{-------------------------------------------------------------------------------
The contents of this file are subject to the Mozilla Public License
Version 1.1 (the "License"); you may not use this file except in compliance
with the License. You may obtain a copy of the License at
http://www.mozilla.org/MPL/

Software distributed under the License is distributed on an "AS IS" basis,
WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License for
the specific language governing rights and limitations under the License.

The Original Code is: SynHighlighterPas.pas, released 2000-04-17.
The Original Code is based on the mwPasSyn.pas file from the
mwEdit component suite by Martin Waldenburg and other developers, the Initial
Author of this file is Martin Waldenburg.
Portions created by Martin Waldenburg are Copyright (C) 1998 Martin Waldenburg.
All Rights Reserved.

Contributors to the SynEdit and mwEdit projects are listed in the
Contributors.txt file.

Alternatively, the contents of this file may be used under the terms of the
GNU General Public License Version 2 or later (the "GPL"), in which case
the provisions of the GPL are applicable instead of those above.
If you wish to allow use of your version of this file only under the terms
of the GPL and not to allow others to use your version of this file
under the MPL, indicate your decision by deleting the provisions above and
replace them with the notice and other provisions required by the GPL.
If you do not delete the provisions above, a recipient may use your version
of this file under either the MPL or the GPL.

$Id: synhighlighterpas.pp 60716 2019-03-18 14:32:20Z martin $

You may retrieve the latest version of this file at the SynEdit home page,
located at http://SynEdit.SourceForge.net

Known Issues:
-------------------------------------------------------------------------------}
{
@abstract(Provides a Pascal/Delphi syntax highlighter for SynEdit)
@author(Martin Waldenburg)
@created(1998, converted to SynEdit 2000-04-07)
@lastmod(2000-06-23)
The SynHighlighterPas unit provides SynEdit with a Object Pascal syntax highlighter.
An extra boolean property "D4Syntax" is included to enable the recognition of the
advanced features found in Object Pascal in Delphi 4.
}
unit SynHighlighterPas;

{$I synedit.inc}

interface

uses
  SysUtils, LCLProc,
  Classes, Registry, Graphics, SynEditHighlighterFoldBase, SynEditMiscProcs,
  SynEditTypes, SynEditHighlighter, SynEditTextBase, SynEditStrConst, SynEditMiscClasses;

type
  TSynPasStringMode = (spsmDefault, spsmStringOnly, spsmNone);

  TtkTokenKind = (tkAsm, tkComment, tkIdentifier, tkKey, tkNull, tkNumber,
    tkSpace, tkString, tkSymbol, tkDirective, tkIDEDirective,
    tkUnknown);

  TRangeState = (
    // rsAnsi, rsBor, rsDirective are exclusive to each other
    rsAnsi,         // *) comment
    rsBor,          // { comment
    rsSlash,        // //
    rsIDEDirective, // {%
    rsDirective,    // {$
    rsAsm,          // assembler block
    rsProperty,
    rsAtPropertyOrReadWrite, // very first word after property (name of the property) or after read write in property
    rsInterface,
    rsImplementation,   // Program or Implementation

    // we need to detect:    type TFoo = procedure; // must not fold
    //                       var  foo: procedure;   // must not fold
    rsAfterEqualOrColon,   // very first word after "=" or ":"
    rsAfterEqual,          // between "=" and ";" (or block end) // a ^ means ctrl-char, not pointer to type

    // Detect if class/object is   type TFoo = class; // forward declaration
    //                                  TBar = class of TFoo;
    // or full class declaration  TFoo = class ... end;
    // Also included after class modifiers "sealed" and "abstract"
    rsAtClass,
    rsAfterClass,
    rsAfterIdentifierOrValue, // anywhere where a ^ deref can happen "foo^", "foo^^", "foo()^", "foo[]^"
    rsAfterIdentifierOrValueAdd,

    rsAtClosingBracket,   // ')'
    rsAtCaseLabel,
    rsInProcHeader,       // Declaration or implementation header of a Procedure, function, constructor...
    rsAfterClassMembers,  // Encountered a procedure, function, property, constructor or destructor in a class
    rsAfterClassField,    // after ";" of a field (static needs highlight)
    rsVarTypeInSpecification, // between ":"/"=" and ";" in a var or type section (or class members)
                              // var a: Integer; type b = Int64;
    rsInTypeBlock,
    rsSkipAllPasBlocks        // used for: class of ... ;
  );
  TRangeStates = set of TRangeState;

type
  TPascalCodeFoldBlockType = ( // Do *not* change the order
    cfbtBeginEnd,      // Nested
    cfbtTopBeginEnd,   // Begin of Procedure
    cfbtNestedComment,
    cfbtProcedure,
    cfbtUses,
    cfbtVarType,
    cfbtLocalVarType,
    cfbtClass,
    cfbtClassSection,
    cfbtUnitSection,
    cfbtProgram,
    cfbtUnit,
    cfbtRecord,
    cfbtTry,
    cfbtExcept,
    cfbtRepeat,
    cfbtAsm,
    cfbtCase,
    cfbtIfDef,        // {$IfDef} directive, this is not counted in the Range-Node
    cfbtRegion,       // {%Region} user folds, not counted in the Range-Node
    cfbtAnsiComment,  // (* ... *)
    cfbtBorCommand,   // { ... }
    cfbtSlashComment, // //
    cfbtIfThen,
    cfbtForDo,
    cfbtWhileDo,
    cfbtWithDo,
    cfbtIfElse,
    // Internal type / not configurable
    cfbtCaseElse,     // "else" in case can have multiply statements
    cfbtPackage,
    //cfbtIfThen,
    cfbtNone
    );
  TPascalCodeFoldBlockTypes = set of TPascalCodeFoldBlockType;


const
  cfbtLastPublic = cfbtIfElse;
  cfbtFirstPrivate = cfbtCaseElse;

  CountPascalCodeFoldBlockOffset =
    Pointer(PtrInt(Integer(high(TPascalCodeFoldBlockType))+1));

  cfbtAll = TPascalCodeFoldBlockTypes(
    [low(TPascalCodeFoldBlockType)..high(TPascalCodeFoldBlockType)]);

  PascalWordTripletRanges = TPascalCodeFoldBlockTypes(
    [cfbtBeginEnd, cfbtTopBeginEnd, cfbtProcedure, cfbtClass, cfbtProgram, cfbtRecord,
     cfbtTry, cfbtExcept, cfbtRepeat, cfbtAsm, cfbtCase, cfbtCaseElse,
     cfbtIfDef, cfbtRegion,
     cfbtIfThen, cfbtForDo,cfbtWhileDo,cfbtWithDo
    ]);
  PascalNoOutlineRanges = TPascalCodeFoldBlockTypes(
    [cfbtProgram,cfbtUnit,cfbtUnitSection, cfbtRegion, //cfbtProcedure,//=need by nested proc?
      cfbtVarType, cfbtCaseElse,
      cfbtIfDef, cfbtAnsiComment,cfbtBorCommand,cfbtSlashComment, cfbtNestedComment]);

  // restrict cdecl etc to places where they can be.
  // this needs a better parser
  ProcModifierAllowed = TPascalCodeFoldBlockTypes(
    [cfbtNone, cfbtProcedure, cfbtProgram, cfbtClass, cfbtClassSection, cfbtRecord,
     cfbtUnitSection, // unitsection, actually interface only
     cfbtVarType, cfbtLocalVarType]);

  PascalStatementBlocks = TPascalCodeFoldBlockTypes(
    [cfbtBeginEnd, cfbtTopBeginEnd, cfbtCase, cfbtTry, cfbtExcept, cfbtRepeat,
     cfbtCaseElse, cfbtIfThen, cfbtForDo,cfbtWhileDo,cfbtWithDo,cfbtIfElse ]);

  cfbtEssential = TPascalCodeFoldBlockTypes([
    cfbtClass, cfbtClassSection, cfbtRecord,
    cfbtUnitSection, cfbtProcedure, cfbtProgram, cfbtPackage,
    cfbtVarType, cfbtLocalVarType, cfbtAsm,
    cfbtAnsiComment, cfbtBorCommand, cfbtSlashComment, cfbtNestedComment,
    cfbtCase, // for case-else
    cfbtTry // only if cfbtExcept
    ]
    + ProcModifierAllowed + PascalStatementBlocks
    // the following statementblocks can only be nested in another statement.
    - [cfbtBeginEnd, cfbtCase, {cfbtTry,} cfbtExcept, cfbtRepeat,
       cfbtCaseElse, cfbtIfThen, cfbtForDo,cfbtWhileDo,cfbtWithDo ]);

  PascalFoldTypeCompatibility: Array [TPascalCodeFoldBlockType] of TPascalCodeFoldBlockType =
    ( cfbtBeginEnd,      // Nested
      cfbtBeginEnd,  // cfbtTopBeginEnd,   // Begin of Procedure
      cfbtNestedComment,
      cfbtProcedure,
      cfbtUses,
      cfbtVarType,
      cfbtVarType, // cfbtLocalVarType,
      cfbtClass,
      cfbtClassSection,
      cfbtUnitSection,
      cfbtProgram,
      cfbtUnit,
      cfbtRecord,
      cfbtTry,
      cfbtExcept,
      cfbtRepeat,
      cfbtAsm,
      cfbtCase,
      cfbtIfDef,        // {$IfDef} directive, this is not counted in the Range-Node
      cfbtRegion,       // {%Region} user folds, not counted in the Range-Node
      cfbtNestedComment, //cfbtAnsiComment,  // (* ... *)
      cfbtNestedComment, //cfbtBorCommand,   // { ... }
      cfbtSlashComment, // //
      cfbtIfThen,
      cfbtForDo,
      cfbtWhileDo,
      cfbtWithDo,
      cfbtIfElse,
      // Internal type / not configurable
      cfbtCaseElse,
      cfbtPackage,
      cfbtNone
    );

  FOLDGROUP_PASCAL = 1;
  FOLDGROUP_REGION = 2;
  FOLDGROUP_IFDEF  = 3;


type

  TPascalCompilerMode = (
    pcmObjFPC,
    pcmDelphi,
    pcmFPC,
    pcmTP,
    pcmGPC,
    pcmMacPas
    );

  TSynPasDividerDrawLocation = (
      pddlUnitSection,
      pddlUses,
      pddlVarGlobal,     // Var, Type, Const in global scope
      pddlVarLocal,      // Var, Type, Const in local (procedure) scope
      pddlStructGlobal,  // Class, Object, Record in global type block
      pddlStructLocal,   // Class, Object, Record in local (procedure) type block
      pddlProcedure,
      pddlBeginEnd,      // Includes Repeat
      pddlTry
    );

const

  PasDividerDrawLocationDefaults: Array [TSynPasDividerDrawLocation] of
    Integer = (1, 0, // unit, uses
               1, 0, // var
               1, 0, // struct
               2, 0, // proc, begin
               0);

type

 TSynPasRangeInfo = record
    EndLevelIfDef: Smallint;
    MinLevelIfDef: Smallint;
    EndLevelRegion: Smallint;
    MinLevelRegion: Smallint;
  end;

  { TSynHighlighterPasRangeList }

  TSynHighlighterPasRangeList = class(TSynHighlighterRangeList)
  private
    FItemOffset: integer;
    function GetTSynPasRangeInfo(Index: Integer): TSynPasRangeInfo;
    procedure SetTSynPasRangeInfo(Index: Integer; const AValue: TSynPasRangeInfo);
  public
    constructor Create;
    property PasRangeInfo[Index: Integer]: TSynPasRangeInfo
      read GetTSynPasRangeInfo write SetTSynPasRangeInfo;
  end;

  { TSynPasSynRange }

  TSynPasSynRange = class(TSynCustomHighlighterRange)
  private
    FMode: TPascalCompilerMode;
    FNestedComments: Boolean;
    FBracketNestLevel : Integer;
    FLastLineCodeFoldLevelFix: integer;
    FPasFoldFixLevel: Smallint;
  public
    procedure Clear; override;
    function Compare(Range: TSynCustomHighlighterRange): integer; override;
    procedure Assign(Src: TSynCustomHighlighterRange); override;
    function MaxFoldLevel: Integer; override;
    procedure IncBracketNestLevel;
    procedure DecBracketNestLevel;
    procedure DecLastLineCodeFoldLevelFix;
    procedure DecLastLinePasFoldFix;
    property Mode: TPascalCompilerMode read FMode write FMode;
    property NestedComments: Boolean read FNestedComments write FNestedComments;
    property BracketNestLevel: integer read FBracketNestLevel write FBracketNestLevel;
    property LastLineCodeFoldLevelFix: integer
      read FLastLineCodeFoldLevelFix write FLastLineCodeFoldLevelFix;
    property PasFoldFixLevel: Smallint read FPasFoldFixLevel write FPasFoldFixLevel;
  end;

  TProcTableProc = procedure of object;

  PIdentFuncTableFunc = ^TIdentFuncTableFunc;
  TIdentFuncTableFunc = function: TtkTokenKind of object;

  { TSynPasSyn }

  TSynPasSyn = class(TSynCustomFoldHighlighter)
  private
    fAsmStart: Boolean;
    FExtendedKeywordsMode: Boolean;
    FNestedComments: boolean;
    FProcedureHeaderNameAttr: TSynHighlighterAttributesModifier;
    FCurProcedureHeaderNameAttr: TSynSelectedColorMergeResult;
    FStartCodeFoldBlockLevel: integer; // TODO: rename FStartNestedFoldBlockLevel
    FPasStartLevel: Smallint;
    fRange: TRangeStates;
    FOldRange: TRangeStates;
    FStringKeywordMode: TSynPasStringMode;
    FSynPasRangeInfo: TSynPasRangeInfo;
    FAtLineStart: Boolean; // Line had only spaces or comments sofar
    fLineStr: string;
    fLine: PChar;
    fLineLen: integer;
    fLineNumber: Integer;
    fProcTable: array[#0..#255] of TProcTableProc;
    Run: LongInt;// current parser postion in fLine
    fStringLen: Integer;// current length of hash
    fToIdent: integer;// start of current identifier in fLine
    fIdentFuncTable: array[0..191] of TIdentFuncTableFunc;
    fTokenPos: Integer;// start of current token in fLine
    FTokenID: TtkTokenKind;
    FTokenIsCaseLabel: Boolean;
    fStringAttri: TSynHighlighterAttributes;
    fNumberAttri: TSynHighlighterAttributes;
    fKeyAttri: TSynHighlighterAttributes;
    fSymbolAttri: TSynHighlighterAttributes;
    fAsmAttri: TSynHighlighterAttributes;
    fCommentAttri: TSynHighlighterAttributes;
    FIDEDirectiveAttri: TSynHighlighterAttributesModifier;
    FCurIDEDirectiveAttri: TSynSelectedColorMergeResult;
    fIdentifierAttri: TSynHighlighterAttributes;
    fSpaceAttri: TSynHighlighterAttributes;
    FCaseLabelAttri: TSynHighlighterAttributesModifier;
    FCurCaseLabelAttri: TSynSelectedColorMergeResult;
    fDirectiveAttri: TSynHighlighterAttributes;
    FCompilerMode: TPascalCompilerMode;
    fD4syntax: boolean;
    // Divider
    FDividerDrawConfig: Array [TSynPasDividerDrawLocation] of TSynDividerDrawConfig;

    function GetPasCodeFoldRange: TSynPasSynRange;
    procedure SetCompilerMode(const AValue: TPascalCompilerMode);
    procedure SetExtendedKeywordsMode(const AValue: Boolean);
    procedure SetNestedComments(const ANestedComments: boolean);
    procedure SetStringKeywordMode(const AValue: TSynPasStringMode);
    function TextComp(aText: PChar): Boolean;
    function KeyHash: Integer;
    function Func15: TtkTokenKind;
    function Func19: TtkTokenKind;
    function Func20: TtkTokenKind;
    function Func21: TtkTokenKind;
    function Func23: TtkTokenKind;
    function Func25: TtkTokenKind;
    function Func27: TtkTokenKind;
    function Func28: TtkTokenKind;
    function Func29: TtkTokenKind;  // "on"
    function Func32: TtkTokenKind;
    function Func33: TtkTokenKind;
    function Func35: TtkTokenKind;
    function Func37: TtkTokenKind;
    function Func38: TtkTokenKind;
    function Func39: TtkTokenKind;
    function Func40: TtkTokenKind;
    function Func41: TtkTokenKind;
    function Func42: TtkTokenKind; // "alias", "final"
    function Func44: TtkTokenKind;
    function Func45: TtkTokenKind;
    function Func46: TtkTokenKind; // "sealed"
    function Func47: TtkTokenKind;
    function Func49: TtkTokenKind;
    function Func52: TtkTokenKind;
    function Func54: TtkTokenKind;
    function Func55: TtkTokenKind;
    function Func56: TtkTokenKind;
    function Func57: TtkTokenKind;
    function Func58: TtkTokenKind;
    function Func59: TtkTokenKind;
    function Func60: TtkTokenKind;
    function Func61: TtkTokenKind;
    function Func63: TtkTokenKind;
    function Func64: TtkTokenKind;
    function Func65: TtkTokenKind;
    function Func66: TtkTokenKind;
    function Func69: TtkTokenKind;
    function Func71: TtkTokenKind;
    function Func72: TtkTokenKind;
    function Func73: TtkTokenKind;
    function Func75: TtkTokenKind;
    function Func76: TtkTokenKind;
    function Func79: TtkTokenKind;
    function Func81: TtkTokenKind;
    function Func84: TtkTokenKind;
    function Func85: TtkTokenKind;
    function Func86: TtkTokenKind;
    function Func87: TtkTokenKind;
    function Func88: TtkTokenKind;
    function Func89: TtkTokenKind;
    function Func91: TtkTokenKind;
    function Func92: TtkTokenKind;
    function Func94: TtkTokenKind;
    function Func95: TtkTokenKind;
    function Func96: TtkTokenKind;
    function Func97: TtkTokenKind;
    function Func98: TtkTokenKind;
    function Func99: TtkTokenKind;
    function Func100: TtkTokenKind;
    function Func101: TtkTokenKind;
    function Func102: TtkTokenKind;
    function Func103: TtkTokenKind;
    function Func105: TtkTokenKind;
    function Func106: TtkTokenKind;
    function Func108: TtkTokenKind; // "operator"
    function Func111: TtkTokenKind; // "vectorcall"
    function Func112: TtkTokenKind; // "requires"
    function Func117: TtkTokenKind;
    function Func122: TtkTokenKind; // "otherwise"
    function Func124: TtkTokenKind;
    function Func125: TtkTokenKind;
    function Func126: TtkTokenKind;
    function Func128: TtkTokenKind;
    function Func129: TtkTokenKind;
    function Func130: TtkTokenKind;
    function Func132: TtkTokenKind;
    function Func133: TtkTokenKind;
    function Func136: TtkTokenKind;
    function Func139: TtkTokenKind;
    function Func141: TtkTokenKind;
    function Func142: TtkTokenKind; // "experimental"
    function Func143: TtkTokenKind;
    function Func144: TtkTokenKind;
    function Func151: TtkTokenKind; // "unimplemented"
    function Func158: TtkTokenKind; // "unicodestring"
    function Func166: TtkTokenKind;
    function Func167: TtkTokenKind;
    function Func168: TtkTokenKind;
    function Func170: TtkTokenKind;
    function Func181: TtkTokenKind;
    function Func191: TtkTokenKind;
    function AltFunc: TtkTokenKind;
    procedure InitIdent;
    function IdentKind(p: integer): TtkTokenKind;
    procedure MakeMethodTables;
    procedure AddressOpProc;
    procedure AsciiCharProc;
    procedure AnsiProc;
    procedure BorProc;
    procedure BraceOpenProc;
    procedure ColonProc;
    procedure GreaterProc;
    procedure CRProc;
    procedure DirectiveProc;
    procedure IdentProc;
    procedure HexProc;
    procedure BinaryProc;
    procedure OctalProc;
    procedure LFProc;
    procedure LowerProc;
    procedure CaretProc;
    procedure NullProc;
    procedure NumberProc;
    procedure PointProc;
    procedure RoundOpenProc;
    procedure RoundCloseProc;
    procedure SquareOpenProc;
    procedure SquareCloseProc;
    procedure EqualSignProc;
    procedure SemicolonProc;                                                    //mh 2000-10-08
    procedure SlashProc;
    procedure SlashContinueProc;
    procedure SpaceProc;
    procedure StringProc;
    procedure SymbolProc;
    procedure UnknownProc;
    procedure SetD4syntax(const Value: boolean);
    // Divider
    procedure CreateDividerDrawConfig;
    procedure DestroyDividerDrawConfig;
  protected
    function KeyComp(const aKey: string): Boolean;
    function KeyCompEx(AText1, AText2: pchar; ALen: Integer): Boolean;
    function GetIdentChars: TSynIdentChars; override;
    function IsFilterStored: boolean; override;                                 //mh 2000-10-08
  protected
    // "Range"
    function GetRangeClass: TSynCustomHighlighterRangeClass; override;
    procedure CreateRootCodeFoldBlock; override;
    function CreateRangeList(ALines: TSynEditStringsBase): TSynHighlighterRangeList; override;
    function UpdateRangeInfoAtLine(Index: Integer): Boolean; override; // Returns true if range changed

    property PasCodeFoldRange: TSynPasSynRange read GetPasCodeFoldRange;
    function TopPascalCodeFoldBlockType
             (DownIndex: Integer = 0): TPascalCodeFoldBlockType;

