Design and Implementation of OpenXM client server model and common mathematical object format (OpenXM-RFC 100, proposed standard)
-- Open message eXchange protocol for Mathematics

Masayuki Noro, Nobuki Takayama¹

November 20, 1997 -- November 17, 2000,
August 27, 2001, January 20, 2002 (minor change)

• 目次
• Introduction
• CMO Primitive object
• A formal expression of CMO
• Communication model of OpenXM
  • OX Messages
    • Expressions of OX messages (Lisp like)
    • Expression of OX messages (XML)
  • Standard encoding of OXexpressions and an implementation by TCP/IP sockets
• OX stack machine
  • Server stack machine
    • Operators in the group SMobject/Primitive
    • MathCap
    • Examples
    • Operators in the group SMobject/Basic
• Projects in work in progress
  • OX DATA with Length
  • Local extension on server stack machines
  • Implementation of other protocols such as MathLink and OpenMath
  • Common operations on stack machines
• Session Management
  • Control server
  • New OpenXM control servers
  • OpenXM reset protocol
  • Control message (SMObject/TCPIP/Control)
  • Notification from servers
• How to start a session on TCP/IP
  • Standard I/O on OX servers
  • Launcher
  • Negotiation of the byte order
  • An example of launcher : ox
  • Example of using OX servers
• String expression of objects
• CMOexpressions for numbers and polynomials
  • Indeterminate and Tree
  • Zero
  • Integer ZZ
  • Distributed polynomial Dpolynomial
  • Recursive polynomials
  • CPU dependent double
• OX Local Data
• CMO ERROR2
• Registering a new CMO
  • Requirement for a new CMO
  • How to join in the OpenXM project
• OX servers as a C library
• 参考文献
• この文書について...