committed to using Java 1.4.2. Spring 2.5 introduces dedicated support for Java 6, after Spring 2.0's in-depth support for Java 5 throughout the framework. Furthermore, Spring remains compatible with J2EE 1.3 and developers can become immediately familiar with the new Spring 2.x functionality. For more in-depth information on the features, please refer to the corresponding sections hyperlinked from within this you have a really good reason for not doing so. For those of you that are looking for slightly more depth as to the 'but why' of the above recommendation, keep reading. As the ApplicationContext includes

committed to using Java 1.4.2. Spring 2.5 introduces dedicated support for Java 6, after Spring 2.0's in-depth support for Java 5 throughout the framework. Furthermore, Spring remains compatible with J2EE 1.3 and developers can become immediately familiar with the new Spring 2.x functionality. For more in-depth information on the features, please refer to the corresponding sections hyperlinked from within this you have a really good reason for not doing so. For those of you that are looking for slightly more depth as to the 'but why' of the above recommendation, keep reading. As the ApplicationContext includes

committed to using Java 1.4.2. Spring 2.5 introduces dedicated support for Java 6, after Spring 2.0's in-depth support for Java 5 throughout the framework. Furthermore, Spring remains compatible with J2EE 1.3 and developers can become immediately familiar with the new Spring 2.x functionality. For more in-depth information on the features, please refer to the corresponding sections hyperlinked from within this you have a really good reason for not doing so. For those of you that are looking for slightly more depth as to the 'but why' of the above recommendation, keep reading. As the ApplicationContext includes

committed to using Java 1.4.2. Spring 2.5 introduces dedicated support for Java 6, after Spring 2.0's in-depth support for Java 5 throughout the framework. Furthermore, Spring remains compatible with J2EE 1.3 and developers can become immediately familiar with the new Spring 2.x functionality. For more in-depth information on the features, please refer to the corresponding sections hyperlinked from within this you have a really good reason for not doing so. For those of you that are looking for slightly more depth as to the 'but why' of the above recommendation, keep reading. As the ApplicationContext includes

committed to using Java 1.4.2. Spring 2.5 introduces dedicated support for Java 6, after Spring 2.0's in-depth support for Java 5 throughout the framework. Furthermore, Spring remains compatible with J2EE 1.3 and developers can become immediately familiar with the new Spring 2.x functionality. For more in-depth information on the features, please refer to the corresponding sections hyperlinked from within this you have a really good reason for not doing so. For those of you that are looking for slightly more depth as to the 'but why' of the above recommendation, keep reading. As the ApplicationContext includes

committed to using Java 1.4.2. Spring 2.5 introduces dedicated support for Java 6, after Spring 2.0's in-depth support for Java 5 throughout the framework. Furthermore, Spring remains compatible with J2EE 1.3 and developers can become immediately familiar with the new Spring 2.x functionality. For more in-depth information on the features, please refer to the corresponding sections hyperlinked from within this you have a really good reason for not doing so. For those of you that are looking for slightly more depth as to the 'but why' of the above recommendation, keep reading. As the ApplicationContext includes

committed to using Java 1.4.2. Spring 2.5 introduces dedicated support for Java 6, after Spring 2.0's in-depth support for Java 5 throughout the framework. Furthermore, Spring remains compatible with J2EE 1.3 and developers can become immediately familiar with the new Spring 2.x functionality. For more in-depth information on the features, please refer to the corresponding sections hyperlinked from within this you have a really good reason for not doing so. For those of you that are looking for slightly more depth as to the 'but why' of the above recommendation, keep reading. As the ApplicationContext includes

query string * Log4jNestedDiagnosticContextFilter/Interceptor explicitly remove the NDC stack if depth=0 after the "NDC.pop()" call * fixed FacesWebRequest's "getParameterValues" implementation to use MultiActionController, to be overridden in subclasses * fixed SimpleMappingExceptionResolver to correctly check the depth of all exception mappings before choosing a view * refined SimpleMappingExceptionResolver to only

query string * Log4jNestedDiagnosticContextFilter/Interceptor explicitly remove the NDC stack if depth=0 after the "NDC.pop()" call * fixed FacesWebRequest's "getParameterValues" implementation to use MultiActionController, to be overridden in subclasses * fixed SimpleMappingExceptionResolver to correctly check the depth of all exception mappings before choosing a view * refined SimpleMappingExceptionResolver to only

practices that you should follow. You can now go on to learn about specific Spring Boot features in depth, or you could skip ahead and read about the “production ready” aspects of Spring Boot. Part IV. Spring Otherwise, you can continue on, to read about “cloud deployment options” or jump ahead for some in depth information about Spring Boot’s build tool plugins. Part VI. Deploying to the cloud Spring Boot’s