    // Open/Close Folds
    procedure GetTokenBounds(out LogX1,LogX2: Integer); override;
    function StartPascalCodeFoldBlock
             (ABlockType: TPascalCodeFoldBlockType; ForceDisabled: Boolean = False
              ): TSynCustomCodeFoldBlock;
    procedure EndPascalCodeFoldBlock(NoMarkup: Boolean = False; UndoInvalidOpen: Boolean = False);
    procedure CloseBeginEndBlocksBeforeProc;
    procedure SmartCloseBeginEndBlocks(SearchFor: TPascalCodeFoldBlockType);
    procedure EndPascalCodeFoldBlockLastLine;
    procedure StartCustomCodeFoldBlock(ABlockType: TPascalCodeFoldBlockType);
    procedure EndCustomCodeFoldBlock(ABlockType: TPascalCodeFoldBlockType);
    procedure CollectNodeInfo(FinishingABlock: Boolean; ABlockType: Pointer;
      LevelChanged: Boolean); override;

    // Info about Folds
    function CreateFoldNodeInfoList: TLazSynFoldNodeInfoList; override;
    procedure ScanFoldNodeInfo(); override;
    procedure DoInitNode(var Node: TSynFoldNodeInfo;
                       //EndOffs: Integer;
                       FinishingABlock: Boolean;
                       ABlockType: Pointer; aActions: TSynFoldActions;
                       AIsFold: Boolean); override;

  protected
    function LastLinePasFoldLevelFix(Index: Integer; AType: Integer = 1;
                                     AIncludeDisabled: Boolean = False): integer; // TODO deprecated; // foldable nodes

    // Divider
    function GetDrawDivider(Index: integer): TSynDividerDrawConfigSetting; override;
    function GetDividerDrawConfig(Index: Integer): TSynDividerDrawConfig; override;
    function GetDividerDrawConfigCount: Integer; override;

    // Fold Config
    function CreateFoldConfigInstance(Index: Integer): TSynCustomFoldConfig;
      override;
    function GetFoldConfigInstance(Index: Integer): TSynCustomFoldConfig; override;
    function GetFoldConfigCount: Integer; override;
    function GetFoldConfigInternalCount: Integer; override;
    procedure DoFoldConfigChanged(Sender: TObject); override;
  public
    class function GetCapabilities: TSynHighlighterCapabilities; override;
    class function GetLanguageName: string; override;
  public
    constructor Create(AOwner: TComponent); override;
    destructor Destroy; override;
    function GetDefaultAttribute(Index: integer): TSynHighlighterAttributes;
      override;
    function GetEol: Boolean; override;
    function GetRange: Pointer; override;
    function GetToken: string; override;
    procedure GetTokenEx(out TokenStart: PChar; out TokenLength: integer); override;
    function GetTokenAttribute: TSynHighlighterAttributes; override;
    function GetTokenID: TtkTokenKind;
    function GetTokenKind: integer; override;
    function GetTokenPos: Integer; override;
    function IsKeyword(const AKeyword: string): boolean; override;
    procedure Next; override;

    procedure ResetRange; override;
    procedure SetLine(const NewValue: string; LineNumber: Integer); override;
    procedure SetRange(Value: Pointer); override;
    procedure StartAtLineIndex(LineNumber:Integer); override; // 0 based
    function GetEndOfLineAttribute: TSynHighlighterAttributes; override;

    function UseUserSettings(settingIndex: integer): boolean; override;
    procedure EnumUserSettings(settings: TStrings); override;

    function IsLineStartingInDirective(ALineIndex: TLineIdx): Boolean;
    // Info about Folds
    //function FoldBlockOpeningCount(ALineIndex: TLineIdx; const AFilter: TSynFoldBlockFilter): integer; override; overload;
    //function FoldBlockClosingCount(ALineIndex: TLineIdx; const AFilter: TSynFoldBlockFilter): integer; override; overload;
    function FoldBlockEndLevel(ALineIndex: TLineIdx; const AFilter: TSynFoldBlockFilter): integer; override; overload;
    function FoldBlockMinLevel(ALineIndex: TLineIdx; const AFilter: TSynFoldBlockFilter): integer; override; overload;
    function FoldBlockNestedTypes(ALineIndex: TLineIdx; ANestIndex: Integer; out
      AType: Pointer; const AFilter: TSynFoldBlockFilter): boolean; override; overload;

    function FoldTypeCount: integer; override;
    function FoldTypeAtNodeIndex(ALineIndex, FoldIndex: Integer;                // accesses FoldNodeInfo
             UseCloseNodes: boolean = false): integer; override;
    function FoldLineLength(ALineIndex, FoldIndex: Integer): integer; override; // accesses FoldNodeInfo
    function FoldEndLine(ALineIndex, FoldIndex: Integer): integer; override;    // accesses FoldNodeInfo

  published
    property AsmAttri: TSynHighlighterAttributes read fAsmAttri write fAsmAttri;
    property CommentAttri: TSynHighlighterAttributes read fCommentAttri
      write fCommentAttri;
    property IDEDirectiveAttri: TSynHighlighterAttributesModifier read FIDEDirectiveAttri
      write FIDEDirectiveAttri;
    property IdentifierAttri: TSynHighlighterAttributes read fIdentifierAttri
      write fIdentifierAttri;
    property KeyAttri: TSynHighlighterAttributes read fKeyAttri write fKeyAttri;
    property NumberAttri: TSynHighlighterAttributes read fNumberAttri
      write fNumberAttri;
    property SpaceAttri: TSynHighlighterAttributes read fSpaceAttri
      write fSpaceAttri;
    property StringAttri: TSynHighlighterAttributes read fStringAttri
      write fStringAttri;
    property SymbolAttri: TSynHighlighterAttributes read fSymbolAttri
      write fSymbolAttri;
    property ProcedureHeaderName: TSynHighlighterAttributesModifier read FProcedureHeaderNameAttr
      write FProcedureHeaderNameAttr;
    property CaseLabelAttri: TSynHighlighterAttributesModifier read FCaseLabelAttri
      write FCaseLabelAttri;
    property DirectiveAttri: TSynHighlighterAttributes read fDirectiveAttri
      write fDirectiveAttri;
    property CompilerMode: TPascalCompilerMode read FCompilerMode write SetCompilerMode;
    property NestedComments: boolean read FNestedComments write SetNestedComments;
    property D4syntax: boolean read FD4syntax write SetD4syntax default true;
    property ExtendedKeywordsMode: Boolean
             read FExtendedKeywordsMode write SetExtendedKeywordsMode default False;
    property StringKeywordMode: TSynPasStringMode
             read FStringKeywordMode write SetStringKeywordMode default spsmDefault;
  end;

  { TSynFreePascalSyn }

  TSynFreePascalSyn = class(TSynPasSyn)
  public
    constructor Create(AOwner: TComponent); override;
    procedure ResetRange; override;
  end;


implementation

const
  RESERVED_WORDS_TP: array [1..54] of String = (
    'absolute', 'and', 'array', 'asm',
    'begin',
    'case', 'const', 'constructor',
    'destructor', 'div', 'do', 'downto',
    'else', 'end',
    'file', 'for', 'function',
    'goto',
    'if', 'implementation', 'in', 'inherited', 'inline', 'interface',
    'label',
    'mod',
    'nil', 'not',
    'object', 'of', 'on', 'operator', 'or',
    'packed', 'procedure', 'program',
    'record', 'reintroduce', 'repeat',
    'self', 'set', 'shl', 'shr', 'string',
    'then', 'to', 'type',
    'unit', 'until', 'uses',
    'var',
    'while', 'with',
    'xor'
  );

  RESERVED_WORDS_DELPHI: array [1..15] of String = (
    'as',
    'class',
    'except', 'exports',
    'finalization', 'finally',
    'initialization', 'is',
    'library',
    'on', 'out',
    'property',
    'raise',
    'threadvar',
    'try'
  );

  RESERVED_WORDS_FPC: array [1..5] of String = (
    'dispose', 'exit', 'false', 'new', 'true'
  );

var
  Identifiers: array[#0..#255] of ByteBool;
  mHashTable: array[#0..#255] of Integer;
  KeywordsList: TStringList;
  IsIntegerChar: array[char] of Boolean;
  IsNumberChar: array[char] of Boolean;
  IsSpaceChar: array[char] of Boolean;
  IsUnderScoreOrNumberChar: array[char] of Boolean;
  IsLetterChar: array[char] of Boolean;

function dbgs(FoldType: TPascalCodeFoldBlockType): String; overload;
begin
  WriteStr(Result, FoldType);
end;

procedure MakeIdentTable;
var
  I, J: Char;
begin
  for I := #0 to #255 do
  begin
    case I of
      '_', '0'..'9', 'a'..'z', 'A'..'Z': Identifiers[I] := True;
    else Identifiers[I] := False;
    end;
    J := UpCase(I);
    case I of
      'a'..'z', 'A'..'Z': mHashTable[I] := Ord(J) - 64;
      '_': mHashTable[I] := 27; // after Z
      '0'..'9': mHashTable[I] := Ord(J) - 48 + 28; // after "_"
    else
      mHashTable[Char(I)] := 0;
    end;
    IsIntegerChar[I]:=(I in ['0'..'9', 'A'..'F', 'a'..'f']);
    IsNumberChar[I]:=(I in ['0'..'9']);
    IsSpaceChar[I]:=(I in [#1..#9, #11, #12, #14..#32]);
    IsUnderScoreOrNumberChar[I]:=(I in ['_','0'..'9']);
    IsLetterChar[I]:=(I in ['a'..'z','A'..'Z']);
  end;
end;

procedure TSynPasSyn.InitIdent;
var
  I: Integer;
  pF: PIdentFuncTableFunc;
begin
  pF := PIdentFuncTableFunc(@fIdentFuncTable);
  for I := Low(fIdentFuncTable) to High(fIdentFuncTable) do begin
    pF^ := @AltFunc;
    Inc(pF);
  end;
  fIdentFuncTable[15] := @Func15;
  fIdentFuncTable[19] := @Func19;
  fIdentFuncTable[20] := @Func20;
  fIdentFuncTable[21] := @Func21;
  fIdentFuncTable[23] := @Func23;
  fIdentFuncTable[25] := @Func25;
  fIdentFuncTable[27] := @Func27;
  fIdentFuncTable[28] := @Func28;
  fIdentFuncTable[29] := @Func29; // "on"
  fIdentFuncTable[32] := @Func32;
  fIdentFuncTable[33] := @Func33;
  fIdentFuncTable[35] := @Func35;
  fIdentFuncTable[37] := @Func37;
  fIdentFuncTable[38] := @Func38;
  fIdentFuncTable[39] := @Func39;
  fIdentFuncTable[40] := @Func40;
  fIdentFuncTable[41] := @Func41;
  fIdentFuncTable[42] := @Func42;
  fIdentFuncTable[44] := @Func44;
  fIdentFuncTable[45] := @Func45;
  fIdentFuncTable[46] := @Func46;
  fIdentFuncTable[47] := @Func47;
  fIdentFuncTable[49] := @Func49;
  fIdentFuncTable[52] := @Func52;
  fIdentFuncTable[54] := @Func54;
  fIdentFuncTable[55] := @Func55;
  fIdentFuncTable[56] := @Func56;
  fIdentFuncTable[57] := @Func57;
  fIdentFuncTable[58] := @Func58;
  fIdentFuncTable[59] := @Func59;
  fIdentFuncTable[60] := @Func60;
  fIdentFuncTable[61] := @Func61;
  fIdentFuncTable[63] := @Func63;
  fIdentFuncTable[64] := @Func64;
  fIdentFuncTable[65] := @Func65;
  fIdentFuncTable[66] := @Func66;
  fIdentFuncTable[69] := @Func69;
  fIdentFuncTable[71] := @Func71;
  fIdentFuncTable[72] := @Func72;
  fIdentFuncTable[73] := @Func73;
  fIdentFuncTable[75] := @Func75;
  fIdentFuncTable[76] := @Func76;
  fIdentFuncTable[79] := @Func79;
  fIdentFuncTable[81] := @Func81;
  fIdentFuncTable[84] := @Func84;
  fIdentFuncTable[85] := @Func85;
  fIdentFuncTable[86] := @Func86;
  fIdentFuncTable[87] := @Func87;
  fIdentFuncTable[88] := @Func88;
  fIdentFuncTable[89] := @Func89;
  fIdentFuncTable[91] := @Func91;
  fIdentFuncTable[92] := @Func92;
  fIdentFuncTable[94] := @Func94;
  fIdentFuncTable[95] := @Func95;
  fIdentFuncTable[96] := @Func96;
  fIdentFuncTable[97] := @Func97;
  fIdentFuncTable[98] := @Func98;
  fIdentFuncTable[99] := @Func99;
  fIdentFuncTable[100] := @Func100;
  fIdentFuncTable[101] := @Func101;
  fIdentFuncTable[102] := @Func102;
  fIdentFuncTable[103] := @Func103;
  fIdentFuncTable[105] := @Func105;
  fIdentFuncTable[106] := @Func106;
  fIdentFuncTable[108] := @Func108; // "operator"
  fIdentFuncTable[111] := @Func111; // "vectorcall"
  fIdentFuncTable[112] := @Func112; // "requires"
  fIdentFuncTable[117] := @Func117;
  fIdentFuncTable[122] := @Func122;
  fIdentFuncTable[124] := @Func124;
  fIdentFuncTable[125] := @Func125;
  fIdentFuncTable[126] := @Func126;
  fIdentFuncTable[128] := @Func128;
  fIdentFuncTable[129] := @Func129;
  fIdentFuncTable[130] := @Func130;
  fIdentFuncTable[132] := @Func132;
  fIdentFuncTable[133] := @Func133;
  fIdentFuncTable[136] := @Func136;
  fIdentFuncTable[139] := @Func139;
  fIdentFuncTable[141] := @Func141;
  fIdentFuncTable[142] := @Func142;
  fIdentFuncTable[143] := @Func143;
  fIdentFuncTable[144] := @Func144;
  fIdentFuncTable[151] := @Func151;
  fIdentFuncTable[158] := @Func158;
  fIdentFuncTable[166] := @Func166;
  fIdentFuncTable[167] := @Func167;
  fIdentFuncTable[168] := @Func168;
  fIdentFuncTable[170] := @Func170;
  fIdentFuncTable[181] := @Func181;
  fIdentFuncTable[191] := @Func191;
end;

function TSynPasSyn.KeyHash: Integer;
var
  Start, ToHash: PChar;
begin
  Result := 0;
  if (fToIdent<fLineLen) then begin
    Start := fLine + fToIdent;
    ToHash := Start;
    if IsLetterChar[ToHash^] then
    begin
      inc(Result, mHashTable[ToHash^]);
      inc(ToHash);
      while (IsLetterChar[ToHash^] or IsUnderScoreOrNumberChar[ToHash^]) do
      begin
        inc(Result, mHashTable[ToHash^]);
        inc(ToHash);
      end;
    end;
    if IsUnderScoreOrNumberChar[ToHash^] then
      inc(ToHash);
    fStringLen := PtrUInt(ToHash) - PtrUInt(Start);
    //if CompareText(copy(fLineStr,fToIdent+1,fStringLen),'varargs')=0 then debugln('TSynPasSyn.KeyHash '+copy(fLineStr,fToIdent+1,fStringLen)+'='+dbgs(Result));
  end else begin
    fStringLen := 0;
  end;
end; { KeyHash }

function TSynPasSyn.KeyComp(const aKey: string): Boolean;
var
  I: Integer;
  Temp: PChar;
begin
  if Length(aKey) = fStringLen then
  begin
    Temp := fLine + fToIdent;
    Result := True;
    for i := 1 to fStringLen do
    begin
      if mHashTable[Temp^] <> mHashTable[aKey[i]] then
      begin
        Result := False;
        break;
      end;
      inc(Temp);
    end;
  end else Result := False;
end; { KeyComp }

function TSynPasSyn.KeyCompEx(AText1, AText2: pchar; ALen: Integer): Boolean;
begin
  Result := False;
  while ALen > 0 do begin
    if mHashTable[AText1^] <> mHashTable[AText2^] then
      exit;
    dec(ALen);
    inc(AText1);
    inc(AText2);
  end;
  Result := True;
end;

function TSynPasSyn.TextComp(aText: PChar): Boolean;
var
  CurPos: PChar;
begin
  CurPos:=@fLine[Run];
  while (aText^<>#0) do begin
    if mHashTable[aText^]<>mHashTable[CurPos^] then exit(false);
    inc(aText);
    inc(CurPos);
  end;
  Result:=true;
end;

procedure TSynPasSyn.SetCompilerMode(const AValue: TPascalCompilerMode);
begin
  NestedComments:=AValue in [pcmFPC,pcmObjFPC]; // NestedComments has to be reset even if CompilerMode doesn't change
  if FCompilerMode=AValue then exit;
  FCompilerMode:=AValue;
  PasCodeFoldRange.Mode:=FCompilerMode;
  //DebugLn(['TSynPasSyn.SetCompilerMode FCompilerMode=',ord(FCompilerMode),' FNestedComments=',FNestedComments]);
end;

procedure TSynPasSyn.SetExtendedKeywordsMode(const AValue: Boolean);
begin
  if FExtendedKeywordsMode = AValue then exit;
  FExtendedKeywordsMode := AValue;
  FAttributeChangeNeedScan := True;
  DefHighlightChange(self);
end;

procedure TSynPasSyn.SetStringKeywordMode(const AValue: TSynPasStringMode);
begin
  if FStringKeywordMode = AValue then exit;
  FStringKeywordMode := AValue;
  FAttributeChangeNeedScan := True;
  DefHighlightChange(self);
end;

function TSynPasSyn.GetPasCodeFoldRange: TSynPasSynRange;
begin
  Result := TSynPasSynRange(CodeFoldRange);
end;

