public void GetIdentifierTest()
{
const string Expected = "485B39315153-BFEBFBFF000106E5-A6502408";
string actualEncryptedHex = PrivateKey.GetPrivateKey();
var license = new License
{
Type = License.LicenseType.Trial,
TrialStart = new DateTime(2010, 11, 01),
TrialEnd = new DateTime(2010, 11, 09)
};
string licenseString = license.GenerateLicense(actualEncryptedHex);
WriteLicenseKey(licenseString);
string fullPath = Path.Combine(@"C:\Program Files\Alphamosaik\SharepointTranslator2010", "license.dat");
if (File.Exists(fullPath))
{
string license1 = File.ReadAllText(fullPath);
var license2 = new License(actualEncryptedHex, license1);
if (license2.IsValide)
{
string words1 = LoremIpsumGenerator.GetWords(512);
}
}
string words = LoremIpsumGenerator.GetWords(512);
Assert.Inconclusive("Verify the correctness of this test method.");
}
void ComputeIccContext()
{
var issuerModulusLength = new BigInteger(issuerPrivateKey.Modulus, 16).BitLength / 8;
var iccPublicKey = certificateData.IccPrivateKey.GetPublicKey();
var iccModulusLength = new BigInteger(iccPublicKey.Modulus, 16).BitLength / 8;
var iccPublicKeyCertificate = new IccPublicKeyCertificate
{
HashAlgorithmIndicator = certificateData.HashAlgorithmIndicator.FromHexa().First(),
ApplicationPan = certificateData.ApplicationPan.FromHexa(),
CertificateExpirationDate = certificateData.ExpirationDate.FromHexa(),
CertificateSerialNumber = certificateData.SerialNumber.FromHexa(),
PublicKeyAlgorithmIndicator = certificateData.PublicKeyAlgorithmIndicator.FromHexa().First(),
IccPublicKey = iccPublicKey
};
IccContext = new EmvIccContext()
{
ApplicationPan = certificateData.ApplicationPan,
IccPrivateKey = certificateData.IccPrivateKey
};
// 9F46 ICC Public Key Certificate (Nca)
IccContext.IccPublicKeyCertificate = iccPublicKeyCertificate.GenerateCertificate(issuerPrivateKey.GetPrivateKey()).ToHexa();
// 9F48 ICC Public Key Remainder (Ni-Nca+42)
if (iccModulusLength > issuerModulusLength - 42)
{
IccContext.IccPublicKeyRemainder = iccPublicKey.Modulus.FromHexa().Skip(issuerModulusLength - 42).ToArray().ToHexa();
}
// 9F47 ICC Public Key Exponent (1 or 3)
IccContext.IccPrivateKey.PublicExponent = iccPublicKey.Exponent.FromHexa().ToHexa();
}
void ComputeIssuerContext()
{
var caModulusLength = new BigInteger(caPrivateKey.Modulus, 16).BitLength / 8;
var issuerPublicKey = certificateData.IssuerPrivateKey.GetPublicKey();
var issuerModulusLength = new BigInteger(issuerPublicKey.Modulus, 16).BitLength / 8;
var issuerPublicKeyCertificate = new IssuerPublicKeyCertificate
{
HashAlgorithmIndicator = certificateData.HashAlgorithmIndicator.FromHexa().First(),
IssuerIdentifier = certificateData.IssuerIdentifier.FromHexa(),
CertificateExpirationDate = certificateData.ExpirationDate.FromHexa(),
CertificateSerialNumber = certificateData.SerialNumber.FromHexa(),
PublicKeyAlgorithmIndicator = certificateData.PublicKeyAlgorithmIndicator.FromHexa().First(),
IssuerPublicKey = issuerPublicKey
};
IssuerContext = new EmvIssuerContext()
{
CaPublicKeyIndex = certificateData.CaPublicKeyIndex,
IssuerPrivateKey = certificateData.IssuerPrivateKey
};
// 90 Issuer Public Key Certificate (Nca)
IssuerContext.IssuerPublicKeyCertificate = issuerPublicKeyCertificate.GenerateCertificate(caPrivateKey.GetPrivateKey()).ToHexa();
// 92 Issuer Public Key Remainder (Ni-Nca+36)
if (issuerModulusLength > caModulusLength - 36)
{
IssuerContext.IssuerPublicKeyRemainder = issuerPublicKey.Modulus.FromHexa().Skip(caModulusLength - 36).ToArray().ToHexa();
}
// 9F32 Issuer Public Key Exponent (1 or 3)
IssuerContext.IssuerPrivateKey.PublicExponent = issuerPublicKey.Exponent.FromHexa().ToHexa();
}
private static void GenerateLicenseKeyFile(string path)
{
string actualEncryptedHex = PrivateKey.GetPrivateKey();
WriteLicenseKey(path, actualEncryptedHex);
}
