![]() ![]() ![]() One of the first actuators we’re going to explore is the health actuator. Similar to the heap dump actuator, you can also get a thread dump by using this actuator.Ī complete list can be found within the documentation. This can be done by annotating your method with or programmatically adding a task to a task executor. Using this actuator, you can view which tasks have been scheduled. If you want to see various metrics related to your application (memory usage, uptime, …), you can use this actuator. If you want to see which endpoints ( …) are available in your application, you can use this actuator. This actuator can be used to view which loggers are being used, and what logging level they have. This actuator shows information about your application. Using this actuator, you can view which HTTP requests are being made. If you want to get a heap dump of your application without having to set up JMX, you can call this actuator. Using this actuator, you can see if your application is running or not and if the resources it requires are available. Using this actuator, you can see which properties have been passed to your application (either using environment variables, application.properties, …). Using this actuator, you can see which configuration properties ( are loaded. This actuator allows you to view the condition evaluation report, which can be used to see which auto-configurations are loaded and which aren’t due to conditions being in place ( …). This actuator lists all caches, and how they’re performing. This actuator allows you to show which beans are created. This is a list of features that are included: ID To add these features to your Spring boot project, all you have to do is to add the spring-boot-starter-actuator dependency: Since this will be a pretty long tutorial, here are some links to navigate: In this tutorial, I’ll show how you can use Spring boot actuator. When developed, you also have to run it, and preferably, keep it running.ĭid you know that Spring boot provides several features that make it easier to keep an application alive and kicking? Web Java React Node.js Kommunikation JavaScript Agile Zuhören Scrum REST Spring Dropwizard Tomcat Magnolia Typescript webpack Docker MySQL IntelliJ expressjs Mongoose Foundation Angular Groovy Hibernate nginx Ansible Webservices SoapUI Cordova Android Oracle Elastic Selenium phantomjs casperjs Cucumber Linux Debian Rust Go VSCode JIRA Sketch XML TIBCO git Jest Schulz von Thun Transaktionsanalyse GMV Jersey JAX-RS Clean Code PostgreSQL Ionic Open API swagger API Blueprint Vagrant systemd go-micro Elm H2 HTTP Confluence Gherkin Photoshop Objective-C Subversion Jackrabbit Elementary EclipseRCP WebSphere VirtualBox Freemarker Singularity ProcessWire History.js Middleman SonarQube Wordpress Octopress Bootstrap Blueprint JProfiler ezPublish Notepad ++ SquirrelSQL ActiveMQ Velocity Pirobase Inkscape VisualVM Knockout Backbone Weblogic iProcess composer PHPStorm Webflow JSR-168 Charles Sublime Twitter Services Fiddler Pingdom Windows Redmine Jasmine CouchDB Clojure Jackson MongoDB restify FreeBSD Jakarta Jenkins Scribus Redhat Portal Propel Ubuntu Gerrit gradle Thrift elixir Kotlin Studio JMeter VS Code CI/CD JUnit Kafka Clean Scala SCSS Agavi Tools Slack CSS Swift ETS Jetty JBoss Shell WSJF Text lldb SAS 9 Axis Perl Chef Trac Tree EAP SQL XSL VBA JNI JSP JSF SWT JFace Fireworks Lassen Sie uns sprechen.In several blog posts, I’ve covered how you could develop applications with Spring boot.ĭeveloping an application is just one part of the job though. Ich entwickle Software in diversen Sprachen. Ich berate zu Softwareentwicklung und -architektur. ![]()
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