anchor.diff:                          ws_cols ENDFUNCTION WS* statementSeparator
   ;
   dictFunctionDefinition:
  -                        ws_cols FUNCTION .*? ENDFUNCTION WS* statementSeparator
  +                        ws_cols FUNCTION ~(BAR | NEW_LINE)*? statementSeparator
  +                            blockMember*
  +                        ws_cols ENDFUNCTION WS* statementSeparator
   ;
   argumentsDeclaration:   (variableName (WS* COMMA WS* variableName)* (WS* COMMA WS* ETC WS*)? WS*)?;
   
  -augroup:                ws_cols AUGROUP .*? AUGROUP WS+ END WS* statementSeparator
  +augroup:                ws_cols AUGROUP ~(NEW_LINE | BAR)* statementSeparator
  +                            blockMember*
  +                        ws_cols AUGROUP WS+ END WS* statementSeparator
   ;
   
   autocmd:                ws_cols AUTOCMD ~(NEW_LINE)* NEW_LINE
  
positive.code: 
  lambda:                 L_CURLY WS* functionArguments WS* ARROW WS* expr WS* R_CURLY;
  
  register:               AT (DIGIT | alphabeticChar | MINUS | COLON | DOT | MOD | NUM | ASSIGN | STAR | PLUS | TILDE | UNDERSCORE | DIV);
  
  variable:               (variableScope COLON)? variableName;
  variableName:           anyCaseNameWithDigitsAndUnderscores | unsignedInt;
  
negative.code:         assignmentOperator =  (ASSIGN | PLUS_ASSIGN | MINUS_ASSIGN | STAR_ASSIGN | DIV_ASSIGN | MOD_ASSIGN | DOT_ASSIGN)
          WS* expr WS* inline_comment? statementSeparator
      #LetCommand|
  
      ws_cols range? ws_cols LET ~(BAR | NEW_LINE)*? statementSeparator
      #UnknowLetCase|
  
      ws_cols range? ws_cols DELF (replace = EXCLAMATION)? WS+ (functionScope COLON)? functionName inline_comment? statementSeparator
      #DelfunctionCommand|
  