function TSynPasSyn.Func15: TtkTokenKind;
begin
  if KeyComp('If') then begin
// Anything that may be nested in a "case", and does not have an end (like "end", "until",...)
    StartPascalCodeFoldBlock(cfbtIfThen,
      TopPascalCodeFoldBlockType in [cfbtCase, cfbtIfThen, cfbtIfElse, cfbtForDo, cfbtWhileDo, cfbtWithDo]);
    Result := tkKey
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func19: TtkTokenKind;
var pas : TPascalCodeFoldBlockType;
begin
  if KeyComp('Do') then begin
    Result := tkKey;
    pas := TopPascalCodeFoldBlockType;
    if pas in [cfbtForDo, cfbtWhileDo, cfbtWithDo] then
    begin
      EndPascalCodeFoldBlock();
      StartPascalCodeFoldBlock(pas);
    end
  end
  else
    if KeyComp('And') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func20: TtkTokenKind;
begin
  if KeyComp('As') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func21: TtkTokenKind;
begin
  if KeyComp('Of') then begin
    Result := tkKey;
    if (rsAfterClass in fRange) and (TopPascalCodeFoldBlockType = cfbtClass) and
       (PasCodeFoldRange.BracketNestLevel = 0)
    then begin
      // Accidental start of block // End at next semicolon (usually same line)
      fRange := fRange + [rsSkipAllPasBlocks];
      //CodeFoldRange.Pop(false); // avoid minlevel // does not work, still minlevel for disabled
      //CodeFoldRange.Add(Pointer(PtrInt(cfbtUses)), false);
    end
    else
    if (TopPascalCodeFoldBlockType = cfbtCase) then begin
      EndPascalCodeFoldBlock();
      StartPascalCodeFoldBlock(cfbtCase, True);
      fRange := fRange + [rsAtCaseLabel];
    end;
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func23: TtkTokenKind;
var
  tfb: TPascalCodeFoldBlockType;
  sl : integer;
begin
  if KeyComp('End') then begin
    if ((fToIdent<2) or (fLine[fToIdent-1]<>'@'))
    then begin
      Result := tkKey;
      fRange := fRange - [rsAsm, rsAfterClassMembers];
      PasCodeFoldRange.BracketNestLevel := 0; // Reset in case of partial code
      sl := fStringLen;
      // there may be more than on block ending here
      tfb := TopPascalCodeFoldBlockType;
      fStringLen:=0;
      while (tfb in [cfbtIfThen,cfbtForDo,cfbtWhileDo,cfbtWithDo,cfbtIfElse]) do begin // no semicolon before end
        EndPascalCodeFoldBlock(True);
        tfb := TopPascalCodeFoldBlockType;
      end;
      fStringLen := sl;
      if tfb = cfbtRecord then begin
        EndPascalCodeFoldBlock;
      end else if tfb = cfbtUnit then begin
        EndPascalCodeFoldBlock;
      end else if tfb = cfbtPackage then begin
        EndPascalCodeFoldBlock;
      end else if tfb = cfbtExcept then begin
        EndPascalCodeFoldBlock;
        if TopPascalCodeFoldBlockType = cfbtTry then
          EndPascalCodeFoldBlock;
      end else if tfb = cfbtTry then begin
          EndPascalCodeFoldBlock;
      end else if tfb in [cfbtTopBeginEnd, cfbtAsm] then begin
        EndPascalCodeFoldBlock;
        if TopPascalCodeFoldBlockType in [cfbtProcedure] then
          EndPascalCodeFoldBlock;
      end else if tfb in [cfbtCaseElse] then begin
        EndPascalCodeFoldBlock;
        EndPascalCodeFoldBlock; // must be cfbtCase
        fRange := fRange - [rsAtCaseLabel];
      end else if tfb in [cfbtCase] then begin
        EndPascalCodeFoldBlock;
        fRange := fRange - [rsAtCaseLabel];
      end else if tfb in [cfbtBeginEnd] then begin
        EndPascalCodeFoldBlock;
        if TopPascalCodeFoldBlockType = cfbtProgram then
          EndPascalCodeFoldBlock;
        fStringLen:=0;
        while (TopPascalCodeFoldBlockType in [{cfbtIfThen,}cfbtIfElse,cfbtForDo,cfbtWhileDo,cfbtWithDo]) do begin // no semicolon after end
          EndPascalCodeFoldBlock(True);
        end;
        fStringLen := sl;
      end else if tfb = cfbtProcedure then begin
//        EndPascalCodeFoldBlock; // wrong source: procedure end, without begin
      end else if tfb = cfbtUnitSection then begin
        EndPascalCodeFoldBlockLastLine;
        if TopPascalCodeFoldBlockType = cfbtUnit then // "Unit".."end."
          EndPascalCodeFoldBlock;
      end else begin
        if tfb = cfbtClassSection then
          EndPascalCodeFoldBlockLastLine;
        // after class-section either a class OR a record can close with the same "end"
        if TopPascalCodeFoldBlockType = cfbtClass then
          EndPascalCodeFoldBlock
        else
        if TopPascalCodeFoldBlockType = cfbtRecord then
          EndPascalCodeFoldBlock;
      // After type declaration, allow "deprecated"?
      if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
        fRange := fRange + [rsVarTypeInSpecification];
      end;
    end else begin
      Result := tkKey; // @@end or @end label
    end;
  end
  else
    if KeyComp('In') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func25: TtkTokenKind;
begin
  if KeyComp('Far') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func27: TtkTokenKind;
begin
  if KeyComp('Cdecl') and (TopPascalCodeFoldBlockType in ProcModifierAllowed) then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func28: TtkTokenKind;
begin
  if KeyComp('Is') then
    Result := tkKey
  else
  if (fRange * [rsProperty, rsAtPropertyOrReadWrite, rsAfterEqualOrColon] =  [rsProperty]) and
      (PasCodeFoldRange.BracketNestLevel = 0) and
     KeyComp('Read')
  then begin
    Result := tkKey;
    fRange := fRange + [rsAtPropertyOrReadWrite];
  end
  else if KeyComp('Case') then begin
    if TopPascalCodeFoldBlockType in PascalStatementBlocks + [cfbtUnitSection] then
      StartPascalCodeFoldBlock(cfbtCase, True);
    Result := tkKey;
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func29: TtkTokenKind;
begin
  if KeyComp('On') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func32: TtkTokenKind;
begin
  if KeyComp('Label') then begin
    if (TopPascalCodeFoldBlockType in  [cfbtVarType, cfbtLocalVarType, cfbtNone,
        cfbtProcedure, cfbtProgram, cfbtUnit, cfbtUnitSection])
    then begin
      if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
        EndPascalCodeFoldBlockLastLine;
      if TopPascalCodeFoldBlockType in [cfbtProcedure]
      then StartPascalCodeFoldBlock(cfbtLocalVarType)
      else StartPascalCodeFoldBlock(cfbtVarType);
    end;
    Result := tkKey;
  end
  else
  if KeyComp('Mod') then Result := tkKey
  else
  if KeyComp('File') then Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func33: TtkTokenKind;
begin
  if KeyComp('Or') then Result := tkKey
  else
  if KeyComp('Asm') then
  begin
    Result := tkKey;
    fRange := fRange + [rsAsm];
    fAsmStart := True;
    if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
      EndPascalCodeFoldBlockLastLine;
    StartPascalCodeFoldBlock(cfbtAsm);
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func35: TtkTokenKind;
begin
  if KeyComp('Nil') then Result := tkKey else
    if KeyComp('To') then Result := tkKey else
      if KeyComp('Div') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func37: TtkTokenKind;
begin
  if KeyComp('Begin') then begin
    // if we are in an include file, we may not know the state
    if (fRange * [rsImplementation, rsInterface] = []) then
      Include(fRange, rsImplementation);
    PasCodeFoldRange.BracketNestLevel := 0; // Reset in case of partial code
    if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
      EndPascalCodeFoldBlockLastLine;
    Result := tkKey;
    if TopPascalCodeFoldBlockType in [cfbtProcedure]
    then StartPascalCodeFoldBlock(cfbtTopBeginEnd)
    else StartPascalCodeFoldBlock(cfbtBeginEnd);
    //debugln('TSynPasSyn.Func37 BEGIN ',dbgs(ord(TopPascalCodeFoldBlockType)),' LineNumber=',dbgs(fLineNumber),' ',dbgs(MinimumNestFoldBlockLevel),' ',dbgs(CurrentCodeFoldBlockLevel));
  end else
  if FExtendedKeywordsMode and KeyComp('Break') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func38: TtkTokenKind;
begin
  if KeyComp('Near') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func39: TtkTokenKind;
begin
  if KeyComp('For') then begin
    Result := tkKey;
    if TopPascalCodeFoldBlockType in PascalStatementBlocks then
      StartPascalCodeFoldBlock(cfbtForDo);
  end
  else
    if KeyComp('Shl') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func40: TtkTokenKind;
begin
  if KeyComp('Packed') then begin
    Result := tkKey;
    if (fRange * [rsProperty, rsAfterEqualOrColon] =  [rsAfterEqualOrColon]) and
       (PasCodeFoldRange.BracketNestLevel = 0)
    then
      FOldRange := FOldRange - [rsAfterEqualOrColon]; // Keep flag in FRange
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func41: TtkTokenKind;
begin
  if KeyComp('Else') then begin
    Result := tkKey;
    // close all parent "else" and "do" // there can only be one else
    while (TopPascalCodeFoldBlockType in [cfbtForDo,cfbtWhileDo,cfbtWithDo,cfbtIfElse]) do begin
      //DebugLn('    Ending: %s', [dbgs(TopPascalCodeFoldBlockType)]);
      EndPascalCodeFoldBlockLastLine;
    end;
    if (TopPascalCodeFoldBlockType in [cfbtIfThen]) then begin
      EndPascalCodeFoldBlock;
      StartPascalCodeFoldBlock(cfbtIfElse);
    end else
    if TopPascalCodeFoldBlockType = cfbtCase then begin
      FTokenIsCaseLabel := True;
      StartPascalCodeFoldBlock(cfbtCaseElse, True);
    end
  end
  else if KeyComp('Var') then begin
    if (PasCodeFoldRange.BracketNestLevel = 0) and
        (TopPascalCodeFoldBlockType in
        [cfbtVarType, cfbtLocalVarType, cfbtNone, cfbtProcedure, cfbtProgram,
         cfbtUnit, cfbtUnitSection]) then begin
      if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
        EndPascalCodeFoldBlockLastLine;
      if TopPascalCodeFoldBlockType in [cfbtProcedure]
      then StartPascalCodeFoldBlock(cfbtLocalVarType)
      else StartPascalCodeFoldBlock(cfbtVarType);
    end;
    Result := tkKey;
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func42: TtkTokenKind;
begin
  if KeyComp('Alias') then
    Result := tkKey
  else
  if KeyComp('Final') and
     (TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection]) and
     (fRange * [rsAfterClassMembers, rsInProcHeader, rsProperty] = [rsAfterClassMembers]) and
     (PasCodeFoldRange.BracketNestLevel = 0)
  then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func44: TtkTokenKind;
begin
  if KeyComp('Set') then
    Result := tkKey
  else
  if KeyComp('Package') and (TopPascalCodeFoldBlockType=cfbtNone) then begin
    Result := tkKey;
    StartPascalCodeFoldBlock(cfbtPackage);
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func45: TtkTokenKind;
begin
  if KeyComp('Shr') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func46: TtkTokenKind;
begin
  if (rsAfterClass in fRange) and KeyComp('Sealed') and
     (PasCodeFoldRange.BracketNestLevel = 0) and
     (TopPascalCodeFoldBlockType in [cfbtClass])
  then begin
    Result := tkKey;
    fRange := fRange + [rsAtClass]; // forward, in case of further class modifiers
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func47: TtkTokenKind;
begin
  if KeyComp('Then') then begin
    Result := tkKey;
    // in a "case", we need to distinguish a possible follwing "else"
    if (TopPascalCodeFoldBlockType = cfbtIfThen) then
      EndPascalCodeFoldBlock;
    StartPascalCodeFoldBlock(cfbtIfThen,
      TopPascalCodeFoldBlockType in [cfbtCase, cfbtIfThen, cfbtIfElse, cfbtForDo, cfbtWhileDo, cfbtWithDo]);
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func49: TtkTokenKind;
begin
  if KeyComp('Not') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func52: TtkTokenKind;
begin
  if KeyComp('Pascal') and (TopPascalCodeFoldBlockType in ProcModifierAllowed) then
    Result := tkKey
  else
  if KeyComp('Raise') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func54: TtkTokenKind;
begin
  if KeyComp('Class') then begin
    Result := tkKey;
    if (rsAfterEqual in fRange) and (PasCodeFoldRange.BracketNestLevel = 0)
    then begin
      fRange := fRange + [rsAtClass] - [rsVarTypeInSpecification, rsAfterEqual];
      StartPascalCodeFoldBlock(cfbtClass);
    end;
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func55: TtkTokenKind;
begin
  if KeyComp('Object') then begin
    Result := tkKey;
    if (rsAfterEqualOrColon in fRange) and (PasCodeFoldRange.BracketNestLevel = 0)
    then begin
      fRange := fRange + [rsAtClass] - [rsVarTypeInSpecification, rsAfterEqual];
      StartPascalCodeFoldBlock(cfbtClass);
    end;
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func56: TtkTokenKind;
begin
  if KeyComp('Index') then
  begin
    if (fRange * [rsProperty, rsAtPropertyOrReadWrite, rsAfterEqualOrColon] =  [rsProperty]) and
       (PasCodeFoldRange.BracketNestLevel = 0)
    then
      Result := tkKey else Result := tkIdentifier;
  end
  else
    if KeyComp('Out') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func57: TtkTokenKind;
begin
  if KeyComp('Goto') then Result := tkKey else
    if KeyComp('While') then begin
      Result := tkKey;
      StartPascalCodeFoldBlock(cfbtWhileDo);
    end
    else
      if KeyComp('Xor') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func58: TtkTokenKind;
begin
  if FExtendedKeywordsMode and KeyComp('Exit') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func59: TtkTokenKind;
begin
  if KeyComp('Safecall') and (TopPascalCodeFoldBlockType in ProcModifierAllowed) then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func60: TtkTokenKind;
begin
  if KeyComp('With') then begin
    Result := tkKey;
    StartPascalCodeFoldBlock(cfbtWithDo);
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func61: TtkTokenKind;
begin
  if KeyComp('Dispid') or KeyComp('Generic') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func63: TtkTokenKind;
begin
  if KeyComp('Public') then begin
    Result := tkKey;
    fRange := fRange - [rsAfterClassMembers, rsVarTypeInSpecification];
    if (TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection, cfbtRecord]) then begin
      if (TopPascalCodeFoldBlockType=cfbtClassSection) then
        EndPascalCodeFoldBlockLastLine;
      StartPascalCodeFoldBlock(cfbtClassSection);
    end;
  end
  else if KeyComp('Record') then begin
    StartPascalCodeFoldBlock(cfbtRecord);
    fRange := fRange - [rsVarTypeInSpecification];
    if CompilerMode = pcmDelphi then
      fRange := fRange + [rsAtClass] - [rsAfterEqual, rsAfterEqualOrColon]; // highlight helper
    Result := tkKey;
  end
  else if KeyComp('Array') then Result := tkKey
  else if KeyComp('Try') then
  begin
    if TopPascalCodeFoldBlockType in PascalStatementBlocks + [cfbtUnitSection] then
      StartPascalCodeFoldBlock(cfbtTry);
    Result := tkKey;
  end
  else if KeyComp('Inline') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func64: TtkTokenKind;
begin
  if KeyComp('Unit') then begin
    if TopPascalCodeFoldBlockType=cfbtNone then StartPascalCodeFoldBlock(cfbtUnit);
    Result := tkKey;
  end
  else if KeyComp('Uses') then begin
    if (TopPascalCodeFoldBlockType in
        [cfbtNone, cfbtProgram, cfbtUnit, cfbtUnitSection]) then begin
      StartPascalCodeFoldBlock(cfbtUses);
    end;
    Result := tkKey;
  end
  else if KeyComp('helper') then begin
    if (rsAtClass in fRange) and (PasCodeFoldRange.BracketNestLevel = 0)
    then
      Result := tkKey
    else
      Result := tkIdentifier;
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func65: TtkTokenKind;
begin
  if KeyComp('Repeat') then begin
    Result := tkKey;
    StartPascalCodeFoldBlock(cfbtRepeat);
   end
   else Result := tkIdentifier;
end;

function TSynPasSyn.Func66: TtkTokenKind;
begin
  if KeyComp('Type') then begin
    if (PasCodeFoldRange.BracketNestLevel = 0)
       and (TopPascalCodeFoldBlockType in
        [cfbtVarType, cfbtLocalVarType, cfbtNone, cfbtProcedure, cfbtProgram,
         cfbtUnit, cfbtUnitSection]) and not(rsAfterEqualOrColon in fRange)
    then begin
      if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
        EndPascalCodeFoldBlockLastLine;
      if TopPascalCodeFoldBlockType in [cfbtProcedure]
      then StartPascalCodeFoldBlock(cfbtLocalVarType)
      else StartPascalCodeFoldBlock(cfbtVarType);
      fRange := fRange + [rsInTypeBlock];
    end;
    Result := tkKey;
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func69: TtkTokenKind;
begin
  if KeyComp('Default') then begin
    if (TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection, cfbtRecord]) then
      Result := tkKey
    else
      Result := tkIdentifier;
  end else
  if KeyComp('Dynamic') then
    Result := tkKey
  else
  if KeyComp('Message') and
     (fRange * [rsAfterClassMembers, rsInProcHeader, rsProperty] = [rsAfterClassMembers]) and
     (TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection]) and
     (PasCodeFoldRange.BracketNestLevel = 0)
  then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func71: TtkTokenKind;
begin
  if KeyComp('Stdcall') and (TopPascalCodeFoldBlockType in ProcModifierAllowed) then
    Result := tkKey
  else if KeyComp('Const') then begin
    if (PasCodeFoldRange.BracketNestLevel = 0) and
        (TopPascalCodeFoldBlockType in
        [cfbtVarType, cfbtLocalVarType, cfbtNone, cfbtProcedure, cfbtProgram,
         cfbtUnit, cfbtUnitSection]) then begin
      if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
        EndPascalCodeFoldBlockLastLine;
      if TopPascalCodeFoldBlockType in [cfbtProcedure]
      then StartPascalCodeFoldBlock(cfbtLocalVarType)
      else StartPascalCodeFoldBlock(cfbtVarType);
    end;
    Result := tkKey;
  end
  else if KeyComp('Bitpacked') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func72: TtkTokenKind;
begin
  if KeyComp('Static') and (TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection]) and
     (fRange * [rsAfterEqualOrColon, rsInProcHeader, rsProperty] = []) and
     (fRange * [rsAfterClassMembers, rsAfterClassField] <> []) and
     (PasCodeFoldRange.BracketNestLevel = 0)
  then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func73: TtkTokenKind;
begin
  if KeyComp('Except') then begin
    Result := tkKey;
    while (TopPascalCodeFoldBlockType in [cfbtForDo,cfbtWhileDo,cfbtWithDo,cfbtIfThen,cfbtIfElse]) do // no semicolon before except
      EndPascalCodeFoldBlock(True);
    SmartCloseBeginEndBlocks(cfbtTry);
    if TopPascalCodeFoldBlockType = cfbtTry then
      StartPascalCodeFoldBlock(cfbtExcept);
   end
   else Result := tkIdentifier;
end;

function TSynPasSyn.Func75: TtkTokenKind;
begin
  if (fRange * [rsProperty, rsAtPropertyOrReadWrite, rsAfterEqualOrColon] =  [rsProperty]) and
      (PasCodeFoldRange.BracketNestLevel = 0) and
      KeyComp('Write') then
  begin
    Result := tkKey;
    fRange := fRange + [rsAtPropertyOrReadWrite];
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func76: TtkTokenKind;
begin
  if KeyComp('Until') then begin
    Result := tkKey;
    while (TopPascalCodeFoldBlockType in [cfbtForDo,cfbtWhileDo,cfbtWithDo,cfbtIfThen,cfbtIfElse]) do  // no semicolon before until
      EndPascalCodeFoldBlock(True);
    SmartCloseBeginEndBlocks(cfbtRepeat);
    if TopPascalCodeFoldBlockType = cfbtRepeat then EndPascalCodeFoldBlock;
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func79: TtkTokenKind;
begin
  if KeyComp('Finally') then begin
    Result := tkKey;
    while (TopPascalCodeFoldBlockType in [cfbtForDo,cfbtWhileDo,cfbtWithDo,cfbtIfThen,cfbtIfElse]) do  // no semicolon before finally
      EndPascalCodeFoldBlock(True);
    SmartCloseBeginEndBlocks(cfbtTry);
    if TopPascalCodeFoldBlockType = cfbtTry then
      StartPascalCodeFoldBlock(cfbtExcept);
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func81: TtkTokenKind;
var
  tbf: TPascalCodeFoldBlockType;
begin
  if KeyComp('Stored') then
  begin
    if rsProperty in fRange then Result := tkKey else Result := tkIdentifier;
  end
  else if KeyComp('Interface') then begin
    if (rsAfterEqual in fRange) and (PasCodeFoldRange.BracketNestLevel = 0)
    then begin
      // type IFoo = INTERFACE
      fRange := fRange + [rsAtClass] - [rsVarTypeInSpecification, rsAfterEqual];
      StartPascalCodeFoldBlock(cfbtClass);
    end
    else
    if not(rsAfterEqualOrColon in fRange) and
       (fRange * [rsInterface, rsImplementation] = []) then
    begin
      // unit section INTERFACE
      CloseBeginEndBlocksBeforeProc;
      if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
        EndPascalCodeFoldBlockLastLine;
      if TopPascalCodeFoldBlockType=cfbtUnitSection then EndPascalCodeFoldBlockLastLine;
      StartPascalCodeFoldBlock(cfbtUnitSection);
      fRange := fRange + [rsInterface];
      // Interface has no ";", implicit end of statement
    end;
    Result := tkKey
  end
  else if KeyComp('Deprecated') then begin
    tbf := TopPascalCodeFoldBlockType;
    if ( ( (tbf in [cfbtVarType, cfbtLocalVarType]) and (rsVarTypeInSpecification in fRange) ) or
         ( (tbf in [cfbtClass, cfbtClassSection, cfbtRecord]) and
           (fRange * [rsAfterClassMembers, rsVarTypeInSpecification] <> []) ) or
         ( tbf in [cfbtUnitSection, cfbtProgram, cfbtProcedure] )
       ) and
       ( fRange *[rsAfterEqualOrColon, rsInProcHeader, rsProperty] = [] ) and
       (PasCodeFoldRange.BracketNestLevel = 0)
    then
      Result := tkKey
    else
      Result := tkIdentifier;
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func84: TtkTokenKind;
begin
  if KeyComp('Abstract') and (TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection])
  then begin
    Result := tkKey;
    if (rsAfterClass in fRange) and (PasCodeFoldRange.BracketNestLevel = 0) then
      fRange := fRange + [rsAtClass] // forward, in case of further class modifiers  end
    else
    if not (rsAfterClassMembers in fRange) then
      Result := tkIdentifier;
  end
  else if KeyComp('ObjcClass') then begin
    Result := tkKey;
    if (rsAfterEqualOrColon in fRange) and (PasCodeFoldRange.BracketNestLevel = 0) then
    begin
      fRange := fRange + [rsAtClass];
      StartPascalCodeFoldBlock(cfbtClass);
    end;
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func85: TtkTokenKind;
begin
  if KeyComp('Forward') then begin
    Result := tkKey;
    if TopPascalCodeFoldBlockType = cfbtProcedure then begin
      EndPascalCodeFoldBlock(True);
    end;
  end
  else
  if KeyComp('Library') then begin
    fRange := fRange - [rsInterface] + [rsImplementation];
    if TopPascalCodeFoldBlockType=cfbtNone then
      StartPascalCodeFoldBlock(cfbtProgram);
    Result := tkKey
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func86: TtkTokenKind;
begin
  if KeyComp('VarArgs') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func87: TtkTokenKind;
begin
  if (FStringKeywordMode in [spsmDefault, spsmStringOnly]) and KeyComp('String') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func88: TtkTokenKind;
begin
  if KeyComp('Program') then begin
    fRange := fRange - [rsInterface] + [rsImplementation];
    if TopPascalCodeFoldBlockType=cfbtNone then
      StartPascalCodeFoldBlock(cfbtProgram);
    Result := tkKey;
  end
  else if KeyComp('Mwpascal') and (TopPascalCodeFoldBlockType in ProcModifierAllowed) then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func89: TtkTokenKind;
  function ScanForClassSection: Boolean;
  var
    Txt: String;
    NestBrace1, NestBrace2: Integer;
    i, l, Idx: Integer;
  begin
    Result := False;
    Txt := copy(fLine, Run + 7, length(fLine));
    Idx := LineIndex;
    NestBrace1 := 0;
    NestBrace2 := 0;
    while true do begin
      i := 1;
      l := length(Txt);
      while i <= l do begin
        case Txt[i] of
          '{' : if (NestBrace2 = 0) and (NestedComments or (NestBrace1 = 0)) then
                  inc(NestBrace1);
          '}' : if (NestBrace2 = 0) then
                  if NestBrace1 > 0
                  then dec(NestBrace1)
                  else exit;
          '(' : if (NestBrace1 = 0) then
                  if (i+1 > l) or (Txt[i+1] <> '*')
                    then exit
                    else
                    if NestedComments or (NestBrace2 = 0) then begin
                      inc(NestBrace2);
                      inc(i);
                    end;
          '*' : if (NestBrace1 = 0) then
                  if  (i+1 <= l) and (Txt[i+1] = ')') and (NestBrace2 > 0)
                    then begin
                      dec(NestBrace2);
                      inc(i);
                    end
                    else
                    if NestBrace2 = 0 then
                      exit;
          '/' : If (NestBrace1 = 0) and (NestBrace2 = 0) then begin
                  if  (i+1 <= l) and (Txt[i+1] = '/')
                    then i := l
                    else exit;
                end;
          #1..#32: {do nothing};
          'p', 'P' : If (NestBrace1 = 0) and (NestBrace2 = 0) then begin
                       if ( (i+6 <= l) and
                            ((i+6 = l) or (Txt[i+7] in [#1..#32])) and
                            (KeyCompEx(@Txt[i+1], PChar('rivate'), 6)) )
                       or ( (i+8 <= l) and
                            ((i+8 = l) or (Txt[i+9] in [#1..#32])) and
                            (KeyCompEx(@Txt[i+1], PChar('rotected'), 8)) )
                        then
                          exit(True)
                        else
                          exit;
                     end;
          else
             If (NestBrace1 = 0) and (NestBrace2 = 0) then
              exit;
        end;
        inc(i);
      end;
      inc(Idx);
      if Idx < CurrentLines.Count then
        Txt := CurrentLines[Idx]
      else
        break;
    end;
  end;

