DIRECTORY
  Ascii USING [NUL],
  Inline USING [LowHalf, DBITAND, DBITOR, DBITXOR, DBITNOT, DBITSHIFT];
  
   
CRunTimeDefs: DEFINITIONS IMPORTS Inline = {
  		--	INTERFACE CONSTANTS	--
  NUL: INTEGER = Ascii.NUL-0C;
  
  		--	INTERFACE PROCEDURES	--
		
  -- First we define all the value-producing assignments
  -- which produce a value but also (as a side effect)
  -- assign a value to a variable
  
  PostInc: PROCEDURE [x: LONG POINTER TO LONG UNSPECIFIED,
      amount: INTEGER] RETURNS [LONG UNSPECIFIED] = INLINE {
      temp: LONG UNSPECIFIED _ x^;
      x^ _ x^ + LONG[amount];
      RETURN [temp] };
  
  
  PostIncPtr: PROCEDURE [x: LONG POINTER TO LONG POINTER,
      amount: INTEGER] RETURNS [LONG POINTER] = INLINE {
      temp: LONG POINTER _ x^;
      x^ _ x^ + LONG[amount];
      RETURN [temp] };
  
  
  PostDec: PROCEDURE [x: LONG POINTER TO LONG UNSPECIFIED,
      amount: INTEGER] RETURNS [LONG UNSPECIFIED] = INLINE {
      temp: LONG UNSPECIFIED _ x^;
      x^ _ x^ - LONG[amount];
      RETURN [temp] };
  
  
  PostDecPtr: PROCEDURE [x: LONG POINTER TO LONG POINTER,
      amount: INTEGER] RETURNS [LONG POINTER] = INLINE {
      temp: LONG POINTER _ x^;
      x^ _ x^ - LONG[amount];
      RETURN [temp] };
  
  
  PlusAssign: PROCEDURE [x: LONG POINTER TO LONG UNSPECIFIED,
      y: LONG INTEGER] RETURNS [LONG UNSPECIFIED] =
          INLINE { RETURN [x^ _ x^ + y]; };
  
  
  PlusAssignPtr: PROCEDURE [x: LONG POINTER TO LONG POINTER,
      y: LONG INTEGER] RETURNS [LONG POINTER] =
          INLINE { RETURN [x^ _ x^ + y]; };
  
  
  MinusAssign: PROCEDURE [x: LONG POINTER TO LONG UNSPECIFIED,
      y: LONG INTEGER] RETURNS [LONG UNSPECIFIED] =
          INLINE { RETURN [x^ _ x^ - y]; };
  
  
  MinusAssignPtr: PROCEDURE [x: LONG POINTER TO LONG POINTER,
      y: LONG INTEGER] RETURNS [LONG POINTER] =
          INLINE { RETURN [x^ _ x^ - y]; };
  
  
  MultiplyAssign: PROCEDURE [x: LONG POINTER TO LONG INTEGER,
      y: LONG INTEGER] RETURNS [LONG INTEGER] =
          INLINE { RETURN [x^ _ x^ * y]; };
  
  
  DivideAssign: PROCEDURE [x: LONG POINTER TO LONG INTEGER,
      y: LONG INTEGER] RETURNS [LONG INTEGER] =
          INLINE { RETURN [x^ _ x^ / y]; };
  
  
  ModulusAssign: PROCEDURE [x: LONG POINTER TO LONG INTEGER,
      y: LONG INTEGER] RETURNS [LONG INTEGER] =
          INLINE { RETURN [x^ _ x^ MOD y]; };
  
  
  ShiftLeftAssign: PROCEDURE [x: LONG POINTER TO LONG INTEGER,
      y: LONG INTEGER] RETURNS [LONG INTEGER] =
          INLINE { RETURN [x^ _ ShiftLeft[x^, y]]; };
  
  
  ShiftRightAssign: PROCEDURE [x: LONG POINTER TO LONG INTEGER,
      y: LONG INTEGER] RETURNS [LONG INTEGER] =
          INLINE { RETURN [x^ _ ShiftRight[x^, y]]; };
  
  
  BitAndAssign: PROCEDURE [x: LONG POINTER TO LONG INTEGER,
      y: LONG INTEGER] RETURNS [LONG INTEGER] =
          INLINE { RETURN [x^ _ BitAnd[x^, y]]; };
  
  
  BitOrAssign: PROCEDURE [x: LONG POINTER TO LONG INTEGER,
      y: LONG INTEGER] RETURNS [LONG INTEGER] =
          INLINE { RETURN [x^ _ BitOr[x^, y]]; };
  
  
  BitXorAssign: PROCEDURE [x: LONG POINTER TO LONG INTEGER,
      y: LONG INTEGER] RETURNS [LONG INTEGER] =
          INLINE { RETURN [x^ _ BitXor[x^, y]]; };
  
  
  -- Now we define the support procedures that are not directly
  -- implemented in Mesa and so must be implemented by inline
  -- procedures which call other inline procedures provided
  -- in the Mesa/Tajo environment.
  
  BitAnd: PROCEDURE [x, y: LONG INTEGER] RETURNS [LONG INTEGER] = INLINE {
      RETURN [Inline.DBITAND[x, y]] };
  
  
  BitOr: PROCEDURE [x, y: LONG INTEGER] RETURNS [LONG INTEGER] = INLINE {
      RETURN [Inline.DBITOR[x, y]] };
  
  
  BitXor: PROCEDURE [x, y: LONG INTEGER] RETURNS [LONG INTEGER] = INLINE {
      RETURN [Inline.DBITXOR[x, y]] };
  

  BitNot: PROCEDURE [x: LONG INTEGER] RETURNS [LONG INTEGER] = INLINE {
      RETURN [Inline.DBITNOT[x]] };
  
  
  ShiftLeft: PROCEDURE [x, y: LONG INTEGER] RETURNS [LONG INTEGER] = INLINE {
      RETURN [Inline.DBITSHIFT[x, Inline.LowHalf[y]]] };
  

  ShiftRight: PROCEDURE [x, y: LONG INTEGER] RETURNS [LONG INTEGER] = INLINE {
      RETURN [Inline.DBITSHIFT[x, -Inline.LowHalf[y]]] };
      
      
  StringToArray: PROCEDURE [s: LONG STRING] RETURNS [LONG POINTER TO INTEGER];

  }.