![]() Document a multi-application system with a layered architecture.Explain the behaviour of a system using UML activity diagrams.Create UML ipackage, component, and deployment diagrams to express the architectural structure of a system.Describe the properties of layered and n-tier architectures.Compare and contrast the components, connections, protocols, topologies, constraints, tradeoffs, and variations of different types of architectural styles used in the design of applications and systems (e.g., main program and subroutine, object-oriented, interpreters, pipes and filters, database centric, event-based).In the Capstone Project you will document a Java-based Android application with UML diagrams and analyze evaluate the application’s architecture using the Architecture Tradeoff Analysis Method (ATAM).Īfter completing this course, you will be able to: Whats the point of graphical development if hard things require old-fashioned coding Ab Initios approach starts with our basic application paradigm, which is. We'll also talk about how the architecture touches on the process of software development. We will talk about how architectures are evaluated, what makes a good architecture, and an architecture can be improved. We will introduce the most common architectures, their qualities, and tradeoffs. In this course you will study the ways these architectures are represented, both in UML and other visual tools. are arranged, and the interactions between them, is called architecture. Having worked with C4 in a large organization and on large systems, I can share that C4 diagrams can get messy. Diagrams glue system’s components together and you need to update the diagrams in order to update the application. ![]() The way that software components - subroutines, classes, functions, etc. This is where Flow-based Programming shines: in FBP, diagrams are part of the code that runs the system. ![]()
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