diff options
Diffstat (limited to 'src/test/java/test/at/knowcenter/wag/egov/egiz/detached/MOAConnector.java')
| -rw-r--r-- | src/test/java/test/at/knowcenter/wag/egov/egiz/detached/MOAConnector.java | 1466 |
1 files changed, 716 insertions, 750 deletions
diff --git a/src/test/java/test/at/knowcenter/wag/egov/egiz/detached/MOAConnector.java b/src/test/java/test/at/knowcenter/wag/egov/egiz/detached/MOAConnector.java index e6df790..6c3f06b 100644 --- a/src/test/java/test/at/knowcenter/wag/egov/egiz/detached/MOAConnector.java +++ b/src/test/java/test/at/knowcenter/wag/egov/egiz/detached/MOAConnector.java @@ -17,518 +17,141 @@ */
package test.at.knowcenter.wag.egov.egiz.detached;
-import java.io.ByteArrayInputStream;
-import java.io.ByteArrayOutputStream;
-import java.io.UnsupportedEncodingException;
-import java.util.Vector;
-import java.util.regex.Matcher;
-import java.util.regex.Pattern;
-
-import javax.xml.namespace.QName;
-import javax.xml.parsers.DocumentBuilder;
-import javax.xml.parsers.DocumentBuilderFactory;
-import javax.xml.rpc.Call;
-import javax.xml.rpc.Service;
-import javax.xml.rpc.ServiceFactory;
-
-import org.apache.axis.message.SOAPBodyElement;
-import org.apache.log4j.Level;
-import org.apache.log4j.Logger;
-import org.apache.xml.serialize.OutputFormat;
-import org.apache.xml.serialize.XMLSerializer;
-import org.w3c.dom.Document;
-
-import at.knowcenter.wag.egov.egiz.PdfASID;
-import at.knowcenter.wag.egov.egiz.cfg.ConfigLogger;
-import at.knowcenter.wag.egov.egiz.cfg.SettingsReader;
-import at.knowcenter.wag.egov.egiz.exceptions.SettingsException;
-import at.knowcenter.wag.egov.egiz.exceptions.SignatureException;
-import at.knowcenter.wag.egov.egiz.exceptions.SignatureTypesException;
-import at.knowcenter.wag.egov.egiz.exceptions.WebException;
-import at.knowcenter.wag.egov.egiz.sig.Connector;
-import at.knowcenter.wag.egov.egiz.sig.ConnectorInformation;
-import at.knowcenter.wag.egov.egiz.sig.SignatureObject;
-import at.knowcenter.wag.egov.egiz.sig.SignatureResponse;
-import at.knowcenter.wag.egov.egiz.sig.X509Cert;
-import at.knowcenter.wag.egov.egiz.sig.connectors.ConnectorConfigurationKeys;
-import at.knowcenter.wag.egov.egiz.tools.CodingHelper;
-import at.knowcenter.wag.egov.egiz.tools.FileHelper;
/**
* Connector to access the MOA service.
*
+ * @deprecated
+ *
* @author wlackner
* @author wprinz
*/
public class MOAConnector
{
- /**
- * ConnectorInformation that identifies this Connector to the system.
- *
- * @see at.knowcenter.wag.egov.egiz.sig.ConnectorFactory
- * @see ConnectorInformation
- */
- public static final ConnectorInformation CONNECTOR_INFORMATION = new ConnectorInformation("moa", "MOA");
-
- /**
- * The class type value.
- *
- * <p>
- * Just for convenience.
- * </p>
- */
- private static final String TYPE = CONNECTOR_INFORMATION.getIdentifier();
-
- /**
- * The connector description.
- */
- public static final String DESCRIPTION = "MOA";
-
- /**
- * The SettingsReader instance
- */
- private SettingsReader settings_ = null;
-
- /**
- * MOA siganture verification mode
- */
- public static final String SERVICE_VERIFY = "SignatureVerification";
-
- /**
- * MOA siganture creation mode
- */
- public static final String SERVICE_SIGN = "SignatureCreation";
-
- /**
- * The logger definition.
- */
- private static final Logger logger_ = ConfigLogger.getLogger(MOAConnector.class);
-
- /**
- * The empty constructor
- */
- public MOAConnector() throws SignatureException
- {
- loadSettings();
- }
-
- /**
- * load the inital signature settings
- *
- * @see SettingsReader
- */
- private void loadSettings() throws SignatureException
- {
- if (settings_ == null)
- {
- try
- {
- settings_ = SettingsReader.getInstance();
- }
- catch (SettingsException e)
- {
- String log_message = "Can not load signature settings. Cause:\n" + e.getMessage();
- logger_.error(log_message);
- throw new SignatureException(101, log_message, e);
- }
- }
- }
-
- public SignatureObject doSign(String sigType, byte [] data, PdfASID algorithm) throws SignatureException
- {
- SignatureObject sig_obj = new SignatureObject();
- try
- {
- sig_obj.setSigType(sigType);
- sig_obj.initByType();
- }
- catch (SignatureTypesException e)
- {
- SignatureException se = new SignatureException(300, "Can ot init signature object with type:" + sigType, e);
- throw se;
- }
- if (logger_.isDebugEnabled())
- {
- logger_.debug("Signature Type is:" + sig_obj.getSignationType());
- }
-
- String url = getSignURL(sigType);
-
- String sign_request_filename = "./templates/MOASignRequestDetached.xml";//getSignRequestTemplateFileName(sigType);
- String key_ident = getSignKeyIdentifier(sigType);
- String sign_req_str = FileHelper.readFromFile(SettingsReader.relocateFile(sign_request_filename));
- if (sign_req_str == null)
- {
- SignatureException se = new SignatureException(300, "File not found:" + sign_request_filename);
- throw se;
- }
-
- sign_req_str = sign_req_str.replaceFirst("KeyIdentifierReplace", key_ident);
- if (logger_.isDebugEnabled())
- {
- //logger_.debug("error_signature_response = " + sign_req_str);
- // FileHelper.writeToFile(sign_request_filename + "_signText.xml",
- // signText);
- }
- // sign_req_str = sign_req_str.replaceFirst("XMLContentReplace", signText);
- // now use the the base64 Template
-// signText = CodingHelper.encodeUTF8AsBase64(signText);
-// sign_req_str = sign_req_str.replaceFirst("Base64ContentReplace", signText);
-// if (logger_.isDebugEnabled())
-// {
-// //logger_.debug(sign_req_str);
-// // FileHelper.writeToFile(sign_request_filename + "_request.xml",
-// // sign_req_str);
-// }
-
- String response_string = "";
- try
- {
- response_string = MOAConnector.connectMOA(sign_req_str, MOAConnector.SERVICE_SIGN, url);
- sig_obj.setRawSignatureResponse(response_string);
- }
- catch (WebException we)
- {
- if (logger_.isDebugEnabled())
- {
- we.printStackTrace();
- }
- SignatureException se = new SignatureException(we.getErrorCode(), we);
- throw se;
- }
-
- if (!response_string.equals(""))
- {
- if (logger_.isInfoEnabled())
- {
- logger_.info("get MOA response");
- }
- Pattern erc_p_s = Pattern.compile("<ErrorCode>");
- Pattern erc_p_e = Pattern.compile("</ErrorCode>");
- Matcher erc_m_s = erc_p_s.matcher(response_string);
- Matcher erc_m_e = erc_p_e.matcher(response_string);
- // System.err.println(response_string);
-
- if (erc_m_s.find() && erc_m_e.find())
- {
- if (logger_.isEnabledFor(Level.ERROR))
- {
- logger_.error("error_signature_response = " + response_string);
- // FileHelper.writeToFile(sign_request_filename + "_response.xml",
- // response_string);
- //logger_.error("Write error response to file:" + sign_request_filename + "_response.xml");
- }
- Pattern erm_p_s = Pattern.compile("<Info>");
- Pattern erm_p_e = Pattern.compile("</Info>");
- Matcher erm_m_s = erm_p_s.matcher(response_string);
- Matcher erm_m_e = erm_p_e.matcher(response_string);
-
- String error_code = response_string.substring(erc_m_s.end(), erc_m_e.start());
- logger_.debug("error_code = " + error_code);
- String error_mess = "";
- if (erm_m_s.find() && erm_m_e.find())
- {
- error_mess = response_string.substring(erm_m_s.end(), erm_m_e.start());
- logger_.debug(error_mess);
- }
- SignatureException se = new SignatureException(0, "MOASigExc ext error code = " + error_code + ", err_mess = " + error_mess);
- se.setExternalErrorCode(error_code);
- se.setExternalErrorMessage(error_mess);
- throw se;
- }
- else
- {
- if (logger_.isDebugEnabled())
- {
- //logger_.debug("response_string = " + response_string);
- // FileHelper.writeToFile(sign_request_filename + "_response.xml",
- // response_string);
- }
- parseCreateXMLResponse(response_string, sig_obj);
- }
- }
- sig_obj.setSigResponse(response_string);
- return sig_obj;
- }
-
- /**
- * This method parses the MOA-Response string. It separates the
- * SignatureValue, X509IssuerName, SigningTime, X509SerialNumber,
- * X509Certificate, CertDigest and DigestValues. If the X509Certificate is
- * extracted it would be stored in the certificates directory.
