private SignRequest BuildRequest(RequestSignatureType signatureType, DocumentBaseType document, Timestamp previousTimestamp)
{
SignRequest sr = new SignRequest();
ClaimedIdentity identity = new ClaimedIdentity();
identity.idAplicacion = _identity.ApplicationId;
TimestampSignatureType signatureTypeElement = new TimestampSignatureType()
{
Value = signatureType.Uri
};
sr.OptionalInputs = new AnyType();
if (previousTimestamp != null)
{
string renewXml = "<dst:RenewTimestamp xmlns:dst=\"urn:oasis:names:tc:dss:1.0:profiles:TimeStamp:schema#\"><dst:PreviousTimestamp>{0}</dst:PreviousTimestamp></dst:RenewTimestamp>";
XmlElement previousTimestampElement = GetXmlElement(string.Format(renewXml, GetXmlElement(previousTimestamp).OuterXml));
sr.OptionalInputs.Any = new XmlElement[] { GetXmlElement(signatureTypeElement), GetXmlElement(identity), previousTimestampElement };
}
else
{
sr.OptionalInputs.Any = new XmlElement[] { GetXmlElement(signatureTypeElement), GetXmlElement(identity) };
}
sr.InputDocuments = new InputDocuments();
sr.InputDocuments.Items = new object[] { document };
return(sr);
}
private VerifyRequest BuildRequest(IEnumerable <object> inputDocuments, SignatureObject signatureObject,
IEnumerable <XmlElement> optionalInputs)
{
VerifyRequest vr = new VerifyRequest();
ClaimedIdentity identity = new ClaimedIdentity();
identity.Name = new NameIdentifierType()
{
Value = _identity.ApplicationId
};
List <XmlElement> optionalInputsList = new List <XmlElement>();
optionalInputsList.Add(GetXmlElement(identity));
foreach (var optionalInput in optionalInputs)
{
optionalInputsList.Add(optionalInput);
}
vr.OptionalInputs = new AnyType();
vr.OptionalInputs.Any = optionalInputsList.ToArray();
if (inputDocuments != null)
{
vr.InputDocuments = new InputDocuments();
vr.InputDocuments.Items = inputDocuments.ToArray();
}
vr.SignatureObject = signatureObject;
return(vr);
}
/// <summary>
/// Construye la petición de verificación
/// </summary>
/// <param name="signature"></param>
/// <param name="updatedSignatureType"></param>
/// <returns></returns>
private VerifyRequest BuildRequest(object signature, string updatedSignatureType = null)
{
VerifyRequest vr = new VerifyRequest();
ClaimedIdentity identity = new ClaimedIdentity();
identity.Name = new NameIdentifierType()
{
Value = _identificador
};
IgnoreGracePeriod igp = new IgnoreGracePeriod();
vr.OptionalInputs = new AnyType();
if (!string.IsNullOrEmpty(updatedSignatureType))
{
ReturnUpdatedSignature returnUpdated = new ReturnUpdatedSignature();
returnUpdated.Type = updatedSignatureType;
vr.OptionalInputs.Any = new XmlElement[] { GetXmlElement <ClaimedIdentity>(identity),
GetXmlElement <ReturnUpdatedSignature>(returnUpdated),
GetXmlElement <IgnoreGracePeriod>(igp) };
}
else
{
vr.OptionalInputs.Any = new XmlElement[] { GetXmlElement <ClaimedIdentity>(identity),
GetXmlElement <IgnoreGracePeriod>(igp) };
}
DocumentType doc = new DocumentType();
doc.ID = "ID_DOCUMENTO";
doc.Item = signature;
vr.InputDocuments = new InputDocuments();
vr.InputDocuments.Items = new object[] { doc };
vr.SignatureObject = new SignatureObject();
vr.SignatureObject.Item = new SignaturePtr()
{
WhichDocument = "ID_DOCUMENTO"
};
return(vr);
}
static void Main(string[] args)
{
// Custom Values
string filePath = "c:/temp/demo.pdf"; // File to sign
string fileMimeType = "application/pdf"; // File MIME type
string username = "******"; // CoSign account username
string password = "******"; // CoSign account password
string domain = ""; // CoSign account domain
int sigPageNum = 1; // Create signature on the first page
int sigX = 145; // Signature field X location
int sigY = 125; // Signature field Y location
int sigWidth = 160; // Signature field width
int sigHeight = 45; // Signature field height
string timeFormat = "hh:mm:ss"; // The display format of the time
string dateFormat = "dd/MM/yyyy"; // The display format of the date
uint appearanceMask = 11; // Elements to display on the signature field (11 = Graphical image + Signer name + Time)
string signatureType = "http://arx.com/SAPIWS/DSS/1.0/signature-field-create-sign"; // The actual operation of the Sign Request function
string wsdlUrl = "https://prime.cosigntrial.com:8080/sapiws/dss.asmx?WSDL"; // URL to the WSDL file
try
{
// Read file contents
byte[] fileBuffer = File.ReadAllBytes(filePath);
// Set file contents + MIME type (the SOAP library automatically base64 encodes the data)
DocumentType document = new DocumentType()
{
Item = new DocumentTypeBase64Data()
{
Value = fileBuffer,
MimeType = fileMimeType
}
};
ClaimedIdentity claimedIdentity = new ClaimedIdentity()
{
Name = new NameIdentifierType()
{
Value = username,
NameQualifier = domain
},
SupportingInfo = new CoSignAuthDataType()
{
LogonPassword = password
}
};
// Define signature field settings
SAPISigFieldSettingsType sigFieldSettings = new SAPISigFieldSettingsType()
{
Invisible = false,
InvisibleSpecified = true,
X = sigX,
XSpecified = true,
Y = sigY,
YSpecified = true,
Width = sigWidth,
WidthSpecified = true,
Height = sigHeight,
HeightSpecified = true,
Page = sigPageNum,
PageSpecified = true,
AppearanceMask = appearanceMask,
AppearanceMaskSpecified = true,
TimeFormat = new TimeDateFormatType()
{
TimeFormat = timeFormat,
DateFormat = dateFormat,
ExtTimeFormat = ExtendedTimeFormatEnum.GMT,
ExtTimeFormatSpecified = true
}
};
// Build complete request object
SignRequest signRequest = new SignRequest()
{
InputDocuments = new RequestBaseTypeInputDocuments()
{
Items = new DocumentType[] { document }
},
OptionalInputs = new RequestBaseTypeOptionalInputs()
{
SignatureType = signatureType,
ClaimedIdentity = claimedIdentity,
SAPISigFieldSettings = sigFieldSettings,
ReturnPDFTailOnly = true,
ReturnPDFTailOnlySpecified = true
}
};
// Initiate service client
DSS client = new DSS()
{
Url = wsdlUrl
};
// Send the request
DssSignResult response = client.DssSign(signRequest);
// Check response output
if ("urn:oasis:names:tc:dss:1.0:resultmajor:Success".Equals(response.Result.ResultMajor))
{
// On success- append signature object to the source PDF document (the SOAP library automatically decodes the base64 encoded output)
byte[] signatureObjectBuffer = ((DssSignResultSignatureObjectBase64Signature)response.SignatureObject.Item).Value;
using (var fileStream = new FileStream(filePath, FileMode.Append))
{
fileStream.Write(signatureObjectBuffer, 0, signatureObjectBuffer.Length);
}
}
else
{
// On failure- raise exception with the result error message
throw new Exception(response.Result.ResultMessage.Value);
}
Console.WriteLine("The document has been successfully signed!");
}
catch (Exception e)
{
Console.WriteLine("Error: " + e.Message);
}
}