begin
  if KeyComp('CppClass') then
  begin
    Result := tkKey;
    if (rsAfterEqualOrColon in fRange) and (PasCodeFoldRange.BracketNestLevel = 0) then
    begin
      fRange := fRange + [rsAtClass];
      StartPascalCodeFoldBlock(cfbtClass);
    end;
  end
  else
    Result := tkIdentifier;
  // Structural Scan / Quick
  if FIsInNextToEOL and not IsCollectingNodeInfo then
    exit;
  // Scanning for display / Look ahead
  if KeyComp('strict') then
  begin
    if (TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection, cfbtRecord]) then
      if ScanForClassSection then
        Result := tkKey;
  end;
end;

function TSynPasSyn.Func91: TtkTokenKind;
begin
  if KeyComp('Downto') then
    Result := tkKey
  else if KeyComp('Private') then begin
    Result := tkKey;
    fRange := fRange - [rsAfterClassMembers, rsVarTypeInSpecification];
    if (TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection, cfbtRecord]) then begin
      if (TopPascalCodeFoldBlockType=cfbtClassSection) then
        EndPascalCodeFoldBlockLastLine;
      StartPascalCodeFoldBlock(cfbtClassSection);
    end;
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func92: TtkTokenKind;
begin
  if D4syntax and KeyComp('overload') then Result := tkKey else
    if KeyComp('Inherited') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func94: TtkTokenKind;
begin
  if KeyComp('Assembler') then Result := tkKey else
    if KeyComp('Readonly') then
    begin
      if rsProperty in fRange then Result := tkKey else Result := tkIdentifier;
    end else Result := tkIdentifier;
end;

function TSynPasSyn.Func95: TtkTokenKind;
begin
  if KeyComp('Absolute') then
    Result := tkKey
  else
  if KeyComp('Contains') and (TopPascalCodeFoldBlockType=cfbtPackage) then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func96: TtkTokenKind;
begin
  if KeyComp('Published') then begin
    Result := tkKey;
    fRange := fRange - [rsAfterClassMembers, rsVarTypeInSpecification];
    if (TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection, cfbtRecord]) then begin
      if (TopPascalCodeFoldBlockType=cfbtClassSection) then
        EndPascalCodeFoldBlockLastLine;
      StartPascalCodeFoldBlock(cfbtClassSection);
    end;
  end
  else if KeyComp('Override') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func97: TtkTokenKind;
begin
  if KeyComp('Threadvar') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func98: TtkTokenKind;
begin
  if KeyComp('Export') then Result := tkKey else
    if KeyComp('Nodefault') then
    begin
      if rsProperty in fRange then Result := tkKey else Result := tkIdentifier;
    end else Result := tkIdentifier;
end;

function TSynPasSyn.Func99: TtkTokenKind;
begin
  if KeyComp('External') then begin
    Result := tkKey;
    if TopPascalCodeFoldBlockType = cfbtProcedure then begin
      EndPascalCodeFoldBlock(True);
    end;
  end else Result := tkIdentifier;
end;

function TSynPasSyn.Func100: TtkTokenKind;
begin
  if KeyComp('Automated') then
    Result := tkKey
  else
  if (rsInProcHeader in fRange) and KeyComp('constref') and
     (PasCodeFoldRange.BracketNestLevel = 1)
  then
    Result := tkKey
  else
    Result := tkIdentifier
end;

function TSynPasSyn.Func101: TtkTokenKind;
var
  tbf: TPascalCodeFoldBlockType;
begin
  if KeyComp('Register') and (TopPascalCodeFoldBlockType in ProcModifierAllowed) then
    Result := tkKey
  else
  if KeyComp('Platform') then begin
    tbf := TopPascalCodeFoldBlockType;
      if ( ( (tbf in [cfbtVarType, cfbtLocalVarType]) and (rsVarTypeInSpecification in fRange) ) or
           ( (tbf in [cfbtClass, cfbtClassSection, cfbtRecord]) and
             (fRange * [rsAfterClassMembers, rsVarTypeInSpecification] <> []) ) or
           ( tbf in [cfbtUnitSection, cfbtProgram, cfbtProcedure] )
         ) and
         ( fRange *[rsAfterEqualOrColon, rsInProcHeader, rsProperty] = [] ) and
         (PasCodeFoldRange.BracketNestLevel = 0)
    then
      Result := tkKey
    else
      Result := tkIdentifier;
  end
  else if FExtendedKeywordsMode and KeyComp('Continue') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func102: TtkTokenKind;
var
  InClass: Boolean;
begin
  if KeyComp('Function') then begin
    if not(rsAfterEqualOrColon in fRange) then begin
      PasCodeFoldRange.BracketNestLevel := 0; // Reset in case of partial code
      CloseBeginEndBlocksBeforeProc;

      if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
        EndPascalCodeFoldBlockLastLine;

      InClass := TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection, cfbtRecord];
      if ( (rsImplementation in fRange) and (not InClass) ) then
        StartPascalCodeFoldBlock(cfbtProcedure);

      if InClass then
        fRange := fRange + [rsAfterClassMembers];
    end;
    fRange := fRange + [rsInProcHeader];
    Result := tkKey;
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func103: TtkTokenKind;
begin
  if KeyComp('Virtual') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func105: TtkTokenKind;
var
  InClass: Boolean;
begin
  if KeyComp('Procedure') then begin
    if not(rsAfterEqualOrColon in fRange) then begin
      PasCodeFoldRange.BracketNestLevel := 0; // Reset in case of partial code
      CloseBeginEndBlocksBeforeProc;

      if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
        EndPascalCodeFoldBlockLastLine;

      InClass := TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection, cfbtRecord];
      if ( (rsImplementation in fRange) and (not InClass) ) then
        StartPascalCodeFoldBlock(cfbtProcedure);

      if InClass then
        fRange := fRange + [rsAfterClassMembers];
    end;
    fRange := fRange + [rsInProcHeader];
    Result := tkKey;
  end
  else if KeyComp('specialize') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func106: TtkTokenKind;
begin
  if KeyComp('Protected') then begin
    Result := tkKey;
    fRange := fRange - [rsAfterClassMembers, rsVarTypeInSpecification];
    if (TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection, cfbtRecord]) then begin
      if (TopPascalCodeFoldBlockType=cfbtClassSection) then
        EndPascalCodeFoldBlockLastLine;
      StartPascalCodeFoldBlock(cfbtClassSection);
    end;
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func108: TtkTokenKind;
begin
  if KeyComp('Operator') then
  begin
    if not(rsAfterEqualOrColon in fRange) then
    begin
      PasCodeFoldRange.BracketNestLevel := 0; // Reset in case of partial code
      CloseBeginEndBlocksBeforeProc;
      if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
        EndPascalCodeFoldBlockLastLine;
      if ((rsImplementation in fRange) and
        not(TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection, cfbtRecord])) then
        StartPascalCodeFoldBlock(cfbtProcedure);
    end;
    Result := tkKey;
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func112: TtkTokenKind;
begin
  if KeyComp('Requires') and (TopPascalCodeFoldBlockType=cfbtPackage) then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func117: TtkTokenKind;
begin
  if KeyComp('Exports') then Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func122: TtkTokenKind;
begin
  if KeyComp('Otherwise') then begin
    Result := tkKey;
    //DebugLn('  ### Otherwise');
    while (TopPascalCodeFoldBlockType in [cfbtForDo,cfbtWhileDo,cfbtWithDo,cfbtIfThen,cfbtIfElse]) do begin
      //DebugLn('    Ending: %s', [dbgs(TopPascalCodeFoldBlockType)]);
      EndPascalCodeFoldBlockLastLine;
    end;
    if TopPascalCodeFoldBlockType = cfbtCase then begin
      StartPascalCodeFoldBlock(cfbtCaseElse, True);
      FTokenIsCaseLabel := True;
    end;
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func124: TtkTokenKind;
begin
  if KeyComp('ObjcCategory') then
  begin
    Result := tkKey;
    if (rsAfterEqualOrColon in fRange) and (PasCodeFoldRange.BracketNestLevel = 0) then
    begin
      fRange := fRange + [rsAtClass];
      StartPascalCodeFoldBlock(cfbtClass);
    end;
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func125: TtkTokenKind;
begin
  if KeyComp('NoReturn') and (TopPascalCodeFoldBlockType in ProcModifierAllowed) then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func126: TtkTokenKind;
begin
  if D4syntax and KeyComp('Implements') then
  begin
    if rsProperty in fRange then Result := tkKey else Result := tkIdentifier;
  end else if KeyComp('NoStackFrame') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func128: TtkTokenKind;
begin
  if (FStringKeywordMode in [spsmDefault]) and KeyComp('Widestring') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func129: TtkTokenKind;
begin
  if KeyComp('Dispinterface') then
  begin
    Result := tkKey;
    if (rsAfterEqualOrColon in fRange) and (PasCodeFoldRange.BracketNestLevel = 0) then
    begin
      fRange := fRange + [rsAtClass];
      StartPascalCodeFoldBlock(cfbtClass);
    end;
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func130: TtkTokenKind;
begin
  if (FStringKeywordMode in [spsmDefault]) and KeyComp('Ansistring') then
    Result := tkKey
  else
  if KeyComp('Enumerator') and (TopPascalCodeFoldBlockType in [cfbtClassSection]) then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func132: TtkTokenKind;
begin
  if D4syntax and KeyComp('Reintroduce') then Result := tkKey else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func133: TtkTokenKind;
begin
  if KeyComp('Property') then begin
    Result := tkKey;
    fRange := fRange + [rsProperty, rsAtPropertyOrReadWrite];
    if TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection, cfbtRecord] then
      fRange := fRange + [rsAfterClassMembers];
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func136: TtkTokenKind;
begin
  if KeyComp('Finalization') then begin
    PasCodeFoldRange.BracketNestLevel := 0; // Reset in case of partial code
    CloseBeginEndBlocksBeforeProc;
    if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
      EndPascalCodeFoldBlockLastLine;
    if TopPascalCodeFoldBlockType=cfbtUnitSection then EndPascalCodeFoldBlockLastLine;
    StartPascalCodeFoldBlock(cfbtUnitSection);
    fRange := fRange - [rsInterface] + [rsImplementation];
    Result := tkKey
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func139: TtkTokenKind;
begin
  if KeyComp('WeakExternal') then
  begin
    Result := tkKey;
    if TopPascalCodeFoldBlockType = cfbtProcedure then
      EndPascalCodeFoldBlock(True);
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func141: TtkTokenKind;
begin
  if KeyComp('Writeonly') then
  begin
    if rsProperty in fRange then Result := tkKey else Result := tkIdentifier;
  end else Result := tkIdentifier;
end;

function TSynPasSyn.Func142: TtkTokenKind;
var
  tbf: TPascalCodeFoldBlockType;
begin
  if KeyComp('Experimental') then begin
    tbf := TopPascalCodeFoldBlockType;
      if ( ( (tbf in [cfbtVarType, cfbtLocalVarType]) and (rsVarTypeInSpecification in fRange) ) or
           ( (tbf in [cfbtClass, cfbtClassSection, cfbtRecord]) and
             (fRange * [rsAfterClassMembers, rsVarTypeInSpecification] <> []) ) or
           ( tbf in [cfbtUnitSection, cfbtProgram, cfbtProcedure] )
         ) and
         ( fRange *[rsAfterEqualOrColon, rsInProcHeader, rsProperty] = [] ) and
         (PasCodeFoldRange.BracketNestLevel = 0)
    then
      Result := tkKey
    else
      Result := tkIdentifier;
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func143: TtkTokenKind;
var
  InClass: Boolean;
begin
  if KeyComp('Destructor') then
  begin
    if not(rsAfterEqualOrColon in fRange) then
    begin
      PasCodeFoldRange.BracketNestLevel := 0; // Reset in case of partial code
      CloseBeginEndBlocksBeforeProc;

      if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
        EndPascalCodeFoldBlockLastLine;

      InClass := TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection, cfbtRecord];
      if ( (rsImplementation in fRange) and (not InClass) ) then
        StartPascalCodeFoldBlock(cfbtProcedure);

      if InClass then
        fRange := fRange + [rsAfterClassMembers];
      fRange := fRange + [rsInProcHeader];
    end;
    Result := tkKey;
  end else
  if KeyComp('compilerproc') then // fpc modifier
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func144: TtkTokenKind;
begin
  if KeyComp('ObjcProtocol') then
  begin
    Result := tkKey;
    if (rsAfterEqualOrColon in fRange) and (PasCodeFoldRange.BracketNestLevel = 0) then
    begin
      fRange := fRange + [rsAtClass];
      StartPascalCodeFoldBlock(cfbtClass);
    end;
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func151: TtkTokenKind;
var
  tbf: TPascalCodeFoldBlockType;
begin
  if KeyComp('Unimplemented') then begin
    tbf := TopPascalCodeFoldBlockType;
      if ( ( (tbf in [cfbtVarType, cfbtLocalVarType]) and (rsVarTypeInSpecification in fRange) ) or
           ( (tbf in [cfbtClass, cfbtClassSection, cfbtRecord]) and
             (fRange * [rsAfterClassMembers, rsVarTypeInSpecification] <> []) ) or
           ( tbf in [cfbtUnitSection, cfbtProgram, cfbtProcedure] )
         ) and
         ( fRange *[rsAfterEqualOrColon, rsInProcHeader, rsProperty] = [] ) and
         (PasCodeFoldRange.BracketNestLevel = 0)
    then
      Result := tkKey
    else
      Result := tkIdentifier;
  end
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func158: TtkTokenKind;
begin
  if (FStringKeywordMode in [spsmDefault]) and KeyComp('UnicodeString') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func166: TtkTokenKind;
var
  InClass: Boolean;
begin
  if KeyComp('Constructor') then begin
    if not(rsAfterEqualOrColon in fRange) then begin
      PasCodeFoldRange.BracketNestLevel := 0; // Reset in case of partial code
      CloseBeginEndBlocksBeforeProc;

      if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
        EndPascalCodeFoldBlockLastLine;

      InClass := TopPascalCodeFoldBlockType in [cfbtClass, cfbtClassSection, cfbtRecord];
      if ( (rsImplementation in fRange) and (not InClass) ) then
        StartPascalCodeFoldBlock(cfbtProcedure);

      if InClass then
        fRange := fRange + [rsAfterClassMembers];
      fRange := fRange + [rsInProcHeader];
    end;
    Result := tkKey;
  end else
    if KeyComp('Implementation') then begin
      PasCodeFoldRange.BracketNestLevel := 0; // Reset in case of partial code
      CloseBeginEndBlocksBeforeProc;
      if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
        EndPascalCodeFoldBlockLastLine;
      if TopPascalCodeFoldBlockType=cfbtUnitSection then EndPascalCodeFoldBlockLastLine;
      StartPascalCodeFoldBlock(cfbtUnitSection);
      fRange := fRange - [rsInterface] + [rsImplementation];
      // implicit end of statement
      Result := tkKey;
    end else
      Result := tkIdentifier;
end;

function TSynPasSyn.Func167: TtkTokenKind;
begin
  if (FStringKeywordMode in [spsmDefault]) and KeyComp('Shortstring') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func168: TtkTokenKind;
begin
  if KeyComp('Initialization') then begin
    PasCodeFoldRange.BracketNestLevel := 0; // Reset in case of partial code
    CloseBeginEndBlocksBeforeProc;
    if TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType] then
      EndPascalCodeFoldBlockLastLine;
    if TopPascalCodeFoldBlockType=cfbtUnitSection then EndPascalCodeFoldBlockLastLine;
    StartPascalCodeFoldBlock(cfbtUnitSection);
    fRange := fRange - [rsInterface] + [rsImplementation];
    Result := tkKey;
  end
  else Result := tkIdentifier;
end;

function TSynPasSyn.Func170: TtkTokenKind;
begin
  if (FStringKeywordMode in [spsmDefault]) and KeyComp('UTF8String') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func181: TtkTokenKind;
begin
  if (FStringKeywordMode in [spsmDefault]) and KeyComp('RawByteString') then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.Func191: TtkTokenKind;
begin
  if KeyComp('Resourcestring') then begin
    Result := tkKey;
	if TopPascalCodeFoldBlockType = cfbtVarType then
      EndPascalCodeFoldBlockLastLine;
    StartPascalCodeFoldBlock(cfbtVarType);
  end
  else if KeyComp('Stringresource') then
    Result := tkKey else Result := tkIdentifier;
end;

function TSynPasSyn.Func111: TtkTokenKind;
begin
  if KeyComp('vectorcall') and (TopPascalCodeFoldBlockType in ProcModifierAllowed) then
    Result := tkKey
  else
    Result := tkIdentifier;
end;

function TSynPasSyn.AltFunc: TtkTokenKind;
begin
  Result := tkIdentifier;
end;

function TSynPasSyn.IdentKind(p: integer): TtkTokenKind;
var
  HashKey: Integer;
begin
  fToIdent := p;
  HashKey := KeyHash;
  if HashKey <= High(fIdentFuncTable) then
    Result := fIdentFuncTable[HashKey]()
  else
    Result := tkIdentifier;
end;

procedure TSynPasSyn.MakeMethodTables;
var
  I: Char;
begin
  for I := #0 to #255 do
    case I of
      #0: fProcTable[I] := @NullProc;
      #10: fProcTable[I] := @LFProc;
      #13: fProcTable[I] := @CRProc;
      #1..#9, #11, #12, #14..#32:
        fProcTable[I] := @SpaceProc;
      '#': fProcTable[I] := @AsciiCharProc;
      '$': fProcTable[I] := @HexProc;
      '%': fProcTable[I] := @BinaryProc;
      '&': fProcTable[I] := @OctalProc;
      #39: fProcTable[I] := @StringProc;
      '0'..'9': fProcTable[I] := @NumberProc;
      'A'..'Z', 'a'..'z', '_':
        fProcTable[I] := @IdentProc;
      '^': fProcTable[I] := @CaretProc;
      '{': fProcTable[I] := @BraceOpenProc;
      '}', '!', '"', '('..'/', ':'..'@', '[', ']', '\', '`', '~':
        begin
          case I of
            '(': fProcTable[I] := @RoundOpenProc;
            ')': fProcTable[I] := @RoundCloseProc;
            '[': fProcTable[I] := @SquareOpenProc;
            ']': fProcTable[I] := @SquareCloseProc;
            '=': fProcTable[I] := @EqualSignProc;
            '.': fProcTable[I] := @PointProc;
            ';': fProcTable[I] := @SemicolonProc;                                //mh 2000-10-08
            '/': fProcTable[I] := @SlashProc;
            ':': fProcTable[I] := @ColonProc;
            '>': fProcTable[I] := @GreaterProc;
            '<': fProcTable[I] := @LowerProc;
            '@': fProcTable[I] := @AddressOpProc;
          else
            fProcTable[I] := @SymbolProc;
          end;
        end;
    else
      fProcTable[I] := @UnknownProc;
    end;
end;

constructor TSynPasSyn.Create(AOwner: TComponent);
begin
  inherited Create(AOwner);
  FStringKeywordMode := spsmDefault;
  FExtendedKeywordsMode := False;
  CreateDividerDrawConfig;
  fD4syntax := true;
  fAsmAttri := TSynHighlighterAttributes.Create(@SYNS_AttrAssembler, SYNS_XML_AttrAssembler);
  AddAttribute(fAsmAttri);
  fCommentAttri := TSynHighlighterAttributes.Create(@SYNS_AttrComment, SYNS_XML_AttrComment);
  fCommentAttri.Style:= [fsItalic];
  AddAttribute(fCommentAttri);
  FIDEDirectiveAttri := TSynHighlighterAttributesModifier.Create(@SYNS_AttrIDEDirective, SYNS_XML_AttrIDEDirective);
  AddAttribute(FIDEDirectiveAttri);
  // FCurIDEDirectiveAttri, FCurCaseLabelAttri, FCurProcedureHeaderNameAttr
  // They are not available through the "Attribute" property (not added via AddAttribute
  // But they are returned via GetTokenAttribute, so they should have a name.
  FCurIDEDirectiveAttri := TSynSelectedColorMergeResult.Create(@SYNS_AttrIDEDirective, SYNS_XML_AttrIDEDirective);
  fIdentifierAttri := TSynHighlighterAttributes.Create(@SYNS_AttrIdentifier, SYNS_XML_AttrIdentifier);
  AddAttribute(fIdentifierAttri);
  fKeyAttri := TSynHighlighterAttributes.Create(@SYNS_AttrReservedWord, SYNS_XML_AttrReservedWord);
  fKeyAttri.Style:= [fsBold];
  AddAttribute(fKeyAttri);
  fNumberAttri := TSynHighlighterAttributes.Create(@SYNS_AttrNumber, SYNS_XML_AttrNumber);
  AddAttribute(fNumberAttri);
  fSpaceAttri := TSynHighlighterAttributes.Create(@SYNS_AttrSpace, SYNS_XML_AttrSpace);
  AddAttribute(fSpaceAttri);
  fStringAttri := TSynHighlighterAttributes.Create(@SYNS_AttrString, SYNS_XML_AttrString);
  AddAttribute(fStringAttri);
  fSymbolAttri := TSynHighlighterAttributes.Create(@SYNS_AttrSymbol, SYNS_XML_AttrSymbol);
  AddAttribute(fSymbolAttri);
  FProcedureHeaderNameAttr := TSynHighlighterAttributesModifier.Create(@SYNS_AttrProcedureHeaderName, SYNS_XML_AttrProcedureHeaderName);
  AddAttribute(FProcedureHeaderNameAttr);
  FCaseLabelAttri := TSynHighlighterAttributesModifier.Create(@SYNS_AttrCaseLabel, SYNS_XML_AttrCaseLabel);
  AddAttribute(FCaseLabelAttri);
  FCurCaseLabelAttri := TSynSelectedColorMergeResult.Create(@SYNS_AttrCaseLabel, SYNS_XML_AttrCaseLabel);
  FCurProcedureHeaderNameAttr := TSynSelectedColorMergeResult.Create(@SYNS_AttrProcedureHeaderName, SYNS_XML_AttrProcedureHeaderName);
  fDirectiveAttri := TSynHighlighterAttributes.Create(@SYNS_AttrDirective, SYNS_XML_AttrDirective);
  fDirectiveAttri.Style:= [fsItalic];
  AddAttribute(fDirectiveAttri);
  CompilerMode:=pcmDelphi;
  SetAttributesOnChange(@DefHighlightChange);