- *
- * @param xmlResponse
- * the response string from the MOA sign-request
- * @param sigObj
- * the SignatureObject that should be filled
- * @throws SignatureException
- * ErrorCode (303, 304)
- * @see SignatureObject
- * @see CodingHelper
- * @see X509Cert
- */
- private void parseCreateXMLResponse(String xmlResponse, SignatureObject sigObj) throws SignatureException
- {
- Pattern sig_val_p_s = Pattern.compile("<[\\w]*:?SignatureValue>");
- Pattern sig_val_p_e = Pattern.compile("</[\\w]*:?SignatureValue>");
- Pattern iss_nam_p_s = Pattern.compile("<[\\w]*:?X509IssuerName>");
- Pattern iss_nam_p_e = Pattern.compile("</[\\w]*:?X509IssuerName>");
- Pattern sig_tim_p_s = Pattern.compile("<[\\w]*:?SigningTime>");
- Pattern sig_tim_p_e = Pattern.compile("</[\\w]*:?SigningTime>");
- Pattern ser_num_p_s = Pattern.compile("<[\\w]*:?X509SerialNumber>");
- Pattern ser_num_p_e = Pattern.compile("</[\\w]*:?X509SerialNumber>");
- Pattern sig_cer_p_s = Pattern.compile("<[\\w]*:?X509Certificate>");
- Pattern sig_cer_p_e = Pattern.compile("</[\\w]*:?X509Certificate>");
-
- Pattern sig_cer_d_p_s = Pattern.compile("<[\\w]*:?CertDigest>");
- Pattern sig_cer_d_p_e = Pattern.compile("</[\\w]*:?CertDigest>");
- Pattern dig_val_p_s = Pattern.compile("<[\\w]*:?DigestValue>");
- Pattern dig_val_p_e = Pattern.compile("</[\\w]*:?DigestValue>");
-
- Matcher sig_val_m_s = sig_val_p_s.matcher(xmlResponse);
- Matcher sig_val_m_e = sig_val_p_e.matcher(xmlResponse);
- Matcher iss_nam_m_s = iss_nam_p_s.matcher(xmlResponse);
- Matcher iss_nam_m_e = iss_nam_p_e.matcher(xmlResponse);
- Matcher sig_tim_m_s = sig_tim_p_s.matcher(xmlResponse);
- Matcher sig_tim_m_e = sig_tim_p_e.matcher(xmlResponse);
- Matcher ser_num_m_s = ser_num_p_s.matcher(xmlResponse);
- Matcher ser_num_m_e = ser_num_p_e.matcher(xmlResponse);
- Matcher sig_cer_m_s = sig_cer_p_s.matcher(xmlResponse);
- Matcher sig_cer_m_e = sig_cer_p_e.matcher(xmlResponse);
-
- Matcher sig_cer_d_m_s = sig_cer_d_p_s.matcher(xmlResponse);
- Matcher sig_cer_d_m_e = sig_cer_d_p_e.matcher(xmlResponse);
-
- String sig_val = "";
- String iss_nam = "";
- String ser_num = "";
- String sig_tim = "";
- String sig_cer = "";
- String sig_dig = "";
-
- // SignatureValue
- if (sig_val_m_s.find() && sig_val_m_e.find())
- {
- sig_val = xmlResponse.substring(sig_val_m_s.end(), sig_val_m_e.start());
- sig_val = sig_val.replaceAll("\\s", "");
- sigObj.setSignationValue(sig_val);
- }
- // X509IssuerName
- if (iss_nam_m_s.find() && iss_nam_m_e.find())
- {
- iss_nam = xmlResponse.substring(iss_nam_m_s.end(), iss_nam_m_e.start());
- sigObj.setSignationIssuer(iss_nam);
- }
- // X509SerialNumber
- if (ser_num_m_s.find() && ser_num_m_e.find())
- {
- ser_num = xmlResponse.substring(ser_num_m_s.end(), ser_num_m_e.start());
- sigObj.setSignationSerialNumber(ser_num);
- }
- // SigningTime
- if (sig_tim_m_s.find() && sig_tim_m_e.find())
- {
- sig_tim = xmlResponse.substring(sig_tim_m_s.end(), sig_tim_m_e.start());
- sigObj.setSignationDate(sig_tim);
- }
- // CertDigest
- if (sig_cer_d_m_s.find() && sig_cer_d_m_e.find())
- {
- String cert_digest = xmlResponse.substring(sig_cer_d_m_s.end(), sig_cer_d_m_e.start());
- Matcher dig_val_m_s = dig_val_p_s.matcher(cert_digest);
- Matcher dig_val_m_e = dig_val_p_e.matcher(cert_digest);
- if (dig_val_m_s.find() && dig_val_m_e.find())
- {
- sig_dig = cert_digest.substring(dig_val_m_s.end(), dig_val_m_e.start());
- sigObj.setX509CertificateDigest(sig_dig);
- }
- }
- // extract Subject Name from X509Certificate
- if (sig_cer_m_s.find() && sig_cer_m_e.find())
- {
- sig_cer = xmlResponse.substring(sig_cer_m_s.end(), sig_cer_m_e.start());
- sig_cer = sig_cer.replaceAll("\\s", "");
- X509Cert cert = X509Cert.initByString(sig_cer);
- if (cert.isX509Cert())
- {
- sigObj.setX509Certificate(cert.getCertString());
- String serial_num = cert.getSerialNumber();
- String subject_name = cert.getSubjectName();
- if (!ser_num.equals(serial_num))
- {
- SignatureException se = new SignatureException(303, "Serialnumber of certificate and tag X509SerialNumber differs!");
- throw se;
- }
- sigObj.setSignationName(subject_name);
- }
- }
- }
-
- /**
- * This method reads the verify template from the file system and fills out
- * the template with the SignatureObject values.
- *
- * @param normalizedText
- * the normalized text to veryfied
- * @param sigObject
- * the SignatureObject holding the singature values
- * @return the filled verify template string
- * @throws SignatureException
- * ErrorCode (311, 312, 313)
- * @see SignatureObject
- * @see CodingHelper
- */
- public String getVerifyTemplate(String normalizedText,
- SignatureObject sigObject) throws SignatureException
- {
- try
- {
- if (normalizedText == null || normalizedText.length() == 0)
- {
- SignatureException se = new SignatureException(311, "Document can not be verified because normalized text is empty.");
- throw se;
- }
- if (sigObject == null)
- {
- SignatureException se = new SignatureException(312, "Document can not be verified because no signature object are set.");
- throw se;
- }
- String verify_template = getVerifyTemplateFileName(sigObject.getSignationType());
- String sig_prop_template = getSigPropFileName(sigObject.getSignationType());
- String verify_req_str = FileHelper.readFromFile(SettingsReader.relocateFile(verify_template));
- String sig_prop_str = FileHelper.readFromFile(SettingsReader.relocateFile(sig_prop_template));
-
- if (logger_.isDebugEnabled())
- {
- //logger_.debug(verify_template);
- //logger_.debug(sig_prop_template);
- }
-
- String x509Certificate = sigObject.getX509CertificateString();
- if (x509Certificate == null)
- {
- SignatureException se = new SignatureException(313, "Document certificate is not defined.");
- throw se;
- }
- String cert_alg = settings_.getValueFromKey("cert.alg.ecdsa");
- X509Cert x509_cert = sigObject.getX509Cert();
- if (x509_cert.isRSA())
- {
- cert_alg = settings_.getValueFromKey("cert.alg.rsa");
- }
-
- sig_prop_str = sig_prop_str.replaceFirst("SigningTimeReplace", sigObject.getSignationDate());
- // The issuer is already a valid Unicode String.
- // No need to convert it - not to mention the missing encoding.
