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* DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS HEADER.
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*
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* General Public License Version 2 only ("GPL") or the Common Development
* and Distribution License("CDDL") (collectively, the "License"). You
* may not use this file except in compliance with the License. You can obtain
* a copy of the License at https://glassfish.dev.java.net/public/CDDL+GPL.html
* or glassfish/bootstrap/legal/LICENSE.txt. See the License for the specific
* language governing permissions and limitations under the License.
*
* When distributing the software, include this License Header Notice in each
* file and include the License file at glassfish/bootstrap/legal/LICENSE.txt.
* Sun designates this particular file as subject to the "Classpath" exception
* as provided by Sun in the GPL Version 2 section of the License file that
* accompanied this code. If applicable, add the following below the License
* Header, with the fields enclosed by brackets [] replaced by your own
* identifying information: "Portions Copyrighted [year]
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/*
* SecurityPoliciesTest.java
* JUnit based test
*
* Created on August 24, 2006, 4:26 AM
*/
package com.sun.xml.ws.security.impl.policy;
import com.sun.xml.stream.buffer.XMLStreamBuffer;
import com.sun.xml.ws.api.model.wsdl.WSDLExtensible;
import com.sun.xml.ws.policy.Policy;
import com.sun.xml.ws.policy.PolicyException;
import com.sun.xml.ws.policy.PolicyMap;
import com.sun.xml.ws.policy.PolicyMapKey;
import com.sun.xml.ws.policy.PolicyMerger;
import com.sun.xml.ws.policy.jaxws.PolicyConfigParser;
import com.sun.xml.ws.policy.jaxws.WSDLPolicyMapWrapper;
import com.sun.xml.ws.policy.sourcemodel.PolicyModelTranslator;
import com.sun.xml.ws.policy.sourcemodel.PolicyModelUnmarshaller;
import com.sun.xml.ws.policy.sourcemodel.PolicySourceModel;
import com.sun.xml.ws.security.impl.policyconv.XWSSPolicyGenerator;
import com.sun.xml.wss.impl.PolicyTypeUtil;
import com.sun.xml.wss.impl.policy.SecurityPolicy;
import com.sun.xml.wss.impl.policy.mls.AuthenticationTokenPolicy;
import com.sun.xml.wss.impl.policy.mls.EncryptionPolicy;
import com.sun.xml.wss.impl.policy.mls.EncryptionTarget;
import com.sun.xml.wss.impl.policy.mls.MessagePolicy;
import com.sun.xml.wss.impl.policy.mls.SignatureConfirmationPolicy;
import com.sun.xml.wss.impl.policy.mls.SignaturePolicy;
import com.sun.xml.wss.impl.policy.mls.SignatureTarget;
import com.sun.xml.wss.impl.policy.mls.Target;
import com.sun.xml.wss.impl.policy.mls.TimestampPolicy;
import com.sun.xml.wss.impl.policy.mls.WSSPolicy;
import java.io.IOException;
import java.io.InputStream;
import java.io.InputStreamReader;
import java.io.Reader;
import java.net.URL;
import java.util.ArrayList;
import java.util.Collection;
import java.util.HashMap;
import java.util.Iterator;
import java.util.List;
import javax.xml.stream.XMLInputFactory;
import javax.xml.stream.XMLStreamReader;
import junit.framework.*;
import java.util.logging.Logger;
import javax.xml.namespace.QName;
/**
*
* @author K.Venugopal@SUN.com
* @author Mayank.Mishra@SUN.com
*/
public class SecurityPoliciesTest extends TestCase {
public SecurityPoliciesTest(String testName) {
super(testName);
}
protected void setUp() throws Exception {
}
protected void tearDown() throws Exception {
}
public static Test suite() {
TestSuite suite = new TestSuite(SecurityPoliciesTest.class);
return suite;
}
public void testInteropScenario3_1() throws Exception {
String filaname = "security/interop-1.wsdl";
execute(filaname, false, false,1);
execute(filaname, false, true,1);
execute(filaname, true, false,1);
execute(filaname, true, true,1);
}
public void testInteropScenario3_2() throws Exception {
String filaname = "security/interop-2.wsdl";
execute(filaname, false, false,2);
execute(filaname, false, true,2);
execute(filaname, true, false,2);
execute(filaname, true, true,2);
}
public void testInteropScenario3_3() throws Exception {
String filaname = "security/interop-3.wsdl";
execute(filaname, false, false,3);
execute(filaname, false, true,3);
execute(filaname, true, false,3);
execute(filaname, true, true,3);
}
public void testInteropScenario3_4() throws Exception {
String filaname = "security/interop-4.wsdl";
execute(filaname, false, false,4);
execute(filaname, false, true,4);
execute(filaname, true, false,4);
execute(filaname, true, true,4);
}
public void testInteropScenario3_5() throws Exception {
String filaname = "security/interop-5.wsdl";
execute(filaname, false, false,5);
execute(filaname, false, true,5);
execute(filaname, true, false,5);
execute(filaname, true, true,5);
}
public void testInteropScenario3_6() throws Exception {
String filaname = "security/interop-6.wsdl";
execute(filaname, false, false,6);
execute(filaname, false, true,6);
execute(filaname, true, false,6);
execute(filaname, true, true,6);
}
public void testInteropScenario3_7() throws Exception {
String filaname = "security/interop-7.wsdl";
execute(filaname, false, false,7);
execute(filaname, false, true,7);
execute(filaname, true, false,7);
execute(filaname, true, true,7);
}
public void testTimeStampCR6398675() throws Exception {
String filename = "security/TimeStamp.wsdl";
execute(filename,false,false,10);
execute(filename,false,true,10);
execute(filename,true,false,10);
execute(filename,true,true,10);
}
public void testUMPolicy()throws Exception{
String xmlFile = "security/interop-1.xml";
unmarshalPolicy(xmlFile);
}
public boolean hasXPathTarget(String xpathExpr , Iterator itr){
while(itr.hasNext()){
if(xpathExpr.equals(itr.next())){
return true;
}
}
return false;
}
private PolicySourceModel unmarshalPolicyResource(String resource) throws PolicyException, IOException {
Reader reader = getResourceReader(resource);
PolicySourceModel model = PolicyModelUnmarshaller.getXmlUnmarshaller().unmarshalModel(reader);
reader.close();
return model;
}
private Reader getResourceReader(String resourceName) {
return new InputStreamReader(Thread.currentThread().getContextClassLoader().getResourceAsStream(resourceName));
}
public Policy unmarshalPolicy(String xmlFile)throws Exception{
PolicySourceModel model = unmarshalPolicyResource(
xmlFile);
Policy mbp = PolicyModelTranslator.getTranslator().translate(model);
return mbp;
}
public boolean isHeaderPresent(QName expected , Iterator headers){
