public void Test_VerifyCheckSum()
{
var serialNumber = SerialNumber.Create("ABC");
Assert.IsTrue(SerialNumber.IsCheckSumValid(serialNumber));
var modified = "D" + new string(serialNumber.Skip(1).ToArray());
Assert.IsFalse(SerialNumber.IsCheckSumValid(modified));
Assert.IsFalse(SerialNumber.IsCheckSumValid(modified + "A"));
TestHelper.AssertException <ArgumentNullException>(() => SerialNumber.IsCheckSumValid(null));
Assert.IsFalse(SerialNumber.IsCheckSumValid(""));
Assert.IsFalse(SerialNumber.IsCheckSumValid("ABCDER"));
}
public void TestHasXXXProperties_True()
{
var key = "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";
var lic = Lic.Builder
.WithRsaPrivateKey(key)
.WithHardwareIdentifier("HardwareIdentifier")
.WithSerialNumber(SerialNumber.Create("GSA"))
.ExpiresIn(TimeSpan.FromDays(100))
.WithProperty("Name", "Bill Gates")
.WithProperty("Company", "Microsoft")
.SignAndCreate();
Assert.IsTrue(lic.HasExpirationDate);
Assert.IsTrue(lic.HasHardwareIdentifier);
Assert.IsTrue(lic.HasSerialNumber);
}
public void TestBuild()
{
var serialNumber = SerialNumber.Create("ABC");
Assert.AreEqual(25, serialNumber.Length);
var splitted = serialNumber.Split('-');
Assert.AreEqual(5, splitted.Length);
Assert.AreEqual("SNABC", splitted[0]);
Assert.AreEqual(4, splitted[1].Length);
Assert.AreEqual(4, splitted[2].Length);
Assert.AreEqual(4, splitted[3].Length);
Assert.AreEqual(4, splitted[4].Length);
for (int i = 1; i < splitted.Length; i++)
{
Assert.IsTrue(ValidNumbersRegex.IsMatch(splitted[i]), $"Splitted part '{splitted[i]}' is not valid.");
}
}
SignedLicense IVerifier_VerifyLoad.LoadAndVerify(string licenseString)
{
var license = SignedLicense.Deserialize(licenseString);
// verify signature
license.Verify(mySigner);
// verify application code
if (!SerialNumber.IsApplicationCodeValid(license.SerialNumber, myApplicationCode))
{
throw new SignedLicenseException($"Application Code '{myApplicationCode}' is not valid for the license.");
}
// verify hardware identifier
if (!HardwareIdentifier.IsValidForCurrentComputer(license.HardwareIdentifier))
{
throw new SignedLicenseException($"License has been activated for another computer.");
}
// verify expiration date
if (license.ExpirationDate < DateTime.UtcNow)
{
throw new SignedLicenseException($"License has been expired since '{license.ExpirationDate}'.");
}
return(license);
}
IVerifier_VerifyLoad IVerifier_ApplicationCode.WithApplicationCode(string threeLetterApplicationCode)
{
myApplicationCode = SerialNumber.EnsureApplicationCodeIsValid(threeLetterApplicationCode);
return(this);
}
public void TestCreateEmpty_ABC()
{
var serial = SerialNumber.CreateEmpty("ABC");
Assert.AreEqual("SNABC-0000-0000-0000-6LUX", serial);
}
public void TestCreateEmpty_DEFE() => SerialNumber.CreateEmpty("DEFE");
public void TestCreateEmpty_Null() => SerialNumber.CreateEmpty(null);
public void TestCreate_DEFE() => SerialNumber.Create("DEFE");
public void TestCreate_DE2() => SerialNumber.Create("DE2");
public void TestCreate_Null() => SerialNumber.Create(null);
