===============================================================================
==                                                                           ==
==  This is a listing of current Reserved RAM usage as of June 1986. This    ==
==  list shows existing HP <> PARIS-ROM conflicts, to be resolved as soon    ==
==  as HP notifies the Paris Chapter of 'legal' assignments.                 ==
==  Proposed temporary allocations are subject to change at any time...      ==
==  Use the associated keywords at your own risk!                            ==
==                                                                           ==
===============================================================================
== ADDRESS BITS  DESCRIPTION
== 2F97C ALL  HP-IL error latch / Bit 3 used by CLOCKLEX (LEX#52, Token#41)
== 2F97D ALL  ENTER terminating character
== 2F97E ALL  HP-IL RESERVED RAM
== 2F97F ALL  "
== 2F980 ALL  "
== 2F981 ALL  "
== 2F982 ALL  "
== 2F983 ALL  "
== 2F984 ALL  "
== 2F985 ALL  "
== 2F986 3  
==        2
==         1
==          0 - COMPLEX IMAGE FLAG, MATHROM
== 2F987 ALL  ON KEY (LEX#52 TOKEN#37, DATA ACQUISITION ROM)
== 2F988 ALL  "
== 2F989 ALL  "
== 2F98A ALL  "
== 2F98B ALL  "
== 2F98C ALL  "
== 2F98D ALL  "
== 2F98E ALL  "
== 2F98F ALL  "
== 2F990 ALL  "
///////////////////////////////////////////////////////////////////////////
//  PARIS-ROM CURRENT RESERVED RAM USE CONFLICTS WITH HP 'ONKEYLX' 
// ASSIGMENTS:
// 2F987 ALL  MARGIN (LEX#E1, TOKEN#29)
// 2F988 ALL  "
// 2F989 ALL  REPEAT (LEX#E1, TOKEN#28)
// 2F98A ALL  KBD (LEX#E1, TOKEN#???)
///////////////////////////////////////////////////////////////////////////
2F991
2F992
2F993
2F994
2F995
2F996
2F997
2F998
2F999
2F99A
2F99B
2F99C
2F99D
2F99E
2F99F
2F9A0
2F9A1
2F9A2
2F9A3
2F9A4
2F9A5
2F9A6
2F9A7
2F9A8
2F9A9
2F9AA
2F9AB
2F9AC
2F9AD
2F9AE
2F9AF
2F9B0
2F9B1
2F9B2
2F9B3
2F9B4
2F9B5
2F9B6
2F9B7
2F9B8
2F9B9
2F9BA
2F9BB
2F9BC
2F9BD
2F9BE
2F9BF
2F9C0
2F9C1
2F9C2
2F9C3
2F9C4
2F9C5
2F9C6
2F9C7
2F9C8
2F9C9
2F9CA
2F9CB
2F9CC
2F9CD
2F9CE
2F9CF
2F9D0
2F9D1
2F9D2
2F9D3
2F9D4
2F9D5
2F9D6
2F9D7
2F9D8
2F9D9
2F9DA
***************************************************************************
** 2F9DB ALL  MARGIN (LEX#E1, TOKEN#29) - proposed temporary allocation
** 2F9DC ALL  "
** 2F9DD ALL  REPEAT (LEX#E1, TOKEN#28) - proposed temporary allocation
** 2F9DE ALL  KBD (LEX#E1, TOKEN#???) -proposed temporary allocation
**---------------------------------------------------------------------------
** 2F9DF ALL  PARIS CHAPTER DEBUGGER JPC#30 (FORTHRAM)
** 2F9E0 ALL  " 
** 2F9E1 ALL  "
** 2F9E2 ALL  "
** 2F9E3 ALL  "
** 2F9E4 ALL  "
** 2F9E5 ALL  "
*****************************************************************************
=============================================================================
==                                                                         ==
==                 SCRATCH SYSTEM BUFFERS  (E00-FFF)                       ==
==                                                                         ==
=============================================================================
==                                                                         ==
/////////////////////////////////////////////////////////////////////////////
// The latest version of ENDUPLEX uses the following buffers:              //
// A00 --bENDUP -- to save the ENDUP command string                        //
// A01 -- bXEQ   -- to execute the EXECUTE command string                  //
/////////////////////////////////////////////////////////////////////////////
**                                                                         **
** I would suggest using a scratch buffer for bENDUP, and a temporary      **
** buffer for bXEQ                                                         **
*****************************************************************************