public void TestStringKey()
{
using (var anonymiser = new Anonymiser("n1dn5emfcakghfo13nbsjfdk3mbuk83h")) {
var input = IPAddress.Parse("129.69.205.36");
var actual = anonymiser.Anonymise(input);
var expected = IPAddress.Parse("97.2.50.215");
Assert.AreEqual(expected, actual);
}
}
public async Task Anonymise(long id)
{
var user = await Unit.Users.Get(id);
if (user.PhotoId.HasValue)
{
await Files.Remove(user.PhotoId.Value);
}
user = Anonymiser.Anonymise(user);
await Unit.Complete();
}
public void TestIPAddress6()
{
using (var anonymiser = new Anonymiser(Key)) {
foreach (var t in IPv6)
{
var input = IPAddress.Parse(t.Key);
var actual = anonymiser.Anonymise(input);
var expected = IPAddress.Parse(t.Value);
Assert.AreEqual(expected, actual);
}
}
}
public void TestBytes64()
{
using (var anonymiser = new Anonymiser(Key)) {
foreach (var t in IPv4)
{
var input = IPAddress.Parse(t.Key).GetAddressBytes();
var output = anonymiser.Anonymise(input);
var actual = new IPAddress(output);
var expected = IPAddress.Parse(t.Value);
Assert.AreEqual(expected, actual);
}
}
}
public void TestDeanonymise6()
{
using (var anonymiser = new Anonymiser(Key)) {
foreach (var t in IPv6)
{
var expected = IPAddress.Parse(t.Key);
var input = expected.GetAddressBytes();
var anonymised = anonymiser.Anonymise(input);
var deanonymised = anonymiser.Deanonymise(anonymised);
var actual = new IPAddress(deanonymised);
Assert.AreEqual(expected, actual);
}
}
}