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/*
 * $Id: AuthenticationTokenPolicy.java,v 1.2 2010-10-21 15:37:33 snajper Exp $
 */

package com.sun.xml.wss.impl.policy.mls;

//import com.sun.xml.wss.saml.internal.impl.AssertionImpl;
import com.sun.xml.ws.security.opt.impl.tokens.UsernameToken;
import java.security.cert.X509Certificate;
//import com.sun.xml.wss.saml.AuthorityBinding;
import com.sun.xml.wss.impl.policy.MLSPolicy;
import com.sun.xml.wss.impl.policy.PolicyGenerationException;
import com.sun.xml.wss.impl.PolicyTypeUtil;
import com.sun.xml.wss.impl.MessageConstants;
import javax.crypto.SecretKey;
import javax.crypto.spec.SecretKeySpec;
import javax.xml.stream.XMLStreamReader;
import org.w3c.dom.Element;

/**
 *  Objects of this class  represent a concrete WSS  Authentication
 *  token as FeatureBinding.  The following WSS Authentication Tokens
 *  are supported :
 *   
    *
  • A UsernameToken *
  • A X509Certificate *
  • A SAMLAssertion *
* */ public class AuthenticationTokenPolicy extends WSSFeatureBindingExtension { /** * Feature Bindings * * (1) UsernameTokenBinding * (2) X509CertificateBinding * (3) SAMLAssertionBinding * * Key Bindings */ /** * Default Constructor */ public AuthenticationTokenPolicy() { setPolicyIdentifier(PolicyTypeUtil.AUTH_POLICY_TYPE); } /** * Equals operator * @param policy WSSPolicy to be compared for equality * @return true if the policy is equal to this policy */ public boolean equals(WSSPolicy policy) { boolean _assert = false; try { if (!PolicyTypeUtil.authenticationTokenPolicy(policy)) { return false; } AuthenticationTokenPolicy aPolicy = (AuthenticationTokenPolicy) policy; _assert = ((WSSPolicy) getFeatureBinding()).equals((WSSPolicy) aPolicy.getFeatureBinding()); } catch (Exception cce) { } return _assert; } /* * Equality comparision ignoring the Targets * @param policy the policy to be compared for equality * @return true if the argument policy is equal to this */ public boolean equalsIgnoreTargets(WSSPolicy policy) { return equals(policy); } /** * Clone operator * @return a clone of this AuthenticationTokenPolicy */ public Object clone() { AuthenticationTokenPolicy atPolicy = new AuthenticationTokenPolicy(); try { WSSPolicy fBinding = (WSSPolicy) getFeatureBinding(); WSSPolicy kBinding = (WSSPolicy) getKeyBinding(); if (fBinding != null) { atPolicy.setFeatureBinding((MLSPolicy) fBinding.clone()); } if (kBinding != null) { atPolicy.setKeyBinding((MLSPolicy) kBinding.clone()); } } catch (Exception e) { } return atPolicy; } /** * @return the type of the policy */ public String getType() { return PolicyTypeUtil.AUTH_POLICY_TYPE; } /** * A policy representing a WSS UsernameToken. An instance of * this class can be used as concrete feature binding for an * AuthenticationTokenPolicy. * Different parameters in this policy are applicable depending * upon whether this policy is used to construct a wss:UsernameToken * (sender side policy) or it is used to verify an incoming UsernameToken * (receiver side policy). Information on applicability will be indicated * where appropriate. */ public static class UsernameTokenBinding extends KeyBindingBase { /** * Feature Bindings * * (1) TimestampPolicy * * Key Bindings */ String nonce = MessageConstants._EMPTY; String username = MessageConstants._EMPTY; String password = MessageConstants._EMPTY; String _referenceType = MessageConstants._EMPTY; UsernameToken usernametoken=null; String _valueType = MessageConstants._EMPTY; // setting this to false for PlugFest/Policy boolean useNonce = false; // setting this to false for PlugFest/Policy boolean doDigest = false; boolean noPasswd = false; long maxNonceAge = 0; private String strId=null; String _keyAlgorithm = MessageConstants._EMPTY; private byte[] sKey = null; private SecretKey secretKey = null; private SecretKey Key = null; private boolean endorsing; boolean useCreated = false; /** * Default Constructor */ public UsernameTokenBinding() { setPolicyIdentifier(PolicyTypeUtil.USERNAMETOKEN_TYPE); } /** * Constructor * * @param username username to be sent * @param password password to be sent * @param nonce nonce * @param doDigest if password should be digested * @param creationTime timestamp */ public UsernameTokenBinding(String username, String password, String nonce, boolean doDigest, String creationTime) { this(); this.username = username; this.password = password; this.nonce = nonce; this.doDigest = doDigest; } public String getReferenceType() { return this._referenceType; //throw new UnsupportedOperationException("Not yet implemented"); } public UsernameToken getUsernameToken() { return