while(headers.hasNext()){
Header header = (Header) headers.next();
if(expected.getLocalPart().equals(header.getLocalName())){
if(expected.getNamespaceURI().equals(header.getURI())){
return true;
}
}
}
return false;
}
public List<SignatureTarget> createSignatureTargetList(List<String> targetType, List<String> targetValue, List<Boolean> contentOnly,
List<List<SignatureTarget.Transform>> transformList) {
int size = targetType.size();
List<SignatureTarget> targetList = new ArrayList<SignatureTarget>();
for ( int i = 0 ; i<size ; i++ ) {
SignatureTarget t1 = new SignatureTarget();
t1.setContentOnly(contentOnly.get(i));
t1.setType(targetType.get(i));
t1.setValue(targetValue.get(i));
List<SignatureTarget.Transform> transList = transformList.get(i);
for(int j=0; j<transList.size() ; j++ ) {
t1.addTransform(transList.get(j));
}
targetList.add(t1);
}
return targetList;
}
public void addToSPTList(WSSPolicy policy, SignaturePolicy sp){
SignaturePolicy.FeatureBinding spFB = (SignaturePolicy.FeatureBinding) sp.getFeatureBinding();
SignatureTarget st = new SignatureTarget();
st.setType(SignatureTarget.TARGET_TYPE_VALUE_URI);
st.setValue(policy.getType());
spFB.addTargetBinding(st);
}
public void addQTToSPTList(WSSPolicy policy, SignaturePolicy sp){
SignaturePolicy.FeatureBinding spFB = (SignaturePolicy.FeatureBinding) sp.getFeatureBinding();
SignatureTarget st = new SignatureTarget();
st.setType(SignatureTarget.TARGET_TYPE_VALUE_QNAME);
st.setValue(policy.getType());
spFB.addTargetBinding(st);
}
public SignaturePolicy createSignaturePolicy(List<SignatureTarget> targetList) {
SignaturePolicy policy = new SignaturePolicy();
SignaturePolicy.FeatureBinding featureBinding =
(SignaturePolicy.FeatureBinding)policy.getFeatureBinding();
for ( Target t : targetList ) {
featureBinding.addTargetBinding(t);
}
return policy;
}
public EncryptionPolicy createEncryptionPolicy(List<EncryptionTarget> targetList) {
EncryptionPolicy policy = new EncryptionPolicy();
EncryptionPolicy.FeatureBinding featureBinding =
(EncryptionPolicy.FeatureBinding)policy.getFeatureBinding();
for ( Target t : targetList ) {
featureBinding.addTargetBinding(t);
}
return policy;
}
public SignaturePolicy addSignKeyBinding(SignaturePolicy policy, String type, String ref) {
if ( "x509".equals(type) ) {
((AuthenticationTokenPolicy.X509CertificateBinding)policy.newX509CertificateKeyBinding()).setReferenceType(ref);
} else if ( "symmetric".equals(type)) {
policy.newSymmetricKeyBinding();
} else if ( "derivedkey".equals(type)) {
policy.newDerivedTokenKeyBinding();
}
return policy;
}
public EncryptionPolicy addEncryptKeyBinding(EncryptionPolicy policy, String type, String ref) {
if ( "x509".equals(type) ) {
((AuthenticationTokenPolicy.X509CertificateBinding)policy.newX509CertificateKeyBinding()).setReferenceType(ref);
} else if ( "symmetric".equals(type)) {
policy.newSymmetricKeyBinding();
} else if ( "derivedkey".equals(type)) {
policy.newDerivedTokenKeyBinding();
}
return policy;
}
public AuthenticationTokenPolicy createUTPolicy(
String username, String pass, String nonce, boolean doDigest) {
AuthenticationTokenPolicy at = new AuthenticationTokenPolicy();
AuthenticationTokenPolicy.UsernameTokenBinding UT =
new AuthenticationTokenPolicy.UsernameTokenBinding();
if ( username != null ) {
UT.setUsername(username);
}
if ( pass != null ) {
UT.setPassword(pass);
}
if ( nonce != null ) {
UT.setNonce(nonce);
}
if ( doDigest ) {
UT.setDigestOn(doDigest);
}
at.setFeatureBinding(UT);
return at;
}
public boolean comparePolicies(MessagePolicy policy1, MessagePolicy policy2) throws Exception{
//boolean asrt = false;
if ( policy1.size() != policy2.size()) {
for(int i=0;i<policy1.size();i++){
System.out.println("Policy1:"+policy1.get(i));
}
for(int i=0;i<policy2.size();i++){
System.out.println("Policy2:"+policy2.get(i));
}
return false;
}
for ( int i = 0 ; i<policy1.size() ; i++ ) {
if ( policy1.get(i).getType() != policy2.get(i).getType() ) {
return false;
}
if ( PolicyTypeUtil.signaturePolicy(policy1.get(i))) {
if ( !compareSignaturePolicy(((WSSPolicy) policy1.get(i)), ((WSSPolicy) policy2.get(i)) ) ) {
return false;
}
} else if ( PolicyTypeUtil.encryptionPolicy(policy1.get(i))) {
if ( !compareEncryptionPolicy((WSSPolicy) policy1.get(i), (WSSPolicy) policy2.get(i)) ) {
return false;
}
}
}
return true;
}
public void modifyMessagePolicy(MessagePolicy msgPolicy ) {
Iterator it = msgPolicy.iterator();
HashMap<String, String> map = new HashMap<String, String>();
while ( it.hasNext() ) {
Object obj = it.next();
if ( obj instanceof WSSPolicy ) {
WSSPolicy pol = (WSSPolicy) obj;
if ( PolicyTypeUtil.AUTH_POLICY_TYPE.equals(pol.getType())) {
pol = (WSSPolicy)pol.getFeatureBinding();
}
if ( pol.getUUID() != null ) {
map.put(pol.getUUID(), pol.getType());
pol.setUUID(pol.getType());
}
if ( PolicyTypeUtil.signaturePolicy(pol) ) {
SignaturePolicy sigPolicy = (SignaturePolicy)pol;
ArrayList<SignatureTarget> targetList =
((SignaturePolicy.FeatureBinding)pol.getFeatureBinding()).getTargetBindings();
for ( SignatureTarget target : targetList ) {
if ( "uri".equals(target.getType()) && map.get(target.getValue()) != null ) {
target.setValue(map.get(target.getValue()));
}
}
}
if ( PolicyTypeUtil.encryptionPolicy(pol) ) {
EncryptionPolicy encPolicy = (EncryptionPolicy)pol;
ArrayList<EncryptionTarget> targetList =
((EncryptionPolicy.FeatureBinding)pol.getFeatureBinding()).getTargetBindings();
for ( EncryptionTarget target : targetList ) {
if ( "uri".equals(target.getType()) && map.get(target.getValue()) != null ) {
target.setValue(map.get(target.getValue()));
}
}
}
}
}
}
public List<SignatureTarget> createSignatureTargetEndorsingSignature(boolean contentonlyflag) {
List<String> targetType = new ArrayList<String>();
targetType.add("uri");
List<String> targetValue = new ArrayList<String>();
targetValue.add("#Sign");
List<Boolean> contentOnly = new ArrayList<Boolean>();
contentOnly.add(contentonlyflag);
List<SignatureTarget.Transform> tl1 = new ArrayList<SignatureTarget.Transform>();
List<List<SignatureTarget.Transform>> tl =
new ArrayList<List<SignatureTarget.Transform>>();
tl.add(tl1);
List<SignatureTarget> sigTargetList =
createSignatureTargetList(targetType, targetValue, contentOnly, tl);
return sigTargetList;
}
public List<SignatureTarget> createSignatureTargetBody(boolean contentonlyflag) {
List<String> targetType = new ArrayList<String>();
targetType.add("qname");
