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cappuccino/AppKit/CPTextView/_CPRTFParser.j
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David Richardson 2b77b98163 AppKit: Add RTF list and Unicode support, and preserve rich content during internal copy-paste 
The RTF producer and parser lacked support for text lists, failed to encode
non-ASCII characters properly (\uN), and treated first-line indents (\fi) as
absolute values rather than offsets relative to left indents (\li).
Additionally, paste operations ingested application-generated RTF rather than
the native internal archive, causing image attachments and tables to be stripped
during copy-paste workflows within the application.

* AppKit/CPTextView/_CPRTFProducer.j:
  - Implement RTF serialization for text lists using list tables, override tables,
    \levelmarker, \levelprepend, \lsN\ilvlK tags, and \listtext marker blocks.
  - Encode non-ASCII characters via \uc0\uN syntax and compute \fi indents
    relative to \li.
  - Omit image attachment characters from text runs and adjust run starting indices
    to accommodate list markers.

* AppKit/CPTextView/_CPRTFParser.j:
  - Implement pre-pass parsing for list and override tables.
  - Assign shared text lists to items using \ls and \ilvl, extracting marker formats
    from \levelmarker or standard number/level definitions.
  - Parse \uN sequences (skipping fallback characters) and evaluate relative \fi offsets.

* AppKit/CPTextView/CPTextView.j:
  - Configure paste handling to prioritize internal archives when clipboard RTF
    originates from the application, ensuring image attachments and tables survive internal copy-paste.

* AppKit/CPTextView/_CPTableTextAttachment.j:
  - Implement keyed archiving and decoding for table headers, rows, widths,
    and configuration settings, reconstructing cell instances upon unarchiving.

* Tests/AppKit/CPRTFTest.j:
  - Add comprehensive unit tests covering Unicode encoding, relative first-line indents,
    TextEdit and Word list interoperability, and nested list round-trip fidelity.

* Tests/AppKit/CPTextAttachmentTest.j:
  - Add test coverage for table attachment archiving.

* Tests/Manual/TextEditor/WORKLIST.md:
  - Mark intra-application copy and paste testing as completed.
  - Log external rich text exchange limitations as open items.

Intra-application copy and paste now fully preserves images, tables, and lists,
while RTF serialization supports Unicode and structured hierarchical lists.
2026-10-24 14:37:57 -06:00

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/* RTFParser.j
Parse a RTF string into a CPAttributedString
Copyright (C) 2014 Daniel Boehringer
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2.1 of the License, or (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
*/
@import <Foundation/CPAttributedString.j>
@import <Foundation/CPGeometry.j>
@import "CPTextStorage.j"
@import "CPFontManager.j"
@import "CPParagraphStyle.j"
@import "_CPTableTextAttachment.j"
@import "CPTextList.j"
@global CPLeftTextAlignment
@global CPRightTextAlignment
@global CPCenterTextAlignment
@global CPJustifiedTextAlignment
@global CPNaturalTextAlignment
@global CPFontAttributeName
@global CPForegroundColorAttributeName
@global CPBackgroundColorAttributeName
@global CPParagraphStyleAttributeName
@global CPAttachmentAttributeName
@global CPUnderlineStyleAttributeName
@global CPBaselineOffsetAttributeName
@global CPSuperscriptAttributeName
@global CPLeftTabStopType
@global CPRightTabStopType
@global CPCenterTabStopType
@global CPDecimalTabStopType
var hexTable = [];
var cp1252Map = {
0x80: 0x20AC, 0x82: 0x201A, 0x83: 0x0192, 0x84: 0x201E, 0x85: 0x2026,
0x86: 0x2020, 0x87: 0x2021, 0x88: 0x02C6, 0x89: 0x2030, 0x8A: 0x0160,
0x8B: 0x2039, 0x8C: 0x0152, 0x8E: 0x017D, 0x91: 0x2018, 0x92: 0x2019,
0x93: 0x201C, 0x94: 0x201D, 0x95: 0x2022, 0x96: 0x2013, 0x97: 0x2014,
0x98: 0x02DC, 0x99: 0x2122, 0x9A: 0x0161, 0x9B: 0x203A, 0x9C: 0x0153,
0x9E: 0x017E, 0x9F: 0x0178
};
/*
The marker format names of the RTF number formats (\levelnfc). 23 is a bullet.
*/
var _CPRTFNumberFormatNames = {
0: "decimal",
1: "upper-roman",
2: "lower-roman",
3: "upper-alpha",
4: "lower-alpha"
},
_CPRTFBulletFormats = {
"\u2022": "{disc}",
"\u25E6": "{circle}",
"\u25AA": "{square}",
"\u2043": "{hyphen}",
"\u25C6": "{diamond}",
"\u2713": "{check}",
"\u25A1": "{box}"
};
/*
Returns the index just after the group that opens with the brace at anOpenIndex in rtf. Escaped
braces, \{ and \}, do not open or close groups.
*/
var _CPRTFGroupEnd = function(rtf, anOpenIndex)
{
var depth = 0;
for (var i = anOpenIndex; i < rtf.length; i++)
{
var character = rtf.charAt(i);
if (character === "\\")
i++;
else if (character === "{")
depth++;
else if (character === "}" && --depth === 0)
return i + 1;
}
return rtf.length;
};
/*
Returns the groups in rtf that open with aPattern, a regular expression that matches the
opening brace and the group's first control word.
*/
var _CPRTFGroups = function(rtf, aPattern)
{
var groups = [],
match;
aPattern.lastIndex = 0;
while ((match = aPattern.exec(rtf)))
{
var end = _CPRTFGroupEnd(rtf, match.index);
groups.push(rtf.substring(match.index, end));
aPattern.lastIndex = end;
}
return groups;
};
/*
Decodes the text of a list level, the content of its \leveltext destination after the length
byte, into parts: strings, and numbers for the levels whose item numbers take their place. A
\'hh escape with a value below 9 is a level number; any other is a character.