- // byte[] issuer_name =
- // CodingHelper.encodeUTF8(sigObject.getSignationIssuer());
- // new String(issuer_name)
- sig_prop_str = sig_prop_str.replaceFirst("X509IssuerNameReplace", sigObject.getSignationIssuer());
- sig_prop_str = sig_prop_str.replaceFirst("X509SerialNumberReplace", sigObject.getSignationSerialNumber());
- sig_prop_str = sig_prop_str.replaceFirst("DigestValueX509CertificateReplace", sigObject.getX509CertificateDigest());
-
- verify_req_str = verify_req_str.replaceFirst("CertAlgReplace", cert_alg);
- verify_req_str = verify_req_str.replaceFirst("TemplateSignedPropertiesReplace", sig_prop_str);
- byte[] sig_prop_code = CodingHelper.buildDigest(sig_prop_str.getBytes("UTF-8")); // added
- // the
- // ("UTF-8")
- // encoding
- String sig_prop_hash = CodingHelper.encodeBase64(sig_prop_code);
- verify_req_str = verify_req_str.replaceFirst("DigestValueSignedPropertiesReplace", sig_prop_hash);
- if (logger_.isDebugEnabled())
- {
- logger_.debug("build digest from SignedProperties:start");
- //logger_.debug("DATA :" + sig_prop_str);
- logger_.debug("DIGEST:" + sig_prop_hash);
- logger_.debug("build digest from SignedProperties:end");
- }
-
- verify_req_str = verify_req_str.replaceFirst("SignatureValueReplace", sigObject.getSignationValue());
- verify_req_str = verify_req_str.replaceFirst("X509CertificateReplace", x509Certificate);
- byte[] data_value = normalizedText.getBytes("UTF-8");
- byte[] data_value_hash = CodingHelper.buildDigest(data_value);
- // byte[] data_value_hash =
- // CodingHelper.buildDigest(normalizedText.getBytes());
- String object_data_hash = CodingHelper.encodeBase64(data_value_hash);
- //String object_data = normalizedText; // new String(data_value);
- // System.err.println(object_data_hash);
- // very_req_str = very_req_str.replaceFirst("ObjectDataReplace",
- // object_data);
- String raw_b64 = CodingHelper.encodeBase64(data_value);
- verify_req_str = verify_req_str.replaceFirst("Base64ContentReplace", raw_b64);
-
- verify_req_str = verify_req_str.replaceFirst("DigestValueSignedDataReplace", object_data_hash);
- if (logger_.isDebugEnabled())
- {
- // FileHelper.writeToFile(verify_template + "_verifyText.xml",
- // normalizedText);
- logger_.debug("build digest from data object:start");
- //logger_.debug("DATA :" + object_data);
- logger_.debug("DIGEST:" + object_data_hash);
- logger_.debug("build digest from data object:end");
- }
- return verify_req_str;
- }
- catch (UnsupportedEncodingException e)
- {
- throw new SignatureException(310, e);
- }
- }
-
// /**
-// * This method generates the MOA verify prozess. It checks if the given
-// * SignatureObject is signed by MOA or BKU. The verify template string is
-// * filled out by the corresponding method.
+// * ConnectorInformation that identifies this Connector to the system.
// *
-// * @param normalizedText
-// * the normalized text to verify
-// * @param sigObject
-// * the SignatureObject holding the singature values
-// * @return a SignatureResponse object if the verify prozess does not fails
-// * @throws SignatureException
-// * @see SignatureResponse
+// * @see at.knowcenter.wag.egov.egiz.sig.ConnectorFactory
+// * @see ConnectorInformation
// */
-// public SignatureResponse doVerify(String normalizedText,
-// SignatureObject sigObject) throws SignatureException
+// public static final ConnectorInformation CONNECTOR_INFORMATION = new ConnectorInformation("moa", "MOA");
+//
+// /**
+// * The class type value.
+// *
+// * <p>
+// * Just for convenience.
+// * </p>
+// */
+// private static final String TYPE = CONNECTOR_INFORMATION.getIdentifier();
+//
+// /**
+// * The connector description.
+// */
+// public static final String DESCRIPTION = "MOA";
+//
+// /**
+// * The SettingsReader instance
+// */
+// private SettingsReader settings_ = null;
+//
+// /**
+// * MOA siganture verification mode
+// */
+// public static final String SERVICE_VERIFY = "SignatureVerification";
+//
+// /**
+// * MOA siganture creation mode
+// */
+// public static final String SERVICE_SIGN = "SignatureCreation";
+//
+// /**
+// * The logger definition.
+// */
+// private static final Logger logger_ = ConfigLogger.getLogger(MOAConnector.class);
+//
+// /**
+// * The empty constructor
+// */
+// public MOAConnector() throws SignatureException
+// {
+// loadSettings();
+// }
+//
+// /**
+// * load the inital signature settings
+// *
+// * @see SettingsReader
+// */
+// private void loadSettings() throws SignatureException
// {
-// String verify_url = getVerifyURL(sigObject.getSignationType()); // settings_.getValueFromKey(TYPE
-// // + "." +
-// // Signature.VALUE_MODE_VERIFY
-// // +
-// // ".url");
-// String verify_request = getVerifyRequestTemplateFileName(sigObject.getSignationType()); // settings_.getValueFromKey(TYPE
-// // +
-// // "."
-// // +
-// // Signature.VALUE_MODE_VERIFY
-// // +
-// // ".request");
-// String trust_profile = getVerifyTrustProfileID(sigObject.getSignationType());
-// String verify_req_str = FileHelper.readFromFile(SettingsReader.relocateFile(verify_request));
-//
-// String verify_template_str = null;
-// if (sigObject.isMOASigned())
+// if (settings_ == null)
+// {
+// try
+// {
+// settings_ = SettingsReader.getInstance();
+// }
+// catch (SettingsException e)
+// {
+// String log_message = "Can not load signature settings. Cause:\n" + e.getMessage();
+// logger_.error(log_message);
+// throw new SignatureException(101, log_message, e);
+// }
+// }
+// }
+//
+// public SignatureObject doSign(String sigType, byte [] data, PdfASID algorithm) throws SignatureException
+// {
+// SignatureObject sig_obj = new SignatureObject();
+// try
+// {
+// sig_obj.setSigType(sigType);
+// sig_obj.initByType();
+// }
+// catch (SignatureTypesException e)
+// {
+// SignatureException se = new SignatureException(300, "Can ot init signature object with type:" + sigType, e);
+// throw se;
+// }
+// if (logger_.isDebugEnabled())
// {
-// verify_template_str = getVerifyTemplate(normalizedText, sigObject);
+// logger_.debug("Signature Type is:" + sig_obj.getSignationType());
// }
-// else
+//
+// String url = getSignURL(sigType);
+//
+// String sign_request_filename = "./templates/MOASignRequestDetached.xml";//getSignRequestTemplateFileName(sigType);
+// String key_ident = getSignKeyIdentifier(sigType);
+// String sign_req_str = FileHelper.readFromFile(SettingsReader.relocateFile(sign_request_filename));
+// if (sign_req_str == null)
// {
-// BKUConnector bku_conn = new BKUConnector();
-// verify_template_str = bku_conn.getVerifyTemplate(normalizedText, sigObject);
+// SignatureException se = new SignatureException(300, "File not found:" + sign_request_filename);
+// throw se;
// }
-// verify_req_str = verify_req_str.replaceFirst("XMLContentReplace", verify_template_str);
-// verify_req_str = verify_req_str.replaceFirst("TrustProfileIDReplace", trust_profile);
//
+// sign_req_str = sign_req_str.replaceFirst("KeyIdentifierReplace", key_ident);
// if (logger_.isDebugEnabled())
// {
-// //logger_.debug(verify_req_str);
-// // FileHelper.writeToFile(verify_request + "_request.xml",
-// // verify_req_str);
+// //logger_.debug("error_signature_response = " + sign_req_str);
