public void EncryptDecryptTest(string input, string expected)
{
//input.Encrypt(KEY).Should().Be(expected);
//input.Encrypt(KEY).Decrypt(KEY).Should().Be(input);
var enc = EncryptDecryptV1.Encrypt(input, KEY);
enc.Should().Be(expected);
EncryptDecryptV1.Decrypt(enc, KEY).Should().Be(input);
enc = EncryptDecryptV2.Encrypt(input, KEY);
enc.Should().Be(expected);
EncryptDecryptV2.Decrypt(enc, KEY).Should().Be(input);
enc = EncryptDecryptV3.Encrypt(input, KEY);
enc.Should().Be(expected);
EncryptDecryptV3.Decrypt(enc, KEY).Should().Be(input);
enc = EncryptDecryptV4.Encrypt(input, KEY);
enc.Should().Be(expected);
EncryptDecryptV4.Decrypt(enc, KEY).Should().Be(input);
enc = EncryptDecryptV5.Encrypt(input, KEY);
enc.Should().Be(expected);
EncryptDecryptV5.Decrypt(enc, KEY).Should().Be(input);
enc = EncryptDecryptV6.Encrypt(input, KEY);
enc.Should().Be(expected);
EncryptDecryptV6.Decrypt(enc, KEY).Should().Be(input);
enc = EncryptDecryptV7.Encrypt(input, KEY);
enc.Should().Be(expected);
EncryptDecryptV7.Decrypt(enc, KEY).Should().Be(input);
}
[TestCase("fullstackfullstackfull")] // 3 chunks - 3rd chunk not full
public void EncryptDecryptBytesTest(string input)
{
EncryptDecryptV1.Decrypt(EncryptDecryptV1.Encrypt(input, KEY), KEY)
.Should().Be(input);
EncryptDecryptV2.Decrypt(EncryptDecryptV2.Encrypt(input, KEY), KEY)
.Should().Be(input);
EncryptDecryptV3.Decrypt(EncryptDecryptV3.Encrypt(input, KEY), KEY)
.Should().Be(input);
EncryptDecryptV4.Decrypt(EncryptDecryptV4.Encrypt(input, KEY), KEY)
.Should().Be(input);
EncryptDecryptV5.Decrypt(EncryptDecryptV5.Encrypt(input, KEY), KEY)
.Should().Be(input);
EncryptDecryptV6.Decrypt(EncryptDecryptV6.Encrypt(input, KEY), KEY)
.Should().Be(input);
EncryptDecryptV7.Decrypt(EncryptDecryptV7.Encrypt(input, KEY), KEY)
.Should().Be(input);
}
public bool BEncryptDecryptV7()
{
return(EncryptDecryptV7.Encrypt(bytes, KEY) == EncryptDecryptV7.Decrypt(bytes, KEY));
}
public bool BEncryptDecryptV7String()
{
return(EncryptDecryptV7.Encrypt(input, KEY) == EncryptDecryptV7.Decrypt(input, KEY));
}