List<String> targetValue = new ArrayList<String>();
targetValue.add(Target.BODY);
List<Boolean> contentOnly = new ArrayList<Boolean>();
contentOnly.add(contentonlyflag);
List<SignatureTarget.Transform> tl1 = new ArrayList<SignatureTarget.Transform>();
List<List<SignatureTarget.Transform>> tl =
new ArrayList<List<SignatureTarget.Transform>>();
tl.add(tl1);
List<SignatureTarget> sigTargetList =
createSignatureTargetList(targetType, targetValue, contentOnly, tl);
return sigTargetList;
}
public List<SignatureTarget> createSignatureTargetBodyAllHeader(boolean contentonlyflag) {
List<String> targetType = new ArrayList<String>();
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
List<String> targetValue = new ArrayList<String>();
targetValue.add(Target.BODY);
//targetValue.add(Target.ALL_MESSAGE_HEADERS);
targetValue.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}ReplyTo");
targetValue.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}From");
targetValue.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}To");
targetValue.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}Action");
targetValue.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}RelatesTo");
targetValue.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}MessageID");
targetValue.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}FaultTo");
List<Boolean> contentOnly = new ArrayList<Boolean>();
contentOnly.add(contentonlyflag);
contentOnly.add(contentonlyflag);
contentOnly.add(contentonlyflag);
contentOnly.add(contentonlyflag);
contentOnly.add(contentonlyflag);
contentOnly.add(contentonlyflag);
contentOnly.add(contentonlyflag);
contentOnly.add(contentonlyflag);
List<SignatureTarget.Transform> tl1 = new ArrayList<SignatureTarget.Transform>();
List<SignatureTarget.Transform> tl2 = new ArrayList<SignatureTarget.Transform>();
List<SignatureTarget.Transform> tl3 = new ArrayList<SignatureTarget.Transform>();
List<SignatureTarget.Transform> tl4 = new ArrayList<SignatureTarget.Transform>();
List<SignatureTarget.Transform> tl5 = new ArrayList<SignatureTarget.Transform>();
List<SignatureTarget.Transform> tl6 = new ArrayList<SignatureTarget.Transform>();
List<SignatureTarget.Transform> tl7 = new ArrayList<SignatureTarget.Transform>();
List<SignatureTarget.Transform> tl8 = new ArrayList<SignatureTarget.Transform>();
List<List<SignatureTarget.Transform>> tl =
new ArrayList<List<SignatureTarget.Transform>>();
tl.add(tl1);
tl.add(tl2);
tl.add(tl3);
tl.add(tl4);
tl.add(tl5);
tl.add(tl6);
tl.add(tl7);
tl.add(tl8);
List<SignatureTarget> sigTargetList =
createSignatureTargetList(targetType, targetValue, contentOnly, tl);
return sigTargetList;
}
public List<EncryptionTarget> createEncryptionTargetBody(boolean contentonlyflag) {
List<String> targetType = new ArrayList<String>();
targetType.add("qname");
List<String> targetValue = new ArrayList<String>();
targetValue.add(Target.BODY);
List<Boolean> contentOnly = new ArrayList<Boolean>();
contentOnly.add(contentonlyflag);
List<EncryptionTarget.Transform> tl1 = new ArrayList<EncryptionTarget.Transform>();
List<List<EncryptionTarget.Transform>> tl =
new ArrayList<List<EncryptionTarget.Transform>>();
tl.add(tl1);
List<EncryptionTarget> encTargetList = createEncryptionTargetList(targetType, targetValue, contentOnly, tl);
return encTargetList;
}
public List<EncryptionTarget> createEncryptionTargetBodyAndUT(boolean contentonlyflag) {
List<String> targetType = new ArrayList<String>();
targetType.add("qname");
targetType.add("uri");
List<String> targetValue = new ArrayList<String>();
targetValue.add(Target.BODY);
targetValue.add("UsernameTokenBinding");
List<Boolean> contentOnly = new ArrayList<Boolean>();
contentOnly.add(contentonlyflag);
contentOnly.add(contentonlyflag);
List<EncryptionTarget.Transform> tl1 = new ArrayList<EncryptionTarget.Transform>();
List<EncryptionTarget.Transform> tl2 = new ArrayList<EncryptionTarget.Transform>();
List<List<EncryptionTarget.Transform>> tl =
new ArrayList<List<EncryptionTarget.Transform>>();
tl.add(tl1);
tl.add(tl2);
List<EncryptionTarget> encTargetList = createEncryptionTargetList(targetType, targetValue, contentOnly, tl);
return encTargetList;
}
public List<EncryptionTarget> createEncryptionTargetList(List<String> targetType, List<String> targetValue, List<Boolean> contentOnly,
List<List<EncryptionTarget.Transform>> transformList) {
int size = targetType.size();
List<EncryptionTarget> targetList = new ArrayList<EncryptionTarget>();
for ( int i = 0 ; i<size ; i++ ) {
EncryptionTarget t1 = new EncryptionTarget();
t1.setContentOnly(contentOnly.get(i));
t1.setType(targetType.get(i));
t1.setValue(targetValue.get(i));
List<EncryptionTarget.Transform> transList = transformList.get(i);
for(int j=0; j<transList.size() ; j++ ) {
t1.addCipherReferenceTransform(transList.get(j));
}
targetList.add(t1);
}
return targetList;
}
public List<EncryptionTarget> createEncryptionTargetBodyAllHeader(boolean contentonlyflag) {
List<String> targetType = new ArrayList<String>();
targetType.add("qname");
targetType.add("qname");
List<String> targetValue = new ArrayList<String>();
targetValue.add(Target.BODY);
targetValue.add(Target.ALL_MESSAGE_HEADERS);
List<Boolean> contentOnly = new ArrayList<Boolean>();
contentOnly.add(contentonlyflag);
contentOnly.add(contentonlyflag);
List<EncryptionTarget.Transform> tl1 = new ArrayList<EncryptionTarget.Transform>();
List<EncryptionTarget.Transform> tl2 = new ArrayList<EncryptionTarget.Transform>();
List<List<EncryptionTarget.Transform>> tl =
new ArrayList<List<EncryptionTarget.Transform>>();
tl.add(tl1);
tl.add(tl2);
List<EncryptionTarget> encTargetList =
createEncryptionTargetList(targetType, targetValue, contentOnly, tl);
return encTargetList;
}
public List<SignatureTarget> createSignatureTargetBodySelectedHeader(List<String> targetqname, boolean contentonlyflag) {
List<String> targetType = new ArrayList<String>();
targetType.add("qname");
for ( String qname : targetqname) {
targetType.add("qname");
}
List<String> targetValue = new ArrayList<String>();
targetValue.add(Target.BODY);
for ( String qname : targetqname) {
targetValue.add(qname);
}
List<Boolean> contentOnly = new ArrayList<Boolean>();
contentOnly.add(contentonlyflag);
for ( String qname : targetqname) {
contentOnly.add(contentonlyflag);
}
List<SignatureTarget.Transform> tl1 = new ArrayList<SignatureTarget.Transform>();
List<List<SignatureTarget.Transform>> tl =
new ArrayList<List<SignatureTarget.Transform>>();
