private string getCerter(string ruta)
{
string certdigital = "";
Chilkat.Cert certificado = new Chilkat.Cert();
///verifica que sea un certificado debuelbe un true
bool es_certificado = certificado.LoadFromFile(ruta);
if (es_certificado)
{
int revocado = certificado.CheckRevoked();
string larg_numcer = certificado.SerialNumber;
if (revocado == 1)
{
MessageBox.Show("Certificado Revocado");
}
else
{
certdigital = certificado.ExportCertPem();
certdigital = certdigital.Replace("-----BEGIN CERTIFICATE-----", "");
certdigital = certdigital.Replace("-----END CERTIFICATE-----", "");
certdigital = certdigital.Replace("\r\n", "");
}
}
else
{
MessageBox.Show("No es certificado");
}
return(certdigital);
}
static void testencrypt()
{
string Token = String.Format("{0:yyyy-MM-dd HH:mm:ss}", new DateTime(2010, 02, 02, 21, 15, 0));
//ENCRYPT
Chilkat.Cert cert3 = new Chilkat.Cert();
bool success = cert3.LoadFromBase64(mycert);
Chilkat.PublicKey pubKey3 = null;
pubKey3 = cert3.ExportPublicKey();
Chilkat.Rsa rsa3 = new Chilkat.Rsa();
success = rsa3.UnlockComponent("HAFSJORSA_K36nxU3n1Yui");
rsa3.EncodingMode = "base64";
rsa3.Charset = "ANSI";
rsa3.LittleEndian = true;
rsa3.OaepPadding = false;
rsa3.ImportPublicKey(pubKey3.GetXml());
bool usePrivateKey = false;
System.Text.ASCIIEncoding encoding = new System.Text.ASCIIEncoding();
byte[] TokenArr = encoding.GetBytes(Token);
//array('B', [50, 48, 49, 48, 45, 48, 50, 45, 48, 50, 32, 50, 49, 58, 49, 53, 58, 48, 48])
//byte[] encryptedArr = rsa3.EncryptBytes(TokenArr, usePrivateKey);
string encryptedStr = rsa3.EncryptBytesENC(TokenArr, usePrivateKey);
}
static void Main(string[] args)
{
Chilkat.Global glob = new Chilkat.Global();
bool success = glob.UnlockBundle("Anything for 30-day trial");
if (success != true)
{
Debug.WriteLine(glob.LastErrorText);
return;
}
int status = glob.UnlockStatus;
if (status == 2)
{
Debug.WriteLine("Unlocked using purchased unlock code.");
}
else
{
Debug.WriteLine("Unlocked in trial mode.");
}
// The LastErrorText can be examined in the success case to see if it was unlocked in
// trial more, or with a purchased unlock code.
Debug.WriteLine(glob.LastErrorText);
var certPath = $@"{AppDomain.CurrentDomain.BaseDirectory}server_20110101.pfx";
var server = "83.220.246.39";
var port = 9000;
var maxWaitMillisec = 10000;
//var certPass = "******";
using (var socket = new Chilkat.Socket
{
SocksHostname = server,
SocksPort = port,
SocksUsername = "******",
SocksPassword = "******",
SocksVersion = 5,
MaxReadIdleMs = maxWaitMillisec,
MaxSendIdleMs = maxWaitMillisec
})
{
var cert = new Chilkat.Cert();
cert.LoadFromFile(certPath);
socket.SetSslClientCert(cert);
socket.Connect(server, port, true, maxWaitMillisec);
var receivedString = socket.ReceiveString();
Console.WriteLine(receivedString ?? "none");
}
}
/// <summary>
/// Firma del file
/// </summary>
/// <param name="SubjectCN">Subject Common Name</param>
/// <param name="pathFile">file da firmare</param>
/// <param name="lastError">ultimo errore nella funzionalità</param>
/// <param name="pin">pin smartcard/usb (opzionale). Se non fornito comparirà una finestra di dialogo del sistema operativo Windows per indicare il pin</param>
/// <param name="csp">provider csp (opzionale). Se non indicato verrà selezionato automaticamente. Utilizzare questo parametro per indicarne uno specifico. Utilizzare il metodo CSPs per visualizza i csp presenti nel sistema</param>
/// <returns>firma avvenuta con successo</returns>
public static bool Firma(string SubjectCN, string pathFile, ref string lastError, string pin = null, string csp = null)
{
bool success = false;
try
{
if (Utilities.glob.UnlockStatus == 0)
{
lastError = "Licenza bloccata";
return(success);
}
Chilkat.Crypt2 crypt = new Chilkat.Crypt2();
// Utilizza il certificato su una smartcard o su USB.