+// // FileHelper.writeToFile(sign_request_filename + "_signText.xml",
+// // signText);
// }
+// // sign_req_str = sign_req_str.replaceFirst("XMLContentReplace", signText);
+// // now use the the base64 Template
+//// signText = CodingHelper.encodeUTF8AsBase64(signText);
+//// sign_req_str = sign_req_str.replaceFirst("Base64ContentReplace", signText);
+//// if (logger_.isDebugEnabled())
+//// {
+//// //logger_.debug(sign_req_str);
+//// // FileHelper.writeToFile(sign_request_filename + "_request.xml",
+//// // sign_req_str);
+//// }
+//
// String response_string = "";
// try
// {
-// response_string = MOAConnector.connectMOA(verify_req_str, MOAConnector.SERVICE_VERIFY, verify_url);
+// response_string = MOAConnector.connectMOA(sign_req_str, MOAConnector.SERVICE_SIGN, url);
+// sig_obj.setRawSignatureResponse(response_string);
// }
// catch (WebException we)
// {
@@ -542,328 +165,671 @@ public class MOAConnector //
// if (!response_string.equals(""))
// {
-// Pattern erc_p_s = Pattern.compile("<[\\w]*:?ErrorCode>");
-// Pattern erc_p_e = Pattern.compile("</[\\w]*:?ErrorCode>");
+// if (logger_.isInfoEnabled())
+// {
+// logger_.info("get MOA response");
+// }
+// Pattern erc_p_s = Pattern.compile("<ErrorCode>");
+// Pattern erc_p_e = Pattern.compile("</ErrorCode>");
// Matcher erc_m_s = erc_p_s.matcher(response_string);
// Matcher erc_m_e = erc_p_e.matcher(response_string);
+// // System.err.println(response_string);
//
// if (erc_m_s.find() && erc_m_e.find())
// {
// if (logger_.isEnabledFor(Level.ERROR))
// {
-// //logger_.debug(response_string);
-// // FileHelper.writeToFile(verify_request + "_response.xml",
+// logger_.error("error_signature_response = " + response_string);
+// // FileHelper.writeToFile(sign_request_filename + "_response.xml",
// // response_string);
-// logger_.error("Write error response to file:" + verify_request + "_response.xml");
+// //logger_.error("Write error response to file:" + sign_request_filename + "_response.xml");
// }
-// Pattern erm_p_s = Pattern.compile("<[\\w]*:?Info>");
-// Pattern erm_p_e = Pattern.compile("</[\\w]*:?Info>");
+// Pattern erm_p_s = Pattern.compile("<Info>");
+// Pattern erm_p_e = Pattern.compile("</Info>");
// Matcher erm_m_s = erm_p_s.matcher(response_string);
// Matcher erm_m_e = erm_p_e.matcher(response_string);
-// SignatureException se = new SignatureException(0, "MOASigExc2");
+//
// String error_code = response_string.substring(erc_m_s.end(), erc_m_e.start());
-// se.setExternalErrorCode(error_code);
+// logger_.debug("error_code = " + error_code);
+// String error_mess = "";
// if (erm_m_s.find() && erm_m_e.find())
// {
-// String error_mess = response_string.substring(erm_m_s.end(), erm_m_e.start());
-// se.setExternalErrorMessage(error_mess);
+// error_mess = response_string.substring(erm_m_s.end(), erm_m_e.start());
+// logger_.debug(error_mess);
// }
+// SignatureException se = new SignatureException(0, "MOASigExc ext error code = " + error_code + ", err_mess = " + error_mess);
+// se.setExternalErrorCode(error_code);
+// se.setExternalErrorMessage(error_mess);
// throw se;
// }
// else
// {
// if (logger_.isDebugEnabled())
// {
-// //logger_.debug(verify_request + "_response.xml " + response_string);
+// //logger_.debug("response_string = " + response_string);
+// // FileHelper.writeToFile(sign_request_filename + "_response.xml",
+// // response_string);
// }
-// return parseVerifyXMLResponse(response_string);
+// parseCreateXMLResponse(response_string, sig_obj);
// }
// }
-// return null;
+// sig_obj.setSigResponse(response_string);
+// return sig_obj;
// }
-
+//
// /**
-// * This method parses the verify response string and return a
-// * SignatureResponse object. The SignatureResponse object is filled out by the
-// * response values from the BKU-response.
+// * This method parses the MOA-Response string. It separates the
+// * SignatureValue, X509IssuerName, SigningTime, X509SerialNumber,
+// * X509Certificate, CertDigest and DigestValues. If the X509Certificate is
+// * extracted it would be stored in the certificates directory.
// *
// * @param xmlResponse
-// * the response values from the MOA-verify request
-// * @return SignatureResponse object
-// * @see SignatureResponse
+// * the response string from the MOA sign-request
+// * @param sigObj
+// * the SignatureObject that should be filled
+// * @throws SignatureException
+// * ErrorCode (303, 304)
+// * @see SignatureObject
+// * @see CodingHelper
+// * @see X509Cert
// */
-// private SignatureResponse parseVerifyXMLResponse(String xmlResponse)
+// private void parseCreateXMLResponse(String xmlResponse, SignatureObject sigObj) throws SignatureException
// {
-// if (logger_.isInfoEnabled())
-// {
-// logger_.info("Try parsing the verify response");
-// }
-// Pattern sub_nam_p_s = Pattern.compile("<dsig:X509SubjectName>");
-// Pattern sub_nam_p_e = Pattern.compile("</dsig:X509SubjectName>");
-// Pattern iss_nam_p_s = Pattern.compile("<dsig:X509IssuerName>");
-// Pattern iss_nam_p_e = Pattern.compile("</dsig:X509IssuerName>");
-// Pattern ser_num_p_s = Pattern.compile("<dsig:X509SerialNumber>");
-// Pattern ser_num_p_e = Pattern.compile("</dsig:X509SerialNumber>");
-//
-// // [tknall] start qualified certificate
-// Pattern cert_qualified_p = Pattern.compile("<QualifiedCertificate/>");
-// Matcher cert_qualified_m = cert_qualified_p.matcher(xmlResponse);
-// // [tknall] stop qualified certificate
-//
-// Pattern sig_chk_p_s = Pattern.compile("<SignatureCheck>");
-// Pattern sig_chk_p_e = Pattern.compile("</SignatureCheck>");
-// Pattern man_chk_p_s = Pattern.compile("<SignatureManifestCheck>");
-// Pattern man_chk_p_e = Pattern.compile("</SignatureManifestCheck>");
-// Pattern cer_chk_p_s = Pattern.compile("<CertificateCheck>");
-// Pattern cer_chk_p_e = Pattern.compile("</CertificateCheck>");
-//
-// Pattern code_p_s = Pattern.compile("<Code>");
-// Pattern code_p_e = Pattern.compile("</Code>");
-//
-// Pattern cert_p_s = Pattern.compile("<dsig:X509Certificate>");
-// Pattern cert_p_e = Pattern.compile("</dsig:X509Certificate>");
-//
-// Matcher sub_nam_m_s = sub_nam_p_s.matcher(xmlResponse);
-// Matcher sub_nam_m_e = sub_nam_p_e.matcher(xmlResponse);
+// Pattern sig_val_p_s = Pattern.compile("<[\\w]*:?SignatureValue>");
+// Pattern sig_val_p_e = Pattern.compile("</[\\w]*:?SignatureValue>");
+// Pattern iss_nam_p_s = Pattern.compile("<[\\w]*:?X509IssuerName>");
+// Pattern iss_nam_p_e = Pattern.compile("</[\\w]*:?X509IssuerName>");
+// Pattern sig_tim_p_s = Pattern.compile("<[\\w]*:?SigningTime>");
+// Pattern sig_tim_p_e = Pattern.compile("</[\\w]*:?SigningTime>");
+// Pattern ser_num_p_s = Pattern.compile("<[\\w]*:?X509SerialNumber>");
+// Pattern ser_num_p_e = Pattern.compile("</[\\w]*:?X509SerialNumber>");
+// Pattern sig_cer_p_s = Pattern.compile("<[\\w]*:?X509Certificate>");
+// Pattern sig_cer_p_e = Pattern.compile("</[\\w]*:?X509Certificate>");
+//
+// Pattern sig_cer_d_p_s = Pattern.compile("<[\\w]*:?CertDigest>");
+// Pattern sig_cer_d_p_e = Pattern.compile("</[\\w]*:?CertDigest>");
+// Pattern dig_val_p_s = Pattern.compile("<[\\w]*:?DigestValue>");
+// Pattern dig_val_p_e = Pattern.compile("</[\\w]*:?DigestValue>");
+//
