🏗️Architectural patterns are reusable solutions to commonly occurring problems in software architecture.
🔧The layered pattern divides software into layers, each with a specific role and responsibility.
🔄The pipe-filter pattern connects a sequence of processing steps to transform data.
🌐The client-server pattern separates the client and server components for easy service access.
🖥️The model-view-controller pattern separates application functionality into model, view, and controller components.
What is an architectural pattern?
—An architectural pattern is a reusable solution to a commonly occurring problem in software architecture.
What is the purpose of the layered pattern?
—The layered pattern divides software into layers, each with a specific role and responsibility.
How does the client-server pattern work?
—The client-server pattern separates the client and server components, allowing easy service access.
What is the role of the model in the model-view-controller pattern?
—The model in the model-view-controller pattern contains the core functionality and data of the application.
What are some use cases for microservices architecture?
—Microservices architecture is suitable for applications with extensive data pipelines and multiple programming languages.
00:14Architectural patterns are reusable solutions to commonly occurring problems in software architecture.
00:36The layered pattern divides software into layers, each with a specific role and responsibility.
01:46The pipe-filter pattern connects a sequence of processing steps to transform data.
02:51The client-server pattern separates the client and server components for easy service access.
03:50The model-view-controller pattern separates application functionality into model, view, and controller components.