Chilkat.Cert cert = new Chilkat.Cert();
// cryptographic service provider
if (!string.IsNullOrWhiteSpace(csp))
{
success = cert.LoadFromSmartcard(csp);
if (success != true)
{
lastError = cert.LastErrorText;
return(success);
}
}
// Passa il Subject CN del certificato al metodo LoadByCommonName.
success = cert.LoadByCommonName(SubjectCN);
if (success != true)
{
lastError = cert.LastErrorText;
return(success);
}
// Fornire il PIN della smartcard.
// Se il pin non è fornito esplicitamente qui,
// Se non fornito dovrebbe comparire una finestra di dialogo del sistema operativo Windows per indicare il pin
if (!string.IsNullOrWhiteSpace(pin))
{
cert.SmartCardPin = pin;
}
// Fornisce il certificato per firmarlo
success = crypt.SetSigningCert(cert);
if (success != true)
{
lastError = crypt.LastErrorText;
return(success);
}
// Indica l'algoritmo da utilizzare
crypt.HashAlgorithm = "sha256";
// Specifico gli attributi firmati per essere inclusi.
// (Questo è quello che fa un CAdES-BES compliant.)
Chilkat.JsonObject jsonSignedAttrs = new Chilkat.JsonObject();
jsonSignedAttrs.UpdateInt("contentType", 1);
jsonSignedAttrs.UpdateInt("signingTime", 1);
jsonSignedAttrs.UpdateInt("messageDigest", 1);
jsonSignedAttrs.UpdateInt("signingCertificateV2", 1);
crypt.SigningAttributes = jsonSignedAttrs.Emit();
string sigFile = $"{pathFile}.{Enum.GetName(typeof(EstensioniFile), EstensioniFile.p7m)}";
// Creo una firma CAdES-BES, che contiene i dati originali
success = crypt.CreateP7M(pathFile, sigFile);
if (!success)
{
lastError = crypt.LastErrorText;
return(success);
}
success = true;
}
catch
{
throw;
}
return(success);
}
static string HttpGet(string url)
{
bool success = false;
HttpWebRequest req = WebRequest.Create(url) as HttpWebRequest;
string Token = String.Format("{0:yyyy-MM-dd HH:mm:ss}", new DateTime(2010, 02, 02, 21, 15, 0));
//SIGN
Chilkat.PrivateKey privkey1 = new Chilkat.PrivateKey();
privkey1.LoadPem(mykey);
Chilkat.Rsa rsa1 = new Chilkat.Rsa();
success = rsa1.UnlockComponent("HAFSJORSA_K36nxU3n1Yui");
success = rsa1.ImportPrivateKey(privkey1.GetXml());
rsa1.EncodingMode = "base64";
rsa1.Charset = "ANSI";
rsa1.LittleEndian = false;
rsa1.OaepPadding = false;
string hexSig = rsa1.SignStringENC(Token, "sha-1");
//VERIFY
Chilkat.Cert cert2 = new Chilkat.Cert();
success = cert2.LoadFromBase64(mycert);
Chilkat.PublicKey pubKey2 = null;
pubKey2 = cert2.ExportPublicKey();
Chilkat.Rsa rsa2 = new Chilkat.Rsa();
success = rsa2.ImportPublicKey(pubKey2.GetXml());
rsa2.EncodingMode = "base64";
rsa2.Charset = "ANSI";
rsa2.LittleEndian = false;
