Titlebook: Engineering Distributed Objects; Second International Wolfgang Emmerich,Stefan Tai Conference proceedings 2001 Springer-Verlag Berlin Heide

顯而易見(jiàn)

Component Metadata for Software Engineering Tasksfic context and needs. The framework is based on presenting this information in the form of metadata. . describe static and dynamic aspects of the component, can be accessed by the user, and can be used for different tasks throughout the software engi- neering lifecycle. The framework is defined in

GRIEF

制度

粘

Distributed Proxy: A Design Pattern for the Incremental Development of Distributed Applicationson technology is always changing, todays edge technol- ogy will become tomorrows legacy technology. This paper proposes an incremental approach to allow a divide and conquer strategy that copes with these problems. It presents a design pattern for distributed object communication. The proposed solut

implore

潔凈

Advanced Transactionssms commonly used to address reliability and correctness. A transaction groups a set of actions (such as object requests)as one single unit-of-work for which re- liability and correctness properties hold. The properties of . (A) and . (D)define the notion of reliability in the context of transaction

Free-Radical

Integrating Notifications and Transactions: Concepts and X2TS Prototype support applications that must monitor information of interest or react to changes in the environment, or process status. Middleware support for event-based systems ranges from peer-to-peer messaging to message queues and publish/subscribe event-services. Common distributed object platforms restric

分開如此和諧

大方不好

CRUMB

Louis A. Derry,Christian France-Lanordontext of testing and analysis of distributed component-based systems, and introduce our framework with the help of an example. We sketch a possible scenario consisting of an application developer who wants to perform two different software engineering tasks on her application: gen- erating self-che