public static async Task RsaCertificateCreateIntermediateCaTestAsync()
{
using (var mock = Setup()) {
IKeyStore keys = mock.Create <KeyDatabase>();
IDigestSigner signer = mock.Create <KeyDatabase>();
ICertificateFactory factory = mock.Create <CertificateFactory>();
Key publicKey;
KeyHandle issuerKey;
Key issuerPublicKey;
using (var rsa1 = RSA.Create()) {
issuerKey = await keys.ImportKeyAsync("rsa1", rsa1.ToKey());
issuerPublicKey = rsa1.ToKey().GetPublicKey();
}
using (var rsa2 = RSA.Create()) {
await keys.ImportKeyAsync("rsa2", rsa2.ToKey());
publicKey = rsa2.ToKey().GetPublicKey();
}
var now = DateTime.UtcNow;
var intca = await factory.CreateCertificateAsync(signer, issuerKey,
X500DistinguishedNameEx.Create("CN=leaf"), publicKey,
now, now + TimeSpan.FromMinutes(1), SignatureType.PS256, true, sn => {
return(new List <X509Extension>());
});
}
}
public static async Task RsaCertificateCreateSelfSignedTestAsync()
{
using (var mock = Setup()) {
IKeyStore keys = mock.Create <KeyDatabase>();
IDigestSigner signer = mock.Create <KeyDatabase>();
ICertificateFactory factory = mock.Create <CertificateFactory>();
KeyHandle issuerKey;
Key issuerPublicKey;
using (var rsa1 = RSA.Create()) {
issuerKey = await keys.ImportKeyAsync("rsa1", rsa1.ToKey(),
new KeyStoreProperties { Exportable = true });
issuerPublicKey = rsa1.ToKey().GetPublicKey();
}
var now = DateTime.UtcNow;
var cert = await factory.CreateCertificateAsync(signer, issuerKey,
X500DistinguishedNameEx.Create("CN=leaf"), issuerPublicKey,
now, now + TimeSpan.FromMinutes(1), SignatureType.RS256, false, sn => {
return(new List <X509Extension>());
});
var privateKey = await keys.ExportKeyAsync(issuerKey);
using (cert) {
var certificate = cert.ToCertificate();
Assert.True(certificate.IsSelfSigned());
Assert.Equal(certificate.GetIssuerSerialNumberAsString(), certificate.GetSerialNumberAsString());
}
}
}