Pattern-Oriented Software Architecture. A Pattern Language by Frank Buschmann, Kevlin Henney, Douglas C. Schmidt

By Frank Buschmann, Kevlin Henney, Douglas C. Schmidt

The eagerly awaited Pattern-Oriented software program structure (POSA) quantity four is set a trend language for disbursed computing.
The authors will consultant you thru the easiest practices and introduce you to key parts of establishing disbursed software program structures. POSA four connects many stand-alone styles, development collections and trend languages from the present physique of literature present in the POSA sequence. Such styles relate to and are invaluable for dispensed computing to a unmarried language. The panel of specialists provide you with a constant and coherent holistic view at the craft of creating disbursed structures. encompasses a foreword by means of Martin Fowler A needs to learn for practitioners who wish functional recommendation to strengthen a accomplished language integrating styles from key literature.

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By Frank Buschmann, Kevlin Henney, Douglas C. Schmidt

The eagerly awaited Pattern-Oriented software program structure (POSA) quantity four is set a trend language for disbursed computing.
The authors will consultant you thru the easiest practices and introduce you to key parts of establishing disbursed software program structures. POSA four connects many stand-alone styles, development collections and trend languages from the present physique of literature present in the POSA sequence. Such styles relate to and are invaluable for dispensed computing to a unmarried language. The panel of specialists provide you with a constant and coherent holistic view at the craft of creating disbursed structures. encompasses a foreword by means of Martin Fowler A needs to learn for practitioners who wish functional recommendation to strengthen a accomplished language integrating styles from key literature.

Show description

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Additional info for Pattern-Oriented Software Architecture. A Pattern Language for Distributed Computing (v. 4)

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The lack of higher-level software management standards results in systems that are harder to maintain and software component implementations that are much harder to reuse. Component Middleware Starting in the mid to late 1990s, component middleware evolved to address the limitations of DOC middleware described above. In particular, to address the lack of functional boundaries, component middleware allows a group of cohesive component objects to interact with each other through multiple provided and required interfaces, and defines the standard runtime mechanisms needed to execute these component objects in generic applications servers.

We must also, however, consider convenience: picking up a carton of milk, paying for it, and putting it in the fridge involves much less ceremony than taking a shopping cart around the supermarket and packing and unpacking bags. Fine-grained iteration is more familiar to programmers, better supported by libraries and languages, and leads to less apparent blocking. ’ Solutions and Consequences An effective solution needs to balance the forces that make the problem a problem. It should also be described clearly.

Event Demultiplexing and Dispatching: REACTOR (259), PROACTOR (262), ACCEPTOR-CONNECTOR (265), and ASYNCHRONOUS COMPLETION TOKEN (268). Interface Partitioning: EXPLICIT INTERFACE (281), EXTENSION INTERFACE (284), INTROSPECTIVE INTERFACE (286), DYNAMIC INVOCATION INTERFACE (288), PROXY (290), BUSINESS DELEGATE (292), FACADE (294), COMBINED METHOD (296), ITERATOR (298), ENUMERATION METHOD (300), and BATCH METHOD (302). Component Partitioning: ENCAPSULATED IMPLEMENTATION (313), WHOLE-PART (317), COMPOSITE (319), MASTER-SLAVE (321), HALF-OBJECT PLUS PROTOCOL (324), and REPLICATED COMPONENT GROUP (326).

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