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G. a cloud or a server) in which it is deployed, anewed or by migration. The environment’s management application programming interface (API) and the infrastructure level that the application requires will most likely have impact on the way applications interact, particularly if they are deployed in (or migrate between) different environments, from different vendors. Interoperability between an application and the environment in which it is deployed usually known as portability. In most cases, not all these levels are considered explicitly.
Now consider adding a new consumer A to provider W, or simply replacing X. A does not have to bear any relationship to X, the previous consumer. It may even use a completely different set of features of W (represented as specification B) as long as B complies with Z and Z conforms to B. This also applies if A is a changed version of X. A similar reasoning can be made if X now uses a new provider, D, with the set of requirements on consumers represented by specification C. Again, interoperability is still possible as long as Y complies with C and C conforms to Y.
It also ensures interoperability, whereas similarity-based approaches  do not. We can now extend Fig. 4 with another interaction style, compliance-based messages, as illustrated by Fig. 7. Messages do not obey some external schema. Each message has one specific value (most likely structured, but it is not a type, only one specific value) and its own exclusive schema, which is nothing more than a self-description, without the value variability that a type exhibits. This value and its description can be validated against an infinite number of schemas, those that have this particular value included in the set of their instances.