Abstract: Generating a wizard includes receiving a scheme as an input source to form a received scheme, wherein the received scheme is a taxonomy, receiving a defined set of content files to form received content files, and loading the received content files and the received scheme. The received content files can be tagged using the received scheme. A wizard can be generated using the received scheme. The generated wizard is capable of use with an application utilizing the scheme, wherein a change in the received scheme is directly represented in the generated wizard.

Abstract: Generating a wizard includes receiving a scheme as an input source to form a received scheme, wherein the received scheme is a taxonomy, receiving a defined set of content files to form received content files, and loading the received content files and the received scheme. The received content files can be tagged using the received scheme. A wizard can be generated using the received scheme. The generated wizard is capable of use with an application utilizing the scheme, wherein a change in the received scheme is directly represented in the generated wizard.

Abstract: Generating a wizard includes receiving a scheme as an input source to form a received scheme, wherein the received scheme is a taxonomy, receiving a defined set of content files to form received content files, and loading the received content files and the received scheme. The received content files can be tagged using the received scheme. A wizard can be generated using the received scheme. The generated wizard is capable of use with an application utilizing the scheme, wherein a change in the received scheme is directly represented in the generated wizard.

Abstract: Generating a wizard includes receiving a scheme as an input source to form a received scheme, wherein the received scheme is a taxonomy, receiving a defined set of content files to form received content files, and loading the received content files and the received scheme. The received content files can be tagged using the received scheme. A wizard can be generated using the received scheme. The generated wizard is capable of use with an application utilizing the scheme, wherein a change in the received scheme is directly represented in the generated wizard.

Abstract: A method and apparatus for domain specialization of document type definitions (DTDs) are provided. With the method and apparatus, a user may define a domain specialized DTD using specialized DTD elements derived from base DTD elements that are supported by a community of users. The specialized DTD for the domain is created by defining new elements that have a formal relationship with the base DTD elements. A shell DTD is created that references the base DTD elements and the specialized DTD elements. The shell DTD redefines the entity associated with the base DTD element to add the specialized DTD element. The shell DTD further includes a domain list that identifies all of the domains associated with the shell DTD. Since the shell DTD associates the entity with both the base DTD element and the specialized DTD element, and because content models reference elements by the use of the entity to reference the corresponding element, the specialized element may be used anywhere that the general element may be used.