+// Matcher sig_val_m_s = sig_val_p_s.matcher(xmlResponse);
+// Matcher sig_val_m_e = sig_val_p_e.matcher(xmlResponse);
// Matcher iss_nam_m_s = iss_nam_p_s.matcher(xmlResponse);
// Matcher iss_nam_m_e = iss_nam_p_e.matcher(xmlResponse);
+// Matcher sig_tim_m_s = sig_tim_p_s.matcher(xmlResponse);
+// Matcher sig_tim_m_e = sig_tim_p_e.matcher(xmlResponse);
// Matcher ser_num_m_s = ser_num_p_s.matcher(xmlResponse);
// Matcher ser_num_m_e = ser_num_p_e.matcher(xmlResponse);
+// Matcher sig_cer_m_s = sig_cer_p_s.matcher(xmlResponse);
+// Matcher sig_cer_m_e = sig_cer_p_e.matcher(xmlResponse);
//
-// Matcher sig_chk_m_s = sig_chk_p_s.matcher(xmlResponse);
-// Matcher sig_chk_m_e = sig_chk_p_e.matcher(xmlResponse);
-// Matcher man_chk_m_s = man_chk_p_s.matcher(xmlResponse);
-// Matcher man_chk_m_e = man_chk_p_e.matcher(xmlResponse);
-// Matcher cer_chk_m_s = cer_chk_p_s.matcher(xmlResponse);
-// Matcher cer_chk_m_e = cer_chk_p_e.matcher(xmlResponse);
-//
-// Matcher cert_m_s = cert_p_s.matcher(xmlResponse);
-// Matcher cert_m_e = cert_p_e.matcher(xmlResponse);
+// Matcher sig_cer_d_m_s = sig_cer_d_p_s.matcher(xmlResponse);
+// Matcher sig_cer_d_m_e = sig_cer_d_p_e.matcher(xmlResponse);
//
-// SignatureResponse sig_res = new SignatureResponse();
-//
-// // [tknall] start qualified certificate
-// sig_res.setQualifiedCertificate(cert_qualified_m.find());
-// // [tknall] stop qualified certificate
+// String sig_val = "";
+// String iss_nam = "";
+// String ser_num = "";
+// String sig_tim = "";
+// String sig_cer = "";
+// String sig_dig = "";
//
-// if (sub_nam_m_s.find() && sub_nam_m_e.find())
+// // SignatureValue
+// if (sig_val_m_s.find() && sig_val_m_e.find())
// {
-// String sub_nam = xmlResponse.substring(sub_nam_m_s.end(), sub_nam_m_e.start());
-// sig_res.setX509SubjectName(sub_nam);
+// sig_val = xmlResponse.substring(sig_val_m_s.end(), sig_val_m_e.start());
+// sig_val = sig_val.replaceAll("\\s", "");
+// sigObj.setSignationValue(sig_val);
// }
+// // X509IssuerName
// if (iss_nam_m_s.find() && iss_nam_m_e.find())
// {
-// String iss_nam = xmlResponse.substring(iss_nam_m_s.end(), iss_nam_m_e.start());
-// sig_res.setX509IssuerName(iss_nam);
+// iss_nam = xmlResponse.substring(iss_nam_m_s.end(), iss_nam_m_e.start());
+// sigObj.setSignationIssuer(iss_nam);
// }
+// // X509SerialNumber
// if (ser_num_m_s.find() && ser_num_m_e.find())
// {
-// String ser_num = xmlResponse.substring(ser_num_m_s.end(), ser_num_m_e.start());
-// sig_res.setX509SerialNumber(ser_num);
+// ser_num = xmlResponse.substring(ser_num_m_s.end(), ser_num_m_e.start());
+// sigObj.setSignationSerialNumber(ser_num);
+// }
+// // SigningTime
+// if (sig_tim_m_s.find() && sig_tim_m_e.find())
+// {
+// sig_tim = xmlResponse.substring(sig_tim_m_s.end(), sig_tim_m_e.start());
+// sigObj.setSignationDate(sig_tim);
// }
-// if (sig_chk_m_s.find() && sig_chk_m_e.find())
+// // CertDigest
+// if (sig_cer_d_m_s.find() && sig_cer_d_m_e.find())
// {
-// String sig_chk = xmlResponse.substring(sig_chk_m_s.end(), sig_chk_m_e.start());
-// Matcher code_m_s = code_p_s.matcher(sig_chk);
-// Matcher code_m_e = code_p_e.matcher(sig_chk);
-// if (code_m_s.find() && code_m_e.find())
+// String cert_digest = xmlResponse.substring(sig_cer_d_m_s.end(), sig_cer_d_m_e.start());
+// Matcher dig_val_m_s = dig_val_p_s.matcher(cert_digest);
+// Matcher dig_val_m_e = dig_val_p_e.matcher(cert_digest);
+// if (dig_val_m_s.find() && dig_val_m_e.find())
// {
-// String code = sig_chk.substring(code_m_s.end(), code_m_e.start());
-// sig_res.setSignatureCheckCode(code);
+// sig_dig = cert_digest.substring(dig_val_m_s.end(), dig_val_m_e.start());
+// sigObj.setX509CertificateDigest(sig_dig);
// }
// }
-// if (man_chk_m_s.find() && man_chk_m_e.find())
+// // extract Subject Name from X509Certificate
+// if (sig_cer_m_s.find() && sig_cer_m_e.find())
// {
-// String man_chk = xmlResponse.substring(man_chk_m_s.end(), man_chk_m_e.start());
-// Matcher code_m_s = code_p_s.matcher(man_chk);
-// Matcher code_m_e = code_p_e.matcher(man_chk);
-// if (code_m_s.find() && code_m_e.find())
+// sig_cer = xmlResponse.substring(sig_cer_m_s.end(), sig_cer_m_e.start());
+// sig_cer = sig_cer.replaceAll("\\s", "");
+// X509Cert cert = X509Cert.initByString(sig_cer);
+// if (cert.isX509Cert())
// {
-// String code = man_chk.substring(code_m_s.end(), code_m_e.start());
-// sig_res.setSignatureManifestCheckCode(code);
+// sigObj.setX509Certificate(cert.getCertString());
+// String serial_num = cert.getSerialNumber();
+// String subject_name = cert.getSubjectName();
+// if (!ser_num.equals(serial_num))
+// {
+// SignatureException se = new SignatureException(303, "Serialnumber of certificate and tag X509SerialNumber differs!");
+// throw se;
+// }
+// sigObj.setSignationName(subject_name);
// }
// }
-// if (cer_chk_m_s.find() && cer_chk_m_e.find())
+// }
+//
+// /**
+// * This method reads the verify template from the file system and fills out
+// * the template with the SignatureObject values.
+// *
+// * @param normalizedText
+// * the normalized text to veryfied
+// * @param sigObject
+// * the SignatureObject holding the singature values
+// * @return the filled verify template string
+// * @throws SignatureException
+// * ErrorCode (311, 312, 313)
+// * @see SignatureObject
+// * @see CodingHelper
+// */
+// public String getVerifyTemplate(String normalizedText,
+// SignatureObject sigObject) throws SignatureException
+// {
+// try
// {
-// String cer_chk = xmlResponse.substring(cer_chk_m_s.end(), cer_chk_m_e.start());
-// Matcher code_m_s = code_p_s.matcher(cer_chk);
-// Matcher code_m_e = code_p_e.matcher(cer_chk);
-// if (code_m_s.find() && code_m_e.find())
+// if (normalizedText == null || normalizedText.length() == 0)
+// {
+// SignatureException se = new SignatureException(311, "Document can not be verified because normalized text is empty.");
+// throw se;
+// }
+// if (sigObject == null)
+// {
+// SignatureException se = new SignatureException(312, "Document can not be verified because no signature object are set.");
+// throw se;
+// }
+// String verify_template = getVerifyTemplateFileName(sigObject.getSignationType());
+// String sig_prop_template = getSigPropFileName(sigObject.getSignationType());
+// String verify_req_str = FileHelper.readFromFile(SettingsReader.relocateFile(verify_template));
+// String sig_prop_str = FileHelper.readFromFile(SettingsReader.relocateFile(sig_prop_template));
+//
+// if (logger_.isDebugEnabled())
+// {
+// //logger_.debug(verify_template);
+// //logger_.debug(sig_prop_template);
+// }
+//
+// String x509Certificate = sigObject.getX509CertificateString();
+// if (x509Certificate == null)
+// {
+// SignatureException se = new SignatureException(313, "Document certificate is not defined.");
+// throw se;
+// }
+// String cert_alg = settings_.getValueFromKey("cert.alg.ecdsa");
+// X509Cert x509_cert = sigObject.getX509Cert();
+// if (x509_cert.isRSA())
+// {
+// cert_alg = settings_.getValueFromKey("cert.alg.rsa");
+// }
+//
+// sig_prop_str = sig_prop_str.replaceFirst("SigningTimeReplace", sigObject.getSignationDate());
+// // The issuer is already a valid Unicode String.
+// // No need to convert it - not to mention the missing encoding.