  InitIdent;
  MakeMethodTables;
  fRange := [];
  fAsmStart := False;
  fDefaultFilter := SYNS_FilterPascal;
end; { Create }

destructor TSynPasSyn.Destroy;
begin
  DestroyDividerDrawConfig;
  FreeAndNil(FCurCaseLabelAttri);
  FreeAndNil(FCurIDEDirectiveAttri);
  FreeAndNil(FCurProcedureHeaderNameAttr);
  inherited Destroy;
end;

procedure TSynPasSyn.SetLine(const NewValue: string; LineNumber:Integer);
begin
  //DebugLn(['TSynPasSyn.SetLine START LineNumber=',LineNumber,' Line="',NewValue,'"']);
  fLineStr := NewValue;
  fLineLen:=length(fLineStr);
  fLine:=PChar(Pointer(fLineStr));
  Run := 0;
  Inherited SetLine(NewValue,LineNumber);
  PasCodeFoldRange.LastLineCodeFoldLevelFix := 0;
  PasCodeFoldRange.PasFoldFixLevel := 0;
  FStartCodeFoldBlockLevel := PasCodeFoldRange.MinimumNestFoldBlockLevel;
  FPasStartLevel := PasCodeFoldRange.MinimumCodeFoldBlockLevel;
  FSynPasRangeInfo.MinLevelIfDef := FSynPasRangeInfo.EndLevelIfDef;
  FSynPasRangeInfo.MinLevelRegion := FSynPasRangeInfo.EndLevelRegion;
  fLineNumber := LineNumber;
  FAtLineStart := True;
  if not IsCollectingNodeInfo then
    Next;
end; { SetLine }

procedure TSynPasSyn.SetNestedComments(const ANestedComments: boolean);
begin
  if FNestedComments = ANestedComments then Exit;
  FNestedComments := ANestedComments;
  PasCodeFoldRange.NestedComments:=FNestedComments;
end;

procedure TSynPasSyn.AddressOpProc;
begin
  fTokenID := tkSymbol;
  inc(Run);
  if fLine[Run] = '@' then inc(Run);
end;

procedure TSynPasSyn.AsciiCharProc;
begin
  fTokenID := tkString;
  inc(Run);
  case FLine[Run] of
    '%':
      begin
        inc(Run);
        if (FLine[Run] in ['0'..'1']) then
          while (FLine[Run] in ['0'..'1']) do inc(Run)
        else
          fTokenID := tkSymbol;
      end;
    '&':
      begin
        inc(Run);
        if (FLine[Run] in ['0'..'7']) then
          while (FLine[Run] in ['0'..'7']) do inc(Run)
        else
          fTokenID := tkSymbol;
      end;
    '$':
      begin
        inc(Run);
        if (IsIntegerChar[FLine[Run]]) then
          while (IsIntegerChar[FLine[Run]]) do inc(Run)
        else
          fTokenID := tkSymbol;
      end;
    '0'..'9': while (FLine[Run] in ['0'..'9']) do inc(Run);
    else
      fTokenID := tkSymbol;
  end;
end;

procedure TSynPasSyn.BorProc;
var
  p: LongInt;
begin
  p:=Run;
  fTokenID := tkComment;
  if rsIDEDirective in fRange then
    fTokenID := tkIDEDirective;
  repeat
    case fLine[p] of
    #0,#10,#13: break;
    '}':
      if TopPascalCodeFoldBlockType=cfbtNestedComment then
      begin
        Run:=p;
        EndPascalCodeFoldBlock;
        p:=Run;
      end else begin
        fRange := fRange - [rsBor, rsIDEDirective];
        Inc(p);
        if TopPascalCodeFoldBlockType=cfbtBorCommand then
          EndPascalCodeFoldBlock;
        break;
      end;
    '{':
      if NestedComments then begin
        fStringLen := 1;
        Run:=p;
        StartPascalCodeFoldBlock(cfbtNestedComment);
        p:=Run;
      end;
    end;
    Inc(p);
  until (p>=fLineLen);
  Run:=p;
end;

procedure TSynPasSyn.DirectiveProc;
begin
  fTokenID := tkDirective;
  if TextComp('modeswitch') then begin
    // modeswitch directive
    inc(Run,10);
    // skip space
    while (fLine[Run] in [' ',#9,#10,#13]) do inc(Run);
    if TextComp('nestedcomments') then
    begin
      inc(Run,14);
      // skip space
      while (fLine[Run] in [' ',#9,#10,#13]) do inc(Run);
      if fLine[Run] in ['+', '}'] then
        NestedComments:=True
      else
      if fLine[Run] = '-' then
        NestedComments:=False;
    end;
  end;
  if TextComp('mode') then begin
    // $mode directive
    inc(Run,4);
    // skip space
    while (fLine[Run] in [' ',#9,#10,#13]) do inc(Run);
    if TextComp('objfpc') then
      CompilerMode:=pcmObjFPC
    else if TextComp('delphi') then
      CompilerMode:=pcmDelphi
    else if TextComp('fpc') then
      CompilerMode:=pcmFPC
    else if TextComp('gpc') then
      CompilerMode:=pcmGPC
    else if TextComp('tp') then
      CompilerMode:=pcmTP
    else if TextComp('macpas') then
      CompilerMode:=pcmMacPas;
  end;
  repeat
    case fLine[Run] of
    #0,#10,#13: break;
    '}':
      if TopPascalCodeFoldBlockType=cfbtNestedComment then
        EndPascalCodeFoldBlock
      else begin
        fRange := fRange - [rsDirective];
        Inc(Run);
        break;
      end;
    '{':
      if NestedComments then begin
        fStringLen := 1;
        StartPascalCodeFoldBlock(cfbtNestedComment);
      end;
    end;
    Inc(Run);
  until (Run>=fLineLen);
  //DebugLn(['TSynPasSyn.DirectiveProc Run=',Run,' fTokenPos=',fTokenPos,' fLineStr=',fLineStr,' Token=',GetToken]);
end;

procedure TSynPasSyn.BraceOpenProc;
  function ScanRegion: Boolean;
  var
    Txt: String;
    Idx, NestBrace, i, l: Integer;
    InString: Boolean;
  begin
    Result := False;
    Txt := copy(fLine, Run, length(fLine));
    Idx := LineIndex;
    InString := False;
    NestBrace := 0;
    while true do begin
      i := 1;
      l := length(Txt);
      while i <= l do begin
        case Txt[i] of
          '{' : inc(NestBrace);
          '}' : if NestBrace = 0
                then exit
                else dec(NestBrace);
          '''' : if (i+1 <= l) and (Txt[i+1] = '''')
                 then inc(i)
                 else InString := not InString;
          '-', '/' : If (not InString) and (i+4 <= l) and
                        ((i=1) or (Txt[i-1] in [' ', #9, #10, #13])) and
                        (KeyCompEx(@Txt[i+1], PChar('fold'), 4))
                        and ((i+4 = l) or (Txt[i+5] in [' ', #9, #10, #13, '}']))
                     then
                       exit(True);
        end;
        inc(i);
      end;
      inc(Idx);
      if Idx < CurrentLines.Count then
        Txt := CurrentLines[Idx]
      else
        break;
    end;
  end;

  procedure StartDirectiveFoldBlock(ABlockType: TPascalCodeFoldBlockType); inline;
  begin
    dec(Run);
    inc(fStringLen); // include $
    StartCustomCodeFoldBlock(ABlockType);
    inc(Run);
  end;

  procedure EndDirectiveFoldBlock(ABlockType: TPascalCodeFoldBlockType); inline;
  begin
    dec(Run);
    inc(fStringLen); // include $
    EndCustomCodeFoldBlock(ABlockType);
    inc(Run);
  end;

  procedure EndStartDirectiveFoldBlock(ABlockType: TPascalCodeFoldBlockType); inline;
  begin
    dec(Run);
    inc(fStringLen); // include $
    EndCustomCodeFoldBlock(ABlockType);
    StartCustomCodeFoldBlock(ABlockType);
    inc(Run);
  end;

var
  nd: PSynFoldNodeInfo;
begin
  if (Run < fLineLen-1) and (fLine[Run+1] = '$') then begin
    // compiler directive
    fRange := fRange + [rsDirective];
    inc(Run, 2);
    fToIdent := Run;
    KeyHash;
    if (fLine[Run] in ['i', 'I']) and
       ( KeyComp('if') or KeyComp('ifc') or KeyComp('ifdef') or KeyComp('ifndef') or
         KeyComp('ifopt') )
    then
      StartDirectiveFoldBlock(cfbtIfDef)
    else
    if ( (fLine[Run] in ['e', 'E']) and ( KeyComp('endif') or KeyComp('endc') ) ) or
       KeyComp('ifend')
    then
      EndDirectiveFoldBlock(cfbtIfDef)
    else
    if (fLine[Run] in ['e', 'E']) and
       ( KeyComp('else') or KeyComp('elsec') or KeyComp('elseif') or KeyComp('elifc') )
    then
      EndStartDirectiveFoldBlock(cfbtIfDef)
    else
    if KeyComp('region') then begin
      StartDirectiveFoldBlock(cfbtRegion);
      if IsCollectingNodeInfo then
        // Scan ahead
        if ScanRegion then begin
          nd := CollectingNodeInfoList.LastItemPointer;
          if nd <> nil then
            nd^.FoldAction := nd^.FoldAction + [sfaDefaultCollapsed];
        end;
    end
    else if KeyComp('endregion') then
      EndDirectiveFoldBlock(cfbtRegion);
    DirectiveProc;
  end else begin
    // curly bracket open -> borland comment
    fStringLen := 1; // length of "{"
    inc(Run);
    if (Run < fLineLen) and (fLine[Run] = '%') then begin
      fRange := fRange + [rsIDEDirective];
    // IDE directive {%xxx } rsIDEDirective
      inc(Run);
      fToIdent := Run;
      KeyHash;
      if KeyComp('region') then begin
        StartDirectiveFoldBlock(cfbtRegion);
        if IsCollectingNodeInfo then
          // Scan ahead
          if ScanRegion then begin
            nd := CollectingNodeInfoList.LastItemPointer;
            if nd <> nil then
              nd^.FoldAction := nd^.FoldAction + [sfaDefaultCollapsed];
          end;
      end
      else if KeyComp('endregion') then
        EndDirectiveFoldBlock(cfbtRegion)
      else begin
        dec(Run, 2);
        StartPascalCodeFoldBlock(cfbtBorCommand);
        inc(Run);
      end;
    end
    else begin
      fRange := fRange + [rsBor];
      dec(Run);
      StartPascalCodeFoldBlock(cfbtBorCommand);
      inc(Run);
    end;
    BorProc;
  end;
end;

procedure TSynPasSyn.ColonProc;
begin
  fTokenID := tkSymbol;
  inc(Run);
  if fLine[Run] = '=' then
    inc(Run) // ":="
  else begin
    fRange := fRange + [rsAfterEqualOrColon] - [rsAtCaseLabel];
    if (TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType, cfbtClass, cfbtClassSection, cfbtRecord]) and
       not(rsAfterClassMembers in fRange)
    then
      fRange := fRange + [rsVarTypeInSpecification];
  end;
end;

procedure TSynPasSyn.GreaterProc;
begin
  fTokenID := tkSymbol;
  inc(Run);
  if fLine[Run] = '=' then
    inc(Run)
end;

procedure TSynPasSyn.CRProc;
begin
  fTokenID := tkSpace;
  inc(Run);
  if fLine[Run] = #10 then inc(Run);
end;

procedure TSynPasSyn.IdentProc;
begin
  fTokenID := IdentKind(Run);
  inc(Run, fStringLen);
  while Identifiers[fLine[Run]] do inc(Run);
end;

procedure TSynPasSyn.HexProc;
begin
  inc(Run);
  if (IsIntegerChar[FLine[Run]]) then begin
    fTokenID := tkNumber;
    while (IsIntegerChar[FLine[Run]]) do inc(Run);
  end
  else
    fTokenID := tkSymbol;
end;

procedure TSynPasSyn.BinaryProc;
begin
  inc(Run);
  if FLine[Run] in ['0'..'1'] then begin
    fTokenID := tkNumber;
    while FLine[Run] in ['0'..'1'] do inc(Run);
  end
  else
    fTokenID := tkSymbol;
end;

procedure TSynPasSyn.OctalProc;
begin
  inc(Run);
  if FLine[Run] in ['0'..'7'] then begin
    fTokenID := tkNumber;
    while FLine[Run] in ['0'..'7'] do inc(Run);
  end
  else
  if FLine[Run] in ['A'..'Z', 'a'..'z', '_'] then begin
    fTokenID := tkIdentifier;
    while Identifiers[fLine[Run]] do inc(Run);
  end
  else
    fTokenID := tkSymbol;
end;


procedure TSynPasSyn.LFProc;
begin
  fTokenID := tkSpace;
  inc(Run);
end;

procedure TSynPasSyn.LowerProc;
begin
  fTokenID := tkSymbol;
  inc(Run);
  if fLine[Run] in ['=', '>'] then inc(Run);
end;

procedure TSynPasSyn.CaretProc;
var
  t: TPascalCodeFoldBlockType;
begin
  inc(Run);
  fTokenID := tkSymbol;

  t := TopPascalCodeFoldBlockType;
  if ( (t in PascalStatementBlocks - [cfbtAsm])  or               //cfbtClass, cfbtClassSection,
       ( ( (t in [cfbtVarType, cfbtLocalVarType]) or
           ((t in [cfbtProcedure]) and (PasCodeFoldRange.BracketNestLevel > 0))
         ) and
         (fRange * [rsInTypeBlock, rsAfterEqual] = [rsAfterEqual])
     )) and
     not(rsAfterIdentifierOrValue in fRange)
  then begin
    if Run<fLineLen then begin
      if (Run+1 < fLineLen) and (fLine[Run] = '{') and (fLine[Run+1] = '$')  then begin
        // "{$" directive takes precedence
        fTokenID := tkSymbol;
        exit;
      end;
      inc(Run);
    end;
    fTokenID := tkString;
  end
  else
    fRange := fRange + [rsAfterIdentifierOrValueAdd];
end;

procedure TSynPasSyn.NullProc;
begin
  if (Run = 0) and (rsSlash in fRange) then begin
    fRange := fRange - [rsSlash];
    if TopPascalCodeFoldBlockType = cfbtSlashComment then
      EndPascalCodeFoldBlockLastLine;
  end;
  fTokenID := tkNull;
  if Run<fLineLen then inc(Run);
end;

procedure TSynPasSyn.NumberProc;
begin
  inc(Run);
  fTokenID := tkNumber;
  if Run<fLineLen then begin
    while (IsNumberChar[FLine[Run]]) do inc(Run);
    if (FLine[Run]='.') and not(fLine[Run+1]='.')  then begin
      inc(Run);
      while (IsNumberChar[FLine[Run]]) do inc(Run);
    end;
    if (FLine[Run]='e') or (fLine[Run]='E')  then begin
      inc(Run);
      if (FLine[Run]='+') or (fLine[Run]='-')  then inc(Run);
      while (IsNumberChar[FLine[Run]]) do inc(Run);
    end;
  end;
end;

procedure TSynPasSyn.PointProc;
begin
  fTokenID := tkSymbol;
  inc(Run);
  if fLine[Run] in ['.', ')'] then inc(Run);
end;

procedure TSynPasSyn.AnsiProc;
begin
  fTokenID := tkComment;
  repeat
    if fLine[Run]=#0 then
      break
    else if (fLine[Run] = '*') and (fLine[Run + 1] = ')') then
    begin
      Inc(Run, 2);
      if TopPascalCodeFoldBlockType=cfbtNestedComment then begin
        EndPascalCodeFoldBlock;
      end else begin
        fRange := fRange - [rsAnsi];
        if TopPascalCodeFoldBlockType=cfbtAnsiComment then
          EndPascalCodeFoldBlock;
        break;
      end;
    end
    else if NestedComments
    and (fLine[Run] = '(') and (fLine[Run + 1] = '*') then
    begin
      fStringLen := 2;
      StartPascalCodeFoldBlock(cfbtNestedComment);
      Inc(Run,2);
    end else
      Inc(Run);
  until (Run>=fLineLen) or (fLine[Run] in [#0, #10, #13]);
end;

procedure TSynPasSyn.RoundOpenProc;
begin
  Inc(Run);
  if Run>=fLineLen then begin
    fTokenID:=tkSymbol;
    PasCodeFoldRange.IncBracketNestLevel;
    exit;
  end;
  case fLine[Run] of
    '*':
      begin
        // We would not be here, if we were in a comment or directive already
        fRange := fRange + [rsAnsi];
        fTokenID := tkComment;
        fStringLen := 2; // length of "(*"
        Dec(Run);
        StartPascalCodeFoldBlock(cfbtAnsiComment);
        Inc(Run, 2);
        if not (fLine[Run] in [#0, #10, #13]) then begin
          AnsiProc;
        end;
      end;
    '.':
      begin
        inc(Run);
        fTokenID := tkSymbol;
        PasCodeFoldRange.IncBracketNestLevel;
      end;
    else
      begin
        fTokenID := tkSymbol;
        PasCodeFoldRange.IncBracketNestLevel;
      end;
  end;
end;

procedure TSynPasSyn.RoundCloseProc;
begin
  inc(Run);
  fTokenID := tkSymbol;
  fRange := fRange + [rsAfterIdentifierOrValueAdd];
  PasCodeFoldRange.DecBracketNestLevel;
  if (PasCodeFoldRange.BracketNestLevel = 0) then begin
    if (fRange * [rsAfterClass] <> []) then
      fRange := fRange + [rsAtClosingBracket];
    Exclude(fRange, rsInProcHeader);
  end;
end;

procedure TSynPasSyn.SquareOpenProc;
begin
  inc(Run);
  fTokenID := tkSymbol;
  PasCodeFoldRange.IncBracketNestLevel;
end;

procedure TSynPasSyn.SquareCloseProc;
begin
  inc(Run);
  fTokenID := tkSymbol;
  fRange := fRange + [rsAfterIdentifierOrValueAdd];
  PasCodeFoldRange.DecBracketNestLevel;
end;

procedure TSynPasSyn.EqualSignProc;
begin
  inc(Run);
  fTokenID := tkSymbol;
  fRange := fRange + [rsAfterEqualOrColon, rsAfterEqual];
  if (TopPascalCodeFoldBlockType in [cfbtVarType, cfbtLocalVarType, cfbtClass, cfbtClassSection, cfbtRecord]) and
     not(rsAfterClassMembers in fRange)
  then
    fRange := fRange + [rsVarTypeInSpecification];
end;

procedure TSynPasSyn.SemicolonProc;
var
  tfb: TPascalCodeFoldBlockType;
  InSkipBlocks: Boolean;
begin
  fTokenID := tkSymbol;
  tfb := TopPascalCodeFoldBlockType;
  InSkipBlocks := rsSkipAllPasBlocks in fRange;
  Exclude(fRange, rsSkipAllPasBlocks);

  fStringLen := 1;
  if tfb = cfbtUses then
    EndPascalCodeFoldBlock;

  if (tfb = cfbtClass) and ((rsAfterClass in fRange) or InSkipBlocks) then
    EndPascalCodeFoldBlock(True, True);

  while (tfb in [cfbtIfThen,cfbtIfElse,cfbtForDo,cfbtWhileDo,cfbtWithDo]) do begin
    EndPascalCodeFoldBlock(True);
    tfb := TopPascalCodeFoldBlockType;
  end;

