Upperware Interfaces & Workflows Sample Clauses

Upperware Interfaces & Workflows. In this section we provide a bird’s eye view of Upperware with the aim to provide an overview of its internal and external interfaces along with an explanation of the involved workflows that present how its objectives are attained. In particular, this presentation is based on the detailed descriptions provided in the previous sections concerning the individual software components of Upperware. It demonstrates how all these individual software components can interoperate for reaching timely decisions on the most suitable data and data-intensive application components placement over Cross-Clouds. Figure 11 presents an outline of the workflow that involves the main tasks performed by Upperware components in order to reach an initial placement decision of both data and the Cloud application using the appropriate Cloud resources from single or multiple providers (the same figure is shown enlarged by Figure 12 to Figure 15). Specifically, the process begins with an opportunity for the application developer to enhance ( through the Metadata Schema Editor) the already available Melodic vocabulary (which is presented in Melodic Deliverable D2.4 - Metadata Schema [16]) comprised of concepts that can be used for expressing placement and scalability requirements. Moreover, preferences over a number of selected qualitative criteria can be provided by the developer (Metadata Schema Editor) to be used in Metasolver’s decisions on finding the best placement solution when only local optimum solutions are available (i.e., adaption scenarios) by the Solvers. In addition, the application developer with the use of a dedicated CAMEL editor, models her application along with its placement, scalability requirements and relevant service level objectives (SLOs). The sequence of the interactions involving the two editors are also depicted in the Upperware sequence diagram, while their provided and required interfaces are presented in the component diagram in Figure 21. S ta r t E ven t N o N o Ye s Ye s N o N o N o N o Yes S ta r t E ve n t In fe as ib le P r ob le m ? S ho u l d D ata be M ig r ated ? O ptim u m S o lu ti o n F o u nd o r T im e T hr e s xx x x M et? A r e T h er e M o r e T h a n O n e P r o po s ed D e p l oym e nts ? A r e A l l th e D e p l oym e nt A c ti o ns A u th o r i z e d b y th e S e c u r i ty M e c h an i s m ? S h ou ld D a ta b e M i g r a te d? S u c c e s s D ep lo ym en t & M ig r atio n o f D ata ( i f a p p l i c ab le ) E ve n ts R ec ei ved ...
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