+// // byte[] issuer_name =
+// // CodingHelper.encodeUTF8(sigObject.getSignationIssuer());
+// // new String(issuer_name)
+// sig_prop_str = sig_prop_str.replaceFirst("X509IssuerNameReplace", sigObject.getSignationIssuer());
+// sig_prop_str = sig_prop_str.replaceFirst("X509SerialNumberReplace", sigObject.getSignationSerialNumber());
+// sig_prop_str = sig_prop_str.replaceFirst("DigestValueX509CertificateReplace", sigObject.getX509CertificateDigest());
+//
+// verify_req_str = verify_req_str.replaceFirst("CertAlgReplace", cert_alg);
+// verify_req_str = verify_req_str.replaceFirst("TemplateSignedPropertiesReplace", sig_prop_str);
+// byte[] sig_prop_code = CodingHelper.buildDigest(sig_prop_str.getBytes("UTF-8")); // added
+// // the
+// // ("UTF-8")
+// // encoding
+// String sig_prop_hash = CodingHelper.encodeBase64(sig_prop_code);
+// verify_req_str = verify_req_str.replaceFirst("DigestValueSignedPropertiesReplace", sig_prop_hash);
+// if (logger_.isDebugEnabled())
+// {
+// logger_.debug("build digest from SignedProperties:start");
+// //logger_.debug("DATA :" + sig_prop_str);
+// logger_.debug("DIGEST:" + sig_prop_hash);
+// logger_.debug("build digest from SignedProperties:end");
+// }
+//
+// verify_req_str = verify_req_str.replaceFirst("SignatureValueReplace", sigObject.getSignationValue());
+// verify_req_str = verify_req_str.replaceFirst("X509CertificateReplace", x509Certificate);
+// byte[] data_value = normalizedText.getBytes("UTF-8");
+// byte[] data_value_hash = CodingHelper.buildDigest(data_value);
+// // byte[] data_value_hash =
+// // CodingHelper.buildDigest(normalizedText.getBytes());
+// String object_data_hash = CodingHelper.encodeBase64(data_value_hash);
+// //String object_data = normalizedText; // new String(data_value);
+// // System.err.println(object_data_hash);
+// // very_req_str = very_req_str.replaceFirst("ObjectDataReplace",
+// // object_data);
+// String raw_b64 = CodingHelper.encodeBase64(data_value);
+// verify_req_str = verify_req_str.replaceFirst("Base64ContentReplace", raw_b64);
+//
+// verify_req_str = verify_req_str.replaceFirst("DigestValueSignedDataReplace", object_data_hash);
+// if (logger_.isDebugEnabled())
// {
-// String code = cer_chk.substring(code_m_s.end(), code_m_e.start());
-// sig_res.setCertificateCheckCode(code);
+// // FileHelper.writeToFile(verify_template + "_verifyText.xml",
+// // normalizedText);
+// logger_.debug("build digest from data object:start");
+// //logger_.debug("DATA :" + object_data);
+// logger_.debug("DIGEST:" + object_data_hash);
+// logger_.debug("build digest from data object:end");
// }
+// return verify_req_str;
// }
-// if (cert_m_s.find() && cert_m_e.find())
+// catch (UnsupportedEncodingException e)
// {
-// String cert_string = xmlResponse.substring(cert_m_s.end(), cert_m_e.start());
+// throw new SignatureException(310, e);
+// }
+// }
+//
+//// /**
+//// * This method generates the MOA verify prozess. It checks if the given
+//// * SignatureObject is signed by MOA or BKU. The verify template string is
+//// * filled out by the corresponding method.
+//// *
+//// * @param normalizedText
+//// * the normalized text to verify
+//// * @param sigObject
+//// * the SignatureObject holding the singature values
+//// * @return a SignatureResponse object if the verify prozess does not fails
+//// * @throws SignatureException
+//// * @see SignatureResponse
+//// */
+//// public SignatureResponse doVerify(String normalizedText,
+//// SignatureObject sigObject) throws SignatureException
+//// {
+//// String verify_url = getVerifyURL(sigObject.getSignationType()); // settings_.getValueFromKey(TYPE
+//// // + "." +
+//// // Signature.VALUE_MODE_VERIFY
+//// // +
+//// // ".url");
+//// String verify_request = getVerifyRequestTemplateFileName(sigObject.getSignationType()); // settings_.getValueFromKey(TYPE
+//// // +
+//// // "."
+//// // +
+//// // Signature.VALUE_MODE_VERIFY
+//// // +
+//// // ".request");
+//// String trust_profile = getVerifyTrustProfileID(sigObject.getSignationType());
+//// String verify_req_str = FileHelper.readFromFile(SettingsReader.relocateFile(verify_request));
+////
+//// String verify_template_str = null;
+//// if (sigObject.isMOASigned())
+//// {
+//// verify_template_str = getVerifyTemplate(normalizedText, sigObject);
+//// }
+//// else
+//// {
+//// BKUConnector bku_conn = new BKUConnector();
+//// verify_template_str = bku_conn.getVerifyTemplate(normalizedText, sigObject);
+//// }
+//// verify_req_str = verify_req_str.replaceFirst("XMLContentReplace", verify_template_str);
+//// verify_req_str = verify_req_str.replaceFirst("TrustProfileIDReplace", trust_profile);
+////
+//// if (logger_.isDebugEnabled())
+//// {
+//// //logger_.debug(verify_req_str);
+//// // FileHelper.writeToFile(verify_request + "_request.xml",
+//// // verify_req_str);
+//// }
+//// String response_string = "";
+//// try
+//// {
+//// response_string = MOAConnector.connectMOA(verify_req_str, MOAConnector.SERVICE_VERIFY, verify_url);
+//// }
+//// catch (WebException we)
+//// {
+//// if (logger_.isDebugEnabled())
+//// {
+//// we.printStackTrace();
+//// }
+//// SignatureException se = new SignatureException(we.getErrorCode(), we);
+//// throw se;
+//// }
+////
+//// if (!response_string.equals(""))
+//// {
+//// Pattern erc_p_s = Pattern.compile("<[\\w]*:?ErrorCode>");
+//// Pattern erc_p_e = Pattern.compile("</[\\w]*:?ErrorCode>");
+//// Matcher erc_m_s = erc_p_s.matcher(response_string);
+//// Matcher erc_m_e = erc_p_e.matcher(response_string);
+////
+//// if (erc_m_s.find() && erc_m_e.find())
+//// {
+//// if (logger_.isEnabledFor(Level.ERROR))
+//// {
+//// //logger_.debug(response_string);
+//// // FileHelper.writeToFile(verify_request + "_response.xml",
+//// // response_string);
+//// logger_.error("Write error response to file:" + verify_request + "_response.xml");
+//// }
+//// Pattern erm_p_s = Pattern.compile("<[\\w]*:?Info>");
+//// Pattern erm_p_e = Pattern.compile("</[\\w]*:?Info>");
+//// Matcher erm_m_s = erm_p_s.matcher(response_string);
+//// Matcher erm_m_e = erm_p_e.matcher(response_string);
+//// SignatureException se = new SignatureException(0, "MOASigExc2");
+//// String error_code = response_string.substring(erc_m_s.end(), erc_m_e.start());
+//// se.setExternalErrorCode(error_code);
+//// if (erm_m_s.find() && erm_m_e.find())
+//// {
+//// String error_mess = response_string.substring(erm_m_s.end(), erm_m_e.start());
+//// se.setExternalErrorMessage(error_mess);
+//// }
+//// throw se;
+//// }
+//// else
+//// {
+//// if (logger_.isDebugEnabled())
+//// {
+//// //logger_.debug(verify_request + "_response.xml " + response_string);
+//// }
+//// return parseVerifyXMLResponse(response_string);
+//// }
+//// }
+//// return null;
+//// }
//
-// X509Cert resp_cert = X509Cert.initByString(cert_string);
-// sig_res.setCertificate(resp_cert);
+//// /**
+//// * This method parses the verify response string and return a
+//// * SignatureResponse object. The SignatureResponse object is filled out by the
+//// * response values from the BKU-response.