tl.add(tl1);
for ( String qname : targetqname) {
List<SignatureTarget.Transform> tl2 = new ArrayList<SignatureTarget.Transform>();
tl.add(tl2);
}
List<SignatureTarget> sigTargetList =
createSignatureTargetList(targetType, targetValue, contentOnly, tl);
return sigTargetList;
}
public List<EncryptionTarget> createEncryptionTargetBodySelectedHeader(List<String> targetqname , boolean contentonlyflag, List<String> targetType) {
//List<String> targetType = new ArrayList<String>();
//targetType.add("qname");
//for ( String qname : targetqname ) {
// targetType.add("qname");
//}
List<String> targetValue = new ArrayList<String>();
targetValue.add(Target.BODY);
for ( String qname : targetqname) {
targetValue.add(qname);
}
List<Boolean> contentOnly = new ArrayList<Boolean>();
contentOnly.add(contentonlyflag);
for ( String qname : targetqname) {
contentOnly.add(contentonlyflag);
}
List<EncryptionTarget.Transform> tl1 = new ArrayList<EncryptionTarget.Transform>();
List<List<EncryptionTarget.Transform>> tl =
new ArrayList<List<EncryptionTarget.Transform>>();
tl.add(tl1);
for ( String qname : targetqname) {
List<EncryptionTarget.Transform> tl2 = new ArrayList<EncryptionTarget.Transform>();
tl.add(tl2);
}
List<EncryptionTarget> encTargetList =
createEncryptionTargetList(targetType, targetValue, contentOnly, tl);
return encTargetList;
}
public List<String> createAddressingHeaderQNameList() {
List<String> l = new ArrayList<String>();
l.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}To");
l.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}From");
l.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}FaultTo");
l.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}ReplyTo");
l.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}MessageID");
l.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}RelatesTo");
l.add("{http://schemas.xmlsoap.org/ws/2004/08/addressing}Action");
return l;
}
//Comparing two message policies
public boolean compileMessagePolicies(MessagePolicy pol1, MessagePolicy pol2)throws Exception {
if ( pol1.getType() != pol2.getType() ) {
return false;
}
boolean asrt = true;
ArrayList p1 = pol1.getPrimaryPolicies();
ArrayList p2 = pol2.getPrimaryPolicies();
if ( p1.size() != p2.size() ) {
return false;
}
for(int i=0; i<p1.size(); i++ ) {
WSSPolicy wp1 = (WSSPolicy)p1.get(i);
WSSPolicy wp2 = (WSSPolicy)p2.get(i);
if ( wp1.getType() != wp2.getType() ) {
return false;
} else {
if ( PolicyTypeUtil.signaturePolicy(wp1)) {
asrt = asrt && compareSignaturePolicy(wp1, wp2);
} else if ( PolicyTypeUtil.encryptionPolicy(wp1)) {
asrt = asrt && compareEncryptionPolicy(wp1, wp2);
}
}
}
return asrt;
}
public boolean compareSignaturePolicy(WSSPolicy wp1, WSSPolicy wp2) throws Exception{
SignaturePolicy sp1 = (SignaturePolicy)wp1;
SignaturePolicy sp2 = (SignaturePolicy)wp2;
if ( sp1.getKeyBinding().getType() != sp2.getKeyBinding().getType() ) {
return false;
}
//Verify targets
SignaturePolicy.FeatureBinding f1 = (SignaturePolicy.FeatureBinding)sp1.getFeatureBinding();
List<Target> t1 = f1.getTargetBindings();
SignaturePolicy.FeatureBinding f2 = (SignaturePolicy.FeatureBinding)sp2.getFeatureBinding();
List<Target> t2 = f2.getTargetBindings();
if ( t1.size() != t2.size() ) {
System.err.println("Expected number of Targets"+t1.size()+" Got "+t2.size());
throw new Exception("Number of targets in the signature policy did not match");
}
for (int i=0; i<t1.size(); i++) {
Target s1 = (Target)t1.get(i);
Target s2 = (Target)t2.get(i);
if ( s1.getType() != s2.getType() ) {
System.err.println("Expected Target Type"+s1.getType()+" Got "+s2.getType());
throw new Exception("Target type in signature policy did not match");
}
// if ( !s1.getValue().equals(s2.getValue() )) {
// System.err.println("Expected Target Value"+s1.getValue()+" Got "+s2.getValue());
// throw new Exception("Target Value in signature policydid not match");
// }
}
return true;
}
public boolean compareEncryptionPolicy(WSSPolicy wp1, WSSPolicy wp2) throws Exception{
EncryptionPolicy sp1 = (EncryptionPolicy)wp1;
EncryptionPolicy sp2 = (EncryptionPolicy)wp2;
if ( sp1.getKeyBinding().getType() != sp2.getKeyBinding().getType() ) {
return false;
}
//Verify targets
EncryptionPolicy.FeatureBinding f1 = (EncryptionPolicy.FeatureBinding)sp1.getFeatureBinding();
List<Target> t1 = f1.getTargetBindings();
EncryptionPolicy.FeatureBinding f2 = (EncryptionPolicy.FeatureBinding)sp2.getFeatureBinding();
List<Target> t2 = f2.getTargetBindings();
if ( t1.size() != t2.size() ) {
System.err.println("Expected number of Targets"+t1.size()+" Got "+t2.size());
throw new Exception("Number of targets in the Encryption policy did not match");
}
for (int i=0; i<t1.size(); i++) {
Target s1 = (Target)t1.get(i);
Target s2 = (Target)t2.get(i);
if ( s1.getType() != s2.getType() ) {
System.err.println("Expected Target Type"+s1.getType()+" Got "+s2.getType());
throw new Exception("Target type in encryption policy did not match");
}
if ( s1.getValue() != s2.getValue() ) {
System.err.println("Expected Target Value"+s1.getValue()+" Got "+s2.getValue());
throw new Exception("Target Value in encryption policy did not match");
}
}
return true;
}
public MessagePolicy executeTest(String fileName, boolean isServer, boolean isIncoming) throws Exception {
// QName serviceName = new QName("PingService");
// QName portName = new QName("Port");
// QName operationName = new QName("Ping");
// QName inputName = new QName("PingRequest");
// QName outputName = new QName("PingResponse");
// WSPolicyBuilder builder = WSPolicyBuilder.getBuilder();
// WSPolicyFromXmlHandler handler = null;
PolicyMap map = null;
ClassLoader cl = Thread.currentThread().getContextClassLoader();
String wsdlFile = fileName;
URL inUrl = null;
if(cl==null) {
inUrl = ClassLoader.getSystemResource(wsdlFile);
} else {
inUrl = cl.getResource(wsdlFile);
}
//WSDLModel model = PolicyConfigParser.parse(buffer);
map = PolicyConfigParser.parse(inUrl, false);
// QName serviceName = new QName(UUID.randomUUID().toString());
// QName portName = new QName(UUID.randomUUID().toString());
// QName operationName = new QName(UUID.randomUUID().toString());
// QName inputName = new QName(UUID.randomUUID().toString());
// QName outputName = new QName(UUID.randomUUID().toString());
//
//
// int count = 0;
// for ( String file : policies) {
// if ( count == 0 ) {
// handler = new WSPolicyFromXmlHandler(file, null, serviceName, portName);