rsa2.OaepPadding = false;
success = rsa2.VerifyStringENC(Token, "sha-1", hexSig);
req.Headers.Add("Token", Token);
req.Headers.Add("Signature", hexSig);
//ENCRYPT
Chilkat.Cert cert3 = new Chilkat.Cert();
success = cert3.LoadFromBase64(mycert);
Chilkat.PublicKey pubKey3 = null;
pubKey3 = cert3.ExportPublicKey();
Chilkat.Rsa rsa3 = new Chilkat.Rsa();
success = rsa3.UnlockComponent("HAFSJORSA_K36nxU3n1Yui");
rsa3.EncodingMode = "base64";
rsa3.Charset = "ANSI";
rsa3.LittleEndian = true;
rsa3.OaepPadding = false;
rsa3.ImportPublicKey(pubKey3.GetXml());
bool usePrivateKey = false;
System.Text.ASCIIEncoding encoding = new System.Text.ASCIIEncoding();
byte[] TokenArr = encoding.GetBytes(Token);
//byte[] encryptedArr = rsa3.EncryptBytes(TokenArr, usePrivateKey);
string encryptedstr = rsa3.EncryptBytesENC(TokenArr, usePrivateKey);
//DECRYPT
Chilkat.Rsa rsa4 = new Chilkat.Rsa();
rsa4.EncodingMode = "base64";
rsa4.Charset = "ANSI";
rsa4.LittleEndian = true;
rsa4.OaepPadding = false;
rsa4.ImportPrivateKey(privkey1.GetXml());
usePrivateKey = true;
//encryptedStr = "XJ65xTR/xvD2N9xBKyKPqPijqTAyJuVtOlbaFUIboJaEPHH9pv+Lhrd5o6MSwKF6TeXs6hVsKnj8jVeYFYoEDgJS95GqaaUomWBhEZYchOp/6dn3ZxCeQoljAWLt6m4C829R9b5JYatYar9YV0d+QV+jVWE4U0rlNrkTqtA02Qw4ztN4/oehgCISrBnc81N1MYNwG9vrTHSVM6tSUWjWxMRubpOBvqKqOxyA9fpJNHgUyzio2X1cp12K++1GEUWNWyYVhTiBr/QM3mUN67mHcn0vvWZvmPhYlIaVn9DqIvVdMbHRbLwrCczFgY4PdHrhcH9yDTlkkAbKUatgDQiI4w==";
//encryptedStr = "6KQbxh+x5SGIzD89zEwj+/IVVCBocemCXWl1mr+mk9wxRMydCfmMSUHDOafnqiJ6GAJapKbLTHOc9d1OyWTwsp5BQBT5VM20hb9r+AkDrHwkgL06ifizP0gTEO17cyO95jwlRXOfkQKb3cERLBEtOAnRep4bKMSsPLyxRRBX5VT4d19yxRor2V9js0CEFONinxl7qRxjckwvQk53+qpxeQ8jOx+pmrQukX7nWkMajWi+ZFndyfLL3LfRBYZKN2R0vdrnSMKdkxUEUUJybsv4QCMWshNpQznPSantq2dKNe07eB5mX4fRufy4mY4qjqBlf8+XFKdD+J37C6r3THL6pw==";
//string decryptedStr = rsa4.DecryptStringENC(encryptedStr, usePrivateKey);
Chilkat.Crypt2 crypt = new Chilkat.Crypt2();
success = crypt.UnlockComponent("HAFSJOCrypt_0xo09cJWVQAw");
crypt.EncodingMode = "base64";
crypt.CryptAlgorithm = "none";
req.Headers.Add("authorization", "Basic " + crypt.EncryptStringENC("Mogens:Hafsjold"));
string result = null;
using (HttpWebResponse resp = req.GetResponse() as HttpWebResponse)
{
StreamReader reader = new StreamReader(resp.GetResponseStream());
result = reader.ReadToEnd();
}
return(result);
}
/// <summary>
/// Tests loading of a 3rd party unsigned action with a dependency on an unmanaged dll.
/// Verifies that all the action ifaces are loaded from the correct location and that the unmanaged dll
/// is loaded from the correct location.