+//// *
+//// * @param xmlResponse
+//// * the response values from the MOA-verify request
+//// * @return SignatureResponse object
+//// * @see SignatureResponse
+//// */
+//// private SignatureResponse parseVerifyXMLResponse(String xmlResponse)
+//// {
+//// if (logger_.isInfoEnabled())
+//// {
+//// logger_.info("Try parsing the verify response");
+//// }
+//// Pattern sub_nam_p_s = Pattern.compile("<dsig:X509SubjectName>");
+//// Pattern sub_nam_p_e = Pattern.compile("</dsig:X509SubjectName>");
+//// Pattern iss_nam_p_s = Pattern.compile("<dsig:X509IssuerName>");
+//// Pattern iss_nam_p_e = Pattern.compile("</dsig:X509IssuerName>");
+//// Pattern ser_num_p_s = Pattern.compile("<dsig:X509SerialNumber>");
+//// Pattern ser_num_p_e = Pattern.compile("</dsig:X509SerialNumber>");
+////
+//// // [tknall] start qualified certificate
+//// Pattern cert_qualified_p = Pattern.compile("<QualifiedCertificate/>");
+//// Matcher cert_qualified_m = cert_qualified_p.matcher(xmlResponse);
+//// // [tknall] stop qualified certificate
+////
+//// Pattern sig_chk_p_s = Pattern.compile("<SignatureCheck>");
+//// Pattern sig_chk_p_e = Pattern.compile("</SignatureCheck>");
+//// Pattern man_chk_p_s = Pattern.compile("<SignatureManifestCheck>");
+//// Pattern man_chk_p_e = Pattern.compile("</SignatureManifestCheck>");
+//// Pattern cer_chk_p_s = Pattern.compile("<CertificateCheck>");
+//// Pattern cer_chk_p_e = Pattern.compile("</CertificateCheck>");
+////
+//// Pattern code_p_s = Pattern.compile("<Code>");
+//// Pattern code_p_e = Pattern.compile("</Code>");
+////
+//// Pattern cert_p_s = Pattern.compile("<dsig:X509Certificate>");
+//// Pattern cert_p_e = Pattern.compile("</dsig:X509Certificate>");
+////
+//// Matcher sub_nam_m_s = sub_nam_p_s.matcher(xmlResponse);
+//// Matcher sub_nam_m_e = sub_nam_p_e.matcher(xmlResponse);
+//// Matcher iss_nam_m_s = iss_nam_p_s.matcher(xmlResponse);
+//// Matcher iss_nam_m_e = iss_nam_p_e.matcher(xmlResponse);
+//// Matcher ser_num_m_s = ser_num_p_s.matcher(xmlResponse);
+//// Matcher ser_num_m_e = ser_num_p_e.matcher(xmlResponse);
+////
+//// Matcher sig_chk_m_s = sig_chk_p_s.matcher(xmlResponse);
+//// Matcher sig_chk_m_e = sig_chk_p_e.matcher(xmlResponse);
+//// Matcher man_chk_m_s = man_chk_p_s.matcher(xmlResponse);
+//// Matcher man_chk_m_e = man_chk_p_e.matcher(xmlResponse);
+//// Matcher cer_chk_m_s = cer_chk_p_s.matcher(xmlResponse);
+//// Matcher cer_chk_m_e = cer_chk_p_e.matcher(xmlResponse);
+////
+//// Matcher cert_m_s = cert_p_s.matcher(xmlResponse);
+//// Matcher cert_m_e = cert_p_e.matcher(xmlResponse);
+////
+//// SignatureResponse sig_res = new SignatureResponse();
+////
+//// // [tknall] start qualified certificate
+//// sig_res.setQualifiedCertificate(cert_qualified_m.find());
+//// // [tknall] stop qualified certificate
+////
+//// if (sub_nam_m_s.find() && sub_nam_m_e.find())
+//// {
+//// String sub_nam = xmlResponse.substring(sub_nam_m_s.end(), sub_nam_m_e.start());
+//// sig_res.setX509SubjectName(sub_nam);
+//// }
+//// if (iss_nam_m_s.find() && iss_nam_m_e.find())
+//// {
+//// String iss_nam = xmlResponse.substring(iss_nam_m_s.end(), iss_nam_m_e.start());
+//// sig_res.setX509IssuerName(iss_nam);
+//// }
+//// if (ser_num_m_s.find() && ser_num_m_e.find())
+//// {
+//// String ser_num = xmlResponse.substring(ser_num_m_s.end(), ser_num_m_e.start());
+//// sig_res.setX509SerialNumber(ser_num);
+//// }
+//// if (sig_chk_m_s.find() && sig_chk_m_e.find())
+//// {
+//// String sig_chk = xmlResponse.substring(sig_chk_m_s.end(), sig_chk_m_e.start());
+//// Matcher code_m_s = code_p_s.matcher(sig_chk);
+//// Matcher code_m_e = code_p_e.matcher(sig_chk);
+//// if (code_m_s.find() && code_m_e.find())
+//// {
+//// String code = sig_chk.substring(code_m_s.end(), code_m_e.start());
+//// sig_res.setSignatureCheckCode(code);
+//// }
+//// }
+//// if (man_chk_m_s.find() && man_chk_m_e.find())
+//// {
+//// String man_chk = xmlResponse.substring(man_chk_m_s.end(), man_chk_m_e.start());
+//// Matcher code_m_s = code_p_s.matcher(man_chk);
+//// Matcher code_m_e = code_p_e.matcher(man_chk);
+//// if (code_m_s.find() && code_m_e.find())
+//// {
+//// String code = man_chk.substring(code_m_s.end(), code_m_e.start());
+//// sig_res.setSignatureManifestCheckCode(code);
+//// }
+//// }
+//// if (cer_chk_m_s.find() && cer_chk_m_e.find())
+//// {
+//// String cer_chk = xmlResponse.substring(cer_chk_m_s.end(), cer_chk_m_e.start());
+//// Matcher code_m_s = code_p_s.matcher(cer_chk);
+//// Matcher code_m_e = code_p_e.matcher(cer_chk);
+//// if (code_m_s.find() && code_m_e.find())
+//// {
+//// String code = cer_chk.substring(code_m_s.end(), code_m_e.start());
+//// sig_res.setCertificateCheckCode(code);
+//// }
+//// }
+//// if (cert_m_s.find() && cert_m_e.find())
+//// {
+//// String cert_string = xmlResponse.substring(cert_m_s.end(), cert_m_e.start());
+////
+//// X509Cert resp_cert = X509Cert.initByString(cert_string);
+//// sig_res.setCertificate(resp_cert);
+//// }
+////
+//// return sig_res;
+//// }
+//
+// protected String getConnectorValueFromProfile(String profile, String key)
+// {
+// String value = settings_.getValueFromKey("sig_obj." + profile + "." + key);
+// if (value == null)
+// {
+// value = settings_.getValueFromKey(key);
// }
+// return value;
+// }
+//
+// public String getSignURL(String profile)
+// {
+// final String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_SIGN + ".url";
+// return getConnectorValueFromProfile(profile, key);
+// }
+//
+// protected String getSignRequestTemplateFileName(String profile)
+// {
+// String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_SIGN + ".request";
+// return getConnectorValueFromProfile(profile, key);
+// }
+//
+// protected String getSignKeyIdentifier(String profile)
+// {
+// String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_SIGN + ".KeyIdentifier";
+// return getConnectorValueFromProfile(profile, key);
+// }
+//
+// public String getVerifyURL(String profile)
+// {
+// String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_VERIFY + ".url";
+// return getConnectorValueFromProfile(profile, key);
+// }
+//
+// protected String getVerifyRequestTemplateFileName(String profile)
+// {
+// String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_VERIFY + ".request";
+// return getConnectorValueFromProfile(profile, key);
+// }
+//
+// protected String getVerifyTemplateFileName(String profile)
+// {
+// String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_VERIFY + ".template";
+// return getConnectorValueFromProfile(profile, key);
+// }
+//
+// protected String getSigPropFileName(String profile)
+// {
+// String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_VERIFY + ".template.SP";
+// return getConnectorValueFromProfile(profile, key);
+// }
+//
+// protected String getVerifyTrustProfileID(String profile)
+// {
+// String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_VERIFY + ".TrustProfileID";
+// return getConnectorValueFromProfile(profile, key);
+// }
+//
+// /**
+// * This method connects the moa server getting the requestString, the given
+// * serviseMode and the endpointUrl. The requestString is the envelope of the
+// * SOAP Message send and recieve by the AXIS module. The Response SOAP message
+// * of the MOA server is parsed by AXIS and the message envelope is send back
+// * to the calling method.
+// *
+// * @param requestString
+// * the request string (XML) to send.