  Inc(Run);

  if (tfb = cfbtCase) then
    fRange := fRange + [rsAtCaseLabel];

  if (tfb in [cfbtClass, cfbtClassSection]) and
     (fRange * [rsVarTypeInSpecification, rsAfterClassMembers] = [rsVarTypeInSpecification])
  then
    fRange := fRange + [rsAfterClassField];

  if (fRange * [rsProperty, rsInProcHeader] <> []) and
     (PasCodeFoldRange.BracketNestLevel = 0)
  then
    fRange := fRange - [rsProperty, rsInProcHeader];
  fRange := fRange - [rsVarTypeInSpecification, rsAfterEqual];
end;

procedure TSynPasSyn.SlashProc;
begin
  if fLine[Run+1] = '/' then begin
    fTokenID := tkComment;
    if FAtLineStart then begin
      fRange := fRange + [rsSlash];
      fStringLen := 2; // length of "//"
      if not(TopPascalCodeFoldBlockType = cfbtSlashComment) then
        StartPascalCodeFoldBlock(cfbtSlashComment);
    end;
    inc(Run, 2);
    while not(fLine[Run] in [#0, #10, #13]) do
      Inc(Run);
  end else begin
    Inc(Run);
    fTokenID := tkSymbol;
  end;
end;

procedure TSynPasSyn.SlashContinueProc;
begin
  if (fLine[Run] = '/') and (fLine[Run + 1] = '/') then begin
    // Continue fold block
    fTokenID := tkComment;
    while not(fLine[Run] in [#0, #10, #13]) do
      Inc(Run);
    exit;
  end;

  fTokenID := tkUnknown;
  if IsSpaceChar[FLine[Run]] then begin
    fTokenID := tkSpace;
    inc(Run);
    while IsSpaceChar[FLine[Run]] do inc(Run);
  end;

  if not((fLine[Run] = '/') and (fLine[Run + 1] = '/')) then begin
    fRange := fRange - [rsSlash];
    if TopPascalCodeFoldBlockType = cfbtSlashComment then
      EndPascalCodeFoldBlockLastLine;
  end;

  if FTokenID = tkUnknown then
    Next;
end;

procedure TSynPasSyn.SpaceProc;
begin
  inc(Run);
  fTokenID := tkSpace;
  while IsSpaceChar[FLine[Run]] do inc(Run);
end;

procedure TSynPasSyn.StringProc;
begin
  fTokenID := tkString;
  Inc(Run);
  while (not (fLine[Run] in [#0, #10, #13])) do begin
    if fLine[Run] = '''' then begin
      Inc(Run);
      if (fLine[Run] <> '''') then
        break;
    end;
    Inc(Run);
  end;
end;

procedure TSynPasSyn.SymbolProc;
begin
  inc(Run);
  fTokenID := tkSymbol;
end;

procedure TSynPasSyn.UnknownProc;
begin
  inc(Run);
  while (fLine[Run] in [#128..#191]) OR // continued utf8 subcode
   ((fLine[Run]<>#0) and (fProcTable[fLine[Run]] = @UnknownProc)) do inc(Run);
  fTokenID := tkUnknown;
end;

procedure TSynPasSyn.Next;
var
  IsAtCaseLabel: Boolean;
begin
  fAsmStart := False;
  fTokenPos := Run;
    FTokenIsCaseLabel := False;
  if Run>=fLineLen then begin
    NullProc;
    exit;
  end;
  case fLine[Run] of
     #0: NullProc;
    #10: LFProc;
    #13: CRProc;
    else
      if rsAnsi in fRange then
        AnsiProc
      else if fRange * [rsBor, rsIDEDirective] <> [] then
        BorProc
      else if rsDirective in fRange then
        DirectiveProc
      else if rsSlash in fRange then
        SlashContinueProc
      else begin
        FOldRange := fRange;
        //if rsAtEqual in fRange then
        //  fRange := fRange + [rsAfterEqualOrColon] - [rsAtEqual]
        //else

        IsAtCaseLabel := rsAtCaseLabel in fRange;

        fProcTable[fLine[Run]];

        if (IsAtCaseLabel) and (rsAtCaseLabel in fRange) then begin
          FTokenIsCaseLabel := True;
          if (FTokenID = tkKey) then
            fRange := fRange - [rsAtCaseLabel];
        end;

        if not (FTokenID in [tkSpace, tkComment, tkIDEDirective, tkDirective]) then begin
          if (PasCodeFoldRange.BracketNestLevel = 0) and
             not(rsAtClosingBracket in fRange)
          then
            fRange := fRange - [rsAfterClass];

          fRange := fRange -
            (FOldRange * [rsAfterEqualOrColon, rsAtPropertyOrReadWrite, rsAfterClassField, rsAfterIdentifierOrValue]) -
            [rsAtClosingBracket];

          if rsAtClass in fRange then begin
            if FOldRange * [rsAtClass, rsAfterClass] <> [] then
              fRange := fRange + [rsAfterClass] - [rsAtClass]
            else
              fRange := fRange + [rsAfterClass];
          end
        end
        else begin
          fRange := fRange - [rsAtClosingBracket];
          if rsAtClass in fRange then
            fRange := fRange + [rsAfterClass];
        end;

        if (FTokenID = tkIdentifier) or (rsAfterIdentifierOrValueAdd in fRange) then
          fRange := fRange + [rsAfterIdentifierOrValue] - [rsAfterIdentifierOrValueAdd];
      end
  end;
  if FAtLineStart and not(FTokenID in [tkSpace, tkComment, tkIDEDirective]) then
    FAtLineStart := False;
  //DebugLn(['TSynPasSyn.Next Run=',Run,' fTokenPos=',fTokenPos,' fLineStr=',fLineStr,' Token=',GetToken]);
end;

function TSynPasSyn.GetDefaultAttribute(Index: integer):
  TSynHighlighterAttributes;
begin
  case Index of
    SYN_ATTR_COMMENT: Result := fCommentAttri;
    SYN_ATTR_IDENTIFIER: Result := fIdentifierAttri;
    SYN_ATTR_KEYWORD: Result := fKeyAttri;
    SYN_ATTR_STRING: Result := fStringAttri;
    SYN_ATTR_WHITESPACE: Result := fSpaceAttri;
    SYN_ATTR_NUMBER: Result := fNumberAttri;
    SYN_ATTR_DIRECTIVE: Result := fDirectiveAttri;
    SYN_ATTR_ASM: Result := fAsmAttri;
  else
    Result := nil;
  end;
end;

function TSynPasSyn.GetEol: Boolean;
begin
  Result := (fTokenID = tkNull) and (Run >= fLineLen);
end;

function TSynPasSyn.GetToken: string;
var
  Len: LongInt;
begin
  Len := Run - fTokenPos;
  SetLength(Result,Len);
  if Len>0 then
    System.Move(fLine[fTokenPos],Result[1],Len);
end;

procedure TSynPasSyn.GetTokenEx(out TokenStart: PChar; out TokenLength: integer);
begin
  TokenLength:=Run-fTokenPos;
  if TokenLength>0 then begin
    TokenStart:=@fLine[fTokenPos];
  end else begin
    TokenStart:=nil;
  end;
end;

function TSynPasSyn.GetTokenID: TtkTokenKind;
begin
  if not fAsmStart and (fRange * [rsAnsi, rsBor, rsIDEDirective, rsDirective, rsAsm] = [rsAsm])
    and not (fTokenId in [tkNull, tkComment, tkIDEDirective, tkSpace, tkDirective])
  then
    Result := tkAsm
  else
    Result := fTokenId;
end;

function TSynPasSyn.GetTokenAttribute: TSynHighlighterAttributes;
begin
  case GetTokenID of
    tkAsm: Result := fAsmAttri;
    tkComment: Result := fCommentAttri;
    tkIDEDirective: begin
      FCurIDEDirectiveAttri.Assign(FCommentAttri);
      FCurIDEDirectiveAttri.Merge(FIDEDirectiveAttri);
      Result := FCurIDEDirectiveAttri;
    end;
    tkIdentifier: Result := fIdentifierAttri;
    tkKey: Result := fKeyAttri;
    tkNumber: Result := fNumberAttri;
    tkSpace: Result := fSpaceAttri;
    tkString: Result := fStringAttri;
    tkSymbol: Result := fSymbolAttri;
    tkDirective: Result := fDirectiveAttri;
    tkUnknown: Result := fSymbolAttri;
  else
    Result := nil;
  end;

  if FTokenIsCaseLabel and (GetTokenID in [tkIdentifier, tkKey, tkNumber, tkString])
  then begin
    FCurCaseLabelAttri.Assign(Result);
    FCurCaseLabelAttri.Merge(FCaseLabelAttri);
    Result := FCurCaseLabelAttri;
  end;

  if (GetTokenID in [tkIdentifier, tkSymbol]) and
     (fRange * [rsInProcHeader, rsAfterEqualOrColon, rsAfterEqual] = [rsInProcHeader]) and
     (FOldRange * [rsAfterEqualOrColon, rsAfterEqual] = []) and
     (PasCodeFoldRange.BracketNestLevel = 0)
  then begin
    FCurProcedureHeaderNameAttr.Assign(Result);
    FCurProcedureHeaderNameAttr.Merge(FProcedureHeaderNameAttr);
    Result := FCurProcedureHeaderNameAttr;
  end;
end;

function TSynPasSyn.GetTokenKind: integer;
begin
  Result := Ord(GetTokenID);
end;

function TSynPasSyn.GetTokenPos: Integer;
begin
  Result := fTokenPos;
end;

function TSynPasSyn.GetRange: Pointer;
begin
  // For speed reasons, we work with fRange instead of CodeFoldRange.RangeType
  // -> update now
  CodeFoldRange.RangeType:=Pointer(PtrUInt(Integer(fRange)));
  // return a fixed copy of the current CodeFoldRange instance
  Result := inherited GetRange;
end;

procedure TSynPasSyn.SetRange(Value: Pointer);
begin
  //DebugLn(['TSynPasSyn.SetRange START']);
  inherited SetRange(Value);
  CompilerMode := PasCodeFoldRange.Mode;
  NestedComments := PasCodeFoldRange.NestedComments;
  fRange := TRangeStates(Integer(PtrUInt(CodeFoldRange.RangeType)));
  FSynPasRangeInfo := TSynHighlighterPasRangeList(CurrentRanges).PasRangeInfo[LineIndex-1];
end;

procedure TSynPasSyn.StartAtLineIndex(LineNumber: Integer);
begin
  inherited StartAtLineIndex(LineNumber);
end;

function TSynPasSyn.GetEndOfLineAttribute: TSynHighlighterAttributes;
begin
  if fRange * [rsAnsi, rsBor] <> [] then
    Result := fCommentAttri
  else
    Result := inherited GetEndOfLineAttribute;
end;

procedure TSynPasSyn.ResetRange;
begin
  fRange := [];
  FStartCodeFoldBlockLevel:=0;
  FPasStartLevel := 0;
  with FSynPasRangeInfo do begin
    EndLevelIfDef := 0;
    MinLevelIfDef := 0;
    EndLevelRegion := 0;
    MinLevelRegion := 0;
  end;
  Inherited ResetRange;
  CompilerMode:=pcmDelphi;
end;

procedure TSynPasSyn.EnumUserSettings(settings: TStrings);
begin
  { returns the user settings that exist in the registry }
  with TRegistry.Create do
  begin
    try
      RootKey := HKEY_LOCAL_MACHINE;
      {$IFNDEF SYN_LAZARUS}
      // ToDo Registry
      if OpenKeyReadOnly('\SOFTWARE\Borland\Delphi') then
      begin
        try
          GetKeyNames(settings);
        finally
          CloseKey;
        end;
      end;
      {$ENDIF}
    finally
      Free;
    end;
  end;
end;

function TSynPasSyn.IsLineStartingInDirective(ALineIndex: TLineIdx): Boolean;
var
  r: Pointer;
begin
  Result := False;
  if ALineIndex < 1 then exit;
  r := CurrentRanges[ALineIndex-1];
  if (r <> nil) and (r <> NullRange) then
    Result := rsDirective in TRangeStates(Integer(PtrUInt(TSynPasSynRange(r).RangeType)));
end;

function TSynPasSyn.FoldBlockEndLevel(ALineIndex: TLineIdx;
  const AFilter: TSynFoldBlockFilter): integer;
var
  inf: TSynPasRangeInfo;
  r, r2: Pointer;
begin
  Assert(CurrentRanges <> nil, 'TSynCustomFoldHighlighter.FoldBlockEndLevel requires CurrentRanges');
  Result := 0;
  inf.EndLevelIfDef := 0;
  inf.MinLevelIfDef := 0;
  inf.EndLevelRegion := 0;
  inf.MinLevelRegion := 0;
  if (ALineIndex < 0) or (ALineIndex >= CurrentLines.Count - 1) then
    exit;

  if AFilter.FoldGroup  in [0, FOLDGROUP_REGION, FOLDGROUP_IFDEF] then
    inf := TSynHighlighterPasRangeList(CurrentRanges).PasRangeInfo[ALineIndex];

  if AFilter.FoldGroup  in [0, FOLDGROUP_PASCAL] then begin
    // All or Pascal
    r := CurrentRanges[ALineIndex];
    if (r <> nil) and (r <> NullRange) then begin
      r2 := TSynPasSynRange(CurrentRanges[ALineIndex + 1]);
      if sfbIncludeDisabled in AFilter.Flags then begin
        Result := TSynPasSynRange(r).NestFoldStackSize;
        if (r2 <> nil) and (r2 <> NullRange) then
          Result := Result + TSynPasSynRange(r2).LastLineCodeFoldLevelFix;
      end
      else begin
        Result := TSynPasSynRange(r).CodeFoldStackSize;
        if (r2 <> nil) and (r2 <> NullRange) then
          Result := Result + TSynPasSynRange(r2).PasFoldFixLevel;
      end;
    end;
  end;

  if AFilter.FoldGroup  in [0, FOLDGROUP_REGION] then begin
    // All or REGION
    if FFoldConfig[ord(cfbtRegion)].Enabled or
       (sfbIncludeDisabled in AFilter.Flags)
    then
      Result := Result + inf.EndLevelRegion;
  end;

  if AFilter.FoldGroup  in [0, FOLDGROUP_IFDEF] then begin
    // All or IFDEF
    if FFoldConfig[ord(cfbtIfDef)].Enabled or
       (sfbIncludeDisabled in AFilter.Flags)
    then
      Result := Result + inf.EndLevelIfDef;
  end;
end;

function TSynPasSyn.FoldBlockMinLevel(ALineIndex: TLineIdx;
  const AFilter: TSynFoldBlockFilter): integer;
var
  inf: TSynPasRangeInfo;
  r, r2: Pointer;
begin
  Assert(CurrentRanges <> nil, 'TSynCustomFoldHighlighter.FoldBlockMinLevel requires CurrentRanges');
  Result := 0;
  inf.EndLevelIfDef := 0;
  inf.MinLevelIfDef := 0;
  inf.EndLevelRegion := 0;
  inf.MinLevelRegion := 0;
  if (ALineIndex < 0) or (ALineIndex >= CurrentLines.Count - 1) then
    exit;

  if AFilter.FoldGroup  in [0, FOLDGROUP_REGION, FOLDGROUP_IFDEF] then
    inf := TSynHighlighterPasRangeList(CurrentRanges).PasRangeInfo[ALineIndex];

  if AFilter.FoldGroup  in [0, FOLDGROUP_PASCAL] then begin
    // All or Pascal
    (* Range.EndLevel can be smaller. because Range.MinLevel does not know the LastLineFix
       Using a copy of FoldBlockEndLevel *)
    r := CurrentRanges[ALineIndex];
    if (r <> nil) and (r <> NullRange) then begin
      r2 := TSynPasSynRange(CurrentRanges[ALineIndex + 1]);
      if sfbIncludeDisabled in AFilter.Flags then begin
        Result := TSynPasSynRange(r).NestFoldStackSize;
        if (r2 <> nil) and (r2 <> NullRange) then
          Result := Result + TSynPasSynRange(r2).LastLineCodeFoldLevelFix;
        // now Result = FoldBlockEndLevel
        Result := Min(Result, TSynPasSynRange(r).MinimumNestFoldBlockLevel);
      end
      else begin
        Result := TSynPasSynRange(r).CodeFoldStackSize;
        if (r2 <> nil) and (r2 <> NullRange) then
          Result := Result + TSynPasSynRange(r2).PasFoldFixLevel;
        // now Result = FoldBlockEndLevel
        Result := Min(Result, TSynPasSynRange(r).MinimumCodeFoldBlockLevel);
      end;
    end;
  end;

  if AFilter.FoldGroup  in [0, FOLDGROUP_REGION] then begin
    // All or REGION
    Result := Result + inf.MinLevelRegion;
  end;

  if AFilter.FoldGroup  in [0, FOLDGROUP_IFDEF] then begin
    // All or IFDEF
    Result := Result + inf.MinLevelIfDef;
  end;
end;

function TSynPasSyn.FoldBlockNestedTypes(ALineIndex: TLineIdx; ANestIndex: Integer; out
  AType: Pointer; const AFilter: TSynFoldBlockFilter): boolean;
var
  r, r2: Pointer;
  c: Integer;
  Fold: TSynCustomCodeFoldBlock;
begin
  Result := false;
  if (ALineIndex < 0) or (ALineIndex >= CurrentLines.Count - 1) then
    exit;
  if ANestIndex < 0 then exit;

  if AFilter.FoldGroup = FOLDGROUP_PASCAL then begin
    if AFilter.Flags = [] then begin

      r := CurrentRanges[ALineIndex];
      if (r <> nil) and (r <> NullRange) then begin
        r2 := TSynPasSynRange(CurrentRanges[ALineIndex + 1]);
        c := TSynPasSynRange(r).CodeFoldStackSize;
        if (r2 <> nil) and (r2 <> NullRange) then
          c := c + TSynPasSynRange(r2).PasFoldFixLevel;

        if ANestIndex < c then begin
          c := TSynPasSynRange(r).NestFoldStackSize - 1 - ANestIndex;
          Fold := TSynPasSynRange(r).Top;
          while (Fold <> nil) and
                ( (c > 0) or (Fold.BlockType >= CountPascalCodeFoldBlockOffset) )
          do begin
            if (Fold.BlockType < CountPascalCodeFoldBlockOffset) then
              dec(c);
            Fold := Fold.Parent;
          end;
          if Fold <> nil then begin
            AType := Fold.BlockType;
            if AType >= CountPascalCodeFoldBlockOffset then
              AType := AType - PtrUInt(CountPascalCodeFoldBlockOffset);
            Result := True;
          end;
        end;

      end;

    end;
    if AFilter.Flags = [sfbIncludeDisabled] then begin

      r := CurrentRanges[ALineIndex];
      if (r <> nil) and (r <> NullRange) then begin
        r2 := TSynPasSynRange(CurrentRanges[ALineIndex + 1]);
        c := TSynPasSynRange(r).NestFoldStackSize;
        if (r2 <> nil) and (r2 <> NullRange) then
          c := c + TSynPasSynRange(r2).LastLineCodeFoldLevelFix;

        if ANestIndex < c then begin
          c := TSynPasSynRange(r).NestFoldStackSize - 1 - ANestIndex;
          Fold := TSynPasSynRange(r).Top;
          while (Fold <> nil) and (c > 0) do begin
            Fold := Fold.Parent;
            dec(c);
          end;
          if Fold <> nil then begin
            AType := Fold.BlockType;
            if AType >= CountPascalCodeFoldBlockOffset then
              AType := AType - PtrUInt(CountPascalCodeFoldBlockOffset);
            Result := True;
          end;
        end;

      end;
    end;
  end;
end;

function TSynPasSyn.TopPascalCodeFoldBlockType(DownIndex: Integer = 0): TPascalCodeFoldBlockType;
var
  p: Pointer;
begin
  p := TopCodeFoldBlockType(DownIndex);
  if p >= CountPascalCodeFoldBlockOffset then
    p := p - PtrUInt(CountPascalCodeFoldBlockOffset);
  Result := TPascalCodeFoldBlockType(PtrUInt(p));
end;

procedure TSynPasSyn.GetTokenBounds(out LogX1, LogX2: Integer);
begin
  LogX1 := Run;
  LogX2 := LogX1 + fStringLen;
end;

function TSynPasSyn.FoldTypeCount: integer;
begin
  Result := 3;
end;

function TSynPasSyn.FoldTypeAtNodeIndex(ALineIndex, FoldIndex: Integer;
  UseCloseNodes: boolean): integer;
var
  act: TSynFoldActions;
begin
  act := [sfaOpenFold, sfaFold];
  if UseCloseNodes then act := [sfaCloseFold, sfaFold];
  case TPascalCodeFoldBlockType(PtrUInt(FoldNodeInfo[ALineIndex].NodeInfoEx(FoldIndex, act).FoldType)) of
    cfbtRegion:
      Result := 2;
    cfbtIfDef:
      Result := 3;
    else
      Result := 1;
  end;
end;

function TSynPasSyn.FoldLineLength(ALineIndex, FoldIndex: Integer): integer;
var
  atype : Integer;
  node: TSynFoldNodeInfo;
begin
  node := FoldNodeInfo[ALineIndex].NodeInfoEx(FoldIndex, [sfaOpenFold, sfaFold]);
  if sfaInvalid in node.FoldAction then exit(-1);
  if sfaOneLineOpen in node.FoldAction then exit(0);
  case TPascalCodeFoldBlockType(PtrUInt(node.FoldType)) of
    cfbtRegion:
      atype := 2;
    cfbtIfDef:
      atype := 3;
    else
      atype := 1;
  end;

