public Range Find(Range r, Regex findExpression, bool searchUp)
{
// Single line and Multi Line in RegExp doesn't really effect
// whether or not a match will include newline charaters. This
// means we can't do a line by line search. We have to search
// the entire range becuase it could potentially match the
// entire range.
Match m = findExpression.Match(r.Text);
if (!m.Success)
return null;
if (searchUp)
{
// Since we can't search backwards with RegExp we
// have to search the entire string and return the
// last match. Not the most efficient way of doing
// things but it works.
Range range = null;
while (m.Success)
{
range = new Range(r.Start + m.Index, r.Start + m.Index + m.Length, Scintilla);
m = m.NextMatch();
}
return range;
}
return new Range(r.Start + m.Index, r.Start + m.Index + m.Length, Scintilla);
}
public List<Range> FindAll(Range rangeToSearch, string searchString, SearchFlags flags)
{
return FindAll(rangeToSearch.Start, rangeToSearch.End, searchString, _flags);
}
public static void StyleNeeded(Scintilla scintilla, Range range)
{
// Create an instance of our lexer and bada-bing the line!
IniLexer lexer = new IniLexer(scintilla, range.Start, range.StartingLine.Length);
lexer.Style();
}
public Range Find(Range r, Regex findExpression)
{
return Find(r, findExpression, false);
}
public Range FindPrevious(Regex findExpression, bool wrap, Range searchRange)
{
int caret = Scintilla.Caret.Position;
if (!searchRange.PositionInRange(caret))
return Find(searchRange.Start, searchRange.End, findExpression, true);
int anchor = Scintilla.Caret.Anchor;
if (!searchRange.PositionInRange(anchor))
anchor = caret;
Range r = Find(searchRange.Start, anchor, findExpression, true);
if (r != null)
return r;
else if (wrap)
return Find(anchor, searchRange.End, findExpression, true);
else
return null;
}
public List<Range> ReplaceAll(Range rangeToSearch, Regex findExpression, string replaceString)
{
Scintilla.UndoRedo.BeginUndoAction();
// I tried using an anonymous delegate for this but it didn't work too well.
// It's too bad because it was a lot cleaner than using member variables as
// psuedo globals.
_lastReplaceAllMatches = new List<Range>();
_lastReplaceAllReplaceString = replaceString;
_lastReplaceAllRangeToSearch = rangeToSearch;
_lastReplaceAllOffset = 0;
findExpression.Replace(rangeToSearch.Text, new MatchEvaluator(replaceAllEvaluator));
Scintilla.UndoRedo.EndUndoAction();
// No use having these values hanging around wasting memory :)
List<Range> ret = _lastReplaceAllMatches;
_lastReplaceAllMatches = null;
_lastReplaceAllReplaceString = null;
_lastReplaceAllRangeToSearch = null;
return ret;
}
public Range Search(Range searchRange)
{
int foundStart = NativeScintilla.IndicatorEnd(_number, searchRange.Start);
int foundEnd = NativeScintilla.IndicatorEnd(_number, foundStart);
if (foundStart < 0 || foundStart > searchRange.End || foundStart == foundEnd)
return null;
return new Range(foundStart, foundEnd, Scintilla);
}
public Range FindNext(Regex findExpression, bool wrap, Range searchRange)
{
int caret = Scintilla.Caret.Position;
if (!searchRange.PositionInRange(caret))
return Find(searchRange.Start, searchRange.End, findExpression, false);
Range r = Find(caret, searchRange.End, findExpression);
if (r != null)
return r;
else if (wrap)
return Find(searchRange.Start, caret, findExpression);
else
return null;
}
public bool IntersectsWith(Range otherRange)
{
return otherRange.PositionInRange(_start) | otherRange.PositionInRange(_end) | PositionInRange(otherRange.Start) | PositionInRange(otherRange.End);
}
/// <summary>
/// Initializes a new instance of the StyleNeededEventArgs class.
/// </summary>
/// <param name="range">the document range that needs styling</param>
public StyleNeededEventArgs(Range range)
{
_range = range;
}
protected internal ManagedRange(Range range)
: this(range.Start, range.End, range.Scintilla)
{
}
/// <summary>
/// Copies the contents of a given range to the clipboard.
