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Storage systems based on Weak Consistency provide better availability andlower latency than systems that use Strong Consistency, especially ingeo-replicated settings. However, under Weak Consistency, it is harder toensure the correctness of applications, as the execution of uncoordinatedoperations may lead to invalid states.  In this paper we show how to modify an application to make it run correctlyunder Weak Consistency. We developed an analysis that detects which operationsneed to be corrected, and proposes possible modifications to operations toprevent inconsistencies. This analysis allows the programmer to choose thepreferred semantics for each problematic execution, while preserving theoriginal semantics of operations when no conflicts occur. The modifiedapplication runs with small overhead when compared with its Weak Consistencycounterpart, which cannot preserve application correctness.

IPA: Invariant-preserving Applications for Weakly-consistent Replicated Databases