public void removeRepeatedLetters(Token token)
{
cutOutRepeatedLetters(token, out List <int> firstIndexesOfRepeatSections);
if (!hunspell.Spell(token.text))
{
string text = token.text;
string analysedWord = findEnglishWordFromRepeatedLetters(text, firstIndexesOfRepeatSections);
if (analysedWord != null)
{
token.text = analysedWord;
}
}
}
public void Benchmark(BenchmarkContext context)
{
foreach (var word in Words)
{
var result = Checker.Spell(word);
WordsChecked.Increment();
}
}
public void Benchmark(BenchmarkContext context)
{
foreach (var filePair in TestFiles)
{
var checker = new NHunspell.Hunspell(filePair.DictionaryFilePath, filePair.AffixFilePath);
checker.Spell(TestWord);
FilePairsLoaded.Increment();
}
}
/// <summary>
/// Spells the specified word.
/// </summary>
/// <param name="word">The word.</param>
/// <returns>
/// <b>True</b> if word is correct; otherwise, <b>false</b>.
/// </returns>
public bool Spell(string word)
{
// if spell check engine is not enabled
if (!IsEnabled)
{
return(false);
}
return(_hunspell.Spell(word));
}
public ActionResult MemberKeywords(string term)
{
List <string> Names =
_db.Members
.Where(x => x.Name.Contains(term))
.Select(x => x.Name.ToLower())
.Distinct()
.ToList();
var spelling = new NHunspell.Hunspell("en_US.aff", "en_US.dic");
var suggestions =
spelling.Spell(term) ?
new List <string>()
{
term
} :
spelling.Suggest(term).Take(5);
var results = suggestions.Union(Names);
return(Json(results, JsonRequestBehavior.AllowGet));
}
public override bool Spell(string word)
{
return(_hunspell.Spell(word));
}
public JsonResult spellCheckTD(List<TableCellsViewModel> tableCells)
{
var incorrectCells = new List<TableCellsViewModel>();
foreach (var tableCell in tableCells)
{
var isIncorrectCell = false;
var incorrectCell = new TableCellsViewModel();
var returnText = "";
var value = tableCell.Value ?? "";
Regex r = new Regex("^[a-zA-Z]*$");
using (NHunspell.Hunspell hunspell = new NHunspell.Hunspell(this.HttpContext.ApplicationInstance.Server.MapPath("~/App_Data/en_us.aff"), this.HttpContext.ApplicationInstance.Server.MapPath("~/App_Data/en_us.dic")))
{
var words = value.Split(' ');
foreach (var word in words)
{
var returnWord = word + " ";
var chkWord = word;
chkWord = chkWord.Replace("(", "");
chkWord = chkWord.Replace(")", "");
chkWord = chkWord.Replace("*", "");
chkWord = chkWord.Replace("/", "");
chkWord = chkWord.Replace("\\", "");
if (r.IsMatch(chkWord))
{
if (!hunspell.Spell(chkWord))
{
if (db.Words.Where(x => x.Word == chkWord).Count() == 0)
{
if (!IsAllUpper(chkWord))
{
//correct = false;
incorrectCell.Field = tableCell.Field;
incorrectCell.Indicator_ID = tableCell.Indicator_ID;
returnWord = "<span class='misspell'>" + returnWord + "</span>" + " ";
returnText += returnWord;
returnWord = "";
isIncorrectCell = true;
}
}
}
}
returnText += returnWord;
incorrectCell.Value = returnText;
}
}
if (isIncorrectCell) incorrectCells.Add(incorrectCell);
}
return Json(incorrectCells);
}
private void textEditor_StyleNeeded(object sender, StyleNeededEventArgs e)
{
// Calculate folding
int startLine = textEditor.LineFromPosition(textEditor.CharPositionFromPoint(0, 0));
if (startLine > 0)
{
startLine -= 1;
}
int currentFoldLevel = 1048;
if (startLine != 0)
{
currentFoldLevel = textEditor.Lines[startLine].FoldLevel;
}
var endLine = textEditor.Lines.Count;
var currentLine = startLine;
while (currentLine < endLine)
{
var line = textEditor.Lines[currentLine];
var headerSize = CountHashes(line.Text);
if (headerSize > 0)
{
line.FoldLevelFlags = FoldLevelFlags.Header;
line.FoldLevel = 1048 - headerSize - 1;
currentFoldLevel = 1048 - headerSize;
}
else
{
line.FoldLevelFlags = 0;
line.FoldLevel = currentFoldLevel;
}
// Style line.
textEditor.StartStyling(line.Position);
textEditor.SetStyling(line.Length, 0);
// Search line for brackets and style between them.
var bracketPos = line.Text.IndexOf('[');
while (bracketPos != -1)
{
var end = line.Text.IndexOf(']', bracketPos);
if (end != -1)
{
textEditor.StartStyling(line.Position + bracketPos);
textEditor.SetStyling(end - bracketPos + 1, 1);
bracketPos = line.Text.IndexOf('[', end);
}
else
{
bracketPos = -1;
}
}
// Finally, check for spelling.