this.usernametoken; } public void isEndorsing(boolean flag) { this.endorsing = flag; } public boolean isEndorsing() { return this.endorsing; } public void setUsernameToken(UsernameToken token) { if (isReadOnly()) { throw new RuntimeException("Can not set UsernameToken : Policy is ReadOnly"); } this.usernametoken = token; } public void setReferenceType(String referenceType) { if (isReadOnly()) { throw new RuntimeException("Can not set ReferenceType of UsernameToken : Policy is ReadOnly"); } this._referenceType = referenceType; } /** * Create and set the FeatureBinding for this WSSPolicy to a TimestampPolicy * @return a new TimestampPolicy as a FeatureBinding for this WSSPolicy * @exception PolicyGenerationException, if TimestampPolicy is not a valid FeatureBinding for this WSSPolicy * @see SignaturePolicy * @see EncryptionPolicy * @see AuthenticationTokenPolicy */ public MLSPolicy newTimestampFeatureBinding() throws PolicyGenerationException { if (isReadOnly()) { throw new RuntimeException("Can not create a feature binding of Timestamp type for ReadOnly " + _policyIdentifier); } if (!(_policyIdentifier == PolicyTypeUtil.USERNAMETOKEN_TYPE) && !(_policyIdentifier == PolicyTypeUtil.SIGNATURE_POLICY_FEATUREBINDING_TYPE)) { throw new PolicyGenerationException("Can not create a feature binding of Timestamp type for " + _policyIdentifier); } this._featureBinding = new TimestampPolicy(); return _featureBinding; } /** * set the username * @param username */ public void setUsername(String username) { if (isReadOnly()) { throw new RuntimeException("Can not set Username : Policy is ReadOnly"); } this.username = username; } /** * set the password * @param password */ public void setPassword(String password) { if (isReadOnly()) { throw new RuntimeException("Can not set Password : Policy is ReadOnly"); } this.password = password; } /** * set the nonce * @param nonce */ public void setNonce(String nonce) { if (isReadOnly()) { throw new RuntimeException("Can not set Nonce : Policy is ReadOnly"); } this.nonce = nonce; } /** * setter for a boolean flag indicating whether a nonce should be * while constructing a wss:UsernameToken from this Policy * @param useNonce */ public void setUseNonce(boolean useNonce) { if (isReadOnly()) { throw new RuntimeException("Can not set useNonce flag : Policy is ReadOnly"); } this.useNonce = useNonce; } public void setUseCreated(boolean useCreated) { if (isReadOnly()) { throw new RuntimeException("Can not set useCreated flag : Policy is ReadOnly"); } this.useCreated = useCreated; } /** * setter for a boolean flag indicating whether the password should be * digested while constructing a wss:UsernameToken from this Policy * @param doDigest */ public void setDigestOn(boolean doDigest) { if (isReadOnly()) { throw new RuntimeException("Can not set digest flag : Policy is ReadOnly"); } this.doDigest = doDigest; } /** * set the maximum age in Milliseconds for which a receiving entity should * cache the nonce associated with this policy. A receiver may * cache received nonces for this period (or more) to minimize nonce-replay attacks * This parameter is applicable when this UsernameToken is used as a Receiver requirement. * @param nonceAge */ public void setMaxNonceAge(long nonceAge) { if (isReadOnly()) { throw new RuntimeException("Can not set maxNonceAge flag : Policy is ReadOnly"); } this.maxNonceAge = nonceAge; } /** * get the username * @return username */ public String getUsername() { return this.username; } /** * get the password * @return password */ public String getPassword() { return this.password; } /** * get the nonce * @return nonce */ public String getNonce() { return this.nonce; } /** * get the useNonce flag * @return true if the useNonce flag is set to true */ public boolean getUseNonce() { return this.useNonce; } public boolean getUseCreated() { return this.useCreated; } /** * @return if password is digested */ public boolean getDigestOn() { return this.doDigest; } /** * @return the maxNonceAge */ public long getMaxNonceAge() { return this.maxNonceAge; } public boolean hasNoPassword() { return noPasswd; } public void setNoPassword(boolean value) { this.noPasswd = value; } public void setSTRID(String id) { if (isReadOnly()) { throw new RuntimeException("Can not set STRID attribute : Policy is ReadOnly"); } this.strId = id; } public String getSTRID() { return this.strId; } public void setValueType(String valueType) { if (isReadOnly()) { throw new RuntimeException("Can not set valueType of usernameToken : " + "Policy is ReadOnly"); } this._valueType = valueType; } public void setKeyAlgorithm(String keyAlgorithm) { if (isReadOnly()) { throw new RuntimeException("Can not set KeyAlgorithm : Policy is ReadOnly"); } this._keyAlgorithm = keyAlgorithm; } /** * @return the keyAlgorithm */ public String getKeyAlgorithm() { return _keyAlgorithm; } public void setSecretKey(SecretKey secretKey) { this.secretKey = secretKey; } public void setSecretKey(byte[] secretKey) { sKey = secretKey; } public SecretKey getSecretKey(String algorithm) { if (Key == null) { Key = new SecretKeySpec(sKey, algorithm); } return Key; } public SecretKey getSecretKey() { return secretKey; } /** * Equals operator * @return true if the binding is equal to this UsernameToken Policy */ public boolean equals(WSSPolicy policy) { boolean assrt = false; try { if (!PolicyTypeUtil.usernameTokenPolicy(policy)) { return false; } UsernameTokenBinding utBinding = (UsernameTokenBinding) policy; assrt = (useNonce == utBinding.getUseNonce() && doDigest == utBinding.getDigestOn() && useCreated == utBinding.getUseCreated()); } catch (Exception e) { } return assrt; } /* * Equality comparision ignoring the Targets * @param policy the policy to be compared for equality * @return true if the argument policy is equal to this */ public boolean equalsIgnoreTargets(WSSPolicy policy) { return equals(policy); } /** *@return a clone of this policy */ public Object clone() { UsernameTokenBinding utBinding = new UsernameTokenBinding(); try { utBinding.setUsername(username); utBinding.setPassword(password); utBinding.setNonce(nonce); utBinding.setUseNonce(useNonce); utBinding.setUseCreated(useCreated); utBinding.setReferenceType(_referenceType); utBinding.setDigestOn(doDigest); utBinding.setUsernameToken(usernametoken); utBinding.setUUID(UUID); WSSPolicy kBinding = (WSSPolicy) this.getKeyBinding(); if (kBinding != null) { utBinding.setKeyBinding((MLSPolicy) kBinding.clone()); } utBinding.isEndorsing(this.endorsing); //utBinding.setPolicyToken(this.getPolicyToken()); utBinding.setIncludeToken(this.getIncludeToken()); utBinding.setPolicyTokenFlag(this.policyTokenWasSet()); utBinding.isOptional(_isOptional); } catch (Exception e){ e.printStackTrace(); } return utBinding; } /** * @return the type of the policy */ public String getType() { return PolicyTypeUtil.USERNAMETOKEN_TYPE; } public String toString() { return PolicyTypeUtil.USERNAMETOKEN_TYPE + "::" + getUsername(); } } /** * A policy representing a WSS X509Certificate. An instance of * this class can be used as concrete feature binding for an * AuthenticationTokenPolicy. */ public static class X509CertificateBinding extends KeyBindingBase { /** * Feature Bindings * * Key Bindings * * (1) PrivateKeyBinding */ String _valueType = MessageConstants._EMPTY; String _encodingType = MessageConstants._EMPTY; String _referenceType = MessageConstants._EMPTY; //X509CRL _crl = null; //CertPath _certPath = null; X509Certificate _certificate = null; String _keyAlgorithm = MessageConstants._EMPTY; String _certificateIdentifier = ""; String strId = null; /** * Default Constructor */ public X509CertificateBinding() { setPolicyIdentifier(PolicyTypeUtil.X509CERTIFICATE_TYPE); } /** * @param certificateIdentifier X509Certificate identifiers like alias * @param keyAlgorithm Key algorithm to be used */ public X509CertificateBinding(String certificateIdentifier, String keyAlgorithm) { this(); this._certificateIdentifier = certificateIdentifier; this._keyAlgorithm = keyAlgorithm; } /** * Create and set the KeyBinding for this WSSPolicy to a PrivateKeyBinding * @return a new PrivateKeyBinding as a KeyBinding for this WSSPolicy */ public MLSPolicy newPrivateKeyBinding() { if (isReadOnly()) { throw new RuntimeException("Can not create PrivateKeyBinding : Policy is Readonly"); } this._keyBinding = new PrivateKeyBinding(); return _keyBinding; } /** * set the ValueType * @param valueType Token type like X509v3, X509PKIPathv1, PKCS7 */ public void setValueType(String valueType) { if (isReadOnly()) { throw new RuntimeException("Can not set ValueType of X509Certificate : Policy is ReadOnly"); } this._valueType = valueType; } /** * set the EncodingType * @param encodingType encoding type like base64 */ public void setEncodingType(String encodingType) { if (isReadOnly()) { throw new RuntimeException("Can not set EncodingType of X509Certificate : Policy is ReadOnly"); } this._encodingType = encodingType; } /** * set the ReferenceType * @param referenceType KeyIdentifier, Direct etc.,. */ public void setReferenceType(String referenceType) { if (isReadOnly()) { throw new RuntimeException("Can not set ReferenceType of X509Certificate : Policy is ReadOnly"); } this._referenceType = referenceType; } /** * set