public static TestCaseEnvironmentGeneric Create(int seed, int maxLengthOfNsLookup, int staticRunTimeInMilliseconds, int numberOfIps, int method)
{
var ips = new TextRandomizer(seed).CreateRandomStrings(length: 14, numberOfIps);
var names = new TextRandomizer(seed).CreateRandomStrings(length: 32, numberOfIps);
var nsLookup = new FakeNsLookup(seed, names, ips, maxLengthOfNsLookup);
var nameResolver = GetNameResolverByMethodNumber(method, nsLookup);
var systemSimulator = new SystemSimulator(seed, ips, nameResolver, staticRunTimeInMilliseconds);
return(new TestCaseEnvironmentGeneric(systemSimulator, nameResolver.GetType().Name));
}
private static INameResolver GetNameResolverByMethodNumber(int method, FakeNsLookup nsLookup)
{
switch (method)
{
case 0: return(new NoCachingDecorator(nsLookup)); // Linearly slow
case 1: return(new CachingNoLockDictCanBreak(nsLookup)); // Erroneous
case 2: return(new CachingSingleLockNaiveMeasured(nsLookup)); // Saturation queued
case 3: return(new CachingSingleLockParallelDict(nsLookup)); // Saturation queued
case 4: return(new CachingSingleLockParallelDictMeasured(nsLookup)); // Saturation queued
case 5: return(new CachingSingleLockParallelDict2ndCheck(nsLookup)); // Saturation queued but reused
case 6: return(new CachingSingleLockParallelDict2ndCheckMeasured(nsLookup)); // Saturation queued but reused
case 7: return(new CachingUnblockedObtainConcurrentDict(nsLookup)); // Non blocking saturation
case 8: return(new CachingUnblockedObtainConcurrentDictMeasured(nsLookup)); // Non blocking saturation
case 9: return(new CachingUnblockedObtainMemoryCache(nsLookup)); // Non blocking saturation
case 10: return(new CachingUnblockedObtainMemoryCacheMeasured(nsLookup)); // Non blocking saturation
case 11: return(new CachingUnblockedObtainCopyOnWrite(nsLookup)); // Non blocking saturation
case 12: return(new CachingUnblockedObtainCopyOnWriteMeasured(nsLookup)); // Non blocking saturation
case 13: return(new CachingKeySeparationLockConcurrentDict(nsLookup)); // Non blocking saturation, blocking value obtain per key
case 14: return(new CachingKeySeparationLockConcurrentDictMeasured(nsLookup)); // Non blocking saturation, blocking value obtain per key
case 15: return(new CachingKeySeparationLockCopyOnWrite(nsLookup)); // Non blocking saturation, blocking value obtain per key
case 16: return(new CachingKeySeparationLockCopyOnWriteMeasured(nsLookup)); // Non blocking saturation, blocking value obtain per key
case 17: return(new CachingKeySeparationLockCopyOnWriteRefactored(nsLookup)); // Non blocking saturation, blocking value obtain per key
case 18: return(new CachingKeySeparationLockCopyOnWriteRefactoredOVLO(nsLookup)); // Non blocking saturation, blocking value obtain per key
case 19: return(new CachingKeySeparationLockCopyOnWriteRefactoredOVLOMeasured(nsLookup)); // Non blocking saturation, blocking value obtain per key
case 20: return(new CachingKeySeparationConcurrentDictLazy(nsLookup));
case 21: return(new CachingKeySeparationConcurrentDictLazyShort(nsLookup));
case 22: return(new CachingKeySeparationConcurrentDictLazyMeasured(nsLookup));
case 23: return(new CachingKeySeparationConcurrentDictLazyShortMeasured(nsLookup));
}
return(null);
}