/// </summary>
// [Test]
public void LoadUnsignedActionFromLocation()
{
if (Marshal.SizeOf(typeof(IntPtr)) == 8)
throw new IgnoreException("can't run this test easily on 64 bit without recompiling the action and adding its references and a whole bunch of related stuff");
#region setup
ActionDetails ad = new ActionDetails("3rd Party",
Workshare.TestUtils.TestFileUtils.MakeRootPathAbsolute(@"\projects\Hygiene\src\PolicyEngine.Tests\TestFiles\UnsignedAction"),
"Typical3rdPartyAction.dll",
"Workshare\\ProtectEnterprise\\Actions",
"Typical3rdPartyAction",
"f2c04c19-54fb-48f6-af3d-82c9404deaf2");
string managedDll = "unmanageddll.dll";
string managedDllLocation = Path.Combine(Path.GetDirectoryName(ad.Path), managedDll);
string targetDllLocation = Path.Combine(AppDomain.CurrentDomain.BaseDirectory, managedDll);
//attempt to copy the managed dll to the basedirectory of current appdomain so its in 2 locations
System.IO.File.Copy(managedDllLocation,targetDllLocation, true);
//add temp file to the deletion list
m_TempFiles.Add(targetDllLocation);
RegistryTree rt = new RegistryTree(ad.HKLMRegLocation, ad.AssemblyName, ad.Path);
string rulesXML = System.IO.File.ReadAllText(Workshare.TestUtils.TestFileUtils.MakeRootPathAbsolute(@"\projects\Hygiene\src\PolicyEngine.Tests\TestFiles\SignedPartyAction\rules.xml"));
string objectsXML = System.IO.File.ReadAllText(Workshare.TestUtils.TestFileUtils.MakeRootPathAbsolute(@"\projects\Hygiene\src\PolicyEngine.Tests\TestFiles\SignedPartyAction\objects.xml"));
GeneralPolicyProcessor gpp = new GeneralPolicyProcessor();
//start following parameters have no bearing on this test case but need to be filled in for the gpp to run
gpp.FileType = "*.email";
gpp.CurrentUser = "******";
gpp.CurrentRunAtMode = RunAt.Client;
gpp.RecipientList = new string[] { "*****@*****.**" };
//end irrelevant parameters
gpp.Initialise(RunAt.Client, rulesXML, objectsXML);
Chilkat.Cert cert = new Chilkat.Cert();
#endregion
string assemblyName, className;
CachedAction action = gpp.LoadActionObject(ad.ObjectRef, ad.Name, out assemblyName, out className);
Assert.IsNotNull(action, "No {0} action found", ad.Name);
VerifyObjectLocation(action.Action, ad);
//verify location of unmanaged dll - cause unmanaged dll is latebound we need to invoke to make sure it gets loaded first
ActionPropertySet adata = action.Action.PropertySet;
ActionData testData = new ActionData();
testData.FileName = Workshare.TestUtils.TestFileUtils.MakeRootPathAbsolute(@"\projects\Hygiene\src\PolicyEngine.Tests\TestFiles\TestfileActionLoad.txt");
testData.Properties.Add("DisplayName", Path.GetFileName(testData.FileName));
action.Action.Execute(testData, adata);
// testdll.dll should be loaded now
bool found = false;
foreach (ProcessModule pm in Process.GetCurrentProcess().Modules)
{
if (pm.ModuleName.Equals(managedDll, StringComparison.InvariantCultureIgnoreCase))
{
found = true;
Assert.IsTrue(string.Equals(managedDllLocation, pm.FileName, StringComparison.InvariantCultureIgnoreCase),
"{0} loaded from incorrect location, expected {1}, actual {2}", managedDll, managedDllLocation, pm.FileName);
}
}
Assert.IsTrue(found, "unmanaged dll {0} not found in current process' modules", managedDll);
}
public static void Sign()
{
// This example requires the Chilkat API to have been previously unlocked.
// See Global Unlock Sample for sample code.
// The SOAP XML to be signed in this example contains the following:
// <?xml version="1.0" encoding="UTF-8" standalone="no" ?>
// <SOAP-ENV:Envelope xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/">
// <SOAP-ENV:Header>
// <wsse:Security xmlns:wsse="http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd" SOAP-ENV:mustUnderstand="1"></wsse:Security>
// </SOAP-ENV:Header>
// <SOAP-ENV:Body xmlns:SOAP-SEC="http://schemas.xmlsoap.org/soap/security/2000-12" SOAP-SEC:id="Body">
// <z:FooBar xmlns:z="http://example.com" />
// </SOAP-ENV:Body>
// </SOAP-ENV:Envelope>
//
// The above XML is available at https://www.chilkatsoft.com/exampleData/soapToSign.xml
// Fetch the XML and then sign it..
string url = "https://www.chilkatsoft.com/exampleData/soapToSign.xml";
Chilkat.Http http = new Chilkat.Http();
Chilkat.StringBuilder sbSoapXml = new Chilkat.StringBuilder();
bool success = http.QuickGetSb(url, sbSoapXml); //Not Working
if (success != true)
{
Debug.WriteLine(http.LastErrorText);
return;
}
// Load a PFX file containing the certificate + private key.
Chilkat.Cert cert = new Chilkat.Cert();
success = cert.LoadPfxFile("E:\\XML\\keystore-demo\\certificate-sha256.pfx", "1234567890");
if (success != true)
{
Debug.WriteLine(cert.LastErrorText);
return;
}
// Get the RSA private key for signing...