*/
var _CPRTFLevelTextParts = function(aLevelText)
{
var parts = [],
literal = "",
i = 0;
while (i < aLevelText.length)
{
var character = aLevelText.charAt(i);
if (character === ";")
break;
if (character !== "\\")
{
literal += character;
i++;
continue;
}
var hexMatch = /^\\'([0-9a-fA-F]{2})/.exec(aLevelText.substring(i)),
unicodeMatch = /^\\u(-?\d+) ?\??/.exec(aLevelText.substring(i)),
wordMatch = /^\\[a-z]+-?\d* ?/.exec(aLevelText.substring(i));
if (hexMatch)
{
var value = parseInt(hexMatch[1], 16);
if (value < 9)
{
if (literal)
parts.push(literal);
literal = "";
parts.push(value);
}
else
literal += String.fromCharCode(value);
i += hexMatch[0].length;
}
else if (unicodeMatch)
{
var code = parseInt(unicodeMatch[1], 10);
literal += String.fromCharCode(code < 0 ? code + 65536 : code);
i += unicodeMatch[0].length;
}
else if (wordMatch)
i += wordMatch[0].length;
else
{
literal += aLevelText.charAt(i + 1);
i += 2;
}
}
if (literal)
parts.push(literal);
return parts;
};
/*
Returns the definition of one list level, {format, options, start}, from its \listlevel group.
Cocoa writes the marker format in \levelmarker. For other writers, the format is made from the
number format and the level's text.
*/
var _CPRTFListLevelDefinition = function(aLevelGroup, aLevel)
{
var markerMatch = /\{\\\*\\levelmarker ?((?:\\.|[^\\}])*)\}/.exec(aLevelGroup),
startMatch = /\\levelstartat(-?\d+)/.exec(aLevelGroup),
numberFormatMatch = /\\levelnfc(\d+)/.exec(aLevelGroup),
levelTextMatch = /\{\\leveltext(?:\\leveltemplateid-?\d+)? ?\\'[0-9a-fA-F]{2}((?:\\.|[^\\}])*)\}/.exec(aLevelGroup),
parts = levelTextMatch ? _CPRTFLevelTextParts(levelTextMatch[1]) : [],
prepends = /\\levelprepend(?![a-z])/.test(aLevelGroup),
format = nil;
for (var i = 0; i < parts.length; i++)
if (typeof parts[i] === "number" && parts[i] < aLevel)
prepends = YES;
if (markerMatch)
format = markerMatch[1].replace(/\\([\\{}])/g, "$1");
else
{
var numberFormat = numberFormatMatch ? parseInt(numberFormatMatch[1], 10) : 0;
if (numberFormat === 23)
{
var bullet = parts.join("");
format = _CPRTFBulletFormats[bullet] || bullet || CPTextListMarkerDisc;
}
else
{
// The text around this level's own number. Text after an enclosing level's number
// ends that level's marker, which is prepended, so only text before any number is
// this level's prefix. Its suffix runs up to the next number.
var name = "{" + (_CPRTFNumberFormatNames[numberFormat] || "decimal") + "}",
prefix = "",
suffix = "",
found = NO,
seenEnclosingNumber = NO;
for (var i = 0; i < parts.length; i++)
{
if (parts[i] === aLevel)
found = YES;
else if (typeof parts[i] === "number")
{
if (found)
break;
seenEnclosingNumber = YES;
}
else if (found)
suffix += parts[i];
else if (!seenEnclosingNumber)
prefix += parts[i];
}
format = prefix + name + suffix;
}
}
return {
format: format,
options: prepends ? CPTextListPrependEnclosingMarker : 0,
start: startMatch ? parseInt(startMatch[1], 10) : 1
};
};
// Hold the attributes of the current run
@implementation _RTFAttribute : CPObject
{
CPRange _range;
CPParagraphStyle paragraph;
CPColor fgColour;
CPColor bgColour;
CPColor ulColour;
CPString fontName;
unsigned fontSize;
BOOL bold;
BOOL italic;
BOOL underline;
BOOL strikethrough;
BOOL script;
BOOL _tabChanged;
CPTabStopType _nextTabType;
int superscript;
float baselineOffset;
// The first line indent, \fi, is an offset from the left indent, \li, in RTF.
float _firstLineOffset;
// The RTF list (\lsN) and level (\ilvlN) of a list item, or 0 and 0.
int _listNumber;
int _listLevel;
}
- (id)init
{
if (self = [super init])
{
[self resetFont];
[self resetParagraphStyle];
_range = CPMakeRange(0, 0);
_nextTabType = CPLeftTabStopType;
}
return self;
}
- (id)copy
{
var mynew = [_RTFAttribute new];
mynew.paragraph = [paragraph mutableCopy];
mynew.fontName = fontName;
mynew.fontSize = fontSize;
mynew.bold = bold;
mynew.italic = italic;
mynew.underline = underline;
mynew.strikethrough = strikethrough;
mynew.script = script;
mynew.fgColour = fgColour;
mynew.bgColour = bgColour;
mynew.ulColour = ulColour;
mynew._tabChanged = _tabChanged;
mynew._nextTabType = _nextTabType;
mynew.superscript = superscript;
mynew.baselineOffset = baselineOffset;
mynew._firstLineOffset = _firstLineOffset;
mynew._listNumber = _listNumber;
mynew._listLevel = _listLevel;
return mynew;
}
- (CPFont)currentFont
{
var font = [CPFont _fontWithName:fontName size:fontSize bold:bold italic:italic];
if (font)
return font;
var range = [fontName rangeOfString:@"-"];
if (range.location != CPNotFound)
{
var fontFamily = [fontName substringToIndex: range.location];
font = [CPFont fontWithName:fontFamily size:fontSize];
}
if (font == nil)
font = [CPFont systemFontOfSize:fontSize];
return font;
}
- (CPNumber)script
{
return [CPNumber numberWithInt:script];
}
- (CPNumber)underline
{
if (underline != 0)
return [CPNumber numberWithInt:underline];
else
return nil;
}
- (CPNumber)strikethrough
{
if (strikethrough != 0)
return [CPNumber numberWithInt:strikethrough];
else
return nil;
}
- (void)resetParagraphStyle
{
paragraph = [[CPParagraphStyle defaultParagraphStyle] mutableCopy];
