public static long EstimatedCacheSize([email protected]_Visitable baseMemory, params [email protected]_Visitable[] memoryUsers) { long neoStoreSize = totalMemoryUsageOf(baseMemory); long importCacheSize = highestMemoryUsageOf(memoryUsers); return(neoStoreSize + DefensivelyPadMemoryEstimate(importCacheSize)); }
internal virtual void SanityCheck([email protected]_Estimates inputEstimates, RecordFormats recordFormats, [email protected]_Visitable baseMemory, params [email protected]_Visitable[] memoryVisitables) { // At this point in time the store hasn't started so it won't show up in free memory reported from OS, // i.e. we have to include it here in the calculations. long estimatedCacheSize = estimatedCacheSize(baseMemory, memoryVisitables); long freeMemory = _freeMemoryLookup.AsLong; long optimalMinimalHeapSize = optimalMinimalHeapSize(inputEstimates, recordFormats); long actualHeapSize = _actualHeapSizeLookup.AsLong; bool freeMemoryIsKnown = freeMemory != VALUE_UNAVAILABLE; // Check if there's enough memory for the import if (freeMemoryIsKnown && actualHeapSize + freeMemory < estimatedCacheSize + optimalMinimalHeapSize) { _monitor.insufficientAvailableMemory(estimatedCacheSize, optimalMinimalHeapSize, freeMemory); return; // there's likely not available memory, no need to warn about anything else } // Check if the heap is big enough to handle the import if (actualHeapSize < optimalMinimalHeapSize) { _monitor.insufficientHeapSize(optimalMinimalHeapSize, actualHeapSize); return; // user have been warned about heap size issue } // Check if heap size could be tweaked if ((!freeMemoryIsKnown || freeMemory < estimatedCacheSize) && actualHeapSize > optimalMinimalHeapSize * 1.2) { _monitor.abundantHeapSize(optimalMinimalHeapSize, actualHeapSize); } }