// builder.registerHandler(handler);
// } else if ( count == 1 ) {
// handler = new WSPolicyFromXmlHandler(file ,WSPolicyFromXmlHandler.Scope.InputMessageScope, null, serviceName, portName,operationName,inputName,outputName);
// builder.registerHandler(handler);
// } else if ( count == 2 ) {
// handler = new WSPolicyFromXmlHandler(file, WSPolicyFromXmlHandler.Scope.OutputMessageScope,null, serviceName, portName,operationName,inputName,outputName);
// builder.registerHandler(handler);
// }
// count++;
// }
//
// PolicyMap map = builder.create();
// PolicyMapKey endpointKey = map.createWsdlEndpointScopeKey(serviceName, portName);
// One key should be enough , just testing.
// PolicyMapKey inputKey =map.createWsdlOperationScopeKey(serviceName, portName,operationName);
// PolicyMapKey outputKey = map.createWsdlOperationScopeKey(serviceName, portName,operationName);
Collection c =null;
Iterator itr = null;
c = map.getAllEndpointScopeKeys();
itr = c.iterator();
PolicyMapKey endpointKey=null;
while(itr.hasNext()) {
endpointKey = (PolicyMapKey)itr.next();
}
c=map.getAllInputMessageScopeKeys();
itr=c.iterator();
PolicyMapKey inputKey=null;
while(itr.hasNext()) {
inputKey = (PolicyMapKey)itr.next();
}
c= map.getAllOutputMessageScopeKeys();
itr=c.iterator();
PolicyMapKey outputKey=null;
while(itr.hasNext()) {
outputKey = (PolicyMapKey)itr.next();
}
Policy ipEP = null;
Policy opEP = null;
Policy endpointEP = null;
endpointEP = (Policy) map.getEndpointEffectivePolicy(endpointKey);
ipEP = (Policy) map.getInputMessageEffectivePolicy(inputKey);
opEP = (Policy)map.getOutputMessageEffectivePolicy(outputKey);
ArrayList<Policy> pl = new ArrayList<Policy>();
if(endpointEP !=null)
pl.add(endpointEP);
if ( ipEP != null )
pl.add(ipEP);
if ( opEP != null)
pl.add(opEP);
//Start Processing client side policy
PolicyMerger pm = PolicyMerger.getMerger();
Policy ep = pm.merge(pl);
XWSSPolicyGenerator generator = new XWSSPolicyGenerator(ep, isServer, isIncoming);
generator.process();
MessagePolicy pol = generator.getXWSSPolicy();
System.out.println("\n\nGenerated Policies ........");
for ( int i=0; i< pol.size(); i++ ) {
System.out.println(pol.get(i).getType());
}
return pol;
// System.out.println("\n\nExpected Policies ........");
// for ( int i=0; i< expectedPolicy.size(); i++ ) {
// System.out.println(expectedPolicy.get(i).getType());
// }
// System.out.println("Verification status : " + comparePolicies(expectedPolicy,pol) );
// return comparePolicies(expectedPolicy,pol);
}
public void execute(String filename, boolean isServer, boolean isIncoming, int scenario) throws Exception {
MessagePolicy generated = executeTest(filename, isServer, isIncoming);
modifyMessagePolicy(generated);
print(generated);
MessagePolicy expectedPolicy;
if ( !isServer && isIncoming ) {
expectedPolicy = createClientIncomingPolicy(scenario);
} else if ( !isServer && !isIncoming) {
expectedPolicy = createClientOutgoingPolicy(scenario);
} else if ( isServer && isIncoming) {
expectedPolicy = createServerIncomingPolicy(scenario);
} else {
expectedPolicy = createServerOutgoingPolicy(scenario);
}
System.out.println("\nExpectedPolicy");
print(expectedPolicy);
compare(expectedPolicy, generated);
}
public void print(MessagePolicy generated ) throws Exception {
for ( int i = 0 ; i<generated.size() ; i++ ) {
System.out.println("Type : " + generated.get(i).getType());
if ( PolicyTypeUtil.signaturePolicy(generated.get(i))) {
WSSPolicy p = (WSSPolicy)generated.get(i);
System.out.println("KeyBinding : " + p.getKeyBinding().getType());
SignaturePolicy.FeatureBinding f1 = (SignaturePolicy.FeatureBinding)p.getFeatureBinding();
List<Target> t1 = f1.getTargetBindings();
System.out.println("No of Targets : " + t1.size());
for ( Target t : t1 ) {
System.out.println(t.getType() + " " + t.getValue());
}
}
if ( PolicyTypeUtil.encryptionPolicy(generated.get(i))) {
WSSPolicy p = (WSSPolicy)generated.get(i);
System.out.println("KeyBinding : " + p.getKeyBinding().getType());
EncryptionPolicy.FeatureBinding f1 = (EncryptionPolicy.FeatureBinding)p.getFeatureBinding();
List<Target> t1 = f1.getTargetBindings();
System.out.println("No of Targets : " + t1.size());
for ( Target t : t1 ) {
System.out.println(t.getType() + " " + t.getValue());
}
}
}
}
public void compare(MessagePolicy expectedPolicy, MessagePolicy generated) throws Exception {
System.out.println("Comparing two message policies ...");
if ( !comparePolicies(expectedPolicy, generated)) {
throw new Exception("Expected and Generated policy did not match");
}
}
public List<String> getList(String pattern) {
//G:\\optimizedpath\\tango\\jaxrpc-sec\\Tango\\tests\\data\\
List<String> l = new ArrayList<String>();
l.add(pattern + ".xml");
l.add(pattern + "-input.xml");
l.add(pattern + "-output.xml");
return l;
}
private MessagePolicy reverse(MessagePolicy tmpPolicy) throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
boolean foundSigConf = false;
boolean foundts = false;
SecurityPolicy sigConf = null;
SecurityPolicy tpolicy = null;
for ( int i=0 ; i < tmpPolicy.size(); i++) {
if ( tmpPolicy.get(i).getType().equals(PolicyTypeUtil.SIGNATURE_CONFIRMATION_POLICY_TYPE)) {
foundSigConf = true;
sigConf = tmpPolicy.get(i);
} else if (tmpPolicy.get(i).getType().equals(PolicyTypeUtil.TIMESTAMP_POLICY_TYPE)) {
foundts = true;
tpolicy = tmpPolicy.get(i);
} else {
msgPolicy.prepend(tmpPolicy.get(i));
}
}
if ( foundSigConf ) {
msgPolicy.append(sigConf);
}
if ( foundts ) {
msgPolicy.prepend(tpolicy);
}
return msgPolicy;
}
public MessagePolicy createClientIncomingPolicy(int scenario) throws Exception {
switch (scenario) {
case 1:
return createScenario1ClientIncoming();
case 2:
return createScenario2ClientIncoming();
case 3:
return createScenario3ClientIncoming();
case 4:
return createScenario4ClientIncoming();
case 5:
return createScenario5ClientIncoming();
case 6:
return createScenario6ClientIncoming();
case 7:
return createScenario7ClientIncoming();
case 8:
return createScenario8ClientIncoming();
case 9:
//return createScenario9ClientIncoming();
case 10:
return createScenario10ClientIncoming();
case 11:
return createScenario11ClientIncoming();
case 21:
return createScenario21ClientIncoming();
case 22:
return createScenario22ClientIncoming();
case 23:
return createScenario23ClientIncoming();
case 24:
return createScenario24ClientIncoming();
}
return null;
}
public MessagePolicy createClientOutgoingPolicy(int scenario) throws Exception {
switch (scenario) {