_tabChanged = NO;
_nextTabType = CPLeftTabStopType;
_firstLineOffset = 0.0;
_listNumber = 0;
_listLevel = 0;
}
- (void)resetFont
{
var font = [CPFont systemFontOfSize:12];
fontName = [font familyName];
fontSize = 12.0;
italic = NO;
bold = NO;
underline = 0;
strikethrough = 0;
script = 0;
superscript = 0;
baselineOffset = 0.0;
}
- (void)addTab:(float)location type:(CPTextTabType)type
{
var alignment = CPLeftTextAlignment;
if (type === CPCenterTabStopType || type === CPCenterTextAlignment)
alignment = CPCenterTextAlignment;
else if (type === CPRightTabStopType || type === CPRightTextAlignment)
alignment = CPRightTextAlignment;
else if (type === CPDecimalTabStopType)
alignment = CPRightTextAlignment;
var tab = [[CPTextTab alloc] initWithType:alignment
location:location];
if (!_tabChanged)
{
[paragraph setTabStops:[tab]];
_tabChanged = YES;
}
else
{
[paragraph addTabStop: tab];
}
_nextTabType = CPLeftTabStopType;
}
- (CPDictionary)dictionary
{
var ret = @{};
[ret setObject:[self currentFont] forKey:CPFontAttributeName];
[ret setObject:paragraph forKey:CPParagraphStyleAttributeName];
if (fgColour)
[ret setObject:fgColour forKey:CPForegroundColorAttributeName];
if (bgColour)
[ret setObject:bgColour forKey:CPBackgroundColorAttributeName];
if (underline)
[ret setObject:[CPNumber numberWithInt:1] forKey:CPUnderlineStyleAttributeName];
if (superscript !== 0)
[ret setObject:[CPNumber numberWithInt:superscript] forKey:CPSuperscriptAttributeName];
if (baselineOffset !== 0.0)
[ret setObject:[CPNumber numberWithFloat:baselineOffset] forKey:CPBaselineOffsetAttributeName];
return ret;
}
@end
var kRTFParserType_char = 0,
kRTFParserType_dest = 1,
kRTFParserType_prop = 2,
kRTFParserType_spec = 3;
var kRgsymRtf = {
"b" : [ "b", 1, false, kRTFParserType_prop, "propBold"],
"ul" : [ "ul", 1, false, kRTFParserType_prop, "propUnderline"],
"i" : [ "i", 1, false, kRTFParserType_prop, "propItalic"],
"super" : [ "super", 1, true, kRTFParserType_prop, "propSuper"],
"sub" : [ "sub", 1, true, kRTFParserType_prop, "propSub"],
"nosupersub" : [ "nosupersub",1, true, kRTFParserType_prop, "propNoSuperSub"],
"up" : [ "up", 6, false, kRTFParserType_prop, "propUp"],
"dn" : [ "dn", 6, false, kRTFParserType_prop, "propDn"],
"plain" : [ "plain", 0, false, kRTFParserType_prop, "propPlain"],
"pgnucltr" : [ "pgnucltr", "pgULtr", true, kRTFParserType_prop, "propPgnFormat"],
"pgnlcltr" : [ "pgnlcltr", "pgLLtr", true, kRTFParserType_prop, "propPgnFormat"],
"qc" : [ "qc", "justC", true, kRTFParserType_prop, "propJust"],
"ql" : [ "ql", "justL", true, kRTFParserType_prop, "propJust"],
"qr" : [ "qr", "justR", true, kRTFParserType_prop, "propJust"],
"qj" : [ "qj", "justF", true, kRTFParserType_prop, "propJust"],
"paperw" : [ "paperw", 12240, false, kRTFParserType_prop, "propXaPage"],
"paperh" : [ "paperh", 15480, false, kRTFParserType_prop, "propYaPage"],
"margl" : [ "margl", 1800, false, kRTFParserType_prop, "propXaLeft"],
"margr" : [ "margr", 1800, false, kRTFParserType_prop, "propXaRight"],
"margt" : [ "margt", 1440, false, kRTFParserType_prop, "propYaTop"],
"margb" : [ "margb", 1440, false, kRTFParserType_prop, "propYaBottom"],
"pgnstart" : [ "pgnstart", 1, true, kRTFParserType_prop, "propPgnStart"],
"facingp" : [ "facingp", 1, true, kRTFParserType_prop, "propFacingp"],
"landscape" : [ "landscape",1, true, kRTFParserType_prop, "propLandscape"],
"par" : [ "par", 0, false, kRTFParserType_char, "\n"],
"pard" : [ "pard", 0, false, kRTFParserType_prop, "propDefaultPara"],
"\0x0a" : [ "\0x0a", 0, false, kRTFParserType_char, "\n"],
"\0x0d" : [ "\0x0d", 0, false, kRTFParserType_char, ""],
"tab" : [ "tab", 0, false, kRTFParserType_char, "\t"],
"ldblquote" : [ "ldblquote",0, false, kRTFParserType_char, '"'],
"rdblquote" : [ "rdblquote",0, false, kRTFParserType_char, '"'],
"bin" : [ "bin", 0, false, kRTFParserType_spec, "ipfnBin"],
"*" : [ "*", 0, false, kRTFParserType_spec, "ipfnDestSkip"],
"'" : [ "'", 0, false, kRTFParserType_spec, "ipfnHex"],
"author" : [ "author", 0, false, kRTFParserType_dest, "destSkip"],
"buptim" : [ "buptim", 0, false, kRTFParserType_dest, "destSkip"],
"colortbl" : [ "colortbl", 0, false, kRTFParserType_dest, "destSkip"],
"comment" : [ "comment", 0, false, kRTFParserType_dest, "destSkip"],
"creatim" : [ "creatim", 0, false, kRTFParserType_dest, "destSkip"],
"doccomm" : [ "doccomm", 0, false, kRTFParserType_dest, "destSkip"],
"fonttbl" : [ "fonttbl", 0, false, kRTFParserType_dest, "destSkip"],
"footer" : [ "footer", 0, false, kRTFParserType_dest, "destSkip"],
"footerf" : [ "footerf", 0, false, kRTFParserType_dest, "destSkip"],
"footerl" : [ "footerl", 0, false, kRTFParserType_dest, "destSkip"],
"footerr" : [ "footerr", 0, false, kRTFParserType_dest, "destSkip"],
"footnote" : [ "footnote", 0, false, kRTFParserType_dest, "destSkip"],
"ftncn" : [ "ftncn", 0, false, kRTFParserType_dest, "destSkip"],
"ftnsep" : [ "ftnsep", 0, false, kRTFParserType_dest, "destSkip"],
"ftnsepc" : [ "ftnsepc", 0, false, kRTFParserType_dest, "destSkip"],
"fprq" : [ "fprq", 0, false, kRTFParserType_dest, "destSkip"],
