/// <summary>
/// Having read a tag, process the corresponding value data.
/// </summary>
/// <param name="JSONReader">The input stream</param>
/// <param name="Tag">The tag</param>
public override void DeserializeToken (JSONReader JSONReader, string Tag) {
switch (Tag) {
case "EmailAddress" : {
EmailAddress = JSONReader.ReadString ();
break;
}
case "ReplyToAddress" : {
ReplyToAddress = JSONReader.ReadString ();
break;
}
case "DisplayName" : {
DisplayName = JSONReader.ReadString ();
break;
}
case "AccountName" : {
AccountName = JSONReader.ReadString ();
break;
}
case "Inbound" : {
// Have a sequence of values
bool _Going = JSONReader.StartArray ();
Inbound = new List <Connection> ();
while (_Going) {
// an untagged structure.
var _Item = new Connection (JSONReader);
Inbound.Add (_Item);
_Going = JSONReader.NextArray ();
}
break;
}
case "Outbound" : {
// Have a sequence of values
bool _Going = JSONReader.StartArray ();
Outbound = new List <Connection> ();
while (_Going) {
// an untagged structure.
var _Item = new Connection (JSONReader);
Outbound.Add (_Item);
_Going = JSONReader.NextArray ();
}
break;
}
case "Sign" : {
// Have a sequence of values
bool _Going = JSONReader.StartArray ();
Sign = new List <PublicKey> ();
while (_Going) {
// an untagged structure.
var _Item = new PublicKey (JSONReader);
Sign.Add (_Item);
_Going = JSONReader.NextArray ();
}
break;
}
case "Encrypt" : {
// Have a sequence of values
bool _Going = JSONReader.StartArray ();
Encrypt = new List <PublicKey> ();
while (_Going) {
// an untagged structure.
var _Item = new PublicKey (JSONReader);
Encrypt.Add (_Item);
_Going = JSONReader.NextArray ();
}
break;
}
default : {
break;
}
}
// check up that all the required elements are present
}
/// <summary>
/// Having read a tag, process the corresponding value data.
/// </summary>
/// <param name="JSONReader">The input stream</param>
/// <param name="Tag">The tag</param>
public override void DeserializeToken (JSONReader JSONReader, string Tag) {
switch (Tag) {
case "UDF" : {
UDF = JSONReader.ReadString ();
break;
}
case "UserKeys" : {
// Have a sequence of values
bool _Going = JSONReader.StartArray ();
UserKeys = new List <PublicKey> ();
while (_Going) {
// an untagged structure.
var _Item = new PublicKey (JSONReader);
UserKeys.Add (_Item);
_Going = JSONReader.NextArray ();
}
break;
}
default : {
base.DeserializeToken(JSONReader, Tag);
break;
}
}
// check up that all the required elements are present
}
/// <summary>
/// Having read a tag, process the corresponding value data.
/// </summary>
/// <param name="JSONReader">The input stream</param>
/// <param name="Tag">The tag</param>
public override void DeserializeToken (JSONReader JSONReader, string Tag) {
switch (Tag) {
case "EncryptionPGP" : {
// An untagged structure
EncryptionPGP = new PublicKey (JSONReader);
break;
}
case "EncryptionSMIME" : {
// An untagged structure
EncryptionSMIME = new PublicKey (JSONReader);
break;
}
default : {
base.DeserializeToken(JSONReader, Tag);
break;
}
}
// check up that all the required elements are present
}
/// <summary>
/// Generate S/MIME key pairs and register in the correct Windows stores.
/// </summary>
/// <returns>The generated key pair data.</returns>
public virtual bool GenerateSMIME () {
// Much of this should probably be turned into convenience methods on the PublicKey class.
var RootKey = PublicKey.Generate(KeyType.ASK,
CryptoCatalog.Default.AlgorithmSignature);
//var NewCert = new Certificate(RootKey.KeyPair,
// Application.PersonalMaster | Application.CA |
// Application.CodeSigning | Application.TimeStamping |
// Application.ServerAuth | Application.ClientAuth,
// EmailAddress, EmailAddress);
//NewCert.TBSCertificate.SetValidity(20);
//NewCert.Sign(Signer.Certificate);
RootKey.SignCertificate(Application.PersonalMaster | Application.CA,
EmailAddress, RootKey);
var RootKeyCertificate = RootKey.Certificate.Data;
var SignKey = PublicKey.Generate(KeyType.ASK,
CryptoCatalog.Default.AlgorithmSignature);
SignKey.SignCertificate(Application.EmailSignature |
Application.DataSignature, EmailAddress, RootKey);
SignKey.X509Chain = new List<byte[]>();
SignKey.X509Chain.Add(RootKeyCertificate);
var EncryptKey = PublicKey.Generate(KeyType.AEK,
CryptoCatalog.Default.AlgorithmExchange);
EncryptKey.SignCertificate(Application.EmailEncryption |
Application.DataEncryption, EmailAddress, RootKey);
EncryptKey.X509Chain = new List<byte[]>();
EncryptKey.X509Chain.Add(RootKeyCertificate);
//var SigningCSR = new CertificationRequest(SignKey.Certificate);
//SignKey.X509CSR = SigningCSR.DER();
//var EncryptionCSR = new CertificationRequest(EncryptKey.Certificate);
//EncryptKey.X509CSR = EncryptionCSR.DER();
CertificateStore.RegisterTrustedRoot(RootKey.Certificate);
CertificateStore.Register(SignKey.Certificate);
CertificateStore.Register(EncryptKey.Certificate);
CertificateSign = SignKey;
CertificateEncrypt = EncryptKey;
if (Encrypt == null) {
Encrypt = new List<PublicKey>();
}
if (Sign == null) {
Sign = new List<PublicKey>();
}
Encrypt.Add(EncryptKey);
Sign.Add(SignKey);
return false;
}
/// <summary>
/// Construct an instance from the specified tagged JSONReader stream.
