public void NewTsViaEHealth()
{
//Read this to enable TLS1.2 on old .Net Framework:
//https://docs.microsoft.com/en-us/dotnet/framework/network-programming/tls#configuring-security-via-the-windows-registry
var certs = new EHealthP12(@"EHealthP12/eHealth.acc-p12", File.ReadAllText(@"EHealthP12/eHealth.acc-p12.pwd"));
var tsa = new TimeStampAuthorityClient(new StsBinding(), new EndpointAddress(new Uri("https://services-acpt.ehealth.fgov.be/TimestampAuthority/v2")));
tsa.ClientCredentials.ClientCertificate.Certificate = certs["authentication"];
var provider = new EHealthTimestampProvider(tsa);
byte[] tsBytes = provider.GetTimestampFromDocumentHash(hash, "http://www.w3.org/2001/04/xmlenc#sha256");
File.WriteAllBytes(@"files/eHTs2.ts", tsBytes);
TimeStampToken tst = tsBytes.ToTimeStampToken();
Assert.True(tst.IsMatch(new MemoryStream(msg)));
IList <CertificateList> crls = new List <CertificateList>();
IList <BasicOcspResponse> ocps = new List <BasicOcspResponse>();
tst.Validate(crls, ocps);
tst.Validate(crls, ocps, null);
}
public EHIntegrationTest()
{
ECDSAConfig.Init(); //needed to enable ECDSA globally.
wstEp = new EndpointAddress("https://services-int.ehealth.fgov.be/IAM/SecurityTokenService/v1");
//wstEp = new EndpointAddress("https://services-acpt.ehealth.fgov.be/IAM/SecurityTokenService/v1");
samlpEp = new EndpointAddress("https://services-int.ehealth.fgov.be/IAM/Saml11TokenService/v1");
//samlpEp = new EndpointAddress("https://services-acpt.ehealth.fgov.be/IAM/Saml11TokenService/v1");
var p12 = new EHealthP12("files/ehealth-01050399864-int.p12", File.ReadAllText("files/ehealth-01050399864-int.p12.pwd"));
//var p12 = new EHealthP12("files/ehealth-79021802145-acc.p12", File.ReadAllText("files/ehealth-79021802145-acc.p12.pwd"));
session = p12["authentication"];
issuer = new X509Certificate2("files/IAMINT.cer");
//issuer = new X509Certificate2("files/IAMACC.cer");
binding = new StsBinding()
{
BypassProxyOnLocal = false,
UseDefaultWebProxy = false,
ProxyAddress = new Uri("http://localhost:8080")
};
}
public static void InitializeClass(TestContext ctx)
{
//Load eHealth certificates
alice = new EHealthP12(GetAbsoluteTestFilePath("alice/alices_private_key_store.p12"), "test");
bob = new EHealthP12(GetAbsoluteTestFilePath("bob/bobs_private_key_store.p12"), "test");
AsymmetricAlgorithm key = RSA.Create();
String keyID = "myid";
}
public void MyClassInitialize(TestContext ctx)
{
var alice = new EHealthP12(GetAbsoluteTestFilePath("alice/old_alices_private_key_store.p12"), "test");
var bob = new EHealthP12(GetAbsoluteTestFilePath("bob/old_bobs_private_key_store.p12"), "test");
aliceSealer = EhDataSealerFactory.Create(Level.B_Level, alice);
bobUnsealer = DataUnsealerFactory.Create(null, bob);
anonUnsealer = DataUnsealerFactory.Create(null);
}
public static void InitializeClass(TestContext ctx)
{
//Bob as decryption
bobEtk = new EncryptionToken(Utils.ReadFully("bob/bobs_public_key.etk"));
//Bob (and Alice) used for decryption
alice = new EHealthP12("alice/alices_private_key_store.p12", "test");
bob = new EHealthP12("bob/bobs_private_key_store.p12", "test");
//create a tsa (fedict in this case)
tsa = new Rfc3161TimestampProvider();
}
public static void InitializeClass(TestContext ctx)
{
//sign with generated key
key = new WebKey(RSA.Create());
//Bob as decryption
bobEtk = new EncryptionToken(File.ReadAllBytes("bob/bobs_public_key.etk"));
//Bob (and Alice) used for decryption
alice = new EHealthP12("alice/alices_private_key_store.p12", "test");
bob = new EHealthP12("bob/bobs_private_key_store.p12", "test");
//create a tsa (fedict in this case)
tsa = new Rfc3161TimestampProvider();
}
IDataSealer Create(Level level, EHealthP12 p12)
{
if ((level & Level.T_Level) == Level.T_Level)
{
throw new NotSupportedException("This method can't create timestamps");
}
X509Certificate2 cert = p12["authentication"];
return(new TripleWrapper(
#if !NETFRAMEWORK
_loggerFactory,
#endif
level, cert, cert, null, p12.ToCollection()));
}
IDataSealer CreateForTimemarkAuthority(Level level, EHealthP12 p12)
{
if ((level & Level.T_Level) != Level.T_Level)
{
throw new ArgumentException("This method should for a level that requires time marking");
}
X509Certificate2 cert = p12["authentication"];
return(new TripleWrapper(
#if !NETFRAMEWORK
_loggerFactory,
#endif
level, cert, cert, null, p12.ToCollection()));
}
public XadesTest()
{
var ehP12 = new EHealthP12(@"data\MYCARENET.p12", File.ReadAllText(@"data\MYCARENET.pwd"));
auth = ehP12["authentication"];
sign = ehP12["authentication"];
extraCerts = ehP12.ToCollection();
//load test document as xml
document = new XmlDocument();
document.PreserveWhitespace = true;
