public void it_encrypts_longs_identical_to_the_nodejs_lib()
{
var resultsFromNodeLib = new Dictionary <string, long>()
{
{ "y2jl7rm5", 1234567890 },
{ "q2dxzp4vq", 9876543210 },
{ "77m", 123 },
{ "43l3w7", 789456 }
};
foreach (var kvp in resultsFromNodeLib)
{
Assert.AreEqual(kvp.Key, hashids.Encrypt(kvp.Value));
}
}
void it_can_encrypt_to_a_minimum_length()
{
var h = new Hashids(salt, 8);
h.Encrypt(1).Should().Be("b9iLXiAa");
}
void it_encrypts_a_single_number()
{
hashids.Encrypt(12345).Should().Be("ryBo");
hashids.Encrypt(1).Should().Be("LX");
hashids.Encrypt(22).Should().Be("5B");
hashids.Encrypt(333).Should().Be("o49");
hashids.Encrypt(9999).Should().Be("GKnB");
}
void it_can_encrypt_with_a_swapped_custom()
{
var hashids = new Hashids("this is my salt", 0, "abcd");
hashids.Encrypt(1, 2, 3, 4, 5).Should().Be("adcdacddcdaacdad");
}
void it_can_encrypt_to_a_minimum_length()
{
var h = new Hashids(salt, 8);
h.Encrypt(1).Should().Be("b9iLXiAa");
}
void it_can_encrypt_with_a_swapped_custom()
{
var hashids = new Hashids("this is my salt", 0, "abcd");
hashids.Encrypt(1, 2, 3, 4, 5).Should().Be("adcdacddcdaacdad");
}