/// </summary>
/// <param name="JSONReader">Input stream</param>
/// <param name="Out">The created object</param>
public static void Deserialize(JSONReader JSONReader, out JSONObject Out) {
JSONReader.StartObject ();
if (JSONReader.EOR) {
Out = null;
return;
}
string token = JSONReader.ReadToken ();
Out = null;
switch (token) {
case "PublicKey" : {
var Result = new PublicKey ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "SignedData" : {
var Result = new SignedData ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "EncryptedData" : {
var Result = new EncryptedData ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "Connection" : {
var Result = new Connection ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "Entry" : {
var Result = new Entry ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "SignedProfile" : {
var Result = new SignedProfile ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "Profile" : {
Out = null;
throw new Exception ("Can't create abstract type");
}
case "SignedDeviceProfile" : {
var Result = new SignedDeviceProfile ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "DeviceProfile" : {
var Result = new DeviceProfile ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "DevicePrivateProfile" : {
var Result = new DevicePrivateProfile ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "SignedMasterProfile" : {
var Result = new SignedMasterProfile ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "MasterProfile" : {
var Result = new MasterProfile ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "SignedPersonalProfile" : {
var Result = new SignedPersonalProfile ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "PersonalProfile" : {
var Result = new PersonalProfile ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "SignedApplicationProfile" : {
var Result = new SignedApplicationProfile ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "EncryptedProfile" : {
var Result = new EncryptedProfile ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "ApplicationProfile" : {
var Result = new ApplicationProfile ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "ApplicationProfilePrivate" : {
var Result = new ApplicationProfilePrivate ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "ApplicationProfileEntry" : {
var Result = new ApplicationProfileEntry ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "EscrowEntry" : {
var Result = new EscrowEntry ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "OfflineEscrowEntry" : {
var Result = new OfflineEscrowEntry ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "OnlineEscrowEntry" : {
var Result = new OnlineEscrowEntry ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "EscrowedKeySet" : {
var Result = new EscrowedKeySet ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "ConnectionRequest" : {
var Result = new ConnectionRequest ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "SignedConnectionRequest" : {
var Result = new SignedConnectionRequest ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "ConnectionResult" : {
var Result = new ConnectionResult ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
case "SignedConnectionResult" : {
var Result = new SignedConnectionResult ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
default : {
throw new Exception ("Not supported");
}
}
JSONReader.EndObject ();
}
/// <summary>
/// Deserialize a tagged stream
/// </summary>
/// <param name="JSONReader">The input stream</param>
/// <returns>The created object.</returns>
public static new PublicKey FromTagged (JSONReader JSONReader) {
PublicKey Out = null;
JSONReader.StartObject ();
if (JSONReader.EOR) {
return null;
}
string token = JSONReader.ReadToken ();
switch (token) {
case "PublicKey" : {
var Result = new PublicKey ();
Result.Deserialize (JSONReader);
Out = Result;
break;
}
default : {
//Ignore the unknown data
//throw new Exception ("Not supported");
break;
}
}
JSONReader.EndObject ();
return Out;
}
/// <summary>
/// Having read a tag, process the corresponding value data.
/// </summary>
/// <param name="JSONReader">The input stream</param>
/// <param name="Tag">The tag</param>
public override void DeserializeToken (JSONReader JSONReader, string Tag) {
switch (Tag) {
case "Description" : {
Description = JSONReader.ReadString ();
break;
}
case "DeviceSignatureKey" : {
// An untagged structure
DeviceSignatureKey = new PublicKey (JSONReader);
break;
}
case "DeviceAuthenticationKey" : {
// An untagged structure
DeviceAuthenticationKey = new PublicKey (JSONReader);
break;
}
case "DeviceEncryptiontionKey" : {
// An untagged structure
DeviceEncryptiontionKey = new PublicKey (JSONReader);
break;
}
default : {
base.DeserializeToken(JSONReader, Tag);
break;
}
}
// check up that all the required elements are present
}