case 1:
return createScenario1ClientOutgoing();
case 2:
return createScenario2ClientOutgoing();
case 3:
return createScenario3ClientOutgoing();
case 4:
return createScenario4ClientOutgoing();
case 5:
return createScenario5ClientOutgoing();
case 6:
return createScenario6ClientOutgoing();
case 7:
return createScenario7ClientOutgoing();
case 8:
return createScenario8ClientOutgoing();
case 9:
//return createScenario9ClientOutgoing();
case 10:
return createScenario10ClientOutgoing();
case 11:
return createScenario11ClientOutgoing();
case 21:
return createScenario21ClientOutgoing();
case 22:
return createScenario22ClientOutgoing();
case 23:
return createScenario23ClientOutgoing();
case 24:
return createScenario24ClientOutgoing();
}
return null;
}
public MessagePolicy createServerIncomingPolicy(int scenario) throws Exception {
//
if ( scenario == 5 ) {
return createScenario5ServerIncoming();
}
if (scenario == 1) {
return createScenario1ServerIncoming();
}
if(scenario == 6) {
return createScenario6ServerIncoming();
}
if(scenario == 7) {
return createScenario7ServerIncoming();
}
return reverse(createClientOutgoingPolicy(scenario));
}
public MessagePolicy createServerOutgoingPolicy(int scenario) throws Exception {
if(scenario == 6) {
return createScenario6ServerOutgoing();
}
if(scenario == 7) {
return createScenario7ServerOutgoing();
}
return reverse(createClientIncomingPolicy(scenario));
}
//UserNameOverTransport_IPingService_policy
public MessagePolicy createScenario1ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
AuthenticationTokenPolicy at =
createUTPolicy("testuser", null, null, false);
at.setUUID("UsernameTokenBinding");
msgPolicy.append(at);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
return msgPolicy;
}
public MessagePolicy createScenario1ClientIncoming() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
return msgPolicy;
}
public MessagePolicy createScenario1ServerIncoming() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
AuthenticationTokenPolicy at =
createUTPolicy("testuser", null, null, false);
at.setUUID("UsernameTokenBinding");
msgPolicy.append(at);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
return msgPolicy;
}
//MutualCertificate10SignEncrypt_IPingService_policy
public MessagePolicy createScenario2ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBody(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.Basic256);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "x509", "Direct");
msgPolicy.append(sigPolicy);
addToSPTList(tp,sigPolicy);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "x509", "Identifier");
msgPolicy.append(encPolicy);
return msgPolicy;
}
public MessagePolicy createScenario2ClientIncoming() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "x509", "Identifier");
msgPolicy.append(encPolicy);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.Basic256);
List<SignatureTarget> sigTargetList =
createSignatureTargetBody(true);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "x509", "Direct");
msgPolicy.append(sigPolicy);
addToSPTList(tp,sigPolicy);
return msgPolicy;
}
//MutualCertificate10SignEncryptRsa15TripleDes_IPingService_policy
public MessagePolicy createScenario3ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBody(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "x509", "Direct");
msgPolicy.append(sigPolicy);
addToSPTList(tp,sigPolicy);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "x509", "Identifier");
msgPolicy.append(encPolicy);
return msgPolicy;
}
public MessagePolicy createScenario3ClientIncoming() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "x509", "Identifier");
msgPolicy.append(encPolicy);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBody(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "x509", "Direct");
msgPolicy.append(sigPolicy);
addToSPTList(tp,sigPolicy);
return msgPolicy;
}
//MutualCertificate10Sign_IPingServiceSign_policy
public MessagePolicy createScenario4ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBody(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.Basic256);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "x509", "Direct");
msgPolicy.append(sigPolicy);
addToSPTList(tp,sigPolicy);
return msgPolicy;
}
public MessagePolicy createScenario4ClientIncoming() throws Exception {
return reverse(createScenario4ClientOutgoing());
}
//UserNameForCertificateSignEncrypt_IPingService_policy
public MessagePolicy createScenario5ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
AuthenticationTokenPolicy at =
createUTPolicy("testuser", null, null, false);
at.setUUID("UsernameTokenBinding");
msgPolicy.append(at);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
SignaturePolicy sigPolicy = createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(sigPolicy);
addToSPTList(tp,sigPolicy);
addToSPTList(at,sigPolicy);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBodyAndUT(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(encPolicy);
return msgPolicy;
}
public MessagePolicy createScenario5ServerIncoming() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
AuthenticationTokenPolicy at =
createUTPolicy("testuser", null, null, false);
at.setUUID("UsernameTokenBinding");
msgPolicy.append(at);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "derivedkey", "Thumbprint");
addToSPTList(tp,sigPolicy);
addToSPTList(at,sigPolicy);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBodyAndUT(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(encPolicy);
msgPolicy.append(sigPolicy);
return msgPolicy;
}
public MessagePolicy createScenario5ClientIncoming() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
TimestampPolicy tp = new TimestampPolicy();
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "derivedkey", "Thumbprint");
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(encPolicy);
msgPolicy.append(tp);
msgPolicy.append(sigPolicy);
addToSPTList(tp,sigPolicy);
return msgPolicy;
}
//AnonymousForCertificateSignEncrypt_IPingService_policy
public MessagePolicy createScenario6ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
SignatureConfirmationPolicy sigConf = new SignatureConfirmationPolicy();
msgPolicy.append(sigConf);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(sigPolicy);
addQTToSPTList(sigConf,sigPolicy);
addToSPTList(tp,sigPolicy);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(encPolicy);
return msgPolicy;
}
// if 5 then ????