the Certificate Identifier * @param certificateIdentifier alias, key identifier etc.,. */ public void setCertificateIdentifier(String certificateIdentifier) { if (isReadOnly()) { throw new RuntimeException("Can not set X509Certificate Identifier : Policy is ReadOnly"); } this._certificateIdentifier = certificateIdentifier; } /** * set the Certificate * @param certificate X509Certificate */ public void setX509Certificate(X509Certificate certificate) { if (isReadOnly()) { throw new RuntimeException("Can not set X509Certificate : Policy is ReadOnly"); } this._certificate = certificate; } /** * @return valueType */ public String getValueType() { return this._valueType; } /** * @return encodingType */ public String getEncodingType() { return this._encodingType; } /** * @return referenceType */ public String getReferenceType() { return this._referenceType; } /** * @return certificateIdentifier */ public String getCertificateIdentifier() { return this._certificateIdentifier; } /** * @return X509Certificate */ public X509Certificate getX509Certificate() { return this._certificate; } /** * @param keyAlgorithm the keyAlgorithm */ public void setKeyAlgorithm(String keyAlgorithm) { if (isReadOnly()) { throw new RuntimeException("Can not set KeyAlgorithm : Policy is ReadOnly"); } this._keyAlgorithm = keyAlgorithm; } /** * @return the keyAlgorithm */ public String getKeyAlgorithm() { return _keyAlgorithm; } /* * @param id the wsu:id of the wsse:SecurityTokenReference to * be generated for this X509Certificate Token. Applicable while * sending a message (sender side policy) */ public void setSTRID(String id) { if (isReadOnly()) { throw new RuntimeException("Can not set STRID attribute : Policy is ReadOnly"); } this.strId = id; } /* * @return the wsu:id of the wsse:SecurityTokenReference to * be generated for this X509Certificate Token, if specified, * null otherwise. */ public String getSTRID() { return this.strId; } /** * @param policy the policy to be compared for equality * @return true if the argument policy is equal to this */ public boolean equals(WSSPolicy policy) { boolean assrt = false; try { if (!PolicyTypeUtil.x509CertificateBinding(policy)) { return false; } X509CertificateBinding ctBinding = (X509CertificateBinding) policy; boolean b1 = _valueType.equals("") ? true : _valueType.equals(ctBinding.getValueType()); if (!b1) { return false; } boolean b2 = _encodingType.equals("") ? true : _encodingType.equals(ctBinding.getEncodingType()); if (!b2) { return false; } boolean b3 = _referenceType.equals("") ? true : _referenceType.equals(ctBinding.getReferenceType()); if (!b3) { return false; } boolean b4 = _keyAlgorithm.equals("") ? true : _keyAlgorithm.equals(ctBinding.getKeyAlgorithm()); if (!b4) { return false; } if (strId == null && ctBinding.getSTRID() == null) { return true; } if (strId != null && strId.equals(ctBinding.getSTRID())) { return true; } } catch (Exception e) { } return false; } /* * Equality comparision ignoring the Targets * @param policy the policy to be compared for equality * @return true if the argument policy is equal to this */ public boolean equalsIgnoreTargets(WSSPolicy policy) { return equals(policy); } /** * Clone operator * @return clone of this policy */ public Object clone() { X509CertificateBinding x509Binding = new X509CertificateBinding(); try { x509Binding.setValueType(_valueType); x509Binding.setEncodingType(_encodingType); x509Binding.setReferenceType(_referenceType); x509Binding.setKeyAlgorithm(_keyAlgorithm); x509Binding.setCertificateIdentifier(_certificateIdentifier); x509Binding.setX509Certificate(_certificate); x509Binding.setUUID(UUID); x509Binding.setSTRID(this.strId); WSSPolicy kBinding = (WSSPolicy) this.getKeyBinding(); if (kBinding != null) { x509Binding.setKeyBinding((MLSPolicy) kBinding.clone()); } //x509Binding.setPolicyToken(this.getPolicyToken()); x509Binding.setIncludeToken(this.getIncludeToken()); x509Binding.setPolicyTokenFlag(this.policyTokenWasSet()); x509Binding.isOptional(_isOptional); } catch (Exception e) { } return x509Binding; } /** * @return the type of the policy */ public String getType() { return PolicyTypeUtil.X509CERTIFICATE_TYPE; } public String toString() { return PolicyTypeUtil.X509CERTIFICATE_TYPE + "::" + getCertificateIdentifier() + "::" + strId + "::" + _referenceType; } } /** * A policy representing Kerberos Token. An instance of * this class can be used as concrete feature binding for an * AuthenticationTokenPolicy */ public static class KerberosTokenBinding extends KeyBindingBase { String _valueType = MessageConstants._EMPTY; String _encodingType = MessageConstants._EMPTY; String _referenceType = MessageConstants._EMPTY; byte[] _token = null; private String strId; String _keyAlgorithm = MessageConstants._EMPTY; SecretKey _secretKey = null; /** * Default constructor */ public KerberosTokenBinding() { setPolicyIdentifier(PolicyTypeUtil.KERBEROS_BST_TYPE); } /** * set the ValueType * @param valueType attribute like Kerberosv5_AP_REQ */ public void setValueType(String valueType) { if (isReadOnly()) { throw new RuntimeException("Can not set valueType of KerberosToken : " + "Policy is ReadOnly"); } this._valueType = valueType; } /** * set the ReferenceType * @param referenceType allowed values are Direct and KeyIdentifier */ public void setReferenceType(String referenceType){ if (isReadOnly()) { throw new RuntimeException("Can not set referenceType of KerberosToken : " + "Policy is ReadOnly"); } this._referenceType = referenceType; } public void setEncodingType(String encodingType) { if (isReadOnly()) { throw new RuntimeException("Can not set EncodingType of KerberosToken : " + "Policy is ReadOnly"); } this._encodingType = encodingType; } public void setTokenValue(byte[] token) { if (isReadOnly()) { throw new RuntimeException("Can not set TokenValue of KerberosToken : " + "Policy is ReadOnly"); } this._token = token; } /* * @param id the wsu:id of the wsse:SecurityTokenReference to * be generated for this Kerberos Token. Applicable while * sending a message (sender side policy) */ public void setSTRID(String id) { if (isReadOnly()) { throw new RuntimeException("Can not set STRID attribute : Policy is ReadOnly"); } this.strId = id; } /* * @return the wsu:id of the wsse:SecurityTokenReference to * be generated for this Kerberos Token, if specified, * null otherwise. */ public String getSTRID() { return this.strId; } /** * @return valueType */ public String getValueType() { return this._valueType; } /** * @return referenceType */ public String getReferenceType(){ return this._referenceType; } /** * @return encodingType */ public String getEncodingType() { return this._encodingType; } /** * @return Token Value */ public byte[] getTokenValue() { return this._token; } /** * @param keyAlgorithm the keyAlgorithm */ public void setKeyAlgorithm(String keyAlgorithm) { if (isReadOnly()) { throw new RuntimeException("Can not set KeyAlgorithm : Policy is ReadOnly"); } this._keyAlgorithm = keyAlgorithm; } /** * @return the keyAlgorithm */ public String getKeyAlgorithm() { return _keyAlgorithm; } /** * Set the symmetric key * @param secretKey the SecretKey */ public void setSecretKey(SecretKey secretKey) { this._secretKey = secretKey; } /** * @return SecretKey the symmetric key */ public SecretKey getSecretKey() { return this._secretKey; } /** * Clone operator * @return clone of this policy */ public Object clone() { KerberosTokenBinding ktBinding = new KerberosTokenBinding(); try { ktBinding.setValueType(_valueType); ktBinding.setEncodingType(_encodingType); ktBinding.setTokenValue(_token); ktBinding.setKeyAlgorithm(_keyAlgorithm); ktBinding.setUUID(UUID); SecretKeySpec ky0 = (SecretKeySpec) _secretKey; if (ky0 != null) { SecretKeySpec key = new SecretKeySpec(ky0.getEncoded(), ky0.getAlgorithm()); ktBinding.setSecretKey(key); } WSSPolicy kBinding = (WSSPolicy) this.getKeyBinding(); if (kBinding != null) { ktBinding.setKeyBinding((MLSPolicy) kBinding.clone()); } ktBinding.setIncludeToken(this.getIncludeToken()); ktBinding.setPolicyTokenFlag(this.policyTokenWasSet()); } catch (Exception e) { } return ktBinding; } /** * @param policy to be compared for equality * @return true if the argument policy is equal to this */ public boolean equals(WSSPolicy policy) { boolean assrt = false; try { if (!PolicyTypeUtil.kerberosTokenBinding(policy)) { return false; } KerberosTokenBinding ktBinding = (KerberosTokenBinding) policy; boolean b1 = _valueType.equals("") ? true : _valueType.equals(ktBinding.getValueType()); if (!b1) { return false; } boolean b2 = _encodingType.equals("") ? true : _encodingType.equals(ktBinding.getEncodingType()); if (!b2) { return false; } boolean b3 = _keyAlgorithm.equals("") ? true : _keyAlgorithm.equals(ktBinding.getKeyAlgorithm()); if (!b3) { return false; } return true; } catch (Exception e) { } return false; } /* * Equality comparision ignoring the Targets * @param policy the policy to be compared for equality * @return true if the argument policy is equal to this */ public boolean equalsIgnoreTargets(WSSPolicy policy) { return equals(policy); } /** * @return the type of the policy */ public String getType() { return PolicyTypeUtil.KERBEROS_BST_TYPE; } /** * override the method from KeyBindingBase