public void TypeEquality()
{
var entry1 = new ProxyCacheEntry(typeof(Entity1), null);
var entry2 = new ProxyCacheEntry(typeof(Entity1), new System.Type[0]);
Assert.IsTrue(entry1.Equals(entry2));
Assert.IsTrue(entry2.Equals(entry1));
}
public void InterfaceInequality()
{
var entry1 = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(INHibernateProxy), typeof(ISerializable) });
var entry2 = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(ISerializable) });
TweakEntry(entry2, entry1.GetHashCode());
Assert.IsFalse(entry1.Equals(entry2));
Assert.IsFalse(entry2.Equals(entry1));
}
public void InterfaceEqualityWithLotOfUnordererdAndDupInterfaces()
{
var entry1 = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(INHibernateProxy), typeof(ISerializable), typeof(IType), typeof(IDisposable), typeof(IFilter) });
// Interfaces order inverted and duplicated on purpose: must be supported.
var entry2 = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(IType), typeof(ISerializable), typeof(IFilter), typeof(IDisposable), typeof(IType), typeof(IFilter), typeof(INHibernateProxy) });
Assert.IsTrue(entry1.Equals(entry2));
Assert.IsTrue(entry2.Equals(entry1));
}
public void InterfaceEquality()
{
var entry1 = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(INHibernateProxy), typeof(ISerializable) });
// Interfaces order inverted on purpose: must be supported.
var entry2 = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(ISerializable), typeof(INHibernateProxy) });
Assert.IsTrue(entry1.Equals(entry2));
Assert.IsTrue(entry2.Equals(entry1));
}
public void TypeInequality()
{
var entry1 = new ProxyCacheEntry(typeof(Entity1), null);
var entry2 = new ProxyCacheEntry(typeof(Entity2), null);
TweakEntry(entry2, entry1.GetHashCode());
Assert.IsFalse(entry1.Equals(entry2));
Assert.IsFalse(entry2.Equals(entry1));
}