"rquote" : [ "rquote", 0, false, kRTFParserType_char, "'"],
"header" : [ "header", 0, false, kRTFParserType_dest, "destSkip"],
"headerf" : [ "headerf", 0, false, kRTFParserType_dest, "destSkip"],
"headerl" : [ "headerl", 0, false, kRTFParserType_dest, "destSkip"],
"headerr" : [ "headerr", 0, false, kRTFParserType_dest, "destSkip"],
"info" : [ "info", 0, false, kRTFParserType_dest, "destSkip"],
"keywords" : [ "keywords", 0, false, kRTFParserType_dest, "destSkip"],
"operator" : [ "operator", 0, false, kRTFParserType_dest, "destSkip"],
"pict" : [ "pict", 0, false, kRTFParserType_dest, "destSkip"],
"printim" : [ "printim", 0, false, kRTFParserType_dest, "destSkip"],
"private1" : [ "private1", 0, false, kRTFParserType_dest, "destSkip"],
"revtim" : [ "revtim", 0, false, kRTFParserType_dest, "destSkip"],
"rxe" : [ "rxe", 0, false, kRTFParserType_dest, "destSkip"],
"stylesheet" : [ "stylesheet",0, false, kRTFParserType_dest, "destSkip"],
"subject" : [ "subject", 0, false, kRTFParserType_dest, "destSkip"],
"tc" : [ "tc", 0, false, kRTFParserType_dest, "destSkip"],
"title" : [ "title", 0, false, kRTFParserType_dest, "destSkip"],
"txe" : [ "txe", 0, false, kRTFParserType_dest, "destSkip"],
"xe" : [ "xe", 0, false, kRTFParserType_dest, "destSkip"],
"[" : [ "[", 0, false, kRTFParserType_char, '['],
" " : [ " ", 0, false, kRTFParserType_char, ' '],
"]" : [ "]", 0, false, kRTFParserType_char, ']'],
"{" : [ "{", 0, false, kRTFParserType_char, '{'],
"}" : [ "}", 0, false, kRTFParserType_char, '}'],
"\\" : [ "\\", 0, false, kRTFParserType_char, '\\'],
"trowd" : [ "trowd", 0, false, kRTFParserType_spec, "ipfnTrowd"],
"cell" : [ "cell", 0, false, kRTFParserType_spec, "ipfnCell"],
"row" : [ "row", 0, false, kRTFParserType_spec, "ipfnRow"],
"cellx" : [ "cellx", 0, false, kRTFParserType_spec, "ipfnCellx"],
"intbl" : [ "intbl", 0, false, kRTFParserType_spec, "ipfnIntbl"]
};
@implementation _CPRTFParser : CPObject
{
CPString _codePage;
CGSize _paper;
CPString _rtf;
unsigned _curState;
CPArray _states;
unsigned _currentParseIndex;
BOOL _hexreturn;
_RTFAttribute _currentRun;
CPAttributedString _result;
CPArray _colorArray;
CPArray _fontArray;
CPString _freename;
BOOL _parsingFontTable;
BOOL _keywordIsControlWord;
// Table parsing state
BOOL _inTableActive;
BOOL _waitingForNextRow;
CPMutableArray _tableRows;
CPMutableArray _currentRow;
CPString _currentCellText;
// Text lists: the level definitions of each RTF list by its \listid, the list of each
// override by its \ls number, and the text lists made for each override, one for each level.
Object _listDefinitions;
Object _listOverrides;
Object _textListsByOverride;
// Unicode: the number of fallback characters after each \uN (\ucN), and how many of them are
// still to be skipped.
int _unicodeFallbackCount;
int _fallbackCharactersToSkip;
}
- (id)init
{
if (self = [super init])
{
_paper = CPMakeSize(0, 0);
_rtf = "";
_curState = 0; // 0 = normal, 1 = skip
_states = [];
_currentParseIndex = 0;
_hexreturn = NO;
_keywordIsControlWord = NO;
_result = [CPAttributedString new];
_colorArray = [];
_fontArray = ['Arial']; // FIXME: should be name of system font
_freename = "";
_parsingFontTable = NO;
_inTableActive = NO;
_waitingForNextRow = NO;
_tableRows = nil;
_currentRow = nil;
_currentCellText = "";
_listDefinitions = {};
_listOverrides = {};
_textListsByOverride = {};
_unicodeFallbackCount = 1;
_fallbackCharactersToSkip = 0;
// Safe Initialization
_currentRun = [_RTFAttribute new];
}
return self;
}
- (CPString)_checkChar:(CPArray)sym parameter:(CPString)ch
{
switch (_curState)
{
case 0:
if (sym && sym[4])
return sym[4];
case 1:
return '';
default:
if (sym && sym[4])
return sym[4];
}
}
- (BOOL)pushState
{
_states.push({
curState: _curState,
run: [_currentRun copy]
});
return YES;
}
- (BOOL)popState
{
if (_states.length > 0)
{
var state = _states.pop();
_curState = state.curState;
[self _flushCurrentRun];
_currentRun = state.run;
if (!_currentRun)
{
_currentRun = [_RTFAttribute new];
}
_currentRun._range = CPMakeRange([_result length], 0);
if (_curState == 0)
{
_parsingFontTable = NO;
}
}
return YES;
}
- (CPString)_parseSpec:(CPArray)sym parameter:(CPString)v
{
var ch = '';
switch (sym[4])
{
case "ipfnDestSkip":
_curState++;
return '';
case "ipfnHex":
var hex = '';
for (var i = 0; i < 2; i++)
{
var nextCh = _rtf.charAt(++_currentParseIndex);
if (/[a-fA-F0-9]/.test(nextCh))
{
hex += nextCh;
}
else
{
_currentParseIndex--;
break;
}
}
_hexreturn = YES;
if (_curState !== 0)
return '';
else
return hex;
break;
case "codePage":
ch = _rtf.charAt(++_currentParseIndex);
var code = '';
while (new RegExp("[0-9]").test(ch))
{
code += (ch + '');
ch = _rtf.charAt(++_currentParseIndex);
}
_codePage = code;
_currentParseIndex--;
break;
case "ipfnTrowd":
if (_waitingForNextRow)
{
_waitingForNextRow = NO;
}
if (!_inTableActive)
{
_inTableActive = YES;
_tableRows = [CPMutableArray array];
_currentRow = [CPMutableArray array];
_currentCellText = "";
}
else
{
_currentRow = [CPMutableArray array];
}
return '';
case "ipfnIntbl":
return '';
case "ipfnCell":
