![]() ![]() Thus, the focus of this chapter is not just components, but rather contextual components. The main advantage that Seam has over other managed containers such as Spring is that Seam treats a component’s context with equal importance as the component itself. After obtaining an instance of a component, Seam decorates it with enterprise services that are applied transparently through the use of method interceptors. What makes Seam unique is that it leverages existing containers and contexts to host the objects it instantiates, so it’s more accurately classified as a meta-container. Instead, components are just plain old Java objects (POJOs). It doesn’t force you to code to container-specific interfaces, require you to adopt a special programming model, or mandate that your components even live in a container. In one regard, you can think of Seam as a lightweight container. ![]() Then, go to Index Sitemaps in the sidebar. Like Spring, Seam boasts similar capabilities to define, configure, and instantiate components. To submit your sitemap login to your Google Search Console account. In Seam, however, you replace all uses of the word bean with the word component. It generates its own xml sitemap file which has to be manually updated downloaded and uploaded. If you’ve worked with the Spring Framework, the idea of declaring managed objects should be familiar to you. The feature to add URLs to the sitemap file is useful but it would also be very valuable to be able to add an external xml sitemap file. ![]() This chapter introduces the components and contexts that Seam manages. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |