Versions Compared


  • This line was added.
  • This line was removed.
  • Formatting was changed.
Comment: Migrated to Confluence 4.0

Currently just a braindump... feel free to improve - at least keep the positive attitude towards REST, please (wink)

  1. Webserver delivering static files
  2. CGI - calling dynamic scripts, mapping configured by eg. regexps in static webserver
  3. Templating languages allow meshing logic with Markup: PHP, ASP, simplifies the generation of HTML
  4. Java servlets - fully Java interface to server-side HTTP, own "dynamic" webserver = servlet container
    • Base mapping with servlets: context path to separate servlets
    • Various mappings implemented in Java behind the servlet api (eg. Cocoon)
    • JSP as a template language for JavaServlets
  5. Concentration of backends and server-to-server communication ("Enterprise" segment): J2EE with Java beans, RMI, JDBC, ORM
    • did not make any use of the advantages of REST present in HTTP and the web
  6. Inter-server communication: webservices, XML-RPC, SOAP
    • frameworks with focus on automated generation of service endpoints
    • no HTML, no REST
    • no improvements for making it easier to quickly create nice user interfaces
    • tons of files (one resource = interface, bean implementation, dao object, etc., see here)
  7. More standards: Java server faces, a full MVC object model inside the server
  8. Ruby on Rails: large improvement for the developer through scaffolding files, following the DRY principle
    • considered state-of-the-art
    • can be done with java as well: Grails
    • scaffolding (both through CLI scripts and method-not-found-interceptors in dynamic languages) make it easier to work with this large bunch of objects/classes/files on the server side
  9. Sling: TNGWAF - the next generation web application framework
    • server-side made thinner through resources as a first-class concept
    • no need for complicated MVC patterns just to get from URL to relational database
    • flexibility through scripting
    • power of 10+ year development of Java VMs
    • OSGi for better software lifecycle management and more uptime (updates without restart)