if (_inTableActive)
{
if (!_currentRow)
_currentRow = [CPMutableArray array];
[_currentRow addObject:_currentCellText];
_currentCellText = "";
}
return '';
case "ipfnRow":
if (_inTableActive)
{
if (!_currentRow)
_currentRow = [CPMutableArray array];
[_tableRows addObject:_currentRow];
_waitingForNextRow = YES;
}
return '';
case "ipfnCellx":
return '';
}
return '';
}
- (void)_flushTableIfAny
{
if (_tableRows && [_tableRows count] > 0)
{
[self _flushCurrentRun];
var headers = [_tableRows objectAtIndex:0];
var rows = [CPMutableArray array];
for (var idx = 1; idx < [_tableRows count]; idx++)
{
[rows addObject:[_tableRows objectAtIndex:idx]];
}
var attachment = [[_CPTableTextAttachment alloc] initWithHeaders:headers rows:rows width:500.0];
// Use standard Cocoa/Cappuccino NSAttachmentCharacter creation method
var tableAttrStr = [CPTextStorage attributedStringWithAttachment:attachment];
[_result appendAttributedString:tableAttrStr];
if (_currentRun)
{
_currentRun._range = CPMakeRange([_result length], 0);
}
_tableRows = nil;
_currentRow = nil;
_currentCellText = "";
_inTableActive = NO;
_waitingForNextRow = NO;
}
}
- (void)_flushCurrentRun
{
var newOffset = 0;
if (_currentRun)
{
if ([_result length] == _currentRun._range.location)
return;
_currentRun._range.length = [_result length] - _currentRun._range.location;
newOffset = CPMaxRange(_currentRun._range);
var dict = [_currentRun dictionary];
[_result setAttributes:dict range:_currentRun._range]; // flush previous run
_currentRun = [_currentRun copy];
}
else
{
_currentRun = [_RTFAttribute new];
}
_currentRun._range = CPMakeRange(newOffset, 0); // open a new one
}
- (CPString)_applyPropChange:sym parameter:param
{
switch (sym[0])
{
case "pard":
[self _flushCurrentRun];
[_currentRun resetParagraphStyle];
break;
case "b": // bold
if (param === 0)
{
if (_currentRun && _currentRun.bold)
[self _flushCurrentRun];
_currentRun.bold = NO;
}
else
{
if (_currentRun && !_currentRun.bold)
[self _flushCurrentRun];
_currentRun.bold = YES;
}
break;
case "i": // italic
if (param === 0)
{
if (_currentRun && _currentRun.italic)
[self _flushCurrentRun];
_currentRun.italic = NO;
}
else
{
if (_currentRun && !_currentRun.italic)
[self _flushCurrentRun];
_currentRun.italic = YES;
}
break;
case "ul": // underline
if (param === 0)
{
if (_currentRun && _currentRun.underline)
[self _flushCurrentRun];
_currentRun.underline = NO;
}
else
{
if (_currentRun && !_currentRun.underline)
[self _flushCurrentRun];
_currentRun.underline = YES;
}
break;
case "super":
[self _flushCurrentRun];
_currentRun.superscript = 1;
break;
case "sub":
[self _flushCurrentRun];
_currentRun.superscript = -1;
break;
case "nosupersub":
[self _flushCurrentRun];
_currentRun.superscript = 0;
break;
case "up":
[self _flushCurrentRun];
_currentRun.baselineOffset = parseFloat(param) / 2.0;
break;
case "dn":
[self _flushCurrentRun];
_currentRun.baselineOffset = -parseFloat(param) / 2.0;
break;
case "plain":
[self _flushCurrentRun];
[_currentRun resetFont];
break;
case "qc": // paragraph center
[_currentRun.paragraph setAlignment:CPCenterTextAlignment];
break;
case "ql": // paragraph left
[_currentRun.paragraph setAlignment:CPLeftTextAlignment];
break;
case "qr": // paragraph right
[_currentRun.paragraph setAlignment:CPRightTextAlignment];
break;
case "qj": // paragraph justified
[_currentRun.paragraph setAlignment:CPJustifiedTextAlignment];
break;
case "paperw":
_paper.width = param;
break;
case "paperh":
_paper.height = param;
break;
}
return '';
}
- (CPString)_changeDest:(CPArray)sym
{
switch (sym[0])
{
case "colortbl":
_colorArray.push([CPColor blackColor]);
break;
case "fonttbl":
_parsingFontTable = YES;
break;
}
if (sym[4] == "destSkip")
{
_curState++;
}
return '';
}
- (CPString)_translateKeyword:(CPString)keyword parameter:(CPString)param fParameter:(BOOL)fParam
{
if (_waitingForNextRow)
{
if (keyword !== "trowd" && keyword !== "cell" && keyword !== "row" && keyword !== "intbl" && keyword !== "cellx")
{
[self _flushTableIfAny];
}
}
if (kRgsymRtf[keyword] !== undefined)
{
var sym = kRgsymRtf[keyword];
switch (sym[3])
{
case kRTFParserType_prop:
if (sym[2] || !fParam)
param = sym[1];
return [self _applyPropChange:sym parameter:param];
case kRTFParserType_char:
if((param + '') !== 'NaN' && (param + '') !== 'null' && (param + '').length)
_currentParseIndex -= (param + '').length;
return [self _checkChar:sym parameter:param];
case kRTFParserType_dest:
return [self _changeDest:sym];
case kRTFParserType_spec:
return [self _parseSpec:sym parameter:param];
default:
return '';
}
}
else
{
switch (keyword)
{
case "red":
var oldColor = [_colorArray lastObject],
green = [oldColor greenComponent],
blue = [oldColor blueComponent];
_colorArray.pop();
_colorArray.push([CPColor colorWithRed:parseInt(param) / 255 green:green blue:blue alpha:1.0]);
break;
case "green":
var oldColor = [_colorArray lastObject],
red = [oldColor redComponent],
blue = [oldColor blueComponent];
_colorArray.pop();
_colorArray.push([CPColor colorWithRed:red green: parseInt(param) / 255 blue:blue alpha:1.0]);
break;
case "blue":