Chilkat.PrivateKey rsaKey = cert.ExportPrivateKey();
if (cert.LastMethodSuccess != true)
{
Debug.WriteLine(cert.LastErrorText);
return;
}
// To create the XML digital signature (i.e. embed the signature within
// the SOAP XML), we specify what is desired, and then call the method to
// create the XML signature.
//
// For example, the application must provide the following:
// - Where to put the signature.
// - What to sign.
// - The algorithms to be used.
// - The key to be used for signing.
//
Chilkat.XmlDSigGen xmlSigGen = new Chilkat.XmlDSigGen();
// In this example, we're going to put the signature within the wsse:Security element.
// To specify the location, set the SigLocation property to the XML path to this element,
// using vertical bar characters to separate tags.
xmlSigGen.SigLocation = "SOAP-ENV:Envelope|SOAP-ENV:Header|wsse:Security";
// An XML digital signature contains one or more references. These are references to the parts
// of the XML document to be signed (a same document reference), or can be external references.
// This example will add a single same-document reference. We'll add a reference to the XML fragment
// at SOAP-ENV:Body, which is indicated by providing the value of the "ID" attribute (where "ID" is case
// insensitive). For each same-document reference, we must also indicate the hash algorithm and XML canonicalization
// algorithm to be used. For this example we'll choose SHA-256 and Exclusive XML Canonicalization.
xmlSigGen.AddSameDocRef("Body", "sha256", "EXCL_C14N", "", "");
// Let's provide the RSA key to be used for signing:
xmlSigGen.SetPrivateKey(rsaKey);
// We're leaving the following properties at their default values:
//
// - SigNamespacePrefix (default is "ds")
// - SigningAlg (for RSA keys. The default is PKCS1-v1_5, can be changed to RSASSA-PSS.)
// - SignedInfoCanonAlg (default is EXCL_C14N)
// - SignedInfoDigestMethod (default is sha256)
// - KeyInfoType (default is "KeyValue", where the RSA public key is included in the Signature)
// Note: Each Reference has it's own specified algorithms for XML canonicalization and hashing,
// and the actual signature part (the SignedInfo) has it's own algorithms for the same.
// They may or may not be the same. In this example, we use Exclusive XML Canonicalization and SHA-256 throughout.
// Finally, we're going to set one property that's optional, but commonly used.
// It's the SignedInfoPrefixList. In this case, we're using Exclusive Canonicalization, and the signature
// will be placed in a location within the XML document where namespace prefixes are used in the ancestors.
// Specifically, the "wsse" and "SOAP-ENV" namespace prefixes are used.
xmlSigGen.SignedInfoPrefixList = "wsse SOAP-ENV";
// OK, everything's specified, so let's create the XML digital signature:
// This in-place signs the XML. If successful, sbSoapXml will contain the
// XML with the digital signature at the specified location.
success = xmlSigGen.CreateXmlDSigSb(sbSoapXml);
if (success != true)
{
Debug.WriteLine(xmlSigGen.LastErrorText);
return;
}
// Examine the signed SOAP XML:
Debug.WriteLine(sbSoapXml.GetAsString());
// This is the signed SOAP XML.
// Chilkat emits the Signature in compact form on a single line. Whitespace in XML signatures
// matters. Chilkat's opinion is that writing the Signature without whitespace minimizes the chance
// for problems with whatever software might be verifying the signature.
