public RoslynEditor() : base()
{
formatting ["default"] = new TextFormatting(Colors.Jet, Colors.Transparent);
formatting ["TypeSyntax"] = new TextFormatting(Colors.DarkCyan, Colors.Transparent);
formatting ["DocumentationCommentTrivia"] = new TextFormatting(Colors.GreenYellow, Colors.Transparent);
formatting ["DisabledTextTrivia"] = new TextFormatting(Colors.Grey, Colors.Transparent);
formatting ["Trivia"] = new TextFormatting(Colors.Green, Colors.Transparent);
formatting ["Punctuation"] = new TextFormatting(Colors.Black, Colors.Transparent, false);
formatting ["Name"] = new TextFormatting(Colors.Jet, Colors.Transparent);
formatting ["LiteralExpression"] = new TextFormatting(Colors.FireBrick, Colors.Transparent, false, true);
formatting ["PredefinedType"] = new TextFormatting(Colors.DarkCyan, Colors.Transparent, false);
formatting ["PrimaryFunction"] = new TextFormatting(Colors.SteelBlue, Colors.Transparent, true);
formatting ["ContextualKeyword"] = new TextFormatting(Colors.DarkBlue, Colors.Transparent, true);
formatting ["keyword"] = new TextFormatting(Colors.Blue, Colors.Transparent);
formatting ["GlobalMemberDeclaration"] = new TextFormatting(Colors.Red, Colors.Transparent);
formatting ["InstanceExpression"] = new TextFormatting(Colors.Jet, Colors.Transparent);
formatting ["InstanceExpression"] = new TextFormatting(Colors.Jet, Colors.Transparent);
formatting ["NamespaceMemberDeclaration"] = new TextFormatting(Colors.Jet, Colors.Transparent);
formatting ["PreprocessorDirective"] = new TextFormatting(Colors.DeepPink, Colors.Transparent, true);
formatting ["TypeDeclaration"] = new TextFormatting(Colors.Lavender, Colors.Transparent);
/*formatting ["constant"] = new TextFormatting (Color.Blue, Color.Transparent, true);
* formatting ["primitive"] = new TextFormatting (Color.DarkCyan, Color.Transparent);
* formatting ["operator"] = new TextFormatting (Color.DarkRed, Color.Transparent, true);
* formatting ["modifier"] = new TextFormatting (Color.RoyalBlue, Color.Transparent);
* formatting ["typekind"] = new TextFormatting (Color.OliveDrab, Color.Transparent);
* formatting ["async"] = new TextFormatting (Color.YellowGreen, Color.Transparent);
* formatting ["linq"] = new TextFormatting (Color.Yellow, Color.Transparent);
* formatting ["preproc"] = new TextFormatting (Color.DarkOrange, Color.Transparent, true);
* formatting ["comment"] = new TextFormatting (Color.Green, Color.Transparent, false, true);
*
* formatting ["PredefinedType"] = new TextFormatting (Color.Red, Color.Transparent, true);
* formatting ["identifier"] = new TextFormatting (Color.Jet, Color.Transparent, true);
* formatting ["litteral"] = new TextFormatting (Color.Crimson, Color.Transparent, false, true);*/
/*formatting.Add ((int)XMLParser.TokenType.AttributeName, new TextFormatting (Color.DarkSlateGrey, Color.Transparent));
* formatting.Add ((int)XMLParser.TokenType.ElementName, new TextFormatting (Color.DarkBlue, Color.Transparent));
* formatting.Add ((int)XMLParser.TokenType.ElementStart, new TextFormatting (Color.Black, Color.Transparent));
* formatting.Add ((int)XMLParser.TokenType.ElementEnd, new TextFormatting (Color.Black, Color.Transparent));
* formatting.Add ((int)XMLParser.TokenType.ElementClosing, new TextFormatting (Color.Black, Color.Transparent));
*
* formatting.Add ((int)XMLParser.TokenType.AttributeValueOpening, new TextFormatting (Color.Crimson, Color.Transparent));
* formatting.Add ((int)XMLParser.TokenType.AttributeValueClosing, new TextFormatting (Color.Crimson, Color.Transparent));
* formatting.Add ((int)XMLParser.TokenType.AttributeValue, new TextFormatting (Color.FireBrick, Color.Transparent, false, true));
* formatting.Add ((int)XMLParser.TokenType.XMLDecl, new TextFormatting (Color.ForestGreen, Color.Transparent));
* formatting.Add ((int)XMLParser.TokenType.Content, new TextFormatting (Color.DimGrey, Color.Transparent, false, true));
*
* formatting.Add ((int)BufferParser.TokenType.BlockComment, new TextFormatting (Color.Grey, Color.Transparent, false, true));
* formatting.Add ((int)BufferParser.TokenType.LineComment, new TextFormatting (Color.Grey, Color.Transparent, false, true));
* formatting.Add ((int)BufferParser.TokenType.OperatorOrPunctuation, new TextFormatting (Color.Black, Color.Transparent));
* formatting.Add ((int)8300, new TextFormatting (Color.Teal, Color.Transparent));*/