var oldColor = [_colorArray lastObject],
green = [oldColor greenComponent],
red = [oldColor redComponent];
_colorArray.pop();
_colorArray.push([CPColor colorWithRed:red green:green blue:parseInt(param) / 255 alpha:1.0]);
_colorArray.push([CPColor blackColor]); // placeholder for next color
break;
case "cf": // change foreground color
[self _flushCurrentRun];
var fontIndex = parseInt(param) - 1;
if (_currentRun)
{
if (fontIndex >= 0 && fontIndex < _colorArray.length)
_currentRun.fgColour = _colorArray[fontIndex];
else
_currentRun.fgColour = nil;
}
break;
case "cb": // change background color
case "highlight":
[self _flushCurrentRun];
var colorIndex = parseInt(param) - 1;
if (_currentRun)
{
if (colorIndex >= 0 && colorIndex < _colorArray.length)
_currentRun.bgColour = _colorArray[colorIndex];
else
_currentRun.bgColour = nil;
}
break;
case "f": // change font
[self _flushCurrentRun];
var fontIndex = parseInt(param);
if (_currentRun && fontIndex >= 0 && fontIndex < _fontArray.length)
_currentRun.fontName = _fontArray[fontIndex];
break;
case "fs": // change font size
[self _flushCurrentRun];
_currentRun.fontSize = parseInt(param) / 2;
break;
case "fi": // first line indent, an offset from the left indent
if (_currentRun)
{
_currentRun._firstLineOffset = parseInt(param) / 20.0;
[_currentRun.paragraph setFirstLineHeadIndent:[_currentRun.paragraph headIndent] + _currentRun._firstLineOffset];
}
break;
case "li": // left indent / head indent
if (_currentRun)
{
[_currentRun.paragraph setHeadIndent:parseInt(param) / 20.0];
[_currentRun.paragraph setFirstLineHeadIndent:[_currentRun.paragraph headIndent] + _currentRun._firstLineOffset];
}
break;
case "ls": // the RTF list of a list item
if (_currentRun)
{
_currentRun._listNumber = parseInt(param);
[self _applyTextListsToCurrentRun];
}
break;
case "ilvl": // the level of a list item
if (_currentRun)
{
_currentRun._listLevel = parseInt(param);
[self _applyTextListsToCurrentRun];
}
break;
case "uc": // the number of fallback characters after each Unicode character
_unicodeFallbackCount = parseInt(param) || 0;
break;
case "u": // a Unicode character, followed by its fallback characters
var code = parseInt(param);
// Fallback characters are skipped only in text that is kept.
if (_curState === 0)
_fallbackCharactersToSkip = _unicodeFallbackCount;
return String.fromCharCode(code < 0 ? code + 65536 : code);
case "ri": // right indent / tail indent
if (_currentRun)
[_currentRun.paragraph setTailIndent:parseInt(param) / 20.0];
break;
case "tqc": // center tab stop style flag
if (_currentRun)
_currentRun._nextTabType = CPCenterTabStopType;
break;
case "tqr": // right tab stop style flag
if (_currentRun)
_currentRun._nextTabType = CPRightTabStopType;
break;
case "tqdec": // decimal tab stop style flag
if (_currentRun)
_currentRun._nextTabType = CPDecimalTabStopType;
break;
case "tx": // tabstop location definition
var location = parseInt(param) / 20;
if (_currentRun)
[_currentRun addTab:location type:_currentRun._nextTabType];
break;
default:
break;
}
return '';
}
}
- (CPString)_parseKeyword:(CPString)rtf length:(unsigned)len
{
var ch = '',
fParam = false,
fNeg = false,
keyword = '',
param = '';
_rtf = rtf;
if (++_currentParseIndex >= len)
return len;
ch = rtf.charAt(_currentParseIndex);
if (!/[a-zA-Z]/.test(ch))
{
_keywordIsControlWord = NO;
return [self _translateKeyword:ch parameter:nil fParameter:fParam];
}
_keywordIsControlWord = YES;
while (new RegExp("[a-zA-Z]").test(ch))
{
keyword += ch;
ch = rtf.charAt(++_currentParseIndex);
}
if (ch == '-')
{
fNeg = true;
ch = rtf.charAt(++_currentParseIndex);
}
fParam = true;
while (new RegExp("[0-9]").test(ch))
{
param += (ch + '');
ch = rtf.charAt(++_currentParseIndex);
}
_currentParseIndex--;
param = parseInt(param);
if (fNeg)
param *= -1;
return [self _translateKeyword:keyword parameter:param fParameter:fParam];
}
/*
Reads the list table and the list override table, which are destinations the parser otherwise
skips, before the text is parsed. Paragraphs then refer to the lists with \lsN and \ilvlN.
*/
- (void)_parseListTables:(CPString)rtf
{
var lists = _CPRTFGroups(rtf, /\{\\list(?![a-z])/g);
for (var i = 0; i < lists.length; i++)
{
// Only the list itself has a \listid; its levels have \leveltemplateid.
var idMatch = /\\listid(-?\d+)/.exec(lists[i]),
levels = _CPRTFGroups(lists[i], /\{\\listlevel(?![a-z])/g),
definitions = [];
if (!idMatch)
continue;
for (var level = 0; level < levels.length; level++)
definitions.push(_CPRTFListLevelDefinition(levels[level], level));
_listDefinitions[idMatch[1]] = definitions;
}
var overrides = _CPRTFGroups(rtf, /\{\\listoverride(?![a-z])/g);
for (var i = 0; i < overrides.length; i++)
{
var idMatch = /\\listid(-?\d+)/.exec(overrides[i]),
numberMatch = /\\ls(\d+)/.exec(overrides[i]);
if (idMatch && numberMatch)
_listOverrides[numberMatch[1]] = idMatch[1];
}
}
/*
Gives the current run's paragraph the text lists of its RTF list and level. The text lists of
an RTF list are made once, one for each level, so the items of a list share them and are
numbered together.
