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public Substring ( int start ) : |
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| start | int | |
| Результат | ||
private static TagType ParseTag(StringPart text, ref Vector2 position, ref int lineSpacing, ref int lineIndex)
{
var type = TagType.None;
if (text.Equals("\n"))
{
NewLine(ref position, ref lineSpacing, ref lineIndex);
type = TagType.NewLine;
}
else if (text.StartsWith("f:") && fonts != null)
{
var fontName = text.Substring(2);
SpriteFont font;
if (fonts.TryParse(fontName, out font))
{
PushFont(font);
type = TagType.FontStart;
}
}
else if (text.Equals("/f"))
{
PopFont();
type = TagType.FontEnd;
}
else if (text.StartsWith("c:"))
{
var colourName = text.Substring(2);
Color colour;
if (ColourParser.TryParse(colourName, out colour))
{
PushColour(colour);
type = TagType.ColourStart;
}
}
else if (text.Equals("/c"))
{
PopColour();
type = TagType.ColourEnd;
}
return(type);
}
private static void RecordFontChanges(StringBuilder input)
{
fontChanges.Clear();
int tagStart = 0;
int tagEnd = 0;
while ((tagStart = IndexOf(input, "[", tagEnd)) != -1 &&
(tagEnd = IndexOf(input, "]", tagStart)) != -1)
{
var tag = new StringPart(input, tagStart + 1, tagEnd - tagStart - 1);
var fontChanged = false;
if (tag.StartsWith("f:") && fonts != null)
{
var fontName = tag.Substring(2);
SpriteFont font;
if (fonts.TryParse(fontName, out font))
{
PushFont(font);
fontChanged = true;
}
}
else if (tag.Equals("/f"))
{
PopFont();
fontChanged = true;
}
if (fontChanged)
{
fontChanges.Add(new FontChange()
{
Font = CurrentFont(), Index = tagStart
});
}
}
}
private static void RecordFontChanges(StringBuilder input)
{
fontChanges.Clear();
int tagStart = 0;
int tagEnd = 0;
while ((tagStart = IndexOf(input, "[", tagEnd)) != -1
&& (tagEnd = IndexOf(input, "]", tagStart)) != -1)
{
var tag = new StringPart(input, tagStart + 1, tagEnd - tagStart - 1);
var fontChanged = false;
if (tag.StartsWith("f:") && fonts != null)
{
var fontName = tag.Substring(2);
SpriteFont font;
if (fonts.TryParse(fontName, out font))
{
PushFont(font);
fontChanged = true;
}
}
else if (tag.Equals("/f"))
{
PopFont();
fontChanged = true;
}
if (fontChanged)
fontChanges.Add(new FontChange() { Font = CurrentFont(), Index = tagStart });
}
}
private static TagType ParseTag(StringPart text, ref Vector2 position, ref int lineSpacing, ref int lineIndex)
{
var type = TagType.None;
if (text.Equals("\n"))
{
NewLine(ref position, ref lineSpacing, ref lineIndex);
type = TagType.NewLine;
}
else if (text.StartsWith("f:") && fonts != null)
{
var fontName = text.Substring(2);
SpriteFont font;
if (fonts.TryParse(fontName, out font))
{
PushFont(font);
type = TagType.FontStart;
}
}
else if (text.Equals("/f"))
{
PopFont();
type = TagType.FontEnd;
}
else if (text.StartsWith("c:"))
{
var colourName = text.Substring(2);
Color colour;
if (ColourParser.TryParse(colourName, out colour))
{
PushColour(colour);
type = TagType.ColourStart;
}
}
else if (text.Equals("/c"))
{
PopColour();
type = TagType.ColourEnd;
}
return type;
}