X509CertificateImplBtls (X509CertificateImplBtls other)
{
disallowFallback = other.disallowFallback;
x509 = other.x509 != null ? other.x509.Copy () : null;
privateKey = other.privateKey != null ? other.privateKey.Copy () : null;
if (other.intermediateCerts != null)
intermediateCerts = other.intermediateCerts.Clone ();
}
X509Certificate2ImplMono(X509Certificate2ImplMono other)
{
_cert = other._cert;
if (other.intermediateCerts != null)
{
intermediateCerts = other.intermediateCerts.Clone();
}
}
X509CertificateImplCollection(X509CertificateImplCollection other)
{
list = new List <X509CertificateImpl> ();
foreach (var impl in other.list)
{
list.Add(impl.Clone());
}
}
X509CertificateImplBtls (X509CertificateImplBtls other)
{
disallowFallback = other.disallowFallback;
x509 = other.x509 != null ? other.x509.Copy () : null;
nativePrivateKey = other.nativePrivateKey != null ? other.nativePrivateKey.Copy () : null;
fallback = other.fallback != null ? (X509Certificate2Impl)other.fallback.Clone () : null;
if (other.intermediateCerts != null)
intermediateCerts = other.intermediateCerts.Clone ();
}
public override void Reset()
{
_cert = null;
_publicKey = null;
if (intermediateCerts != null)
{
intermediateCerts.Dispose();
intermediateCerts = null;
}
}
public override void Reset()
{
_cert = null;
_archived = false;
_extensions = null;
_publicKey = null;
issuer_name = null;
subject_name = null;
signature_algorithm = null;
if (intermediateCerts != null)
{
intermediateCerts.Dispose();
intermediateCerts = null;
}
}
MX.X509Certificate ImportPkcs12(byte[] rawData, string password)
{
MX.PKCS12 pfx = null;
if (string.IsNullOrEmpty(password))
{
try {
// Support both unencrypted PKCS#12..
pfx = new MX.PKCS12(rawData, (string)null);
} catch {
// ..and PKCS#12 encrypted with an empty password
pfx = new MX.PKCS12(rawData, string.Empty);
}
}
else
{
pfx = new MX.PKCS12(rawData, password);
}
if (pfx.Certificates.Count == 0)
{
// no certificate was found
return(null);
}
else if (pfx.Keys.Count == 0)
{
// no key were found - pick the first certificate
return(pfx.Certificates [0]);
}
else
{
// find the certificate that match the first key
MX.X509Certificate cert = null;
var keypair = (pfx.Keys [0] as AsymmetricAlgorithm);
string pubkey = keypair.ToXmlString(false);
foreach (var c in pfx.Certificates)
{
if (((c.RSA != null) && (pubkey == c.RSA.ToXmlString(false))) ||
((c.DSA != null) && (pubkey == c.DSA.ToXmlString(false))))
{
cert = c;
break;
}
}
if (cert == null)
{
cert = pfx.Certificates [0]; // no match, pick first certificate without keys
}
else
{
cert.RSA = (keypair as RSA);
cert.DSA = (keypair as DSA);
}
if (pfx.Certificates.Count > 1)
{
intermediateCerts = new X509CertificateImplCollection();
foreach (var c in pfx.Certificates)
{
if (c == cert)
{
continue;
}
var impl = new X509Certificate2ImplMono(c);
intermediateCerts.Add(impl, true);
}
}
return(cert);
}
}
public override void Reset ()
{
if (x509 != null) {
x509.Dispose ();
x509 = null;
}
if (nativePrivateKey != null) {
nativePrivateKey = null;
}
subjectName = null;
issuerName = null;
archived = false;
publicKey = null;
intermediateCerts = null;
if (fallback != null)
fallback.Reset ();
}
void ImportPkcs12 (byte[] data, string password)
{
using (var pkcs12 = new MonoBtlsPkcs12 ()) {
if (string.IsNullOrEmpty (password)) {
try {
// Support both unencrypted PKCS#12..
pkcs12.Import (data, null);
} catch {
// ..and PKCS#12 encrypted with an empty password
pkcs12.Import (data, string.Empty);
}
} else {
pkcs12.Import (data, password);
}
x509 = pkcs12.GetCertificate (0);
if (pkcs12.HasPrivateKey)
nativePrivateKey = pkcs12.GetPrivateKey ();
if (pkcs12.Count > 1) {
intermediateCerts = new X509CertificateImplCollection ();
for (int i = 0; i < pkcs12.Count; i++) {
using (var ic = pkcs12.GetCertificate (i)) {
if (MonoBtlsX509.Compare (ic, x509) == 0)
continue;
var impl = new X509CertificateImplBtls (ic, true);
intermediateCerts.Add (impl, true);
}
}
}
}
}
X509Certificate2ImplMono (X509Certificate2ImplMono other)
{
_cert = other._cert;
if (other.intermediateCerts != null)
intermediateCerts = other.intermediateCerts.Clone ();
}
public override void Reset ()
{
_cert = null;
_archived = false;
_extensions = null;
_serial = null;
_publicKey = null;
issuer_name = null;
subject_name = null;
signature_algorithm = null;
if (intermediateCerts != null) {
intermediateCerts.Dispose ();
intermediateCerts = null;
}
}
private MX.X509Certificate ImportPkcs12 (byte[] rawData, string password)
{
MX.PKCS12 pfx = null;
if (string.IsNullOrEmpty (password)) {
try {
// Support both unencrypted PKCS#12..
pfx = new MX.PKCS12 (rawData, (string)null);
} catch {
// ..and PKCS#12 encrypted with an empty password
pfx = new MX.PKCS12 (rawData, string.Empty);
}
} else {
pfx = new MX.PKCS12 (rawData, password);
}
if (pfx.Certificates.Count == 0) {
// no certificate was found
return null;
} else if (pfx.Keys.Count == 0) {
// no key were found - pick the first certificate
return pfx.Certificates [0];
} else {
// find the certificate that match the first key
MX.X509Certificate cert = null;
var keypair = (pfx.Keys [0] as AsymmetricAlgorithm);
string pubkey = keypair.ToXmlString (false);
foreach (var c in pfx.Certificates) {
if (((c.RSA != null) && (pubkey == c.RSA.ToXmlString (false))) ||
((c.DSA != null) && (pubkey == c.DSA.ToXmlString (false)))) {
cert = c;
break;
}
}
if (cert == null) {
cert = pfx.Certificates [0]; // no match, pick first certificate without keys
} else {
cert.RSA = (keypair as RSA);
cert.DSA = (keypair as DSA);
}
if (pfx.Certificates.Count > 1) {
intermediateCerts = new X509CertificateImplCollection ();
foreach (var c in pfx.Certificates) {
if (c == cert)
continue;
var impl = new X509Certificate2ImplMono (c);
intermediateCerts.Add (impl, true);
}
}
return cert;
}
}
X509CertificateImplCollection (X509CertificateImplCollection other)
{
list = new List<X509CertificateImpl> ();
foreach (var impl in other.list)
list.Add (impl.Clone ());
}
