Issue 2794: Alternate Protocol Specifications within URIs (naming_ftf) Source: (, ) Nature: Uncategorized Issue Severity: Summary: Summary: Object URIs should accommodate multiple protocols. This is important for a wide range of present day systems, such as embedded and real-time systems that do not or cannot use TCP/IP, and will accommodate future expansion of CORBA beyond TCP/IP networks. Object URIs should - be extensible to allow additional addressing schemes for, at least, GIOPs over transports other than TCP/IP. A default of IIOP that results in a shorter form is allowable. - accommodate additional standardized addressing schemes as transports and protocols become adopted. (similar to that provided by the present IOR structure through the adoption of new standard profiles) - accommodate additional proprietary addressing schemes targeted for markets for which standardization might be inappropriate or too costly. In particular, it should allow assignment of partitions of the naming space to entities (similar to the current provision for vendor-specific profile tags) Resolution: Support for multiple protocols is required. changed iioploc/iiopname to corbaloc/corbaname and chang Revised Text: Significant changes to iioploc/iiopname descriptions in Core Chapter 4. See final submission edit document for details. Actions taken: July 8, 1999: received issue May 4, 2000: closed issue Discussion: End of Annotations:===== X-Sender: giddiv@gamma X-Mailer: QUALCOMM Windows Eudora Pro Version 4.0 Date: Thu, 08 Jul 1999 11:13:08 -0400 To: issues@omg.org From: Victor Giddings Subject: Naming FTF: Alternate Protocol Specifications within URIs Cc: Victor Giddings This is an issue under discussion in the Interoperable Naming FTF. Object URIs should accommodate multiple protocols. This is important for a wide range of present day systems, such as embedded and real-time systems that do not or cannot use TCP/IP, and will accommodate future expansion of CORBA beyond TCP/IP networks. Object URIs should - be extensible to allow additional addressing schemes for, at least, GIOPs over transports other than TCP/IP. A default of IIOP that results in a shorter form is allowable. - accommodate additional standardized addressing schemes as transports and protocols become adopted. (similar to that provided by the present IOR structure through the adoption of new standard profiles) - accommodate additional proprietary addressing schemes targeted for markets for which standardization might be inappropriate or too costly. In particular, it should allow assignment of partitions of the naming space to entities (similar to the current provision for vendor-specific profile tags) Victor Giddings Phone: 703-295-6500 Senior Product Engineer Fax: 703-295-6501 Objective Interface Systems victor.giddings@ois.com