*/
- (void)_applyTextListsToCurrentRun
{
var listNumber = _currentRun._listNumber;
if (!listNumber)
{
[_currentRun.paragraph setTextLists:[]];
return;
}
var definitions = _listDefinitions[_listOverrides[listNumber]] || [],
textLists = _textListsByOverride[listNumber];
if (!textLists)
textLists = _textListsByOverride[listNumber] = [];
for (var level = 0; level <= _currentRun._listLevel; level++)
{
if (!textLists[level])
{
var definition = definitions[level] || {format: CPTextListMarkerDisc, options: 0, start: 1};
textLists[level] = [[CPTextList alloc] initWithMarkerFormat:definition.format options:definition.options startingItemNumber:definition.start];
}
}
[_currentRun.paragraph setTextLists:textLists.slice(0, _currentRun._listLevel + 1)];
}
- (void)_appendPlainString:(CPString) aString
{
if (_inTableActive)
{
_currentCellText += aString;
}
else
{
[_result replaceCharactersInRange:CPMakeRange([_result length], 0) withString:aString];
}
}
- (CPAttributedString)parseRTF:(CPString)rtf
{
rtf = rtf.replace(/\\\n/g, "\\par\n");
if (rtf.length == 0)
return '';
_currentParseIndex = -1;
[self _parseListTables:rtf];
var len = rtf.length,
tmp = '',
ch = '',
hex = '',
lastchar = 0;
while (_currentParseIndex < len)
{
tmp = rtf.charAt(++_currentParseIndex);
if (_waitingForNextRow && tmp !== "\\" && tmp !== " " && tmp !== "\n" && tmp !== "\r" && tmp !== "\t")
{
[self _flushTableIfAny];
}
if (tmp !== "\\" && hex.length > 0)
{
[self _appendPlainString: String.fromCharCode(parseInt((hex), 16))];
hex = '';
}
switch (tmp)
{
case " ":
if (lastchar == 1)
{
lastchar = 0;
}
else
{
_freename += tmp;
// Only append literal spaces to the document if we are in the active body state
if (_curState == 0)
{
[self _appendPlainString:tmp];
}
}
break;
case "{":
lastchar = 0;
if (_waitingForNextRow)
[self _flushTableIfAny];
if ([self pushState])
break;
case "}":
lastchar = 0;
if (_waitingForNextRow)
[self _flushTableIfAny];
if ([self popState])
if (_freename)
{
if (_parsingFontTable)
{
_fontArray.push(_freename);
_parsingFontTable = NO;
}
_freename = "";
}
[self _flushCurrentRun];
break;
case "\\":
_freename = '';
ch = [self _parseKeyword:rtf length:len];
if (!_hexreturn && _keywordIsControlWord)
lastchar = 1;
else
lastchar = 0;
if (_hexreturn)
{
// Only append decoded characters if we are in the active body state
if (ch.length > 0 && _curState === 0 && _fallbackCharactersToSkip > 0)
_fallbackCharactersToSkip--;
else if (ch.length > 0 && _curState === 0)
{
var byteVal = parseInt(ch, 16);
var unicodeVal = byteVal;
if (byteVal >= 0x80 && byteVal <= 0x9F) {
unicodeVal = cp1252Map[byteVal] || byteVal;
}
[self _appendPlainString: String.fromCharCode(unicodeVal)];
}
_hexreturn = NO;
}
else if (ch !== undefined && _curState === 0)
{
[self _appendPlainString:ch];
}
break;
case 0x0d:
case 0x0a:
case '\n':
case '\r':
lastchar = 0;
break;
default:
lastchar = 0;
if (_curState == 0 && _fallbackCharactersToSkip > 0)
{
// A fallback character for the Unicode character before it.
_fallbackCharactersToSkip--;
}
else if (_curState == 0)
{
[self _appendPlainString:tmp];
}
else
{
if (tmp === ';')
{
if (_parsingFontTable && _freename)
{
var cleanFontName = _freename.trim();
var lastSpaceIdx = cleanFontName.lastIndexOf(' ');
if (lastSpaceIdx !== -1)
{
cleanFontName = cleanFontName.substring(lastSpaceIdx + 1);
}
_fontArray.push(cleanFontName);
_freename = "";
}
}
else
{
_freename += tmp;
}
}
break;
}
}
[self _flushTableIfAny];
return _result;
}
@end
/*
* CPMarkdownParser.j
*
* Parse a Markdown string into a CPAttributedString with inline style attributes
* and embedded _CPTableTextAttachment objects.
*
* Copyright (C) 2026 by Daniel Böhringer
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2.1 of the License, or (at your option) any later version.
*/
@implementation CPMarkdownParser : CPObject
+ (CPAttributedString)attributedStringFromMarkdown:(CPString)markdown
{
if (!markdown) {
return [[CPAttributedString alloc] initWithString:@""];
}
var result = [[CPMutableAttributedString alloc] initWithString:@""];
var lines = markdown.split(/\r?\n/);
var i = 0;
while (i < lines.length) {
var line = lines[i];
if ([self isTableHeaderLine:line] && i + 1 < lines.length && [self isTableSeparatorLine:lines[i+1]]) {
var headers = [self parseTableCells:line];
var separatorLine = lines[i+1];
var rows = [CPMutableArray array];
i += 2;
while (i < lines.length && [self isTableRowLine:lines[i]]) {
[rows addObject:[self parseTableCells:lines[i]]];
i++;
}
var numCols = [headers count];
if (numCols == 0 && [rows count] > 0) {
numCols = [[rows objectAtIndex:0] count];
}
// Convert raw header strings into CPAttributedStrings
var parsedHeaders = [CPMutableArray array];
for (var c = 0; c < [headers count]; c++) {
var cellText = [headers objectAtIndex:c];
[parsedHeaders addObject:[self parseTableCellMarkdown:cellText isHeader:YES]];
}
// Convert raw row strings into CPAttributedStrings
var parsedRows = [CPMutableArray array];
for (var r = 0; r < [rows count]; r++) {
var rowData = [rows objectAtIndex:r];
var parsedRow = [CPMutableArray array];
for (var c = 0; c < [rowData count]; c++) {
var cellText = [rowData objectAtIndex:c];
[parsedRow addObject:[self parseTableCellMarkdown:cellText isHeader:NO]];
}
[parsedRows addObject:parsedRow];
}
var totalNaturalW = 0.0;
var colNaturalWidths = [];
var measureTextField = [[CPTextField alloc] initWithFrame:CGRectMake(0, 0, 10000.0, 24.0)];
[measureTextField setFont:[CPFont systemFontOfSize:11.0]];
for (var c = 0; c < numCols; c++) {
var cellW = 80.0;
if (c < [parsedHeaders count]) {
var parsedText = [parsedHeaders objectAtIndex:c];
[measureTextField setStringValue:parsedText._string];
[measureTextField sizeToFit];
cellW = Math.max(cellW, CGRectGetWidth([measureTextField frame]) + 24.0);
}
for (var r = 0; r < [parsedRows count]; r++) {
var rowData = [parsedRows objectAtIndex:r];
