TIBCO Rendezvous: Difference between revisions
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Adding local short description: "Software for messaging between programs", overriding Wikidata description "software interface for sending messages between programs" |
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{{Short description|Software for messaging between programs}} |
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{{Multiple issues| |
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{{Primary sources|date=March 2007}} |
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{{notability|Products|date=September 2015}} |
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}} |
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{{Infobox software |
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| name = TIBCO Rendezvous |
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| logo = |
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| screenshot = |
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| caption = TIBCO Rendezvous |
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| developer = [[TIBCO Software]] |
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| latest_release_version = 8 |
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| latest_release_date = |
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| programming_language = |
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| operating_system = [[Cross-platform]] |
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| genre = [[Message-oriented middleware]] |
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| license = Proprietary |
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| website = [http://www.tibco.com/products/automation/enterprise-messaging/rendezvous www.tibco.com] |
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}} |
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==Details== |
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The basic message passing is conceptually simple: |
The basic message passing is conceptually simple: |
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* A listener announces its subjects of interest to a Daemon (with a basic wildcard facility) and messages with matching subjects are delivered to it if the two daemons are 'connected' to each other (or indeed the same daemon). |
* A listener announces its subjects of interest to a Daemon (with a basic wildcard facility) and messages with matching subjects are delivered to it if the two daemons are 'connected' to each other (or indeed the same daemon). |
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Considerable "Enterprise" functionality is layered onto this if desired with Fault Tolerance |
Considerable "Enterprise" functionality is layered onto this if desired with Fault Tolerance/Reliable or Certified options possible, all implemented through the underlying basic messages. |
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The messages themselves can be viewed as typed name-value fields and/or number-value fields (the two identification mechanisms within a message can mix and match with certain restrictions). A message can itself contain sub-messages which themselves may contain sub-messages, and so on. |
The messages themselves can be viewed as typed name-value fields and/or number-value fields (the two identification mechanisms within a message can mix and match with certain restrictions). A message can itself contain sub-messages which themselves may contain sub-messages, and so on. |
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The quality of the respective API |
The quality of the respective API implementations varies considerably. The C++ library is simply a wrapper providing an OO view over the C implementation. Likewise the Java and .NET implementations wrap the C++ implementation. This has led to memory management issues with the .NET implementation (though not with the COM Interop version which is considerably more cumbersome). |
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==External links== |
==External links== |
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*[http://www.tibco.com/ |
*[http://www.tibco.com/products/automation/enterprise-messaging/rendezvous TIBCO Rendezvous] (Official site) |
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*[https://web.archive.org/web/20120315230614/http://www.tibco.talk2experts.com/forums/viewforum.php?f=21%2F TIBCO Rendezvous - Message Board ] |
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==References== |
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{{reflist}} |
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Latest revision as of 15:49, 20 April 2023
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Developer(s) | TIBCO Software |
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Stable release | 8
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Operating system | Cross-platform |
Type | Message-oriented middleware |
License | Proprietary |
Website | www.tibco.com |
TIBCO Rendezvous is a software product that provides a message bus for enterprise application integration (EAI).
Details
[edit]TIBCO provides messaging APIs in C, C++, Java, Visual Basic, Perl and .NET to provide messaging between two or more services.
The basic message passing is conceptually simple:
- A message has a single subject composed of elements separated by periods. A message is sent to a single Rendezvous Daemon (though it may end up being broadcast onto Daemons).
- A listener announces its subjects of interest to a Daemon (with a basic wildcard facility) and messages with matching subjects are delivered to it if the two daemons are 'connected' to each other (or indeed the same daemon).
Considerable "Enterprise" functionality is layered onto this if desired with Fault Tolerance/Reliable or Certified options possible, all implemented through the underlying basic messages.
The messages themselves can be viewed as typed name-value fields and/or number-value fields (the two identification mechanisms within a message can mix and match with certain restrictions). A message can itself contain sub-messages which themselves may contain sub-messages, and so on.
The quality of the respective API implementations varies considerably. The C++ library is simply a wrapper providing an OO view over the C implementation. Likewise the Java and .NET implementations wrap the C++ implementation. This has led to memory management issues with the .NET implementation (though not with the COM Interop version which is considerably more cumbersome).
External links
[edit]- TIBCO Rendezvous (Official site)
- TIBCO Rendezvous - Message Board
References
[edit]