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Scope of the Profile The scope of the Profile delineates the technologies that it addresses; in other words, the Profile only attempts to improve interoperability within its own scope. Initially, the Profile's scope is bounded by the specifications referenced by it; for a complete list of the Profile's referenced specifications, see Appendix I.
The Profile's scope is further refined by extensibility points. Referenced specifications often provide extension mechanisms and unspecified or open-ended configuration parameters. When identified as an extensibility point, such a mechanism or parameter is outside the scope of the Profile, and its use is not subject to claims of conformance to this Profile.
Because the use of extensibility points may impair interoperability, their use should be negotiated or documented in some fashion by the parties to a Web service; for example, this could take the form of an out-of-band agreement. Note that the Profile may still place requirements on the use of an extensibility point, without constraining its range.
Also, specific uses of extensibility points may be further restricted by other profiles, to Basic nec code rules and design their interoperability when used in conjunction with the Profile. For a complete list of the Profile's extensibility points, see Appendix II.
Profile Conformance Conformance to the Profile is defined by adherence to the set of requirements for a specific target, within the scope of the Profile.
The scope of the Profile is defined above "Scope of the Profile" ; conformance to the Profile is dependent upon conformance to those referenced specifications that are in-scope, except when in conflict with the Profile's Requirements, which take precedence for purposes of conformance.
Requirements state the criteria for conformance to the Profile within its stated scope. They embody refinements, interpretations and clarifications that improve interoperability therein. Requirement levels, using RFC language e.
Each requirement is individually identified e. Additional text may be included in the Profile to illuminate requirements e.
Targets allow for the description of conformance in different contexts, to allow conformance testing and certification of artifacts such as SOAP messages and WSDL descriptionsWeb service instances, and Web service consumers. The sections below describe the Profile's conformance targets.
To allow services to advertise conformance to the Profile, messages, descriptions and registry data can be annotated with conformance claims, which use a URI to assert conformance with a particular profile.
The conformance claim URI for this Profile is "http: The Profile makes requirement statements about three kinds of artifacts: An instance of an artifact is considered conformant when all of the requirements associated with it are met.
Note that this means that where multiple conformant artifacts are possible, a conformant service must be able to consume them all e. Similarly, a consumer of a service instance is considered conformant if it produces only conformant artifacts and is capable of consuming conformant artifacts, as appropriate.
Both conformant Web service instances and consumers must comply, as appropriate, with all of the requirement statements associated with: Therefore, the Profile places no constraints on wsdl: In particular, they can contain multiple wsdl: Types of Web services as described by wsdl: Additionally, an instance of a Web service is required to make the contract that it operates under available in some fashion.
A service instance may provide run-time access to WSDL documents from a server, but is not required to do so in order to be considered conformant. Similarly, a service instance provider may register the instance provider in a UDDI registry, but is not required to do so to be considered conformant.
In all of these scenarios, the WSDL contract must exist, but might be made available through a variety of mechanisms, depending on the circumstances. A conformance claim on an element means that the element and the instance it represents, in the case of a port is conformant to the requirements of the Profile it claims to obey that are relevant for this type of element.
A conformance claim on an element also implies that the same claim is made for all the elements that it uses, based on the following transitivity rules, applied recursively: A claim on a wsdl: When receiving a message, the service may want to be able to determine the profile to which this message conforms.An electrolytic capacitor (e-cap) is a polarized capacitor whose anode or positive plate is made of a metal that forms an insulating oxide layer through caninariojana.com oxide layer acts as the dielectric of the capacitor.
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