as we will support IncludeToken=Once * in Kerberos token profile * @param include the value of IncludeToken parameter */ public void setIncludeToken(String include) { if(INCLUDE_ALWAYS.equals(include) || INCLUDE_ALWAYS_TO_RECIPIENT.equals(include)){ throw new UnsupportedOperationException("IncludeToken policy " + include + " is not supported for Kerberos Tokens, Consider using Once"); } this.includeToken = include; policyToken = true; } } /** * A policy representing a SAML Assertion. An instance of * this class can be used as concrete feature binding for an * AuthenticationTokenPolicy. */ public static class SAMLAssertionBinding extends KeyBindingBase implements LazyKeyBinding { /** * Feature Bindings * Key Bindings */ String _type = ""; String _keyAlgorithm = ""; String _keyIdentifier = ""; String _referenceType = ""; String _authorityIdentifier = ""; String strId = null; String assertionId = null; String samlVersion = null; public static final String V10_ASSERTION = "SAML10Assertion"; public static final String V11_ASSERTION = "SAML11Assertion"; public static final String V20_ASSERTION = "SAML20Assertion"; /** * Sender-Vouches Subject ConfirmationMethod */ public static final String SV_ASSERTION = "SV"; /** * Holder-Of-Key Subject ConfirmationMethod */ public static final String HOK_ASSERTION = "HOK"; Element _assertion = null; Element _authorityBinding = null; XMLStreamReader samlAssertion = null; /** * Default constructor */ public SAMLAssertionBinding() { setPolicyIdentifier(PolicyTypeUtil.SAMLASSERTION_TYPE); } /** * Constructor * @param type the SubjectConfirmation type of the SAML assertion, one of SV, HOK * @param keyIdentifier an abstract identifier for the Confirmation Key * @param authorityIdentifier an abstract identifier for the issuing authority * @param referenceType the reference type for references to the SAML Assertion, * should be one of KeyIdentifier, Embedded reference type as defined by * WSS SAML Token profile 1.0. */ public SAMLAssertionBinding(String type, String keyIdentifier, String authorityIdentifier, String referenceType) { this(); this._type = type; this._keyIdentifier = keyIdentifier; this._authorityIdentifier = authorityIdentifier; this._referenceType = referenceType; } /** * set the SubjectConfirmation type of the SAML assertion * @param type the SubjectConfirmation type of the SAML assertion, one of SV, HOK */ public void setAssertionType(String type) { if (isReadOnly()) { throw new RuntimeException("Can not set SAMLAssertionType : Policy is ReadOnly"); } if (SV_ASSERTION.equals(type)) { this._type = SV_ASSERTION; } else if (HOK_ASSERTION.equals(type)) { this._type = HOK_ASSERTION; } else { //throw error } } public void setSAMLVersion(String ver) { if (isReadOnly()) { throw new RuntimeException("Can not set SAMLAssertionType : Policy is ReadOnly"); } this.samlVersion = ver; } public String getSAMLVersion() { return samlVersion; } /** * Create and set the KeyBinding for this WSSPolicy to a PrivateKeyBinding * @return a new PrivateKeyBinding as a KeyBinding for this WSSPolicy */ public MLSPolicy newPrivateKeyBinding() { if (isReadOnly()) { throw new RuntimeException("Can not create PrivateKeyBinding : Policy is Readonly"); } this._keyBinding = new PrivateKeyBinding(); return _keyBinding; } /** * set the abstract identifier for the Confirmation Key * @param ki the abstract identifier for the Confirmation Key */ public void setKeyIdentifier(String ki) { if (isReadOnly()) { throw new RuntimeException("Can not set SAML KeyIdentifier : Policy is ReadOnly"); } this._keyIdentifier = ki; } /** * set the abstract identifier for the issuing authority * @param uri the URI of the Assertion Issuer */ public void setAuthorityIdentifier(String uri) { if (isReadOnly()) { throw new RuntimeException("Can not set SAML AuthorityIdentifier : Policy is ReadOnly"); } this._authorityIdentifier = uri; } /** * set the ReferenceType to be used for references to the SAML Assertion * @param rtype reference type (one of KeyIdentifier, Embedded) */ public void setReferenceType(String rtype) { if (isReadOnly()) { throw new RuntimeException("Can not set SAML ReferenceType : Policy is ReadOnly"); } this._referenceType = rtype; } /** * set the SAML AuthorityBinding element, identifying a remote assertion * @param authorityBinding */ public void setAuthorityBinding(Element authorityBinding) { if (isReadOnly()) { throw new RuntimeException("Can not set SAML AuthorityBinding : Policy is ReadOnly"); } this._authorityBinding = authorityBinding; } /** * set the SAML Assertion * @param assertion the SAML Assertion */ public void