ろ襷蟲一伎伎誤蠍(The way to setting the Spring framework for web.)EunChul Shin
油
蟾蟆 ろ襷 誤 蟆 伎手鍵 .
蟲一伎 襯 誤る 覩語 伎, 蠏碁Μ螻 ろ襷 蠍磯蓋 れ 覦 れれ 伎 襴 覲伎給.
This presentation is about Spring framework.
I want to talk about the way to setting the spring framework as tidy in this presentation.
The Spring Web model-view-controller (MVC) framework is designed around a DispatcherServlet that dispatches requests to handlers, with configurable handler mappings, view resolution, locale and theme resolution as well as support for uploading files.
This document provides information on using Spring Boot Actuator to add production-ready features like health monitoring, metrics collection, and auditing to Spring Boot applications. It describes built-in endpoints like /health and /metrics that provide health checks and application metrics. It also shows how to add custom health indicators, record custom metrics, and export metrics to external systems.
The Spring Web model-view-controller (MVC) framework is designed around a DispatcherServlet that dispatches requests to handlers, with configurable handler mappings, view resolution, locale and theme resolution as well as support for uploading files.
This document provides information on using Spring Boot Actuator to add production-ready features like health monitoring, metrics collection, and auditing to Spring Boot applications. It describes built-in endpoints like /health and /metrics that provide health checks and application metrics. It also shows how to add custom health indicators, record custom metrics, and export metrics to external systems.
Spring boot for buidling microservicesNilanjan Roy
油
Spring Boot is a microframework for building microservices that focuses on getting started quickly with Spring. It exposes useful features by default and gets out of the way if defaults need to change. Spring Boot helps build microservices by automating configuration of dependencies, logging, properties, security, databases, and more. It includes modules for the main library, autoconfiguration, starters, command line interface, production-ready features, and tools.
Actuators are devices that produce motion or action in response to an input signal. Common types of actuators include solenoids, which produce linear or rotary motion when electric current is passed through a coil; pneumatic actuators, which use compressed air to generate linear or rotary motion; and hydraulic actuators, which use pressurized fluids to power hydraulic cylinders or motors. Piezoelectric actuators represent another type and generate a physical deformation when an electric field is applied to piezoelectric materials like quartz or ceramics. Actuators are widely used in automated systems to control machines and provide feedback.