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Software code cache employed to store translated or optimized codes,  amortizes the overhead of dynamic binary translation via reusing of  stored-altered copies of original program instructions. Though many  conventional code cache managements, such as Flush, Least-Recently Used  (LRU), have been applied on some classic dynamic binary translators, actually  they are so unsophisticated yet unadaptable that it not only brings  additional unnecessary overhead, but also wastes much cache space, since  there exist several noticeable features in software code cache, unlike pages  in memory. Consequently, this paper presents two novel alternative cache  schemes-SCC (Static Code Cache) and DCC (Dynamic Code Cache) based on working  set. In these new schemes, we utilize translation rate to judge working set.  To evaluate these new replacement policies, we implement them on dynamic  binary translator-CrossBit with several commonplace code cache managements.  Through the experiment results based on benchmark SPECint 2000, we achieve  better performance improvement and cache space utilization ratio.

Code cache management based on working set in dynamic binary translator