setAssertion(Element assertion) { if (isReadOnly()) { throw new RuntimeException("Can not set SAML Assertion : Policy is ReadOnly"); } this._assertion = assertion; } public void setAssertion(XMLStreamReader reader) { this.samlAssertion = reader; } /** * set the keyAlgorithm to be used * @param algorithm the keyAlgorithm to be used */ public void setKeyAlgorithm(String algorithm) { if (isReadOnly()) { throw new RuntimeException("Can not set KeyAlgorithm : Policy is ReadOnly"); } this._keyAlgorithm = algorithm; } /** * @return key algorithm */ public String getKeyAlgorithm() { return this._keyAlgorithm; } /** * @return reference type */ public String getReferenceType() { return this._referenceType; } /** * @return type of SAMLAssertion (SV/HOK) */ public String getAssertionType() { return this._type; } /** * @return identifier to key bound to the Assertion */ public String getKeyIdentifier() { return this._keyIdentifier; } /** * @return identifier to Authority issueing the Assertion */ public String getAuthorityIdentifier() { return this._authorityIdentifier; } /** * @return authority binding component of the assertion */ public Element getAuthorityBinding() { return this._authorityBinding; } /** * @return SAML assertion */ public Element getAssertion() { return this._assertion; } public XMLStreamReader getAssertionReader() { return this.samlAssertion; } /** * equals operator * @param policy the policy to be compared for equality * @return true if the argument policy is equal to this */ public boolean equals(WSSPolicy policy) { try { if (!PolicyTypeUtil.samlTokenPolicy(policy)) { return false; } SAMLAssertionBinding sBinding = (SAMLAssertionBinding) policy; // this kind of equals is still incorrect boolean b1 = _type.equals("") ? true : _type.equals(sBinding.getAssertionType()); if (!b1) { return false; } boolean b2 = _authorityIdentifier.equals("") ? true : _authorityIdentifier.equals(sBinding.getAuthorityIdentifier()); if (!b2) { return false; } boolean b3 = _referenceType.equals("") ? true : _referenceType.equals(sBinding.getReferenceType()); if (!b3) { return false; } boolean b6 = _keyAlgorithm.equals("") ? true : _keyAlgorithm.equals(sBinding.getKeyAlgorithm()); if (!b6) { return false; } boolean b7 = (strId == null) ? true : strId.equals(sBinding.getSTRID()); if (!b7) { return false; } boolean b8 = (assertionId == null) ? true : assertionId.equals(sBinding.getAssertionId()); if (!b8) { return false; } } catch (Exception e) { } return true; } /* * Equality comparision ignoring the Targets * @param binding the policy to be compared for equality * @return true if the argument binding is equal to this */ public boolean equalsIgnoreTargets(WSSPolicy binding) { return equals(binding); } /** *@return clone of this SAML Policy */ public Object clone() { SAMLAssertionBinding samlBinding = new SAMLAssertionBinding(); try { samlBinding.setAssertionType(_type); samlBinding.setKeyAlgorithm(_keyAlgorithm); samlBinding.setKeyIdentifier(_keyIdentifier); samlBinding.setReferenceType(_referenceType); samlBinding.setAuthorityIdentifier(_authorityIdentifier); samlBinding.setAssertion(_assertion); samlBinding.setAssertion(this.samlAssertion); samlBinding.setAuthorityBinding(_authorityBinding); samlBinding.setSTRID(this.strId); samlBinding.setAssertionId(this.assertionId); //samlBinding.setPolicyToken(this.getPolicyToken()); samlBinding.setIncludeToken(this.getIncludeToken()); samlBinding.setPolicyTokenFlag(this.policyTokenWasSet()); samlBinding.isOptional(_isOptional); } catch (Exception e) { } return samlBinding; } /** * @return the type of the policy */ public String getType() { return PolicyTypeUtil.SAMLASSERTION_TYPE; } /* * @param id the wsu:id of the wsse:SecurityTokenReference to * be generated for this X509Certificate Token. Applicable while * sending a message (sender side policy) */ public void setSTRID(String id) { if (isReadOnly()) { throw new RuntimeException("Can not set SAML STRID : Policy is ReadOnly"); } this.strId = id; } /* * @return the wsu:id of the wsse:SecurityTokenReference to * be generated for this X509Certificate Token, if specified, * null otherwise. */ public String getSTRID() { return this.strId; } /** * set the AssertionId for the possibly remote assertion * A CallbackHandler can choose to just set the * AuthorityBinding and the AssertionId, and not set * the actual assertion * @param id the Assertion Id of the possibly remote SAML Assertion */ public void setAssertionId(String id) { if (isReadOnly()) { throw new RuntimeException("Can not set SAML AssertionID : Policy is ReadOnly"); } this.assertionId = id; } /** * A CallbackHandler