public MessagePolicy createScenario6ClientIncoming() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
SignatureConfirmationPolicy sigConf = new SignatureConfirmationPolicy();
msgPolicy.append(sigConf);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(encPolicy);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(sigPolicy);
addQTToSPTList(sigConf,sigPolicy);
addToSPTList(tp,sigPolicy);
return msgPolicy;
}
public MessagePolicy createScenario6ServerOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
SignatureConfirmationPolicy sigConf = new SignatureConfirmationPolicy();
msgPolicy.append(sigConf);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(sigPolicy);
addQTToSPTList(sigConf,sigPolicy);
addToSPTList(tp,sigPolicy);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(encPolicy);
return msgPolicy;
}
public MessagePolicy createScenario6ServerIncoming() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
SignatureConfirmationPolicy sigConf = new SignatureConfirmationPolicy();
msgPolicy.append(sigConf);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(encPolicy);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(sigPolicy);
addQTToSPTList(sigConf,sigPolicy);
addToSPTList(tp,sigPolicy);
return msgPolicy;
}
//MutualCertificate11SignEncrypt_IPingService_policy
public MessagePolicy createScenario7ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
SignatureConfirmationPolicy sigConf = new SignatureConfirmationPolicy();
msgPolicy.append(sigConf);
AuthenticationTokenPolicy at =
createUTPolicy("testuser", null, null, false);
at.setUUID("UsernameTokenBinding");
msgPolicy.append(at);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "symmetric", "");
msgPolicy.append(sigPolicy);
addQTToSPTList(sigConf,sigPolicy);
addToSPTList(tp,sigPolicy);
List<SignatureTarget> sigTargetList1 =
createSignatureTargetEndorsingSignature(true);
SignaturePolicy sigPolicy1 = createSignaturePolicy(sigTargetList1);
addSignKeyBinding(sigPolicy1, "x509", "Identifier");
msgPolicy.append(sigPolicy1);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "symmetric", "");
msgPolicy.append(encPolicy);
return msgPolicy;
}
public MessagePolicy createScenario7ClientIncoming() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
// AuthenticationTokenPolicy at =
// createUTPolicy("testuser", null, null, false);
// at.setUUID("UsernameTokenBinding");
// msgPolicy.append(at);
SignatureConfirmationPolicy sigConf = new SignatureConfirmationPolicy();
msgPolicy.append(sigConf);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "symmetric", "");
msgPolicy.append(encPolicy);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "symmetric", "");
msgPolicy.append(sigPolicy);
addQTToSPTList(sigConf,sigPolicy);
addToSPTList(tp,sigPolicy);
return msgPolicy;
}
//MutualCertificate11SignEncrypt_IPingService_policy
public MessagePolicy createScenario7ServerIncoming() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
SignatureConfirmationPolicy sigConf = new SignatureConfirmationPolicy();
msgPolicy.append(sigConf);
AuthenticationTokenPolicy at =
createUTPolicy("testuser", null, null, false);
at.setUUID("UsernameTokenBinding");
msgPolicy.append(at);
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "symmetric", "");
msgPolicy.append(encPolicy);
List<SignatureTarget> sigTargetList1 =
createSignatureTargetEndorsingSignature(true);
SignaturePolicy sigPolicy1 = createSignaturePolicy(sigTargetList1);
addSignKeyBinding(sigPolicy1, "x509", "Identifier");
msgPolicy.append(sigPolicy1);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "symmetric", "");
msgPolicy.append(sigPolicy);
addQTToSPTList(sigConf,sigPolicy);
addToSPTList(tp,sigPolicy);
return msgPolicy;
}
//MutualCertificate11SignEncrypt_IPingService_policy
public MessagePolicy createScenario7ServerOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
SignatureConfirmationPolicy sigConf = new SignatureConfirmationPolicy();
msgPolicy.append(sigConf);
/* AuthenticationTokenPolicy at =
createUTPolicy("testuser", null, null, false);
at.setUUID("UsernameTokenBinding");
msgPolicy.append(at);
*/
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
/* List<SignatureTarget> sigTargetList1 =
createSignatureTargetEndorsingSignature(true);
SignaturePolicy sigPolicy1 = createSignaturePolicy(sigTargetList1);
addSignKeyBinding(sigPolicy1, "x509", "Identifier");
msgPolicy.append(sigPolicy1);
*/
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "symmetric", "");
msgPolicy.append(sigPolicy);
addQTToSPTList(sigConf,sigPolicy);
addToSPTList(tp,sigPolicy);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "symmetric", "");
msgPolicy.append(encPolicy);
return msgPolicy;
}
//MutualCertificate11SignEncryptDerivedKeys_IPingService_policy
public MessagePolicy createScenario8ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.TripleDesRsa15);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "derivedkey", "");
msgPolicy.append(sigPolicy);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "derivedkey", "");
msgPolicy.append(encPolicy);
List<SignatureTarget> sigTargetList1 =
createSignatureTargetEndorsingSignature(true);
SignaturePolicy sigPolicy1 = createSignaturePolicy(sigTargetList1);
addSignKeyBinding(sigPolicy1, "derivedkey", "");
msgPolicy.append(sigPolicy1);
SignatureConfirmationPolicy sigConf = new SignatureConfirmationPolicy();
msgPolicy.append(sigConf);
return msgPolicy;
}
public MessagePolicy createScenario8ClientIncoming() throws Exception {
return(reverse(createScenario7ClientOutgoing()));
}
public MessagePolicy createScenario10ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
// TimestampPolicy tp = new TimestampPolicy();
// msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBody(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.Basic256);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "x509", "Direct");
msgPolicy.append(sigPolicy);
// addToSPTList(tp,sigPolicy);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "x509", "Identifier");