  Result := FoldEndLine(ALineIndex, FoldIndex);
  // check if fold last line of block (not mixed "end begin")
  if (FoldBlockEndLevel(Result, atype) > FoldBlockMinLevel(Result, atype)) then
    dec(Result);
  // Amount of lines, that will become invisible (excludes the cfCollapsed line)
  Result := Result - ALineIndex;
end;

function TSynPasSyn.FoldEndLine(ALineIndex, FoldIndex: Integer): integer;
var
  lvl, cnt, atype : Integer;
  node: TSynFoldNodeInfo;
begin
  node := FoldNodeInfo[ALineIndex].NodeInfoEx(FoldIndex, [sfaOpenFold, sfaFold]);
  if sfaInvalid in node.FoldAction then exit(-1);
  if sfaOneLineOpen in node.FoldAction then exit(ALineIndex);
  case TPascalCodeFoldBlockType(PtrUInt(node.FoldType)) of
    cfbtRegion:
      atype := 2;
    cfbtIfDef:
      atype := 3;
    else
      atype := 1;
  end;


  cnt := CurrentLines.Count;
  lvl := node.FoldLvlEnd;

  Result := ALineIndex + 1;
  while (Result < cnt) and (FoldBlockMinLevel(Result, atype) >= lvl) do inc(Result);
  // check if fold last line of block (not mixed "end begin")
  // and not lastlinefix
  if (Result = cnt) then
    dec(Result);
end;

function TSynPasSyn.LastLinePasFoldLevelFix(Index: Integer; AType: Integer;
  AIncludeDisabled: Boolean): integer;
var
  r: TSynPasSynRange;
begin
  // AIncludeDisabled only works for Pascal Nodes
  case AType of
    2: Result := 0;
    3: Result := 0;
    else
      begin
        if (Index < 0) or (Index >= CurrentLines.Count) then
          exit(0);
        r := TSynPasSynRange(CurrentRanges[Index]);
        if (r <> nil) and (Pointer(r) <> NullRange) then begin
          if AIncludeDisabled then
            Result := r.LastLineCodeFoldLevelFix  // all pascal nodes (incl. not folded)
          else
            Result := r.PasFoldFixLevel
        end
        else
          Result := 0;
      end;
  end;
end;


procedure TSynPasSyn.DoInitNode(var Node: TSynFoldNodeInfo;
  FinishingABlock: Boolean; ABlockType: Pointer; aActions: TSynFoldActions;
  AIsFold: Boolean);
var
  PasBlockType: TPascalCodeFoldBlockType;
  EndOffs: Integer;
  OneLine: Boolean;
  t: TSynCustomFoldConfig;
begin
  PasBlockType := TPascalCodeFoldBlockType(PtrUint(ABlockType));

  if FinishingABlock then
    EndOffs := -1
  else
    EndOffs := +1;
  //inherited DoInitNode(Node, FinishingABlock, ABlockType, aActions, AIsFold);
  aActions := aActions + [sfaMultiLine];

  if (not FinishingABlock) and  (ABlockType <> nil) then begin
    if (PasBlockType in [cfbtIfThen,cfbtForDo,cfbtWhileDo,cfbtWithDo,cfbtIfElse]) then
      //Include( aActions, sfaOutlineKeepLevelOnSameLine);
      Include( aActions, sfaOutlineKeepLevel);

    //if (PasBlockType in [cfbtIfElse]) then
    //  Include( aActions, sfaOutlineMergeLevelOnWrongCol);

    if (PasBlockType in [cfbtClassSection]) then begin
      t := FFoldConfig[ord(cfbtClass)];
      if t.Enabled and (sfaOutline in t.FoldActions) then
        Include( aActions, sfaOutlineMergeParent);
    end;

    if (PasBlockType in [cfbtProcedure]) then begin
      t := FFoldConfig[ord(cfbtTopBeginEnd)];
      if t.Enabled and (sfaOutline in t.FoldActions) then
        aActions := aActions + [sfaOutlineKeepLevel,sfaOutlineNoColor];
    end;

    //if (PasBlockType in [cfbtProcedure]) and (InProcLevel > 0) then //nested
    //  aActions := aActions + [sfaOutlineForceIndent];

    if (PasBlockType in [cfbtExcept]) then begin
      t := FFoldConfig[ord(cfbtTry)];
      if t.Enabled and (sfaOutline in t.FoldActions) then
        Include( aActions, sfaOutlineMergeParent);
    end;

   // if (PasBlockType in [cfbtIfThen, cfbtClass,cfbtRecord]) then
    //  aActions := aActions + [sfaOutlineNoLine];
  end;

  Node.LineIndex := LineIndex;
  Node.LogXStart := Run;
  Node.LogXEnd := Run + fStringLen;
  Node.FoldType := Pointer({%H-}PtrInt(ABlockType)); //Pointer(PtrUInt(PasBlockType));
  Node.FoldTypeCompatible := Pointer(PtrUInt(PascalFoldTypeCompatibility[PasBlockType]));
  Node.FoldAction := aActions;
  case PasBlockType of
    cfbtRegion:
      begin
        node.FoldGroup := FOLDGROUP_REGION;
        if AIsFold then
          Node.FoldLvlStart := FSynPasRangeInfo.EndLevelRegion
        else
          Node.FoldLvlStart := 0;
        Node.NestLvlStart := FSynPasRangeInfo.EndLevelRegion;
        OneLine := FinishingABlock and (Node.FoldLvlStart > FSynPasRangeInfo.MinLevelRegion);
      end;
    cfbtIfDef:
      begin
        node.FoldGroup := FOLDGROUP_IFDEF;
        if AIsFold then
          Node.FoldLvlStart := FSynPasRangeInfo.EndLevelIfDef
        else
          Node.FoldLvlStart := 0;
        Node.NestLvlStart := FSynPasRangeInfo.EndLevelIfDef;
        OneLine := FinishingABlock and (Node.FoldLvlStart > FSynPasRangeInfo.MinLevelIfDef);
      end;
    else
      begin
        //inherited DoInitNode(Node, FinishingABlock, ABlockType, aActions, AIsFold);
        node.FoldGroup := FOLDGROUP_PASCAL;
        if AIsFold then begin
          Node.FoldLvlStart := PasCodeFoldRange.CodeFoldStackSize;
          Node.NestLvlStart := PasCodeFoldRange.NestFoldStackSize;
          OneLine := FinishingABlock and (Node.FoldLvlStart > PasCodeFoldRange.MinimumCodeFoldBlockLevel); // MinimumCodeFoldBlockLevel);
        end else begin
          Node.FoldLvlStart := PasCodeFoldRange.NestFoldStackSize; // CodeFoldStackSize; ? but fails test // Todo: zero?
          Node.NestLvlStart := PasCodeFoldRange.NestFoldStackSize;
          OneLine := FinishingABlock and (Node.NestLvlStart > PasCodeFoldRange.MinimumNestFoldBlockLevel); // MinimumCodeFoldBlockLevel);
        end;
      end;
  end;
  Node.NestLvlEnd := Node.NestLvlStart + EndOffs;
  if not (sfaFold in aActions) then
    EndOffs := 0;
  Node.FoldLvlEnd := Node.FoldLvlStart + EndOffs;
  if OneLine then  // find opening node
    RepairSingleLineNode(Node);
end;

procedure TSynPasSyn.StartCustomCodeFoldBlock(ABlockType: TPascalCodeFoldBlockType);
var
  act: TSynFoldActions;
  nd: TSynFoldNodeInfo;
  FoldBlock, BlockEnabled: Boolean;
begin
  BlockEnabled := FFoldConfig[ord(ABlockType)].Enabled;
  FoldBlock := BlockEnabled and (FFoldConfig[ord(ABlockType)].Modes * [fmFold, fmHide] <> []);
  //if not FFoldConfig[ord(ABlockType)].Enabled then exit;
  if IsCollectingNodeInfo then begin // exclude subblocks, because they do not increase the foldlevel yet
    act := [sfaOpen, sfaOpenFold];
    if BlockEnabled then
      act := act + FFoldConfig[ord(ABlockType)].FoldActions;
    if not FAtLineStart then
      act := act - [sfaFoldHide];
    DoInitNode(nd{%H-}, False, Pointer(PtrUInt(ABlockType)), act, FoldBlock);
    CollectingNodeInfoList.Add(nd);
  end;
  //if not FoldBlock then
  //  exit;
  case ABlockType of
    cfbtIfDef:
      inc(FSynPasRangeInfo.EndLevelIfDef);
    cfbtRegion:
      inc(FSynPasRangeInfo.EndLevelRegion);
  end;
end;

procedure TSynPasSyn.EndCustomCodeFoldBlock(ABlockType: TPascalCodeFoldBlockType);
var
  act: TSynFoldActions;
  nd: TSynFoldNodeInfo;
  FoldBlock, BlockEnabled: Boolean;
begin
  FoldBlock := FFoldConfig[ord(ABlockType)].Enabled;
  //if not FFoldConfig[ord(ABlockType)].Enabled then exit;
  if IsCollectingNodeInfo then begin // exclude subblocks, because they do not increase the foldlevel yet
    BlockEnabled := FFoldConfig[ord(ABlockType)].Enabled;
    act := [sfaClose, sfaCloseFold];
    if BlockEnabled then
      act := act + FFoldConfig[PtrUInt(ABlockType)].FoldActions;
    if not FoldBlock then
      act := act - [sfaFold, sfaFoldFold, sfaFoldHide];
    DoInitNode(nd{%H-}, True, Pointer(PtrUInt(ABlockType)), act, FoldBlock); // + FFoldConfig[ord(ABlockType)].FoldActions);
    CollectingNodeInfoList.Add(nd);
  end;
  //if not FoldBlock then
  //  exit;
  case ABlockType of
    cfbtIfDef:
      begin
        if FSynPasRangeInfo.EndLevelIfDef > 0 then
          dec(FSynPasRangeInfo.EndLevelIfDef);
        if FSynPasRangeInfo.EndLevelIfDef < FSynPasRangeInfo.MinLevelIfDef then
          FSynPasRangeInfo.MinLevelIfDef := FSynPasRangeInfo.EndLevelIfDef;
      end;
    cfbtRegion:
      begin
        if FSynPasRangeInfo.EndLevelRegion > 0 then
          dec(FSynPasRangeInfo.EndLevelRegion);
        if FSynPasRangeInfo.EndLevelRegion < FSynPasRangeInfo.MinLevelRegion then
          FSynPasRangeInfo.MinLevelRegion := FSynPasRangeInfo.EndLevelRegion;
      end;
  end;
end;

procedure TSynPasSyn.CollectNodeInfo(FinishingABlock: Boolean;
  ABlockType: Pointer; LevelChanged: Boolean);
begin
  // nothing
end;

function TSynPasSyn.CreateFoldNodeInfoList: TLazSynFoldNodeInfoList;
begin
  Result := TLazSynFoldNodeInfoList.Create;
end;

procedure TSynPasSyn.ScanFoldNodeInfo();
var
  nd: PSynFoldNodeInfo;
  i: Integer;
begin
  fStringLen := 0;
  inherited ScanFoldNodeInfo;

  fStringLen := 0;
  i := LastLinePasFoldLevelFix(LineIndex+1, FOLDGROUP_PASCAL, True);  // all pascal nodes (incl. not folded)
  while i < 0 do begin
    EndPascalCodeFoldBlock;
    CollectingNodeInfoList.LastItemPointer^.FoldAction :=
      CollectingNodeInfoList.LastItemPointer^.FoldAction + [sfaCloseForNextLine];
    inc(i);
  end;
  if LineIndex = CurrentLines.Count - 1 then begin
    // last LineIndex, close all folds
    // Run (for LogXStart) is at LineIndex-end
    i := CollectingNodeInfoList.CountAll;
    while TopPascalCodeFoldBlockType <> cfbtNone do
      EndPascalCodeFoldBlock(True);
    while FSynPasRangeInfo.EndLevelIfDef > 0 do
      EndCustomCodeFoldBlock(cfbtIfDef);
    while FSynPasRangeInfo.EndLevelRegion > 0 do
      EndCustomCodeFoldBlock(cfbtRegion);
    while i < CollectingNodeInfoList.CountAll do begin
      nd := CollectingNodeInfoList.ItemPointer[i];
      nd^.FoldAction := nd^.FoldAction + [sfaLastLineClose];
      inc(i);
    end;
  end;
end;

function TSynPasSyn.StartPascalCodeFoldBlock(
  ABlockType: TPascalCodeFoldBlockType; ForceDisabled: Boolean
  ): TSynCustomCodeFoldBlock;
var
  p: PtrInt;
  FoldBlock, BlockEnabled: Boolean;
  act: TSynFoldActions;
  nd: TSynFoldNodeInfo;
begin
  if rsSkipAllPasBlocks in fRange then exit(nil);
  BlockEnabled := FFoldConfig[ord(ABlockType)].Enabled;
  if (not BlockEnabled) and (not ForceDisabled) and
     (not FFoldConfig[ord(ABlockType)].IsEssential)
  then
    exit(nil);

  FoldBlock := BlockEnabled and (FFoldConfig[ord(ABlockType)].Modes * [fmFold, fmHide] <> []);
  p := 0;
  // TODO: let inherited call CollectNodeInfo
  if IsCollectingNodeInfo then begin // exclude subblocks, because they do not increase the foldlevel yet
    act := [sfaOpen, sfaOpenFold]; //TODO: sfaOpenFold not for cfbtIfThen
    if BlockEnabled then
      act := act + FFoldConfig[ord(ABlockType)].FoldActions;
    if not FAtLineStart then
      act := act - [sfaFoldHide];
    DoInitNode(nd{%H-}, False, Pointer(PtrUInt(ABlockType)), act, FoldBlock);
    CollectingNodeInfoList.Add(nd);
  end;
  if not FoldBlock then
    p := PtrInt(CountPascalCodeFoldBlockOffset);
  Result:=TSynCustomCodeFoldBlock(StartCodeFoldBlock(p+Pointer(PtrInt(ABlockType)), FoldBlock, True));
end;

procedure TSynPasSyn.EndPascalCodeFoldBlock(NoMarkup: Boolean;
  UndoInvalidOpen: Boolean);
var
  DecreaseLevel, BlockEnabled: Boolean;
  act: TSynFoldActions;
  BlockType: TPascalCodeFoldBlockType;
  nd: TSynFoldNodeInfo;
begin
  Exclude(fRange, rsSkipAllPasBlocks);
  BlockType := TopPascalCodeFoldBlockType;
  if BlockType in [cfbtVarType, cfbtLocalVarType] then
    fRange := fRange - [rsInTypeBlock];
  fRange := fRange - [rsAfterEqual];
  DecreaseLevel := TopCodeFoldBlockType < CountPascalCodeFoldBlockOffset;
  // TODO: let inherited call CollectNodeInfo
  if IsCollectingNodeInfo then begin // exclude subblocks, because they do not increase the foldlevel yet
    BlockEnabled := FFoldConfig[ord(BlockType)].Enabled;
    act := [sfaClose, sfaCloseFold];
    if BlockEnabled then
      act := act + FFoldConfig[ord(BlockType)].FoldActions - [sfaFoldFold, sfaFoldHide]; // TODO: Why filter?
    if not DecreaseLevel then
      act := act - [sfaFold, sfaFoldFold, sfaFoldHide];
    if NoMarkup then
      exclude(act, sfaMarkup);
    if UndoInvalidOpen then
      act := act - [sfaMarkup, {sfaFold,} sfaFoldFold, sfaFoldHide, sfaOutline]; // sfaFold affects the EndOffset for the fold-lvl
    DoInitNode(nd{%H-}, True, Pointer(PtrUInt(BlockType)), act, DecreaseLevel);
    CollectingNodeInfoList.Add(nd);
  end;
  EndCodeFoldBlock(DecreaseLevel);
end;

procedure TSynPasSyn.CloseBeginEndBlocksBeforeProc;
begin
  if not(TopPascalCodeFoldBlockType in PascalStatementBlocks + [cfbtAsm]) then
    exit;
  while TopPascalCodeFoldBlockType in PascalStatementBlocks + [cfbtAsm] do
    EndPascalCodeFoldBlockLastLine;
  if TopPascalCodeFoldBlockType = cfbtProcedure then
    EndPascalCodeFoldBlockLastLine; // This procedure did have a begin/end block, so it must end too
end;

procedure TSynPasSyn.SmartCloseBeginEndBlocks(SearchFor: TPascalCodeFoldBlockType);
var
  i: Integer;
  t: TPascalCodeFoldBlockType;
begin
  // Close unfinished blocks, IF the expected type is found
  // Only check a limited deep. Otherwhise assume, that the "SearchFor"-End node may be misplaced
  i := 0;
  while (i <= 2) do begin
    t := TopPascalCodeFoldBlockType(i);
    if not (t in PascalStatementBlocks + [cfbtAsm, SearchFor]) then
      exit;
    if (t = SearchFor) then break;
    inc(i);
  end;
  if i > 2 then
    exit;

  while i > 0 do begin
    EndPascalCodeFoldBlockLastLine;
    // Todo: FCatchNodeInfoList.CountAll > nc  can not happen
    //if FCatchNodeInfo and (FCatchNodeInfoList.CountAll > FCatchNodeInfoList.CountAll) then
    //  exclude(FCatchNodeInfoList.LastItemPointer^.FoldAction, sfaMarkup);
    dec(i);
  end;
end;

procedure TSynPasSyn.EndPascalCodeFoldBlockLastLine;
var
  i: Integer;
  nd: PSynFoldNodeInfo;
begin
  if IsCollectingNodeInfo then
    i := CollectingNodeInfoList.CountAll;
  EndPascalCodeFoldBlock;
  if FAtLineStart then begin
    // If we are not at linestart, new folds could have been opened => handle as normal close
    if (PasCodeFoldRange.NestFoldStackSize < FStartCodeFoldBlockLevel) and
      (FStartCodeFoldBlockLevel > 0)
    then begin
      PasCodeFoldRange.DecLastLineCodeFoldLevelFix;
      dec(FStartCodeFoldBlockLevel);
      if IsCollectingNodeInfo then CollectingNodeInfoList.Delete;
    end;
    // TODO this only happens if the above was true
    if (PasCodeFoldRange.CodeFoldStackSize < FPasStartLevel) and
      (FPasStartLevel > 0)
    then begin
      PasCodeFoldRange.DecLastLinePasFoldFix;
      dec(FPasStartLevel);
    end;
  end
  else if IsCollectingNodeInfo and (CollectingNodeInfoList.CountAll > i) then begin
    nd := CollectingNodeInfoList.LastItemPointer;
    exclude(nd^.FoldAction, sfaMarkup); // not markup able
    nd^.LogXEnd := 0;
  end;
end;

function TSynPasSyn.GetDrawDivider(Index: integer): TSynDividerDrawConfigSetting;
  function CheckFoldNestLevel(MaxDepth, StartLvl: Integer;
    CountTypes, SkipTypes: TPascalCodeFoldBlockTypes;
    out ResultLvl: Integer): Boolean;
  var
    i, j, m: Integer;
    t: TPascalCodeFoldBlockType;
  begin
    i := 0;
    j := StartLvl;
    m := PasCodeFoldRange.NestFoldStackSize;;
    t := TopPascalCodeFoldBlockType(j);
    while (i <= MaxDepth) and (j < m) and
          ((t in CountTypes) or (t in SkipTypes)) do begin
      inc(j);
      if t in CountTypes then
        inc(i);
      t := TopPascalCodeFoldBlockType(j)
    end;
    ResultLvl := i;
    Result := i <= MaxDepth;
  end;

var
  cur: TPascalCodeFoldBlockType;
  CloseCnt, ClosedByNextLine, ClosedInLastLine: Integer;
  i, top, c: Integer;
  t: TSynPasDividerDrawLocation;
begin
  Result := inherited;
  if (index = 0) then exit;
  CloseCnt :=  FoldBlockClosingCount(Index, FOLDGROUP_PASCAL, [sfbIncludeDisabled]);
  if (CloseCnt = 0) or
     (FoldBlockMinLevel(Index, FOLDGROUP_PASCAL, [sfbIncludeDisabled])
      <> FoldBlockEndLevel(Index, FOLDGROUP_PASCAL, [sfbIncludeDisabled]))
  then // not a mixed line
    exit;

