Abstract: Processing a query for a database includes: receiving a portion of a query from a client device in a server implemented by at least one processor, the portion of the query comprising an incomplete component; determining that the incomplete component is one of multiple predefined types with the server; providing the incomplete component to an auto-complete function specific to the determined type of the incomplete component; receiving in the server a suggestion for completing the query from the auto-complete function, the suggestion being specific to the type of the incomplete component; and providing the suggestion from the server to the client device.

Abstract: Processing a query for a database includes: receiving a portion of a query from a client device in a server implemented by at least one processor, the portion of the query comprising an incomplete component; determining that the incomplete component is one of multiple predefined types with the server; providing the incomplete component to an auto-complete function specific to the determined type of the incomplete component; receiving in the server a suggestion for completing the query from the auto-complete function, the suggestion being specific to the type of the incomplete component; and providing the suggestion from the server to the client device.

Abstract: A method, system and computer program product for enabling a class loader of a Java virtual machine to load JAVA class and resource data from within a registry/repository application. The JAVA class and resource data is loaded from within a registry/repository application that includes a database which stores one or more JAR files; whereby, the JAR files contain a user-written plug-in code and resources. The user-written plug-in code and resources are dynamically modified when modifications to one or more stored JAR files are received. The JAR files are rebuilt in a location outside of the registry/repository development environment.