msgPolicy.append(encPolicy);
return msgPolicy;
}
public MessagePolicy createScenario10ClientIncoming() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "x509", "Identifier");
msgPolicy.append(encPolicy);
// TimestampPolicy tp = new TimestampPolicy();
// msgPolicy.append(tp);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.Basic256);
List<SignatureTarget> sigTargetList =
createSignatureTargetBody(true);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "x509", "Direct");
msgPolicy.append(sigPolicy);
// addToSPTList(tp,sigPolicy);
return msgPolicy;
}
public MessagePolicy createScenario11ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<String> targetSignType = new ArrayList<String>();
targetSignType.add("uri");
List<String> targetSignValue = new ArrayList<String>();
targetSignValue.add("TimestampPolicy");
List<Boolean> targetSignContent = new ArrayList<Boolean>();
targetSignContent.add(true);
List<SignatureTarget.Transform> transform = new ArrayList<SignatureTarget.Transform>();
List<List<SignatureTarget.Transform>> tl = new ArrayList<List<SignatureTarget.Transform>>();
tl.add(transform);
List<SignatureTarget> sigTargetList =
createSignatureTargetList(targetSignType, targetSignValue, targetSignContent, tl);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.Basic256);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "symmetric", "");
msgPolicy.append(sigPolicy);
// addToSPTList(tp,sigPolicy);
List<String> listHeaders = createAddressingHeaderQNameList();
List<String> targetType = new ArrayList<String>();
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
List<EncryptionTarget> encTargetList = createEncryptionTargetBodySelectedHeader(listHeaders,true,targetType);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "symmetric", "");
msgPolicy.append(encPolicy);
return msgPolicy;
}
public MessagePolicy createScenario11ClientIncoming() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<String> targetSignType = new ArrayList<String>();
targetSignType.add("uri");
List<String> targetSignValue = new ArrayList<String>();
targetSignValue.add("TimestampPolicy");
List<Boolean> targetSignContent = new ArrayList<Boolean>();
targetSignContent.add(true);
List<SignatureTarget.Transform> transform = new ArrayList<SignatureTarget.Transform>();
List<List<SignatureTarget.Transform>> tl = new ArrayList<List<SignatureTarget.Transform>>();
tl.add(transform);
List<SignatureTarget> sigTargetList =
createSignatureTargetList(targetSignType, targetSignValue, targetSignContent, tl);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.Basic256);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "symmetric", "");
msgPolicy.append(sigPolicy);
// addToSPTList(tp,sigPolicy);
List<String> listHeaders = createAddressingHeaderQNameList();
List<String> targetType = new ArrayList<String>();
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
targetType.add("qname");
List<EncryptionTarget> encTargetList = createEncryptionTargetBodySelectedHeader(listHeaders,true,targetType);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "symmetric", "");
msgPolicy.append(encPolicy);
return msgPolicy;
}
public MessagePolicy createScenario21ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
/* AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
suite.setType(AlgorithmSuiteValue.Basic256);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList, suite);
addSignKeyBinding(sigPolicy, "derivedkey", "");
msgPolicy.append(sigPolicy);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList, suite);
addEncryptKeyBinding(encPolicy, "derivedkey", "");
msgPolicy.append(encPolicy);
*/
List<SignatureTarget> sigTargetList1 =
createSignatureTargetEndorsingSignature(true);
SignaturePolicy sigPolicy1 = createSignaturePolicy(sigTargetList1);
addSignKeyBinding(sigPolicy1, "derivedkey", "");
msgPolicy.append(sigPolicy1);
return msgPolicy;
}
public MessagePolicy createScenario21ClientIncoming() throws Exception {
return(reverse(createScenario21ClientOutgoing()));
}
public MessagePolicy createScenario22ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.Basic256);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(sigPolicy);
addToSPTList(tp,sigPolicy);
/* List<SignatureTarget> sigTargetList1 =
createSignatureTargetEndorsingSignature(true);
SignaturePolicy sigPolicy1 = createSignaturePolicy(sigTargetList1, suite);
addSignKeyBinding(sigPolicy1, "derivedkey", "");
msgPolicy.append(sigPolicy1);
*/
return msgPolicy;
}
public MessagePolicy createScenario22ClientIncoming() throws Exception {
return(reverse(createScenario22ClientOutgoing()));
}
public MessagePolicy createScenario23ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.Basic256);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(sigPolicy);
addToSPTList(tp,sigPolicy);
List<EncryptionTarget> encTargetList =
createEncryptionTargetBody(true);
EncryptionPolicy encPolicy =
createEncryptionPolicy(encTargetList);
addEncryptKeyBinding(encPolicy, "derivedkey", "");
msgPolicy.append(encPolicy);
return msgPolicy;
}
public MessagePolicy createScenario23ClientIncoming() throws Exception {
return(reverse(createScenario23ClientOutgoing()));
}
public MessagePolicy createScenario24ClientOutgoing() throws Exception {
MessagePolicy msgPolicy = new MessagePolicy();
TimestampPolicy tp = new TimestampPolicy();
msgPolicy.append(tp);
List<SignatureTarget> sigTargetList =
createSignatureTargetBodyAllHeader(true);
// AlgorithmSuite suite = new com.sun.xml.ws.security.impl.policy.AlgorithmSuite();
// suite.setType(AlgorithmSuiteValue.Basic256);
SignaturePolicy sigPolicy =
createSignaturePolicy(sigTargetList);
addSignKeyBinding(sigPolicy, "derivedkey", "Thumbprint");
msgPolicy.append(sigPolicy);
addToSPTList(tp,sigPolicy);
return msgPolicy;
}
public MessagePolicy createScenario24ClientIncoming() throws Exception {
return(reverse(createScenario24ClientOutgoing()));
}
}
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