would be [kilmo][kilmo][kilmo][kilmo][kilmo]
//For j = 1 To (TextBox1.Text.Length - deccount)
// tmpstr += "[" & TextBox1.Text & "]"
//Next
deccount += 1;
Wnlib.Search se = null;
ArrayList list = new ArrayList();
// if searchscrabble is checked then search the official list
if (chkSearchScrabble.Checked)
{
list = EnableDT_Classes.EnableDT_Search.wngrep(tmpstr, radScrabble.Checked);
}
else
{
se = new Wnlib.Search(tmpstr, false, pos, new Wnlib.SearchType(false, "WNGREP"), 0, new wildgrep());
list = se.strings;
}
ArrayList tmplist = new ArrayList();
// delete duplicates
// ignore errors here = the list may be empty
try {
for (j = 0; j <= list.Count - 1; j++)
{
if (tmplist.Count >= 1)
{
if (tmplist.IndexOf(list[j]) == -1)
{
tmplist.Add(list[j]);
// **********
if (CheckAnagram(list[j].ToString().ToString(), TextBox1.Text))
{
//ListBox1.Items.Add(list[i])
dr = dataSet1.Tables[0].NewRow();
dr["Word"] = list[j];
if (chkSearchScrabble.Checked)
{
dr["Score"] = ScrabbleScore(list[j].ToString());
}
dataSet1.Tables[0].Rows.Add(dr);
}
// **********
}
}
else
{
tmplist.Add(list[j]);
// **********
if (CheckAnagram(list[j].ToString(), TextBox1.Text))
{
// ListBox1.Items.Add(list[i])
dr = dataSet1.Tables[0].NewRow();
dr["Word"] = list[j];
if (chkSearchScrabble.Checked)
{
dr["Score"] = ScrabbleScore(list[j].ToString());
}
dataSet1.Tables[0].Rows.Add(dr);
}
}
}
list = tmplist;
} catch {
}
i = list.Count;
tmpstr = "";
//Next
//DataGrid1.TableStyles(0).GridColumnStyles(0).Width = 200
//DataGrid1.TableStyles(0).GridColumnStyles(1).Width = 100
}
dataGrid1.DataSource = dataSet1.Tables[0];
return(i);
}
private int WildCardRegex(Wnlib.PartOfSpeech pos)
{
int i = 0;
int j = 0;
int x = 0;
int deccount = 0;
string tmpstr = "";
// TODO: for both anagram search and scrabble search, remove duplicates from the list
// before processing a word, otherwise the character test is done twice needlessly
// not a scrabble search, just find the anagram
if (!radRegularExpression.Checked)
{
tmpstr = TextBox1.Text;
}
else
{
tmpstr = TextBox1.Text + Strings.Chr(200);
}
Wnlib.Search se = null;
ArrayList list = new ArrayList();
// if searchscrabble is checked then search the official list
if (chkSearchScrabble.Checked)
{
list = EnableDT_Classes.EnableDT_Search.wngrep(tmpstr, radScrabble.Checked);
}
else
{
se = new Wnlib.Search(tmpstr, false, pos, new Wnlib.SearchType(false, "WNGREP"), 0, new wildgrep());
list = se.strings;
}
ArrayList tmplist = new ArrayList();
if (list.IndexOf("error") != -1)
{
return(-1);
}
//delete(duplicates)
// ignore errors here = the list may be empty
try {
DataRow dr = default(DataRow);
for (j = 0; j <= list.Count - 1; j++)
{
if (tmplist.Count >= 1)
{
if (tmplist.IndexOf(list[j]) == -1)
{
tmplist.Add(list[j]);
// ******
//ListBox1.Items.Add(list[i])
dr = dataSet1.Tables[0].NewRow();
dr["Word"] = list[j];
if (chkSearchScrabble.Checked)
{
dr["Score"] = ScrabbleScore(list[j].ToString());
}
dataSet1.Tables[0].Rows.Add(dr);
// ******
}
}
else
{
tmplist.Add(list[j]);
// ******
// ListBox1.Items.Add(list[i])
dr = dataSet1.Tables[0].NewRow();
dr["Word"] = list[i];
if (chkSearchScrabble.Checked)
{
dr["Score"] = ScrabbleScore(list[i].ToString());
}
dataSet1.Tables[0].Rows.Add(dr);
// ******
}
}
list = tmplist;
dataGrid1.DataSource = dataSet1.Tables[0];
} catch {
}
//For j = 0 To list.Count - 1
// If CheckAnagram(list[i].ToString(), TextBox1.Text) Then
// ListBox1.Items.Add(list[i])
// End If
//Next j
i = list.Count;
return(i);
}
