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    • 4. 发明授权
    • Migrating unified modeling language models across unified modeling language profiles
    • 跨统一建模语言简介迁移统一建模语言模型
    • US08612964B2
    • 2013-12-17
    • US13011988
    • 2011-01-24
    • Ahamed JalaldeenSiddharth N. Purohit
    • Ahamed JalaldeenSiddharth N. Purohit
    • G06F9/44
    • G06F8/35G06F8/51
    • A method and system for migrating a UML model across UML profiles. After retrieving a UML model, a source UML element, a source UML profile, a source stereotype, and a source meta-class, the target UML profile, stereotype and meta-class are looked up in a mapping table based on the source UML profile, stereotype, and meta-class. The target UML profile is applied on the UML model. Based on the source meta-class being different from the target meta-class, relationships of the source UML element are retrieved, a target UML element is created, the relationships are copied to the target UML element, and the source UML element is removed from the UML model. The target stereotype is applied to the target UML element. The source stereotype is removed from the target UML element. The source UML profile is removed from the UML model.
    • 一种在UML配置文件中迁移UML模型的方法和系统。 在检索UML模型之后,源UML元素,源UML配置文件,源构造型和源元类,目标UML配置文件,构造型和元类在基于源UML配置文件的映射表中查找 ,刻板印象和元类。 目标UML配置文件应用于UML模型。 基于不同于目标元类的源元类,检索源UML元素的关系,创建目标UML元素,将关系复制到目标UML元素,并将源UML元素从 UML模型。 目标原型被应用于目标UML元素。 源代码原型从目标UML元素中删除。 从UML模型中删除源UML配置文件。
    • 6. 发明授权
    • Service re-factoring method and system
    • 服务重新分解方法和系统
    • US08332813B2
    • 2012-12-11
    • US12332504
    • 2008-12-11
    • Ali P. ArsanjaniAhamed JalaldeenSiddharth Purohit
    • Ali P. ArsanjaniAhamed JalaldeenSiddharth Purohit
    • G06F9/44
    • G06F8/72
    • A service re-factoring method and system. The method includes selecting by a computing system, a first service comprising a first name. The computing system receives a second name for a second service to be generated from the first service. The computing system executes a service refactoring software application, adjusts a granularity of the first service, and generates the second service. The computing system retrieves first traceability links associated with the first service and a first value associated with a first service identification technique. The first traceability links are created within the second service. The computing system generates a second value associated with a second service identification technique. The first service, the first name, and the first value are removed from the computing system. The computing system stores the second service, the second name, the second value, and the first traceability link.
    • 一种服务重新分解方法和系统。 该方法包括由计算系统选择包括名字的第一服务。 计算系统接收从第一服务生成的第二服务的第二名称。 计算系统执行服务重构软件应用程序,调整第一个服务的粒度,并生成第二个服务。 计算系统检索与第一服务相关联的第一跟踪链接和与第一服务标识技术相关联的第一值。 第一个可跟踪链接是在第二个服务中创建的。 计算系统产生与第二服务识别技术相关联的第二值。 第一个服务,第一个名称和第一个值将从计算系统中删除。 计算系统存储第二服务,第二名称,第二值和第一可追溯性链接。
    • 7. 发明申请
    • DATA ELEMENT CATEGORIZATION IN A SERVICE-ORIENTED ARCHITECTURE
    • 面向服务的架构中的数据元素分类
    • US20120016880A1
    • 2012-01-19
    • US12834958
    • 2010-07-13
    • Faried AbrahamsAli P. ArsanjaniKerard R. HoggAhamed JalaldeenSiddharth PurohitGandhi Sivakumar
    • Faried AbrahamsAli P. ArsanjaniKerard R. HoggAhamed JalaldeenSiddharth PurohitGandhi Sivakumar
    • G06F17/30
    • G06F17/30292
    • A method and system for specifying categories of data elements during a service specification phase of a service-oriented architecture (SOA) life cycle defined in a service modeling methodology like Service-Oriented Modeling and Architecture (SOMA). A Unified Modeling Language based SOA modeling tool for SOMA methodology includes a middleware based integration plug-in that categorizes retrieved service-specific data elements as transaction elements, optional controller elements, glue elements, optional extension patterns, extension elements and core Common Information Model entities, and associates the categorized data elements with corresponding operations of the service being modeled. A user interface provided by the plug-in enables input of the data elements into the categories and input of the associations between the categorized data elements and corresponding operations of the service being modeled. Furthermore, the plug-in generates and initiates storing of a service specification based on the categorization of the data elements.
    • 一种用于在面向服务的建模和架构(SOMA)等服务建模方法中定义的面向服务的架构(SOA)生命周期的服务规范阶段期间指定数据元素的类别的方法和系统。 用于SOMA方法的基于统一建模语言的SOA建模工具包括一个基于中间件的集成插件,将检索到的服务特定数据元素分类为事务元素,可选控制器元素,粘合元素,可选扩展模式,扩展元素和核心公共信息模型实体 ,并将分类的数据元素与正在建模的服务的相应操作相关联。 由插件提供的用户界面使得能够将数据元素输入到分类数据元素之间的关联的类别和输入以及正被建模的服务的对应操作。 此外,插件基于数据元素的分类生成并发起服务规范的存储。
    • 10. 发明申请
    • OPERATIONAL MODEL CREATION FROM SOA SOLUTION ARCHITECTURE
    • SOA解决方案架构的运行模式创建
    • US20130097579A1
    • 2013-04-18
    • US13272006
    • 2011-10-12
    • Ahamed Jalaldeen
    • Ahamed Jalaldeen
    • G06F9/44
    • G06F8/35
    • A method for creation of an operational model from a service oriented architecture (SOA) solution architecture. The method includes: selecting an SOA solution architecture model from a plurality of SOA solution architecture models including a plurality of layers; retrieving at least one layer according to the SOA solution architecture model; retrieving at least one SOA model element corresponding to the at least one layer; searching for an operational model element type for the at least one SOA model element and reading the operational model element type; reading a technical environment including hardware, operating system and software product requirements for the operational model element type; creating an operational model element with the technical environment hardware, operating system and software product requirements; and generating an operational model including the specific hardware and software infrastructure required to deploy the SOA solution architecture solution. The method is performed on one or more computing devices.
    • 一种从面向服务架构(SOA)解决方案架构创建运营模型的方法。 该方法包括:从包括多个层的多个SOA解决方案架构模型中选择SOA解决方案架构模型; 根据SOA解决方案架构模型检索至少一个层; 检索对应于所述至少一个层的至少一个SOA模型元素; 搜索至少一个SOA模型元素的操作模型元素类型并读取操作模型元素类型; 阅读包括操作模型元素类型的硬件,操作系统和软件产品要求的技术环境; 创建具有技术环境硬件,操作系统和软件产品要求的操作模型元素; 并生成包括部署SOA解决方案架构解决方案所需的特定硬件和软件基础架构的操作模型。 该方法在一个或多个计算设备上执行。