International Business Machines Corporation

Christopher Henry Gerken

Gregory Alan Flurry

Paul Verschueren

Geoffrey Martin Hambrick

Stacy Renee Joines

Michael L Fraenkel

Arthur Gary Ryman

Ruth Edith Willenborg

Siu Chung Yuen

Lee Murray Ackerman

Patsy S H Yu

Bruce Walter Hanover

Embodiments of the present invention provide a method, system and computer program product for melding mediation and adaptation modules of a service component architecture (SCA) system. A method for melding mediation and adaptation modules of an SCA system can include selecting each of a mediation module and an adaptation module in an integrated development tool executing in memory by a processor of a computer and loading respectively different descriptor files for each of the mediation module and the adaptation module. The method further can include combining descriptors from the different descriptor files into a single descriptor file for a melded module. Finally, the method can include modifying names and wiring descriptors in the single descriptor file for the melded module to account for a combination of the mediation component and the adaptation component in the melded component.

Melding of mediation flow service component architecture (SCA) components

This disclosure relates to software patterns, and more particularly, to the tracking of software pattern metrics. A system or method may query a software environment to determine the type of use of, and identify, at least one software pattern. The system or method may also collect at least one software pattern metric, and determine the impact of the at least one software pattern within an environment. The system or method may also store software pattern information and recall software pattern information.

System and method of identifying and tracking software pattern metrics

Described are a method and apparatus for generating software tools used in model-driven development of software. An input model is provided for a first pattern used to generate an artifact associated with a recurring solution. A set of one or more modifications is defined. The set is to be applied to a schema for the input model in order to produce a user model. The set of modifications is received as input to a second pattern. In response to the received set of modifications, program code is generated for implementing a user interface based on the user model and for performing a model-to-model transformation of information from the user model to the input model.

Method and apparatus for generating a model-driven development user interface

A system for generating application content includes specifying an application definition or model in a flexible grammar, defining a set of templates that define generalized content output forms, and specifying a control definition for transforming the application definition into application content bused on the templates. A transformation engine accesses the application definition and performs output generation under the control of the control description.

Creating application content using an open model driven architecture

View templates for use in generating application content are created by analyzing and categorizing existing application examples to derive reusable abstractions of application artifacts. Example application artifacts or source modules are categorized by role and function. Based on the categorized artifacts, a generalized, abstract view for the role and function is defined. View templates are created for each abstract view and contain static content and dynamic content that varies for each instance of the template. The view templates are stored in a template library for use in a model driven application generator.

Building an open model driven architecture pattern based on exemplars

A method for generating application content includes specifying an application definition or model in a flexible grammar, defining a set of templates that define generalized content output forms, and specifying a control definition for transforming the application definition into application content based on the templates. A transformation engine accesses the application definition and performs output generation under the control of the control description.

System and method for creating application content using an open model driven architecture

A system and method for developing custom programmable tags. A user specifies custom programmable tag attributes and actions using a user interface. Code is generated to handle actions, attributes, and Java beans. Actions include whether the tags the user is creating include nested objects, such as JSP tag, expressions, and scriptlets. Actions also controls how many times the tag processes its content and whether the tag accesses the results from processing the tag's content. Attributes are specified including the attribute name, type, whether it is required, and whether an expression is allowed for the attribute. Code is generated to handle the attributes. Code is also generated to handle Java beans that may be used in conjunction with the tag. The user's specification are processed and a package of custom tag files (tag handler, tag extended info (TEI), and tag library description (TLD)) are returned to the user.

System and method for developing custom programmable tags

A system and method for dynamically packaging component objects. A server receives a request from a client. The server identifies one or more objects based on the request. The identified objects may be copied from the server's nonvolatile storage area, generated dynamically, or be a result of modifying objects stored on the server's nonvolatile storage area. The identified objects are written to a package file. The server downloads the package file to the client. A dialog may be sent to the client to determine whether the client wishes to download the package file. The package file is provided dynamically in response to the client's request. The package file may include objects that include generated code, such as Java tag handler files, Java tag extra info files, and Java tag library description information. Java definitions may be included with the package file to create a Java jar file.

System and method for dynamic packaging of component objects

This invention describes a system and method for monitoring the execution of hybrid source code such as JavaServer Pages (JSP) code. The system comprises a page compiler, which is called by a server for translating JSP code into a servlet for execution by the server. The page compiler during translation of the JSP code inserts instrumentation in the compiled JSP code for supporting execution tracing by an execution monitor. The execution monitor receives outputs from the page compiler, the servlet and the raw JSP code for displaying selected information about the execution of the JSP code to the developer on a graphical user interface. The execution monitor thus allows the developer to view the correlation between the JSP code, the servlet code and the HTML code that is generated by the servlet.

Method and system for monitoring the execution of hybrid source code

A method and system for maintaining revision control of a set of objects within a data processing system, wherein the set of objects are linearly interrelated, such that a subsequent object is related to a preceding object. Each object is created, accessed and maintained within a hierarchial promotion structure having a number of levels. A first database is created, which includes data identifying the linear interrelation between objects within the set of objects. The data includes a revision identifier associated with each set of objects. A status indicator is associated with each object within the hierarchial promotion structure, wherein a user may access the set of objects utilizing a revision identifier or hierarchial promotion structure indicator.

Method and apparatus for maintaining revision contol of a set of objects

Library management systems are used in data processing systems as a repository for objects such as computer programming code, textual information and various other types of data. Any object may be taken from the library, modified and returned as a new version. Several new versions may be created, each of which may also have new versions created, making it difficult to obtain the 'correct' version. To resolve this difficulty, all versions are associated with their changes in order to determine whether a requested action, such as promoting a version from test to production, is allowable and truly desired. Thus, when an action is requested in terms of a number of reasons and a baseline version, any additional reasons for change associated with versions between the baseline and the desired version are determined. It is also determined whether there is a single version that encompasses exactly those versions created for the specified reasons from the baseline version.

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Austin, TX, United States of America

Christopher Henry Gerken