SmartLifecycle instead for fine-grained control over auto-startup of a specific bean (including startup phases). Also, please note that stop notifications are not guaranteed to come before destruction: On regular method but with different syntax configuration, different error handling rules, or different execution phases per set, it is possible to declare multiple instances of @Sql. With Java 8, @Sql can be used as a public void userTest { // execute code that uses the test schema and test data } Script execution phases By default, SQL scripts will be executed before the corresponding test method. However, if a particular

SmartLifecycle instead for fine-grained control over auto-startup of a specific bean (including startup phases). Also, please note that stop notifications are not guaranteed to come before destruction: On regular method but with different syntax configuration, different error handling rules, or different execution phases per set, it is possible to declare multiple instances of @Sql. With Java 8, @Sql can be used as a public void userTest { // execute code that uses the test schema and test data } Script execution phases By default, SQL scripts will be executed before the corresponding test method. However, if a particular

but with different syntax configuration, different error handling rules, or different execution phases per set, you can declare multiple instances of @Sql. With Java 8, you can use @Sql as a repeatable sql")) fun userTest() { // Run code that uses the test schema and test data } Script Execution Phases By default, SQL scripts are run before the corresponding test method. However, if you need to run

default behavior for @Bean methods in Java configuration classes. 68  For extended shutdown phases, you may implement the Lifecycle interface and receive an early stop signal before the destroy methods control over auto-startup and for graceful stopping of a specific bean (including startup and stop phases), consider implementing the extended org.springframework.context.SmartLifecycle interface instead components. As a result, complex applications can have equally complex component graphs and startup phases. Tracking the application startup steps with specific metrics can help understand where time is

SmartLifecycle instead for fine-grained control over auto-startup of a specific bean (including startup phases). Also, please note that stop notifications are not guaranteed to come before destruction: On regular method but with different syntax configuration, different error handling rules, or different execution phases per set, it is possible to declare multiple instances of @Sql. With Java 8, @Sql can be used as a public void userTest { // execute code that uses the test schema and test data } Script execution phases By default, SQL scripts will be executed before the corresponding test method. However, if a particular

SmartLifecycle instead for fine-grained control over auto-startup of a specific bean (including startup phases). Also, please note that stop notifications are not guaranteed to come before destruction: On regular method but with different syntax configuration, different error handling rules, or different execution phases per set, it is possible to declare multiple instances of @Sql. With Java 8, @Sql can be used as a public void userTest { // execute code that uses the test schema and test data } Script execution phases By default, SQL scripts will be executed before the corresponding test method. However, if a particular

Dynamic Modules environment * refined lifecycle processing through introduction of startup/shutdown phases * fixed transaction synchronization setup with TransactionAwareDataSourceProxy involved * added

Dynamic Modules environment * refined lifecycle processing through introduction of startup/shutdown phases * fixed transaction synchronization setup with TransactionAwareDataSourceProxy involved * added

Dynamic Modules environment * refined lifecycle processing through introduction of startup/shutdown phases * fixed transaction synchronization setup with TransactionAwareDataSourceProxy involved * added

portlet workflow differs from servlet workflow is that the request to the portlet can have two distinct phases: the action phase and the render phase. The action phase is executed only once and is where any 'backend' drive business processes. For more information about SWF, consult the Spring WebFlow site. The dual phases of portlet requests are one of the real strengths of the JSR-168 specification. For example, dynamic explicitly rerunning the search. Most other portlet MVC frameworks attempt to completely hide the two phases from the developer and make it look as much like traditional servlet development as possible - we