Bob, Thanks for your note. I appreciate it. I look forward to meeting you as well.
Regards, --- On Wed, 10/6/10, Hanmer, Robert S (Robert) <[email protected]> wrote: From: Hanmer, Robert S (Robert) <[email protected]> Subject: RE: PLoP2010 Paper - Messaging Design Pattern and Pattern Implementation To: "Messaging Design Pattern" <[email protected]> Cc: "[email protected]" <[email protected]> Date: Wednesday, October 6, 2010, 9:06 PM Hi Al, Congratulations on having your paper accepted to PLoP. I look forward to meeting you there. After PLoP, there's yet another level of screening before a paper actually goes into the proceedings. This additional screening is to ensure that authors incorporate the feedback received at PLoP and also to ensure that the paper is in the correct format for the proceedings. For the past several years PLoP (and going forward some of the other conferences such as Euro PLoP and SugarLoaf PLoP) proceedings have been archived in the ACM Digital Library. The ACM DL has specific formatting requirements. We'll be hearing more about the these requirements in Reno at PLoP. Sincerely, Bob ---------- [email protected] voice: +1 630 979 4786 From: Messaging Design Pattern [mailto:[email protected]] Sent: Wednesday, October 06, 2010 1:56 PM To: [email protected]; gang_of_4_list; TelePLoP List; [email protected] Subject: PLoP2010 Paper - Messaging Design Pattern and Pattern Implementation Dear List Members, I'm pleased to inform you that the following paper was accepted for publication in the 17th conference on Pattern Languages of Programs - PLoP 2010. Your earlier feedback is appreciated. Special thanks and kind words of acknowledgment to Dr.Hironori Washizaki for all his suggestions and recommendations for improvement. Best regards, #yiv128490891 UNKNOWN { FONT-FAMILY:"Cambria Math";panose-1:2 4 5 3 5 4 6 3 2 4;} #yiv128490891 UNKNOWN { FONT-FAMILY:Calibri;panose-1:2 15 5 2 2 2 4 3 2 4;} #yiv128490891 #yiv128490891yiv1747763725 #yiv128490891yiv1747763725 P.yiv128490891yiv1747763725MsoNormal { FONT-SIZE:10pt;MARGIN:0in 0in 0pt;FONT-FAMILY:"serif";} #yiv128490891 #yiv128490891yiv1747763725 LI.yiv128490891yiv1747763725MsoNormal { FONT-SIZE:10pt;MARGIN:0in 0in 0pt;FONT-FAMILY:"serif";} #yiv128490891 #yiv128490891yiv1747763725 DIV.yiv128490891yiv1747763725MsoNormal { FONT-SIZE:10pt;MARGIN:0in 0in 0pt;FONT-FAMILY:"serif";} #yiv128490891 #yiv128490891yiv1747763725 .yiv128490891yiv1747763725MsoChpDefault { FONT-SIZE:10pt;} #yiv128490891 UNKNOWN { MARGIN:1in;} #yiv128490891 #yiv128490891yiv1747763725 DIV.yiv128490891yiv1747763725Section1 { } Messaging Design Pattern and Pattern Implementation https://jt.dev.java.net/files/documents/5553/150311/designPatterns.pdf Abstract Interchange of information (i.e. messaging) is an inherent part of nature and man-made processes. Messaging is a ubiquitous part of the world around us. Conventional software methodologies and component technologies overlook messaging and therefore provide an incomplete model. On the other hand, a messaging paradigm and the associated messaging design pattern (MDP) address this gap and provide a more complete and accurate model of the real world. As a consequence, software engineering processes and techniques are improved significantly. While designing and manufacturing software, we need to think not only in terms of software components, but also in terms of the messaging being exchanged between these entities. Encapsulation, decoupling and reusability are improved while reducing complexity. This paper also discusses how the messaging design pattern is utilized to implement or help implement other well-known design patterns like Gang of Four design patterns (GoF), Data Access Objects (DAOs), and J2EE design patterns. Keep in mind that most of the design patterns are, at some level, responsible for interchanging information between participants. The overall design and UML diagrams are simplified and streamlined making them easier to understand and implement. The resulting software design and implementation are also more robust and straightforward. Design patterns implemented using MDP, can be reused to provide transparent and secure access to remote components/services as the basis for a complete distributed component model.
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