private static void DoTestClassEquals(long firstLong, long secondLong)
{
// Two cache keys are equal except for the parameter.
CacheKey key = new CacheKey();
key.Update(firstLong);
CacheKey aDifferentKey = new CacheKey();
key.Update(secondLong);
Assert.IsFalse(aDifferentKey.Equals(key)); // should not be equal.
}
public void CacheKeyWithTwoParamsSameHashcode()
{
CacheKey key1 = new CacheKey();
CacheKey key2 = new CacheKey();
key1.Update("HS1CS001");
key1.Update("HS1D4001");
key2.Update("HS1D4001");
key2.Update("HS1CS001");
#if dotnet2
Assert.Ignore("The .NET 2.0 CLR uses a different algorithm for string hashing than the .NET 1.1 CLR.");
#else
Assert.AreEqual(key1.GetHashCode(), key2.GetHashCode(), "Expect same hashcode.");
Assert.IsFalse(key1.Equals(key2), "Expect not equal");
#endif
}
public void CacheKeyWithSameHashcode()
{
CacheKey key1 = new CacheKey();
CacheKey key2 = new CacheKey();
key1.Update("HS1CS001");
key2.Update("HS1D4001");
/*
The string hash algorithm is not an industry standard and is not guaranteed to produce the same behaviour between versions.
And in fact it does not. The .NET 2.0 CLR uses a different algorithm for string hashing than the .NET 1.1 CLR.
*/
#if dotnet2
Assert.Ignore("The .NET 2.0 CLR uses a different algorithm for string hashing than the .NET 1.1 CLR.");
#else
Assert.AreEqual( key1.GetHashCode(), key2.GetHashCode(), "Expect same hashcode.");
Assert.IsFalse( key1.Equals(key2),"Expect not equal");
#endif
}