............................................................................ 151 6.6. Proxying mechanisms .............................................................................................. Although the mechanisms for setting bean properties are still to be discussed, one implication of this approach is that include: • Autowiring can significantly reduce the volume of configuration required. However, mechanisms such as the use of a bean template (discussed elsewhere in this chapter) are also valuable in this

id="exampleBean" factory-bean="serviceLocator" factory-method="createInstance"/> Although the mechanisms for setting bean properties are still to be discussed, one implication of this approach is that include: • Autowiring can significantly reduce the volume of configuration required. However, mechanisms such as the use of a bean template (discussed elsewhere in this chapter) are also valuable in this name="userPreferences" ref="userPreferences"/> The section entitled Section 6.6, “Proxying mechanisms” may also be of some interest with regard to understanding the nuances of choosing whether class-based

id="exampleBean" factory-bean="serviceLocator" factory-method="createInstance"/> Although the mechanisms for setting bean properties are still to be discussed, one implication of this approach is that include: • Autowiring can significantly reduce the volume of configuration required. However, mechanisms such as the use of a bean template (discussed elsewhere in this chapter) are also valuable in this name="userPreferences" ref="userPreferences"/> The section entitled Section 6.6, “Proxying mechanisms” may also be of some interest with regard to understanding the nuances of choosing whether class-based

id="exampleBean" factory-bean="serviceLocator" factory-method="createInstance"/> Although the mechanisms for setting bean properties are still to be discussed, one implication of this approach is that include: • Autowiring can significantly reduce the volume of configuration required. However, mechanisms such as the use of a bean template (discussed elsewhere in this chapter) are also valuable in this name="userPreferences" ref="userPreferences"/> The section entitled Section 6.6, “Proxying mechanisms” may also be of some interest with regard to understanding the nuances of choosing whether class-based

id="exampleBean" factory-bean="serviceLocator" factory-method="createInstance"/> Although the mechanisms for setting bean properties are still to be discussed, one implication of this approach is that include: • Autowiring can significantly reduce the volume of configuration required. However, mechanisms such as the use of a bean template (discussed elsewhere in this chapter) are also valuable in this name="userPreferences" ref="userPreferences"/> The section entitled Section 6.6, “Proxying mechanisms” may also be of some interest with regard to understanding the nuances of choosing whether class-based

id="exampleBean" factory-bean="serviceLocator" factory-method="createInstance"/> Although the mechanisms for setting bean properties are still to be discussed, one implication of this approach is that include: • Autowiring can significantly reduce the volume of configuration required. However, mechanisms such as the use of a bean template (discussed elsewhere in this chapter) are also valuable in this name="userPreferences" ref="userPreferences"/> The section entitled Section 6.6, “Proxying mechanisms” may also be of some interest with regard to understanding the nuances of choosing whether class-based

Although the mechanisms for setting bean properties are still to be discussed, one implication of this approach is that include: • Autowiring can significantly reduce the volume of configuration required. However, mechanisms such as the use of a bean template (discussed elsewhere in this chapter) are also valuable in this name="userPreferences" ref="userPreferences"/> The section entitled Section 6.6, “Proxying mechanisms” may also be of some interest with regard to understanding the nuances of choosing whether class-based

features, message resource handling (for use in internationalization), event propagation, declarative mechanisms to create the ApplicationContext and optional parent contexts, and application-layer specific contexts Although the mechanisms for setting bean properties are still to be discussed, one implication of this approach is that Version 1.1.5 20 • It can significantly reduce the volume of configuration required. (However, mechanisms such as the use of a configuration "template," discussed elsewhere in this chapter, are also valuable

features, message resource handling (for use in internationalization), event propagation, declarative mechanisms to create the ApplicationContext and optional parent contexts, and application-layer specific contexts Although the mechanisms for setting bean properties are still to be discussed, one implication of this approach is that advantages of autowiring: • It can significantly reduce the volume of configuration required. (However, mechanisms such as the use of a configuration "template," discussed elsewhere in this chapter, are also valuable

features, message resource handling (for use in internationalization), event propagation, declarative mechanisms to create the ApplicationContext and optional parent contexts, and application-layer specific contexts Although the mechanisms for setting bean properties are still to be discussed, one implication of this approach is that Framework Version 1.2 20 • It can significantly reduce the volume of configuration required. (However, mechanisms such as the use of a configuration "template," discussed elsewhere in this chapter, are also valuable