public void it_encrypts_and_decrypts_lists_of_large_numbers()
{
var input = new List <long>();
for (long i = 1000000000L, j = 1; i < 1000001000L; i++, j++)
{
input.Add(i);
if (j % 5 == 0)
{
Assert.AreEqual(input, hashids.Decrypt(hashids.Encrypt(input.ToArray())));
input = new List <long>();
}
}
}
void it_decrypts_an_ecrypted_number()
{
hashids.Decrypt("ryBo").Should().Equal(new [] { 12345 });
hashids.Decrypt("qkpA").Should().Equal(new [] { 1337 });
hashids.Decrypt("6aX").Should().Equal(new [] { 808 });
hashids.Decrypt("gz9").Should().Equal(new [] { 303 });
}
void it_does_not_decrypt_with_a_different_salt()
{
var peppers = new Hashids("this is my pepper");
hashids.Decrypt("ryBo").Should().Equal(new [] { 12345 });
peppers.Decrypt("ryBo").Should().Equal(new int [0]);
}
void it_can_decrypt_from_a_hash_with_a_minimum_length()
{
var h = new Hashids(salt, 8);
h.Decrypt("b9iLXiAa").Should().Equal(new [] { 1 });
}
void it_can_decrypt_from_a_hash_with_a_minimum_length()
{
var h = new Hashids(salt, 8);
h.Decrypt("b9iLXiAa").Should().Equal(new [] {1});
}
void it_does_not_decrypt_with_a_different_salt()
{
var peppers = new Hashids("this is my pepper");
hashids.Decrypt("ryBo").Should().Equal(new []{ 12345 });
peppers.Decrypt("ryBo").Should().Equal(new int [0]);
}