document.Load(@"data\document.xml");
//create the tsa
tsa = new TimeStampAuthorityClient(new StsBinding(), new EndpointAddress("https://services-acpt.ehealth.fgov.be/TimestampAuthority/v2"));
tsa.ClientCredentials.ClientCertificate.Certificate = auth;
}
IDataSealer Create(Level level, ITimestampProvider timestampProvider, EHealthP12 p12)
{
if (timestampProvider == null)
{
throw new ArgumentNullException("timestampProvider", "A time-stamp provider is required with this method");
}
if ((level & Level.T_Level) != Level.T_Level)
{
throw new ArgumentException("This method should for a level that requires time stamping");
}
X509Certificate2 cert = p12["authentication"];
return(new TripleWrapper(
#if !NETFRAMEWORK
_loggerFactory,
#endif
level, cert, cert, timestampProvider, p12.ToCollection()));
}
public void MyClassInitialize(TestContext ctx)
{
bob = new EHealthP12(GetAbsoluteTestFilePath("bob/bobs_private_key_store.p12"), "test");
alice = new EHealthP12(GetAbsoluteTestFilePath("alice/alices_private_key_store.p12"), "test");
//mcn = new EHealthP12(GetAbsoluteTestFilePath("mcn/MYCARENET.p12"), File.ReadAllText(GetAbsoluteTestFilePath("mcn/MYCARENET.pwd")));
}
public void setup()
{
p12 = new EHealthP12(@"..\..\EHealthP12\dummy.p12", "test001");
}
public void ConstuctorWithByteArray()
{
p12 = new EHealthP12(File.ReadAllBytes(@"..\..\EHealthP12\dummy.p12"), "test001");
Assert.AreEqual(5, p12.Keys.Count);
}
public static void InitializeClass()
{
//Bob as decryption
bobEtk = new EncryptionToken(Utils.ReadFully("../../bob/bobs_public_key.etk"));
//Bob (and Alice) used for decryption
alice = new EHealthP12("../../alice/alices_private_key_store.p12", "test");
bob = new EHealthP12("../../bob/bobs_private_key_store.p12", "test");
//create a tsa (fedict in this case)
tsa = new Rfc3161TimestampProvider();
}
public void ConstuctorWithByteArray()
{
p12 = new EHealthP12(File.ReadAllBytes(@"EHealthP12/dummy.p12"), "test001");
Assert.AreEqual(5, p12.Keys.Count);
}
public static void InitializeClass()
{
//Load eHealth certificates
alice = new EHealthP12("../../alice/alices_private_key_store.p12", "test");
bob = new EHealthP12("../../bob/bobs_private_key_store.p12", "test");
}
public static IDataSealer CreateForTimemarkAuthority(Level level, EHealthP12 p12)
{
ValidateCertificates(p12["authentication"]);
if ((level & Level.T_Level) != Level.T_Level) throw new ArgumentException("This method should for a level that requires time marking");
return new TripleWrapper(level, p12["authentication"], null, null, p12.ToCollection());
}
public EHealthP12Tests()
{
dummyP12 = new EHealthP12(@"EHealthP12/dummy.p12", "test001");
realP12 = new EHealthP12(@"EHealthP12\eHealth.acc-p12", File.ReadAllText(@"EHealthP12\eHealth.acc-p12.pwd"));
}
public static IDataSealer Create(Level level, EHealthP12 p12)
{
ValidateCertificates(p12["authentication"]);
if ((level & Level.T_Level) == Level.T_Level) throw new NotSupportedException("This method can't create timestamps");
return new TripleWrapper(level, p12["authentication"], null, null, p12.ToCollection());
}
public static void setup(TestContext ctx)
{
p12 = new EHealthP12(@"EHealthP12\eHealth.acc-p12", File.ReadAllText(@"EHealthP12\eHealth.acc-p12.pwd"));
}
public void MyClassInitialize()
{
var alice = new EHealthP12("../../alice/old_alices_private_key_store.p12", "test");
var bob = new EHealthP12("../../bob/old_bobs_private_key_store.p12", "test");
aliceSealer = EhDataSealerFactory.Create(Level.B_Level, alice);
bobUnsealer = DataUnsealerFactory.Create(null, bob);
anonUnsealer = DataUnsealerFactory.Create(null);
}
public static void setup()
{
p12 = new EHealthP12(@"..\..\EHealthP12\SSIN=79021802145.p12", File.ReadAllText(@"..\..\EHealthP12\SSIN=79021802145.txt"));
//p12 = new EHealthP12(@"..\..\EHealthP12\ehealth.p12", File.ReadAllText(@"..\..\EHealthP12\ehealth.txt"));
}
public static void setupClass(TestContext ctx)
{
p12 = new EHealthP12(@"EHealthP12/dummy.p12", "test001");
}
public static IDataSealer Create(Level level, ITimestampProvider timestampProvider, EHealthP12 p12)
{
ValidateCertificates(p12["authentication"]);
if (timestampProvider == null) throw new ArgumentNullException("timestampProvider", "A time-stamp provider is required with this method");
if ((level & Level.T_Level) != Level.T_Level) throw new ArgumentException("This method should for a level that requires time stamping");
return new TripleWrapper(level, p12["authentication"], null, timestampProvider, p12.ToCollection());
}
public void MyClassInitialize(TestContext ctx)
{
bob = new EHealthP12(GetAbsoluteTestFilePath("bob/bobs_private_key_store.p12"), "test");
}