// Clear any existing squiggles.
textEditor.IndicatorCurrent = 1;
textEditor.IndicatorClearRange(line.Position, line.EndPosition - line.Position);
// Find all words in line.
var startPos = FindWordStart(line.Text, 0);
while (startPos < line.Length)
{
var end = FindWordEnd(line.Text, startPos);
// Style between startPos and end
var word = line.Text.Substring(startPos, end - startPos);
var spellingResults = SpellChecker.Spell(word);
if (!spellingResults)
{
textEditor.IndicatorFillRange(line.Position + startPos, end - startPos);
}
startPos = FindWordStart(line.Text, end);
}
currentLine += 1;
}
}
private void textEditor_StyleNeeded(object sender, StyleNeededEventArgs e)
{
// Calculate folding
int startLine = LineFromPosition(CharPositionFromPoint(0, 0));
if (startLine > 0)
{
startLine -= 1;
}
int currentFoldLevel = 1048;
if (startLine != 0)
{
currentFoldLevel = Lines[startLine].FoldLevel;
}
var endLine = startLine + 25;
var currentLine = startLine;
while (currentLine < endLine && currentLine < Lines.Count)
{
var line = Lines[currentLine];
var headerSize = CountHashes(line.Text);
if (headerSize > 0)
{
line.FoldLevelFlags = FoldLevelFlags.Header;
line.FoldLevel = 1048 - headerSize - 1;
currentFoldLevel = 1048 - headerSize;
}
else
{
line.FoldLevelFlags = 0;
line.FoldLevel = currentFoldLevel;
}
// Style line.
StartStyling(line.Position);
SetStyling(line.Length, 0);
var bracketPos = line.Text.IndexOf('/');
while (bracketPos != -1)
{
var end = line.Text.IndexOf('/', bracketPos + 1);
if (end != -1)
{
StartStyling(line.Position + bracketPos);
SetStyling(end - bracketPos + 1, 1);
bracketPos = line.Text.IndexOf('/', end + 1);
}
else
{
bracketPos = -1;
}
}
// Search line for brackets and style between them.
bracketPos = line.Text.IndexOf('[');
while (bracketPos != -1)
{
var end = line.Text.IndexOf(']', bracketPos);
if (end != -1)
{
StartStyling(line.Position + bracketPos);
SetStyling(end - bracketPos + 1, 2);
bracketPos = line.Text.IndexOf('[', end);
}
else
{
bracketPos = -1;
}
}
//// Search line for brackets and style between them.
//bracketPos = line.Text.IndexOf('<');
//while (bracketPos != -1)
//{
// var end = line.Text.IndexOf('>', bracketPos);
// if (end != -1)
// {
// StartStyling(line.Position + bracketPos);
// SetStyling(end - bracketPos + 1, 1);
// bracketPos = line.Text.IndexOf('<', end);
// }
// else
// bracketPos = -1;
//}
// Finally, check for spelling.
// Clear any existing squiggles.
IndicatorCurrent = 1;
IndicatorClearRange(line.Position, line.EndPosition - line.Position);
if (SpellChecker != null)
{
// Find all words in line.
var startPos = FindWordStart(line.Text, 0);
while (startPos < line.Length)
{
var end = FindWordEnd(line.Text, startPos);
// Style between startPos and end
var word = line.Text.Substring(startPos, end - startPos);
var hiliteWord = Settings.GlobalSettings.SpecialWords.FirstOrDefault(h => h.Word == word.ToUpper());
if (hiliteWord != null)
{
StartStyling(line.Position + startPos);
SetStyling(end - startPos, hiliteWord.Style);
}
var spellingResults = SpellChecker.Spell(word);
if (!spellingResults)
{
IndicatorFillRange(line.Position + startPos, end - startPos);
}
startPos = FindWordStart(line.Text, end);
}
}
currentLine += 1;
}
}