  // SetRange[Index] has the folds at the start of this line
  // ClosedByNextLine: Folds closed by the next lines LastLineFix
  //                   must be taken from SetRange[Index+1] (end of this line)
  ClosedByNextLine := -LastLinePasFoldLevelFix(Index + 1, FOLDGROUP_PASCAL, True);
  // ClosedInLastLine: Folds Closed by this lines LastLineFix
  //                   must be ignored. (They are part of SetRange[Index] / this line)
  ClosedInLastLine := -LastLinePasFoldLevelFix(Index, FOLDGROUP_PASCAL, True);

  // Get the highest close-offset
  i := ClosedByNextLine - 1;
  if i >= 0 then begin
    SetRange(CurrentRanges[Index]);     // Checking ClosedByNextLine
    top := 0;
  end else begin
    SetRange(CurrentRanges[Index - 1]); // Checking Closed in this Line
    i := CloseCnt - ClosedByNextLine + ClosedInLastLine - 1;
    top := ClosedInLastLine;
  end;

  cur := TopPascalCodeFoldBlockType(i + 1);
  while (i >= top) do begin
    //nxt := cur; // The "next higher" close node compared to current
    cur := TopPascalCodeFoldBlockType(i);
    Result := FDividerDrawConfig[pddlUses].TopSetting; //// xxxx
    case cur of
      cfbtUnitSection:
        if FDividerDrawConfig[pddlUnitSection].MaxDrawDepth > 0 then
          exit(FDividerDrawConfig[pddlUnitSection].TopSetting);
      cfbtUses:
        if FDividerDrawConfig[pddlUses].MaxDrawDepth > 0 then
          exit(FDividerDrawConfig[pddlUses].TopSetting);
      cfbtLocalVarType:
        if CheckFoldNestLevel(FDividerDrawConfig[pddlVarLocal].MaxDrawDepth - 1,
                              i + 2, [cfbtProcedure], cfbtAll, c) then begin
          if c = 0
          then exit(FDividerDrawConfig[pddlVarLocal].TopSetting)
          else exit(FDividerDrawConfig[pddlVarLocal].NestSetting);
        end;
      cfbtVarType:
        if FDividerDrawConfig[pddlVarGlobal].MaxDrawDepth > 0 then
          exit(FDividerDrawConfig[pddlVarGlobal].TopSetting);
      cfbtClass, cfbtRecord:
        begin
          if CheckFoldNestLevel(0, i + 1, [cfbtProcedure],
                                cfbtAll - [cfbtVarType, cfbtLocalVarType], c)
          then t := pddlStructGlobal
          else t := pddlStructLocal;
          if CheckFoldNestLevel(FDividerDrawConfig[t].MaxDrawDepth - 1,
                                i + 1, [cfbtClass, cfbtRecord],
                                cfbtAll - [cfbtVarType, cfbtLocalVarType], c) then begin
            if c = 0
            then exit(FDividerDrawConfig[t].TopSetting)
            else exit(FDividerDrawConfig[t].NestSetting);
          end;
        end;
      cfbtProcedure:
        if CheckFoldNestLevel(FDividerDrawConfig[pddlProcedure].MaxDrawDepth - 1,
                              i + 1, [cfbtProcedure], cfbtAll, c) then begin
          if c = 0
          then exit(FDividerDrawConfig[pddlProcedure].TopSetting)
          else exit(FDividerDrawConfig[pddlProcedure].NestSetting);
        end;
      cfbtTopBeginEnd:
        if FDividerDrawConfig[pddlBeginEnd].MaxDrawDepth > 0 then
          exit(FDividerDrawConfig[pddlBeginEnd].TopSetting);
      cfbtBeginEnd, cfbtRepeat, cfbtCase, cfbtAsm:
        if CheckFoldNestLevel(FDividerDrawConfig[pddlBeginEnd].MaxDrawDepth - 2,
                              i + 1, [cfbtBeginEnd, cfbtRepeat, cfbtCase, cfbtAsm],
                              cfbtAll - [cfbtProcedure, cfbtTopBeginEnd], c) then
          exit(FDividerDrawConfig[pddlBeginEnd].NestSetting);
      cfbtTry:
        if CheckFoldNestLevel(FDividerDrawConfig[pddlTry].MaxDrawDepth - 1,
                              i + 1, [cfbtTry], cfbtAll - [cfbtProcedure], c)
        then begin
          if c = 0
          then exit(FDividerDrawConfig[pddlTry].TopSetting)
          else exit(FDividerDrawConfig[pddlTry].NestSetting);
        end;
    end;
    dec(i);
    if (i < top) and (ClosedByNextLine > 0) then begin
      // Switch to blocks closed in this line
      SetRange(CurrentRanges[Index - 1]);
      i := CloseCnt - ClosedByNextLine + ClosedInLastLine - 1;
      ClosedByNextLine := 0;
      top := ClosedInLastLine;
      cur := TopPascalCodeFoldBlockType(i + 1);
    end;
  end;
  Result := inherited;
end;

procedure TSynPasSyn.CreateDividerDrawConfig;
var
  i: TSynPasDividerDrawLocation;
begin
  for i := low(TSynPasDividerDrawLocation) to high(TSynPasDividerDrawLocation) do
  begin
    FDividerDrawConfig[i] := TSynDividerDrawConfig.Create;
    FDividerDrawConfig[i].OnChange := @DefHighlightChange;
    FDividerDrawConfig[i].MaxDrawDepth := PasDividerDrawLocationDefaults[i];
  end;
end;

procedure TSynPasSyn.DestroyDividerDrawConfig;
var
  i: TSynPasDividerDrawLocation;
begin
  for i := low(TSynPasDividerDrawLocation) to high(TSynPasDividerDrawLocation) do
    FreeAndNil(FDividerDrawConfig[i]);
end;

function TSynPasSyn.CreateFoldConfigInstance(Index: Integer
  ): TSynCustomFoldConfig;
var
  m: TSynCustomFoldConfigModes;
begin
  m := [];
  if TPascalCodeFoldBlockType(Index) in PascalWordTripletRanges then
    m := [fmMarkup];

  case TPascalCodeFoldBlockType(Index) of
    cfbtRegion, cfbtNestedComment, cfbtAnsiComment, cfbtBorCommand, cfbtSlashComment:
      m := [fmFold, fmHide] + m;
    cfbtIfThen, cfbtForDo, cfbtWhileDo, cfbtWithDo, cfbtIfElse:
      m := m;
    cfbtFirstPrivate..high(TPascalCodeFoldBlockType):
      m := [];
    else
      m := [fmFold] + m;
  end;
  if not (TPascalCodeFoldBlockType(Index) in PascalNoOutlineRanges) then
    m := m + [fmOutline];

  Result := TSynCustomFoldConfig.Create(m, TPascalCodeFoldBlockType(Index) in cfbtEssential);
end;

function TSynPasSyn.GetFoldConfigInstance(Index: Integer): TSynCustomFoldConfig;
var
  m: TSynCustomFoldConfigModes;
begin
  Result := inherited GetFoldConfigInstance(Index);

  m := Result.SupportedModes;

  if (TPascalCodeFoldBlockType(Index) in [cfbtIfThen, cfbtForDo, cfbtWhileDo, cfbtWithDo, cfbtIfElse]) then
    m := [];
  if TPascalCodeFoldBlockType(Index) in [cfbtSlashComment] then
    Result.Modes := [fmFold, fmHide] + m
  else
    Result.Modes := [fmFold] + m;

  if not (TPascalCodeFoldBlockType(Index) in PascalNoOutlineRanges) then
    Result.Modes := Result.Modes + [fmOutline];

  Result.Enabled := (TPascalCodeFoldBlockType(Index) in [cfbtBeginEnd..cfbtLastPublic]) and
    (Result.Modes <> []);
end;

function TSynPasSyn.CreateRangeList(ALines: TSynEditStringsBase): TSynHighlighterRangeList;
begin
  Result := TSynHighlighterPasRangeList.Create;
end;

function TSynPasSyn.UpdateRangeInfoAtLine(Index: Integer): Boolean;
var
  r: TSynPasRangeInfo;
begin
  Result := inherited;
  r := TSynHighlighterPasRangeList(CurrentRanges).PasRangeInfo[Index];
  Result := Result
        or (FSynPasRangeInfo.EndLevelIfDef <> r.EndLevelIfDef)
        or (FSynPasRangeInfo.MinLevelIfDef <> r.MinLevelIfDef)
        or (FSynPasRangeInfo.EndLevelRegion <> r.EndLevelRegion)
        or (FSynPasRangeInfo.MinLevelRegion <> r.MinLevelRegion);
  TSynHighlighterPasRangeList(CurrentRanges).PasRangeInfo[Index] := FSynPasRangeInfo;
end;

function TSynPasSyn.GetFoldConfigCount: Integer;
begin
  // excluded cfbtNone; // maybe ord(cfbtLastPublic)+1 ?
  Result := ord(high(TPascalCodeFoldBlockType)) -
            ord(low(TPascalCodeFoldBlockType))
            - 1;
end;

function TSynPasSyn.GetFoldConfigInternalCount: Integer;
begin
  // include cfbtNone;
  Result := ord(high(TPascalCodeFoldBlockType)) -
            ord(low(TPascalCodeFoldBlockType))
            + 1;
end;

procedure TSynPasSyn.DoFoldConfigChanged(Sender: TObject);
begin
  inherited DoFoldConfigChanged(Sender);
end;

function TSynPasSyn.GetDividerDrawConfig(Index: Integer): TSynDividerDrawConfig;
begin
  Result := FDividerDrawConfig[TSynPasDividerDrawLocation(Index)];
end;

function TSynPasSyn.GetDividerDrawConfigCount: Integer;
begin
  Result := ord(high(TSynPasDividerDrawLocation))
          - ord(low(TSynPasDividerDrawLocation)) + 1;
end;

function TSynPasSyn.GetRangeClass: TSynCustomHighlighterRangeClass;
begin
  Result:=TSynPasSynRange;
end;

function TSynPasSyn.UseUserSettings(settingIndex: integer): boolean;
// Possible parameter values:
//   index into TStrings returned by EnumUserSettings
// Possible return values:
//   true : settings were read and used
//   false: problem reading settings or invalid version specified - old settings
//          were preserved

  function ReadDelphiSettings(settingIndex: integer): boolean;

    function ReadDelphiSetting(settingTag: string;
      attri: TSynHighlighterAttributes; key: string): boolean;

      function ReadDelphi2Or3(settingTag: string;
        attri: TSynHighlighterAttributes; name: string): boolean;
      var
        i: integer;
      begin
        for i := 1 to Length(name) do
          if name[i] = ' ' then name[i] := '_';
        Result := attri.LoadFromBorlandRegistry(HKEY_CURRENT_USER,
                '\Software\Borland\Delphi\'+settingTag+'\Highlight',name,true);
      end; { ReadDelphi2Or3 }

      function ReadDelphi4OrMore(settingTag: string;
        attri: TSynHighlighterAttributes; key: string): boolean;
      begin
        Result := attri.LoadFromBorlandRegistry(HKEY_CURRENT_USER,
               '\Software\Borland\Delphi\'+settingTag+'\Editor\Highlight',
               key,false);
      end; { ReadDelphi4OrMore }

    begin { ReadDelphiSetting }
      try
        if (settingTag[1] = '2') or (settingTag[1] = '3')
          then Result := ReadDelphi2Or3(settingTag,attri,key)
          else Result := ReadDelphi4OrMore(settingTag,attri,key);
      except Result := false; end;
    end; { ReadDelphiSetting }

  var
    tmpStringAttri    : TSynHighlighterAttributes;
    tmpNumberAttri    : TSynHighlighterAttributes;
    tmpKeyAttri       : TSynHighlighterAttributes;
    tmpSymbolAttri    : TSynHighlighterAttributes;
    tmpAsmAttri       : TSynHighlighterAttributes;
    tmpCommentAttri   : TSynHighlighterAttributes;
    tmpDirectiveAttri : TSynHighlighterAttributes;
    tmpIdentifierAttri: TSynHighlighterAttributes;
    tmpSpaceAttri     : TSynHighlighterAttributes;
    s                 : TStringList;

  begin { ReadDelphiSettings }
    s := TStringList.Create;
    try
      EnumUserSettings(s);
      if (settingIndex < 0) or (settingIndex >= s.Count) then Result := false
      else begin
        tmpStringAttri    := TSynHighlighterAttributes.Create(nil);
        tmpNumberAttri    := TSynHighlighterAttributes.Create(nil);
        tmpKeyAttri       := TSynHighlighterAttributes.Create(nil);
        tmpSymbolAttri    := TSynHighlighterAttributes.Create(nil);
        tmpAsmAttri       := TSynHighlighterAttributes.Create(nil);
        tmpCommentAttri   := TSynHighlighterAttributes.Create(nil);
        tmpDirectiveAttri := TSynHighlighterAttributes.Create(nil);
        tmpIdentifierAttri:= TSynHighlighterAttributes.Create(nil);
        tmpSpaceAttri     := TSynHighlighterAttributes.Create(nil);
        tmpStringAttri    .Assign(fStringAttri);
        tmpNumberAttri    .Assign(fNumberAttri);
        tmpKeyAttri       .Assign(fKeyAttri);
        tmpSymbolAttri    .Assign(fSymbolAttri);
        tmpAsmAttri       .Assign(fAsmAttri);
        tmpCommentAttri   .Assign(fCommentAttri);
        tmpDirectiveAttri .Assign(fDirectiveAttri);
        tmpIdentifierAttri.Assign(fIdentifierAttri);
        tmpSpaceAttri     .Assign(fSpaceAttri);
        Result := ReadDelphiSetting(s[settingIndex],fAsmAttri,'Assembler')
              and ReadDelphiSetting(s[settingIndex],fCommentAttri,'Comment')
              and ReadDelphiSetting(s[settingIndex],fDirectiveAttri,'Directive')
              and ReadDelphiSetting(s[settingIndex],fIdentifierAttri,'Identifier')
              and ReadDelphiSetting(s[settingIndex],fKeyAttri,'Reserved word')
              and ReadDelphiSetting(s[settingIndex],fNumberAttri,'Number')
              and ReadDelphiSetting(s[settingIndex],fSpaceAttri,'Whitespace')
              and ReadDelphiSetting(s[settingIndex],fStringAttri,'string')
              and ReadDelphiSetting(s[settingIndex],fSymbolAttri,'Symbol');
        if not Result then begin
          fStringAttri    .Assign(tmpStringAttri);
          fNumberAttri    .Assign(tmpNumberAttri);
          fKeyAttri       .Assign(tmpKeyAttri);
          fSymbolAttri    .Assign(tmpSymbolAttri);
          fAsmAttri       .Assign(tmpAsmAttri);
          fCommentAttri   .Assign(tmpCommentAttri);
          FIDEDirectiveAttri.Assign(tmpCommentAttri);
          fDirectiveAttri .Assign(tmpDirectiveAttri);
          fIdentifierAttri.Assign(tmpIdentifierAttri);
          fSpaceAttri     .Assign(tmpSpaceAttri);
        end;
        tmpStringAttri    .Free;
        tmpNumberAttri    .Free;
        tmpKeyAttri       .Free;
        tmpSymbolAttri    .Free;
        tmpAsmAttri       .Free;
        tmpCommentAttri   .Free;
        tmpDirectiveAttri .Free;
        tmpIdentifierAttri.Free;
        tmpSpaceAttri     .Free;
      end;
    finally s.Free; end;
  end; { ReadDelphiSettings }

begin
  Result := ReadDelphiSettings(settingIndex);
end; { TSynPasSyn.UseUserSettings }

function TSynPasSyn.GetIdentChars: TSynIdentChars;
begin
  Result := ['&', '_', '0'..'9', 'a'..'z', 'A'..'Z'];
end;

class function TSynPasSyn.GetLanguageName: string;
begin
  Result := SYNS_LangPascal;
end;

class function TSynPasSyn.GetCapabilities: TSynHighlighterCapabilities;
begin
  Result := inherited GetCapabilities + [hcUserSettings];
end;

{begin}                                                                         //mh 2000-10-08
function TSynPasSyn.IsFilterStored: boolean;
begin
  Result := fDefaultFilter <> SYNS_FilterPascal;
end;

procedure TSynPasSyn.CreateRootCodeFoldBlock;
begin
  inherited;
  RootCodeFoldBlock.InitRootBlockType(Pointer(PtrInt(cfbtNone)));
end;

function TSynPasSyn.IsKeyword(const AKeyword: string): boolean;
// returns true for some common keywords
// Note: this words are not always keywords (e.g. end), and some keywords are
// not listed here at all (e.g. static)
var
  i: integer;
  m: TPascalCompilerMode;
begin
  if KeywordsList = nil then begin
    KeywordsList := TStringList.Create;
    for i := 1 to High(RESERVED_WORDS_TP) do
      KeywordsList.AddObject(RESERVED_WORDS_TP[i], TObject(pcmTP));
    for i := 1 to High(RESERVED_WORDS_DELPHI) do
      KeywordsList.AddObject(RESERVED_WORDS_DELPHI[i], TObject(pcmDelphi));
    for i := 1 to High(RESERVED_WORDS_FPC) do
      KeywordsList.AddObject(RESERVED_WORDS_FPC[i], TObject(pcmFPC));
    KeywordsList.Sorted := true;
  end;
  Result := KeywordsList.Find(LowerCase(AKeyword), i);
  if not Result then exit;
  m := TPascalCompilerMode(PtrUInt(KeywordsList.Objects[i]));
  case FCompilerMode of
    pcmFPC, pcmObjFPC: ;
    pcmDelphi: Result := m in [pcmTP, pcmDelphi];
    else Result := m = pcmTP;
  end;
end;

{end}                                                                           //mh 2000-10-08

procedure TSynPasSyn.SetD4syntax(const Value: boolean);
begin
  FD4syntax := Value;
end;

{ TSynFreePascalSyn }

constructor TSynFreePascalSyn.Create(AOwner: TComponent);
begin
  inherited Create(AOwner);
  CompilerMode:=pcmObjFPC;
end;

procedure TSynFreePascalSyn.ResetRange;
begin
  inherited ResetRange;
  CompilerMode:=pcmObjFPC;
end;

{ TSynPasSynRange }

procedure TSynPasSynRange.Clear;
begin
  inherited Clear;
  FBracketNestLevel := 0;
  FLastLineCodeFoldLevelFix := 0;
  FPasFoldFixLevel := 0;
end;

function TSynPasSynRange.Compare(Range: TSynCustomHighlighterRange): integer;
begin
  Result:=inherited Compare(Range);
  if Result<>0 then exit;

  Result:=ord(FMode)-ord(TSynPasSynRange(Range).FMode);
  if Result<>0 then exit;
  Result:=ord(FNestedComments)-ord(TSynPasSynRange(Range).FNestedComments);
  if Result<>0 then exit;
  Result := FBracketNestLevel - TSynPasSynRange(Range).FBracketNestLevel;
  if Result<>0 then exit;
  Result := FLastLineCodeFoldLevelFix - TSynPasSynRange(Range).FLastLineCodeFoldLevelFix;
  if Result<>0 then exit;
  Result := FPasFoldFixLevel - TSynPasSynRange(Range).FPasFoldFixLevel;
end;

procedure TSynPasSynRange.Assign(Src: TSynCustomHighlighterRange);
begin
  if (Src<>nil) and (Src<>TSynCustomHighlighterRange(NullRange)) then begin
    inherited Assign(Src);
    FMode:=TSynPasSynRange(Src).FMode;
    FNestedComments:=TSynPasSynRange(Src).FNestedComments;
    FBracketNestLevel:=TSynPasSynRange(Src).FBracketNestLevel;
    FLastLineCodeFoldLevelFix := TSynPasSynRange(Src).FLastLineCodeFoldLevelFix;
    FPasFoldFixLevel := TSynPasSynRange(Src).FPasFoldFixLevel;
  end;
end;

function TSynPasSynRange.MaxFoldLevel: Integer;
begin
  // Protect from overly mem consumption, by too many nested folds
  Result := 100;
end;

procedure TSynPasSynRange.IncBracketNestLevel;
begin
  inc(FBracketNestLevel);
end;

procedure TSynPasSynRange.DecBracketNestLevel;
begin
  dec(FBracketNestLevel);
end;

procedure TSynPasSynRange.DecLastLineCodeFoldLevelFix;
begin
  dec(FLastLineCodeFoldLevelFix)
end;

procedure TSynPasSynRange.DecLastLinePasFoldFix;
begin
  dec(FPasFoldFixLevel);
end;

{ TSynHighlighterPasRangeList }

function TSynHighlighterPasRangeList.GetTSynPasRangeInfo(Index: Integer): TSynPasRangeInfo;
begin
  if (Index < 0) or (Index >= Count) then begin
    Result.MinLevelRegion := 0;
    Result.EndLevelRegion := 0;
    Result.MinLevelIfDef := 0;
    Result.EndLevelIfDef := 0;
    exit;
  end;
  Result := TSynPasRangeInfo((ItemPointer[Index] + FItemOffset)^);
end;

procedure TSynHighlighterPasRangeList.SetTSynPasRangeInfo(Index: Integer;
  const AValue: TSynPasRangeInfo);
begin
  TSynPasRangeInfo((ItemPointer[Index] + FItemOffset)^) := AValue;
end;

constructor TSynHighlighterPasRangeList.Create;
begin
  inherited;
  FItemOffset := ItemSize;
  ItemSize := FItemOffset + SizeOf(TSynPasRangeInfo);
end;

initialization
  MakeIdentTable;
  RegisterPlaceableHighlighter(TSynPasSyn);

finalization
  FreeAndNil(KeywordsList);

end.


