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peer-reviewedOne of the key issues that should be considered when addressing\udreliable evolution is to place a software system in a consistent\udstatus before and after change. This issue becomes more critical\udat runtime because it may lead to the failure on running missioncritical\udsystems. In order to place the affected elements in a safe\udstate before dynamic changes take place, the notion of\udtranquility has been proposed to make quiescence criterion less\uddisruptive and easier to obtain. However, it only ensures\udconsistency in applications with restrictive black-box design. In\udthis paper, an architecture-based approach is proposed to\udpreserve global consistency during runtime reconfiguration of\udcomponent-based systems in distributed contexts. An initial\udevaluation through a prototypical implementation shows that\udthis approach not only enables tranquility to be applicable for\uddistributed transactions, but also significantly reduces required\udtime to achieve a safe state and increases system availability\udduring runtime evolution

An architectural approach to ensure globally consistent dynamic reconfiguration of component-based systems