}
void drawParsedCodeLine(Context gr, double x, double y, int i, int lineIndex)
{
int lPtr = 0;
CodeLine cl = PrintedLines[i];
for (int t = 0; t < cl.Tokens.Count; t++)
{
string lstr = cl.Tokens [t].PrintableContent;
if (lPtr < ScrollX)
{
if (lPtr - ScrollX + lstr.Length <= 0)
{
lPtr += lstr.Length;
continue;
}
lstr = lstr.Substring(ScrollX - lPtr);
lPtr += ScrollX - lPtr;
}
Color bg = this.Background;
Color fg = this.Foreground;
Color selbg = this.SelectionBackground;
Color selfg = this.SelectionForeground;
FontSlant fts = FontSlant.Normal;
FontWeight ftw = FontWeight.Normal;
if (formatting.ContainsKey((int)cl.Tokens [t].Type))
{
TextFormatting tf = formatting [(int)cl.Tokens [t].Type];
bg = tf.Background;
fg = tf.Foreground;
if (tf.Bold)
{
ftw = FontWeight.Bold;
}
if (tf.Italic)
{
fts = FontSlant.Italic;
}
}
gr.SelectFontFace(Font.Name, fts, ftw);
gr.SetSourceColor(fg);
gr.MoveTo(x, y + fe.Ascent);
gr.ShowText(lstr);
gr.Fill();
if (buffer.SelectionInProgress && lineIndex >= buffer.SelectionStart.Y && lineIndex <= buffer.SelectionEnd.Y &&
!(lineIndex == buffer.SelectionStart.Y && lPtr + lstr.Length <= selStartCol) &&
!(lineIndex == buffer.SelectionEnd.Y && selEndCol <= lPtr))
{
double rLineX = x,
rLineY = y,
rLineW = lstr.Length * fe.MaxXAdvance;
double startAdjust = 0.0;
if ((lineIndex == buffer.SelectionStart.Y) && (selStartCol < lPtr + lstr.Length) && (selStartCol > lPtr))
{
startAdjust = (selStartCol - lPtr) * fe.MaxXAdvance;
}
rLineX += startAdjust;
if ((lineIndex == buffer.SelectionEnd.Y) && (selEndCol < lPtr + lstr.Length))
{
rLineW = (selEndCol - lPtr) * fe.MaxXAdvance;
}
rLineW -= startAdjust;
gr.Save();
gr.Operator = Operator.Source;
gr.Rectangle(rLineX, rLineY, rLineW, fe.Height);
gr.SetSourceColor(selbg);
gr.FillPreserve();
gr.Clip();
gr.Operator = Operator.Over;
gr.SetSourceColor(selfg);
gr.MoveTo(x, y + fe.Ascent);
gr.ShowText(lstr);
gr.Fill();
gr.Restore();
}
x += (int)lstr.Length * fe.MaxXAdvance;
lPtr += lstr.Length;
}
}
void printToken(string lstr, SyntaxKind kind, bool trivia = false)
{
checkPrintMargin();
TextFormatting tf = editor.formatting ["default"];
if (SyntaxFacts.IsTypeSyntax(kind))
{
tf = editor.formatting ["TypeSyntax"];
}
else if (SyntaxFacts.IsPreprocessorDirective(kind))
{
tf = editor.formatting ["PreprocessorDirective"];
}
else if (SyntaxFacts.IsDocumentationCommentTrivia(kind))
{
tf = editor.formatting ["DocumentationCommentTrivia"];
}
else if (kind == SyntaxKind.DisabledTextTrivia)
{
tf = editor.formatting ["DisabledTextTrivia"];
}
else if (SyntaxFacts.IsTrivia(kind))
{
tf = editor.formatting ["Trivia"];
}
else if (SyntaxFacts.IsPunctuation(kind))
{
tf = editor.formatting ["Punctuation"];
}
else if (SyntaxFacts.IsName(kind))
{
tf = editor.formatting ["Name"];
}
else if (SyntaxFacts.IsLiteralExpression(kind))
{
tf = editor.formatting ["LiteralExpression"];
}
else if (SyntaxFacts.IsPredefinedType(kind))
{
tf = editor.formatting ["PredefinedType"];
}
else if (SyntaxFacts.IsPrimaryFunction(kind))
{
tf = editor.formatting ["PrimaryFunction"];
}
else if (SyntaxFacts.IsContextualKeyword(kind))
{
tf = editor.formatting ["ContextualKeyword"];
}
else if (SyntaxFacts.IsKeywordKind(kind))
{
tf = editor.formatting ["keyword"];
}
else if (SyntaxFacts.IsGlobalMemberDeclaration(kind))
{
tf = editor.formatting ["GlobalMemberDeclaration"];
}
else if (SyntaxFacts.IsInstanceExpression(kind))
{
tf = editor.formatting ["InstanceExpression"];
}
else if (SyntaxFacts.IsNamespaceMemberDeclaration(kind))
{
tf = editor.formatting ["NamespaceMemberDeclaration"];
}
else if (SyntaxFacts.IsTypeDeclaration(kind))
{
tf = editor.formatting ["TypeDeclaration"];
}
FontSlant fts = FontSlant.Normal;
FontWeight ftw = FontWeight.Normal;
if (tf.Bold)
{
ftw = FontWeight.Bold;
}
if (tf.Italic)
{
fts = FontSlant.Italic;
}
ctx.SelectFontFace(editor.Font.Name, fts, ftw);
ctx.SetSourceColor(tf.Foreground);
Console.WriteLine(tf.Foreground);
int diffX = currentCol - editor.ScrollX;
string str = lstr;
if (diffX < 0)
{
if (diffX + lstr.Length > 0)
{
str = lstr.Substring(-diffX);
}
else
{
currentCol += lstr.Length;
return;
}
}
else
{
diffX = 0;
}
ctx.MoveTo(bounds.X + editor.leftMargin + (currentCol - editor.ScrollX - diffX) * fe.MaxXAdvance, y + fe.Ascent);
ctx.ShowText(str);
currentCol += lstr.Length;
}