can choose to just set the * AuthorityBinding and the AssertionId, and not set * the actual assertion * @return the Assertion ID of the SAML Assertion represented by this Policy */ public String getAssertionId() { return this.assertionId; } public String toString() { return PolicyTypeUtil.SAMLASSERTION_TYPE + "::" + getReferenceType() + "::" + this._type; } public Element get_assertion() { return _assertion; } public String getRealId() { return assertionId; } public void setRealId(String realId) { // do nothing, real id is assertion id } } /** * A policy representing a RSAKeyPair. An instance of * this class can be used as concrete feature binding for an * AuthenticationTokenPolicy. */ public static class KeyValueTokenBinding extends KeyBindingBase { /** * Feature Bindings * * Key Bindings * * (1) PrivateKeyBinding */ String _valueType = MessageConstants._EMPTY; String _encodingType = MessageConstants._EMPTY; String _referenceType = MessageConstants._EMPTY; /** * Default Constructor */ public KeyValueTokenBinding() { setPolicyIdentifier(PolicyTypeUtil.RSATOKEN_TYPE); } /** * Create and set the KeyBinding for this WSSPolicy to a PrivateKeyBinding * @return a new PrivateKeyBinding as a KeyBinding for this WSSPolicy */ public MLSPolicy newPrivateKeyBinding() { if (isReadOnly()) { throw new RuntimeException("Can not create PrivateKeyBinding : Policy is Readonly"); } this._keyBinding = new PrivateKeyBinding(); return _keyBinding; } /** * set the ValueType * @param valueType Token type like X509v3, X509PKIPathv1, PKCS7 */ public void setValueType(String valueType) { if (isReadOnly()) { throw new RuntimeException("Can not set ValueType of X509Certificate : Policy is ReadOnly"); } this._valueType = valueType; } /** * set the EncodingType * @param encodingType encoding type like base64 */ public void setEncodingType(String encodingType) { if (isReadOnly()) { throw new RuntimeException("Can not set EncodingType of X509Certificate : Policy is ReadOnly"); } this._encodingType = encodingType; } /** * set the ReferenceType * @param referenceType KeyIdentifier, Direct etc.,. */ public void setReferenceType(String referenceType) { if (isReadOnly()) { throw new RuntimeException("Can not set ReferenceType of X509Certificate : Policy is ReadOnly"); } this._referenceType = referenceType; } /** * @return valueType */ public String getValueType() { return this._valueType; } /** * @return encodingType */ public String getEncodingType() { return this._encodingType; } /** * @return referenceType */ public String getReferenceType() { return this._referenceType; } /** * @param policy the policy to be compared for equality * @return true if the argument policy is equal to this */ public boolean equals(WSSPolicy policy) { boolean assrt = false; try { if (!PolicyTypeUtil.keyValueTokenBinding(policy)) { return false; } KeyValueTokenBinding rsaTokenBinding = (KeyValueTokenBinding) policy; boolean b1 = _valueType.equals("") ? true : _valueType.equals(rsaTokenBinding.getValueType()); if (!b1) { return false; } boolean b2 = _encodingType.equals("") ? true : _encodingType.equals(rsaTokenBinding.getEncodingType()); if (!b2) { return false; } boolean b3 = _referenceType.equals("") ? true : _referenceType.equals(rsaTokenBinding.getReferenceType()); if (!b3) { return false; } } catch (Exception e) { } return false; } /* * Equality comparision ignoring the Targets * @param policy the policy to be compared for equality * @return true if the argument policy is equal to this */ public boolean equalsIgnoreTargets(WSSPolicy policy) { return equals(policy); } /** * Clone operator * @return clone of this policy */ public Object clone() { KeyValueTokenBinding rsaTokenBinding = new KeyValueTokenBinding(); try { rsaTokenBinding.setValueType(_valueType); rsaTokenBinding.setEncodingType(_encodingType); rsaTokenBinding.setReferenceType(_referenceType); rsaTokenBinding.setUUID(UUID); WSSPolicy kBinding = (WSSPolicy) this.getKeyBinding(); if (kBinding != null) { rsaTokenBinding.setKeyBinding((MLSPolicy) kBinding.clone()); } //x509Binding.setPolicyToken(this.getPolicyToken()); rsaTokenBinding.setIncludeToken(this.getIncludeToken()); rsaTokenBinding.setPolicyTokenFlag(this.policyTokenWasSet()); } catch (Exception e) { } return rsaTokenBinding; } /** * @return the type of the policy */ public String getType() { //return PolicyTypeUtil.RSATOKEN_TYPE; return getPolicyIdentifier(); } public String toString() { //return PolicyTypeUtil.RSATOKEN_TYPE + "::" + _referenceType; return getPolicyIdentifier() + "::" + _referenceType; } } }




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