/// </summary>
/// <param name="rangeToCopy">Range of text to copy</param>
public void Copy(Range rangeToCopy)
{
Copy(rangeToCopy.Start, rangeToCopy.End);
}
public override bool ExamineSource(ChameleonEditor ed, ScintillaNet.Range searchRange)
{
m_checkSucceeded = false;
ANTLRParser parser = Singleton <ANTLRParser> .Instance;
if (!parser.ParseCompleted)
{
return(false);
}
ASTNode root = parser.GetAST();
List <ASTNode> conditions = (from n in root.Descendants()
where n.text == "condition"
select n).ToList();
string astText = root.ASTToString();
foreach (ASTNode condition in conditions)
{
List <ASTNode> assignments = (from n in condition.Descendants()
where n.text == "assign" || n.text == "="
select n).ToList();
if (assignments.Count > 0)
{
foreach (ASTNode assignment in assignments)
{
int actualLine = searchRange.StartingLine.Number + assignment.lineNumber - 1;
string errorText = "Assignment not allowed in boolean conditions";
AddError(ed, actualLine, errorText);
}
}
}
List <ASTNode> whiles = (from n in root.Descendants()
where n.text == "while"
select n).ToList();
foreach (ASTNode wh in whiles)
{
if (wh.firstChild.text != "condition")
{
List <ASTNode> pieces = new List <ASTNode>();
Func <ASTNode, bool> getWhilePieces = (node =>
{
bool keepGoing = true;
if (node.text == "body")
{
keepGoing = false;
}
else
{
pieces.Add(node);
}
return(keepGoing);
});
wh.TraverseAST(false, getWhilePieces);
List <ASTNode> assignmentPieces = pieces.Where(node => node.text == "assign" ||
node.text == "=").ToList();
if (assignmentPieces.Count > 0)
{
foreach (ASTNode assignmentPiece in assignmentPieces)
{
int actualLine = searchRange.StartingLine.Number + assignmentPiece.lineNumber - 1;
string errorText = "Assignment not allowed in boolean conditions";
AddError(ed, actualLine, errorText);
}
}
}
}
m_checkSucceeded = true;
return(m_checkSucceeded);
}
public List<Range> FindAll(Range rangeToSearch, Regex findExpression)
{
List<Range> res = new List<Range>();
while (true)
{
Range r = Find(rangeToSearch, findExpression);
if (r == null)
{
break;
}
else
{
res.Add(r);
rangeToSearch = new Range(r.End, rangeToSearch.End, Scintilla);
}
}
return res;
}
public Range Search(Range searchRange, Range startingAfterRange)
{
int start = startingAfterRange.End;
if (start > NativeScintilla.GetTextLength())
return null;
int foundStart = NativeScintilla.IndicatorEnd(_number, start);
int foundEnd = NativeScintilla.IndicatorEnd(_number, foundStart);
if (foundStart < 0 || foundStart > searchRange.End || foundStart == foundEnd)
return null;
return new Range(foundStart, foundEnd, Scintilla);
}
public Range FindNext(string searchString, bool wrap, SearchFlags flags, Range searchRange)
{
int caret = Scintilla.Caret.Position;
if (!searchRange.PositionInRange(caret))
return Find(searchRange.Start, searchRange.End, searchString, flags);
Range r = Find(caret, searchRange.End, searchString, flags);
if (r != null)
return r;
else if (wrap)
return Find(searchRange.Start, caret, searchString, flags);
else
return null;
}
public List<Range> SearchAll(Range searchRange)
{
Range foundRange = Scintilla.GetRange(-1, -1);
List<Range> ret = new List<Range>();
do
{
foundRange = Search(searchRange, foundRange);
if (foundRange != null)
ret.Add(foundRange);
}
while (foundRange != null);
return ret;
}
public Range FindPrevious(string searchString, bool wrap, SearchFlags flags, Range searchRange)
{
int caret = Scintilla.Caret.Position;
if (!searchRange.PositionInRange(caret))
return Find(searchRange.End, searchRange.Start, searchString, flags);
int anchor = Scintilla.Caret.Anchor;
if (!searchRange.PositionInRange(anchor))
anchor = caret;
Range r = Find(anchor, searchRange.Start, searchString, flags);
if (r != null)
return r;
else if (wrap)
return Find(searchRange.End, anchor, searchString, flags);
else
return null;
}
public Range Find(Range rangeToSearch, string searchString, SearchFlags searchflags)
{
return Find(rangeToSearch.Start, rangeToSearch.End, searchString, searchflags);
}
public List<Range> ReplaceAll(Range rangeToSearch, string searchString, string replaceString, SearchFlags flags)
{
return ReplaceAll(rangeToSearch.Start, rangeToSearch.End, searchString, replaceString, _flags);
}
public Range Find(Range rangeToSearch, string searchString, SearchFlags searchflags, bool searchUp)
{
if (searchUp)
return Find(rangeToSearch.End, rangeToSearch.Start, searchString, searchflags);
else
return Find(rangeToSearch.Start, rangeToSearch.End, searchString, searchflags);
}
private string replaceAllEvaluator(Match m)
{
// So this method is called for every match
// We make a replacement in the range based upon
// the match range.
string replacement = m.Result(_lastReplaceAllReplaceString);
int start = _lastReplaceAllRangeToSearch.Start + m.Index + _lastReplaceAllOffset;
int end = start + m.Length;
Range r = new Range(start, end, Scintilla);
_lastReplaceAllMatches.Add(r);
r.Text = replacement;
// But because we've modified the document, the RegEx
// match ranges are going to be different from the
// document ranges. We need to compensate
_lastReplaceAllOffset += replacement.Length - m.Value.Length;
return replacement;
}
public StyleNeededEventArgs(Range range)
{
_range = range;
}