+// * @param serviceMode
+// * the mode which connect to MOA
+// * @param endpointURL
+// * the URL which the MOA server is running
+// * @return the response string (XML) of the MOA server
+// * @throws WebException
+// */
+// public static String connectMOA(String requestString, String serviceMode,
+// String endpointURL) throws WebException
+// {
+// try
+// {
+// if (logger_.isInfoEnabled())
+// {
+// logger_.info(serviceMode);
+// logger_.info(endpointURL);
+// }
+// // Parser/DOMBuilder instanzieren
+// DocumentBuilderFactory factory = DocumentBuilderFactory.newInstance();
+// factory.setNamespaceAware(true);
+// DocumentBuilder builder = factory.newDocumentBuilder();
+//
+// // XML Datei in einen DOM-Baum umwandeln
+// ByteArrayInputStream bais = new ByteArrayInputStream(requestString.getBytes("UTF-8"));
+// Document xmlRequest = builder.parse(bais);
+//
+// // Call öffnen
+// Call call = null;
+//
+// // Neues BodyElement anlegen und mit dem DOM-Baum füllen
+// SOAPBodyElement body = new SOAPBodyElement(xmlRequest.getDocumentElement());
+// SOAPBodyElement[] params = new SOAPBodyElement[] { body };
+//
+// // AXIS-Server instanzieren
+// Service service = ServiceFactory.newInstance().createService(new QName(serviceMode));
+// call = service.createCall();
+// call.setTargetEndpointAddress(endpointURL);
+//
+// // Call auslösen und die Antworten speichern
+// if (logger_.isInfoEnabled())
+// {
+// logger_.info("Calling MOA:" + endpointURL);
+// }
+// Vector responses = (Vector) call.invoke(params);
+//
+// // Erstes Body Element auslesen
+// SOAPBodyElement response = (SOAPBodyElement) responses.get(0);
+//
+// // Aus der Response den DOM-Baum lesen
+// Document root_response = response.getAsDocument();
+// if (logger_.isInfoEnabled())
+// {
+// logger_.info("Return from MOA:" + serviceMode);
+// }
+//
+// // XML-Formatierung konfiguieren
+// OutputFormat format = new OutputFormat((Document) root_response);
+// format.setLineSeparator("\n");
+// format.setIndenting(false);
+// format.setPreserveSpace(true);
+// format.setOmitXMLDeclaration(false);
+// format.setEncoding("UTF-8");
+//
+// // Ausgabe der Webservice-Antwort auf die Konsole
+// // XMLSerializer conSerializer = new XMLSerializer(System.out, format);
+// // conSerializer.serialize(root_response);
+//
+// // Ausgabe der Webservice-Antwort in Datei
+// ByteArrayOutputStream baos = new ByteArrayOutputStream();
+// XMLSerializer response_serializer = new XMLSerializer(baos, format);
+// response_serializer.serialize(root_response);
+// return baos.toString("UTF-8");
+// }
+// catch (Exception e)
+// {
+// throw new WebException(330, e);
+// }
+// // serialize signature only
+//
+// // if
+// // (root_response.getDocumentElement().getLocalName().equals("CreateXMLSignatureResponse"))
+// // {
+// // Element signature = (Element)
+// // root_response.getElementsByTagNameNS("http://www.w3.org/2000/09/xmldsig#",
+// // "Signature").item(0);
+// // String signatureFile = getProperty(mode + "Request").substring(0,
+// // getProperty(mode +
+// // "Request").lastIndexOf('.')) + ".Signature.xml";
+// // fileSerializer = new XMLSerializer(new FileOutputStream(signatureFile),
+// // format);
+// // fileSerializer.serialize(signature);
+// // }
//
-// return sig_res;
// }
-
- protected String getConnectorValueFromProfile(String profile, String key)
- {
- String value = settings_.getValueFromKey("sig_obj." + profile + "." + key);
- if (value == null)
- {
- value = settings_.getValueFromKey(key);
- }
- return value;
- }
-
- public String getSignURL(String profile)
- {
- final String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_SIGN + ".url";
- return getConnectorValueFromProfile(profile, key);
- }
-
- protected String getSignRequestTemplateFileName(String profile)
- {
- String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_SIGN + ".request";
- return getConnectorValueFromProfile(profile, key);
- }
-
- protected String getSignKeyIdentifier(String profile)
- {
- String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_SIGN + ".KeyIdentifier";
- return getConnectorValueFromProfile(profile, key);
- }
-
- public String getVerifyURL(String profile)
- {
- String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_VERIFY + ".url";
- return getConnectorValueFromProfile(profile, key);
- }
-
- protected String getVerifyRequestTemplateFileName(String profile)
- {
- String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_VERIFY + ".request";
- return getConnectorValueFromProfile(profile, key);
- }
-
- protected String getVerifyTemplateFileName(String profile)
- {
- String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_VERIFY + ".template";
- return getConnectorValueFromProfile(profile, key);
- }
-
- protected String getSigPropFileName(String profile)
- {
- String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_VERIFY + ".template.SP";
- return getConnectorValueFromProfile(profile, key);
- }
-
- protected String getVerifyTrustProfileID(String profile)
- {
- String key = TYPE + "." + ConnectorConfigurationKeys.VALUE_MODE_VERIFY + ".TrustProfileID";
- return getConnectorValueFromProfile(profile, key);
- }
-
- /**
- * This method connects the moa server getting the requestString, the given
- * serviseMode and the endpointUrl. The requestString is the envelope of the
- * SOAP Message send and recieve by the AXIS module. The Response SOAP message
- * of the MOA server is parsed by AXIS and the message envelope is send back
- * to the calling method.
- *
- * @param requestString
- * the request string (XML) to send.
- * @param serviceMode
- * the mode which connect to MOA
- * @param endpointURL
- * the URL which the MOA server is running
- * @return the response string (XML) of the MOA server
- * @throws WebException
- */
- public static String connectMOA(String requestString, String serviceMode,
- String endpointURL) throws WebException
- {
- try
- {
- if (logger_.isInfoEnabled())
- {
- logger_.info(serviceMode);
- logger_.info(endpointURL);
- }
- // Parser/DOMBuilder instanzieren
- DocumentBuilderFactory factory = DocumentBuilderFactory.newInstance();
- factory.setNamespaceAware(true);
- DocumentBuilder builder = factory.newDocumentBuilder();
-
- // XML Datei in einen DOM-Baum umwandeln
- ByteArrayInputStream bais = new ByteArrayInputStream(requestString.getBytes("UTF-8"));
- Document xmlRequest = builder.parse(bais);
-
- // Call öffnen
- Call call = null;
-
- // Neues BodyElement anlegen und mit dem DOM-Baum füllen
- SOAPBodyElement body = new SOAPBodyElement(xmlRequest.getDocumentElement());
- SOAPBodyElement[] params = new SOAPBodyElement[] { body };
-
- // AXIS-Server instanzieren
- Service service = ServiceFactory.newInstance().createService(new QName(serviceMode));
- call = service.createCall();
- call.setTargetEndpointAddress(endpointURL);
-
- // Call auslösen und die Antworten speichern
- if (logger_.isInfoEnabled())
- {
- logger_.info("Calling MOA:" + endpointURL);
- }
- Vector responses = (Vector) call.invoke(params);
-
- // Erstes Body Element auslesen
- SOAPBodyElement response = (SOAPBodyElement) responses.get(0);
-
- // Aus der Response den DOM-Baum lesen
- Document root_response = response.getAsDocument();
- if (logger_.isInfoEnabled())
- {
- logger_.info("Return from MOA:" + serviceMode);
- }
-
- // XML-Formatierung konfiguieren
- OutputFormat format = new OutputFormat((Document) root_response);
- format.setLineSeparator("\n");
- format.setIndenting(false);
- format.setPreserveSpace(true);
- format.setOmitXMLDeclaration(false);
- format.setEncoding("UTF-8");
-
- // Ausgabe der Webservice-Antwort auf die Konsole
- // XMLSerializer conSerializer = new XMLSerializer(System.out, format);
- // conSerializer.serialize(root_response);
-
- // Ausgabe der Webservice-Antwort in Datei
- ByteArrayOutputStream baos = new ByteArrayOutputStream();
- XMLSerializer response_serializer = new XMLSerializer(baos, format);
- response_serializer.serialize(root_response);
- return baos.toString("UTF-8");
- }
- catch (Exception e)
- {
- throw new WebException(330, e);
- }
- // serialize signature only
-
- // if
- // (root_response.getDocumentElement().getLocalName().equals("CreateXMLSignatureResponse"))
- // {
- // Element signature = (Element)
- // root_response.getElementsByTagNameNS("http://www.w3.org/2000/09/xmldsig#",
- // "Signature").item(0);
- // String signatureFile = getProperty(mode + "Request").substring(0,
- // getProperty(mode +
- // "Request").lastIndexOf('.')) + ".Signature.xml";
- // fileSerializer = new XMLSerializer(new FileOutputStream(signatureFile),
- // format);
- // fileSerializer.serialize(signature);
- // }
-
- }
}
\ No newline at end of file |