// <?xml version="1.0" encoding="UTF-8" standalone="no" ?>
// <SOAP-ENV:Envelope xmlns:SOAP-ENV="http://schemas.xmlsoap.org/soap/envelope/">
// <SOAP-ENV:Header>
// <wsse:Security xmlns:wsse="http://docs.oasis-open.org/wss/2004/01/oasis-200401-wss-wssecurity-secext-1.0.xsd" SOAP-ENV:mustUnderstand="1"><ds:Signature xmlns:ds="http://www.w3.org/2000/09/xmldsig#"><ds:SignedInfo><ds:CanonicalizationMethod Algorithm="http://www.w3.org/2001/10/xml-exc-c14n#"><InclusiveNamespaces xmlns="http://www.w3.org/2001/10/xml-exc-c14n#" PrefixList="wsse SOAP-ENV"/></ds:CanonicalizationMethod><ds:SignatureMethod Algorithm="http://www.w3.org/2001/04/xmldsig-more#rsa-sha256"/><ds:Reference URI="#Body"><ds:Transforms><ds:Transform Algorithm="http://www.w3.org/2001/10/xml-exc-c14n#"/></ds:Transforms><ds:DigestMethod Algorithm="http://www.w3.org/2001/04/xmlenc#sha256"/><ds:DigestValue>OwgHPZNfDkXnZsjpfzXqAcT3RV3HzmTsEy2bP44FJ0M=</ds:DigestValue></ds:Reference></ds:SignedInfo><ds:SignatureValue>C+7FWngUpJ33Q1yq8uuscjCyPN2IO4cJhpMv03Jrrht1V+4gvJQLIBk6HHjo1uPQyfYj6zji3pg+fOyGUptp17CsRvjCzSpP35vB2lEzHeS8dcY8XfrEtTP/0FNn75LmhhkOPy0wjWkgDVbgzhXpEk9az8r8fQVTM3vrcmXT+WdMWJXKBRFt6PLAhsFt0scOFTWAkLGyCwygzimDKX2nT63TOit9BigtIx7fPRuMkbybMKCGGABq2DiEbvrPOiN3SUYpyMNR9KehRAGN+OWnESaDC6DhOvbKR88XHkM+GeaRe9PWdrRHrwGfp3qgolKjR/wFRSa1YGSBKAhDJFBcdg==</ds:SignatureValue><ds:KeyInfo><ds:KeyValue><ds:RSAKeyValue><ds:Modulus>sXeRhM55P13FbpNcXAMR3olbw2Wa6keZIHu5YTZYUBTlYWId+pNiwUz3zFIEo+0IfYR0H27ybIycQO+1IIzJofUFNMAL3tZps2OKPlsjuCPls6kXpXhv/gvhux8LrCtp4PcKWqJ6QVOZKChc7WAx40qFWzHi57ueqRTv3x0kESqGg/VjsqyTEvb55psJO2RsfhLT7+YVh3hImRM3RDaJdkTkPuOxeFyT6N7VXD09329sLuS3QkUbE9zEKDnz9X3d8dEQdJhSI9ba5fxl8R7fu8pB67ElfzFml96X1jLFtzy1pzOT5Fc4ROcaqlYckVzdBq9sxezm6MYmDBjNAcibRw==</ds:Modulus><ds:Exponent>AQAB</ds:Exponent></ds:RSAKeyValue></ds:KeyValue></ds:KeyInfo></ds:Signature></wsse:Security>
// </SOAP-ENV:Header>
// <SOAP-ENV:Body xmlns:SOAP-SEC="http://schemas.xmlsoap.org/soap/security/2000-12" SOAP-SEC:id="Body">
// <z:FooBar xmlns:z="http://example.com" />
// </SOAP-ENV:Body>
// </SOAP-ENV:Envelope>
// Here's the signature part formatted for easier reading.
// (Adding whitespace to the SignedInfo breaks the signature, so you wouldn't want to do this..)
// <ds:Signature xmlns:ds="http://www.w3.org/2000/09/xmldsig#">
// <ds:SignedInfo>
// <ds:CanonicalizationMethod Algorithm="http://www.w3.org/2001/10/xml-exc-c14n#">
// <InclusiveNamespaces xmlns="http://www.w3.org/2001/10/xml-exc-c14n#" PrefixList="wsse SOAP-ENV" />
// </ds:CanonicalizationMethod>
// <ds:SignatureMethod Algorithm="http://www.w3.org/2001/04/xmldsig-more#rsa-sha256" />
// <ds:Reference URI="#Body">
// <ds:Transforms>
// <ds:Transform Algorithm="http://www.w3.org/2001/10/xml-exc-c14n#" />
// </ds:Transforms>
// <ds:DigestMethod Algorithm="http://www.w3.org/2001/04/xmlenc#sha256" />
// <ds:DigestValue>OwgHPZNfDkXnZsjpfzXqAcT3RV3HzmTsEy2bP44FJ0M=</ds:DigestValue>
// </ds:Reference>
// </ds:SignedInfo>
// <ds:SignatureValue>C+7FWngUp....BKAhDJFBcdg==</ds:SignatureValue>
// <ds:KeyInfo>
// <ds:KeyValue>
// <ds:RSAKeyValue>
// <ds:Modulus>sXeRhM55P13FbpNcXAMR....MYmDBjNAcibRw==</ds:Modulus>
// <ds:Exponent>AQAB</ds:Exponent>
// </ds:RSAKeyValue>
// </ds:KeyValue>
// </ds:KeyInfo>
// </ds:Signature>
}
