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General business and organization information This includes name, description, address, and so forth. This could be compared to the White Pages of the telephone directory. Descriptions of businesses according to standard taxonomies This could be according to the types of services they offer or geographical location. This category could be compared to the Yellow Pages of the telephone book.
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Lists of services, binding, and service-speci c technical information This category could be compared to the Green Pages of the telephone book.
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In addition to providing a model for storing information about services and businesses, the UDDI specification defines an XML schema for SOAP messages and two APIs for applications needing to use the registry. The two APIs are
Inquiry API
Used to look up and browse the service registry Used to register services with the registry
Publishers API
The following section provides an overview of UDDI and the associated storage model, which includes tModel and associated taxonomies. We then discuss the tModel in detail, including the dual role played by a tModel, both as a technical fingerprint and as an abstract namespace. We then discuss the various categorization and identification schemes vital to the workings of UDDI registries. Binding templates, used to store technical information about a service and its end point, are discussed next. Then we cover the authoring of a WSDL document so that it can be properly referenced in a tModel and a binding template. The UDDI inquiry and publishing APIs are covered, and then we discuss currently available and future commercial products that incorporate some of the registry ideas discussed in this chapter. Overview and Basic Data Model The role of the UDDI registry in Web Services is similar to the role played by a search engine on the Internet. The power of the search engine comes from the keywords used to classify contents. In a similar manner, a fine-grained search for a Web Service is possible only if
UDDI Registry
the service is classified properly. The classification and identification taxonomies present in the UDDI registry provide a starting point for describing Web Services. Equally important is to classify the businesses or organizations that offer Web Services. The structure that describes the taxonomies present in a UDDI registry is called a tModel, which is a very important abstraction in UDDI that takes a considerable amount of time to understand fully. The complexity of the tModel comes from the dual role it plays in a UDDI registry. tModel is used to define both a service s technical interface and a taxonomy (or namespace) that specifies the categorization or identification scheme. The complexity also comes from the fact that tModels are referenced, unlike other structures that hold containment relationships among themselves.
UDDI Data Model
The basic data model used in UDDI consists of a hierarchy of five basic data types, which are defined through XML schemas. These five data types are businessEntity, businessService, bindingTemplate, tModel, and publisherAssertion. The following subsections provide brief descriptions of these data types.
businessEntity This data type contains information on a business or organization, such as the name of the business/organization, the address of the business/organization, and a contact phone number of the business/organization. This data type is at the top of the data model hierarchy. businessService This data type represents the aggregation of services belonging to a specific category offered by a service provider. A service provider identified through a businessEntity may offer several types or collections of Web Services. The businessService data type provides overall Web Service level information, such as the name of a service aggregate, a description, or a service categorization. bindingTemplate
This data type exposes the service end point address required for accessing a distinct Web Service from a technical point of view. It may also be used to describe technical characteristics of a service implementation or to refer to remotely hosted services. The businessService data type may contain more than one bindingTemplate. expose Web Services interface information. A reference to a tModel may indicate that a Web Service complies with a certain distinct specification
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