if (c < [rowData count]) {
var parsedText = [rowData objectAtIndex:c];
[measureTextField setStringValue:parsedText._string];
[measureTextField sizeToFit];
cellW = Math.max(cellW, CGRectGetWidth([measureTextField frame]) + 24.0);
}
}
colNaturalWidths[c] = cellW;
totalNaturalW += cellW;
}
// Pass the parsed attributed strings to the attachment
var matrixView = [[_CPTableTextAttachment alloc] initWithHeaders:parsedHeaders rows:parsedRows width:500.0];
// Render utilizing the correct atomic attachment character string
var tableAttrStr = [CPTextStorage attributedStringWithAttachment:matrixView];
[result appendAttributedString:tableAttrStr];
continue;
}
var isHeader = false;
var headerLevel = 0;
var headerMatch = line.match(/^(#{1,6})\s+(.*)$/);
if (headerMatch) {
headerLevel = headerMatch[1].length;
line = headerMatch[2];
isHeader = true;
}
var isListItem = false;
var listMatch = line.match(/^(\*|-)\s+(.*)$/);
if (listMatch) {
line = " • " + listMatch[2];
isListItem = true;
}
var parsedLine = [self parseInlineMarkdown:line isHeader:isHeader headerLevel:headerLevel];
[result appendAttributedString:parsedLine];
if (i < lines.length - 1) {
[result appendAttributedString:[[CPAttributedString alloc] initWithString:@"\n"]];
}
i++;
}
return result;
}
// Parses a single table cell's Markdown, converting HTML breaks and handling list items
+ (CPAttributedString)parseTableCellMarkdown:(CPString)cellText isHeader:(BOOL)isHeader
{
if (!cellText) {
return [[CPAttributedString alloc] initWithString:@""];
}
// Convert HTML line breaks to standard newlines
var cleanedText = cellText.replace(/<br\s*\/?>/gi, "\n");
var lines = cleanedText.split(/\r?\n/);
var cellResult = [[CPMutableAttributedString alloc] initWithString:@""];
for (var i = 0; i < lines.length; i++) {
var line = lines[i].trim();
// Convert dash or asterisk lists inside the cell to bullets
var listMatch = line.match(/^(\*|-)\s+(.*)$/);
if (listMatch) {
line = " • " + listMatch[2];
}
var parsedLine = [self parseInlineMarkdown:line isHeader:isHeader headerLevel:3];
[cellResult appendAttributedString:parsedLine];
if (i < lines.length - 1) {
[cellResult appendAttributedString:[[CPAttributedString alloc] initWithString:@"\n"]];
}
}
return cellResult;
}
+ (BOOL)isTableHeaderLine:(CPString)line
{
var trimmed = line.trim();
return trimmed.indexOf('|') !== -1;
}
+ (BOOL)isTableSeparatorLine:(CPString)line
{
var trimmed = line.trim();
if (trimmed.indexOf('|') === -1) return NO;
var stripped = trimmed.replace(/[\s|:\-]/g, '');
return stripped.length === 0;
}
+ (BOOL)isTableRowLine:(CPString)line
{
var trimmed = line.trim();
return trimmed.indexOf('|') !== -1;
}
+ (CPArray)parseTableCells:(CPString)line
{
var parts = line.split('|');
var cells = [CPMutableArray array];
var startIdx = 0;
var endIdx = parts.length;
if (parts[0].trim() === "") startIdx = 1;
if (parts[parts.length - 1].trim() === "") endIdx = parts.length - 1;
for (var j = startIdx; j < endIdx; j++) {
[cells addObject:parts[j].trim()];
}
return cells;
}
+ (CPAttributedString)parseInlineMarkdown:(CPString)text isHeader:(BOOL)isHeader headerLevel:(int)level
{
var baseFontSize = 11.0;
var fontSize = baseFontSize;
var isBold = isHeader;
var isItalic = NO;
if (isHeader) {
if (level == 1) fontSize = 15.0;
else if (level == 2) fontSize = 13.0;
else fontSize = 12.0;
}
var result = [[CPMutableAttributedString alloc] initWithString:@""];
var currentSegment = "";
var i = 0;
var len = text.length;
var defaultFont = [CPFont systemFontOfSize:fontSize];
if (isBold) {
defaultFont = [CPFont boldSystemFontOfSize:fontSize];
}
while (i < len) {
if (i + 2 < len && text.substr(i, 3) === "***") {
if (currentSegment.length > 0) {
[result appendAttributedString:[self attributedStringWithText:currentSegment font:defaultFont bold:isBold italic:isItalic code:NO]];
currentSegment = "";
}
isBold = !isBold;
isItalic = !isItalic;
i += 3;
continue;
}
if (i + 1 < len && text.substr(i, 2) === "**") {
if (currentSegment.length > 0) {
[result appendAttributedString:[self attributedStringWithText:currentSegment font:defaultFont bold:isBold italic:isItalic code:NO]];
currentSegment = "";
}
isBold = !isBold;
i += 2;
continue;
}
if (text.charAt(i) === "*") {
if (currentSegment.length > 0) {
[result appendAttributedString:[self attributedStringWithText:currentSegment font:defaultFont bold:isBold italic:isItalic code:NO]];
currentSegment = "";
}
isItalic = !isItalic;
i++;
continue;
}
if (text.charAt(i) === "`") {
if (currentSegment.length > 0) {
[result appendAttributedString:[self attributedStringWithText:currentSegment font:defaultFont bold:isBold italic:isItalic code:NO]];
currentSegment = "";
}
var codeText = "";
i++;
while (i < len && text.charAt(i) !== "`") {
codeText += text.charAt(i);
i++;
}
[result appendAttributedString:[self attributedStringWithText:codeText font:defaultFont bold:NO italic:NO code:YES]];
i++;
continue;
}
currentSegment += text.charAt(i);
i++;
}
if (currentSegment.length > 0) {
[result appendAttributedString:[self attributedStringWithText:currentSegment font:defaultFont bold:isBold italic:isItalic code:NO]];
}
return result;
}
+ (CPAttributedString)attributedStringWithText:(CPString)text font:(CPFont)baseFont bold:(BOOL)b italic:(BOOL)it code:(BOOL)c
{
var fontName = [baseFont familyName];
var fontSize = [baseFont size];
var finalFont = baseFont;
if (c) {
finalFont = [CPFont fontWithName:@"Courier" size:fontSize];
} else {
finalFont = [CPFont _fontWithName:fontName size:fontSize bold:b italic:it];
}
if (!finalFont) {
finalFont = [CPFont systemFontOfSize:fontSize];
}
var dict = [CPDictionary dictionaryWithObjectsAndKeys:
finalFont, CPFontAttributeName,
[CPColor blackColor], CPForegroundColorAttributeName
];
return [[CPAttributedString alloc] initWithString:text attributes:dict];
}
@end
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