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Using MitemView to accelerate the delivery
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WebSphere / MQ

MitemView is compatible with both the WebSphere application server and WebSphere MQ messaging technologies. Many traditional 'big blue' shops have included MitemView in their WebSphere architecture because it offers superior capabilities to IBM's own host integration technology.

MitemView extends the integration functionality of WebSphere servers by adding the industry’s best support for non-invasive integration with legacy systems. Even when integrating with IBM systems (mainframe and AS/400), MitemView has proven to be quicker to implement, have faster throughput, and be easier to maintain than IBM’s own Host Publisher and HATS (Host Access Transformation Services) products.


Beyond the IBM host system environment, only MitemView can be trusted to non-invasively integrate with other common legacy systems like Tandem, Unisys, Bull,
ICL, Digital VAX, character-mode UNIX, Hewlett-Packard and Data General.


Connecting MitemView with WebSphere application servers

MITEM’s NXTier (pronounced next-tier) technology enables a collaborative relationship to be formed between MitemView and a Java application running on WebSphere.

A NXTier interface consists of an NXTier delegate that uses an NXTier runtime to form a collaboration with a MitemView Server that has NXTier Services enabled. Delegates are lightweight software components that install on the WebSphere server. They are lightweight, to avoid placing load on the server, and expose a simple interface that is easy to configure and maintain. Delegates use a synchronous, request/response
model to communicate between the WebSphere server and a particular instance of MitemView. Because Delegates follow a synchronous model, they are designed for interfacing with multi-threaded server applications.


A WebSphere application issues the request to the MitemView Integration Server. A NXTier Delegate is installed on the WebSphere server, which can be running on UNIX, Windows, OS/390 or any other platform supported by WebSphere. In the above example, three disparate systems are being orchestrated, concurrently, into a new composite application.

Connecting MitemView with WebSphere MQ

MitemView can be used to accelerate the delivery of WebSphere functionality by bridging the gap between MQ-enabled and non-MQ-enabled transactions. As new MQ-enabled transactions become available, the old terminal data stream interface can be simply substituted without breaking the new application logic.

MitemView natively supports MQ messaging by fully implementing and insulating the transport and parsing functions inside a pre-built MitemView adapter.

This advanced adapter offers multiple advantages over the typical low-level, code-intensive implementations that are found in other integration servers:

  • Single-step routing and transformation of messages
  • Consistent development experience across all formats and protocols
  • Substantially less programming
  • Graphical interface for mapping and message processing
  • Fastest message processing at runtime
  • More robust error handling & recovery
  • Externalization of host dependent meta-data
  • Connects with 3rd party repositories

Other integration servers that look similar to MitemView on the surface have only crude, if any, support for messaging protocols like MQ. Rather than normalizing the development experience they require discrete knowledge of vendor APIs. This low-level approach greatly increases the cost and complexity of interfacing between multiple systems by forcing the developer to learn the programming model for every protocol. In contrast, a developer that knows how to use MitemView to interface with one system automatically has all the requisite knowledge and skills to interface with any other.

A further defining characteristic of the MitemView framework is the real-time processing of messages across multiple in-bound and outbound connections. This real-time, asynchronous processing enables maximum flexibility in n-tier server architectures and produces superior end-to-end system performance. MitemView performance levels meet or exceed the near real-time performance of other messaging systems, while eliminating the complex conditional programming required for coordinating multiple transactions. Furthermore, multiple host transactions can be combined, or marshaled, into a single message thereby reducing the total number of transactions that need to be developed and managed.



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