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/**
* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you under the Apache License, Version 2.0 (the
* "License"); you may not use this file except in compliance
* with the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing,
* software distributed under the License is distributed on an
* "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
* KIND, either express or implied. See the License for the
* specific language governing permissions and limitations
* under the License.
*/
package org.apache.wss4j.dom;
import javax.xml.namespace.QName;
import org.apache.wss4j.common.WSS4JConstants;
import org.apache.wss4j.common.derivedKey.ConversationConstants;
/**
* Constants in WS-Security spec.
*/
public final class WSConstants extends WSS4JConstants {
//
// QNames for the security header elements
//
/**
* wsse:BinarySecurityToken as defined by WS Security specification
*/
public static final QName BINARY_TOKEN =
new QName(WSConstants.WSSE_NS, WSConstants.BINARY_TOKEN_LN);
/**
* wsse:UsernameToken as defined by WS Security specification
*/
public static final QName USERNAME_TOKEN =
new QName(WSConstants.WSSE_NS, WSConstants.USERNAME_TOKEN_LN);
/**
* wsu:Timestamp as defined by OASIS WS Security specification,
*/
public static final QName TIMESTAMP =
new QName(WSConstants.WSU_NS, WSConstants.TIMESTAMP_TOKEN_LN);
/**
* wsse11:signatureConfirmation as defined by OASIS WS Security specification,
*/
public static final QName SIGNATURE_CONFIRMATION =
new QName(WSConstants.WSSE11_NS, WSConstants.SIGNATURE_CONFIRMATION_LN);
/**
* ds:Signature as defined by XML Signature specification,
* enhanced by WS Security specification
*/
public static final QName SIGNATURE =
new QName(WSConstants.SIG_NS, WSConstants.SIG_LN);
/**
* xenc:EncryptedKey as defined by XML Encryption specification,
* enhanced by WS Security specification
*/
public static final QName ENCRYPTED_KEY =
new QName(WSConstants.ENC_NS, WSConstants.ENC_KEY_LN);
/**
* xenc:EncryptedData as defined by XML Encryption specification,
* enhanced by WS Security specification
*/
public static final QName ENCRYPTED_DATA =
new QName(WSConstants.ENC_NS, WSConstants.ENC_DATA_LN);
/**
* xenc:ReferenceList as defined by XML Encryption specification,
*/
public static final QName REFERENCE_LIST =
new QName(WSConstants.ENC_NS, WSConstants.REF_LIST_LN);
/**
* saml:Assertion as defined by SAML v1.1 specification
*/
public static final QName SAML_TOKEN =
new QName(WSConstants.SAML_NS, WSConstants.ASSERTION_LN);
/**
* saml:Assertion as defined by SAML v2.0 specification
*/
public static final QName SAML2_TOKEN =
new QName(WSConstants.SAML2_NS, WSConstants.ASSERTION_LN);
/**
* saml:EncryptedAssertion as defined by SAML v2.0 specification
*/
public static final QName ENCRYPTED_ASSERTION =
new QName(WSConstants.SAML2_NS, WSConstants.ENCRYPED_ASSERTION_LN);
/**
* wsc:DerivedKeyToken as defined by WS-SecureConversation specification
*/
public static final QName DERIVED_KEY_TOKEN_05_02 =
new QName(ConversationConstants.WSC_NS_05_02, ConversationConstants.DERIVED_KEY_TOKEN_LN);
/**
* wsc:SecurityContextToken as defined by WS-SecureConversation specification
*/
public static final QName SECURITY_CONTEXT_TOKEN_05_02 =
new QName(ConversationConstants.WSC_NS_05_02, ConversationConstants.SECURITY_CONTEXT_TOKEN_LN);
/**
* wsc:DerivedKeyToken as defined by WS-SecureConversation specification in WS-SX
*/
public static final QName DERIVED_KEY_TOKEN_05_12 =
new QName(ConversationConstants.WSC_NS_05_12, ConversationConstants.DERIVED_KEY_TOKEN_LN);
/**
* wsc:SecurityContextToken as defined by WS-SecureConversation specification in
* WS-SX
*/
public static final QName SECURITY_CONTEXT_TOKEN_05_12 =
new QName(ConversationConstants.WSC_NS_05_12, ConversationConstants.SECURITY_CONTEXT_TOKEN_LN);
//
// Fault codes defined in the WSS 1.1 spec under section 12, Error handling
//
/**
* An unsupported token was provided
*/
public static final QName UNSUPPORTED_SECURITY_TOKEN =
new QName(WSSE_NS, "UnsupportedSecurityToken");
/**
* An unsupported signature or encryption algorithm was used
*/
public static final QName UNSUPPORTED_ALGORITHM =
new QName(WSSE_NS, "UnsupportedAlgorithm");
/**
* An error was discovered processing the header
*/
public static final QName INVALID_SECURITY = new QName(WSSE_NS, "InvalidSecurity");
/**
* An invalid security token was provided
*/
public static final QName INVALID_SECURITY_TOKEN = new QName(WSSE_NS, "InvalidSecurityToken");
/**
* The security token could not be authenticated or authorized
*/
public static final QName FAILED_AUTHENTICATION = new QName(WSSE_NS, "FailedAuthentication");
/**
* The signature or decryption was invalid
*/
public static final QName FAILED_CHECK = new QName(WSSE_NS, "FailedCheck");
/**
* Referenced security token could not be retrieved
*/
public static final QName SECURITY_TOKEN_UNAVAILABLE = new QName(WSSE_NS, "SecurityTokenUnavailable");
/**
* The message has expired
*/
public static final QName MESSAGE_EXPIRED = new QName(WSSE_NS, "MessageExpired");
/*
* Constants used to configure WSS4J
*/
/**
* Sets the {@link
* org.apache.wss4j.dom.message.WSSecSignature#build(Document, Crypto, WSSecHeader)
* } method to send the signing certificate as a BinarySecurityToken.
*
* The signing method takes the signing certificate, converts it to a
* BinarySecurityToken, puts it in the security header,
* and inserts a Reference to the binary security token
* into the wsse:SecurityReferenceToken. Thus the whole
* signing certificate is transfered to the receiver.
* The X509 profile recommends to use {@link #ISSUER_SERIAL} instead
* of sending the whole certificate.
*
* Please refer to WS Security specification X509 1.1 profile, chapter 3.3.2
* and to WS Security SOAP Message security 1.1 specification, chapter 7.2
*
* Note: only local references to BinarySecurityToken are supported
*/
public static final int BST_DIRECT_REFERENCE = 1;
/**
* Sets the {@link
* org.apache.wss4j.dom.message.WSSecSignature#build(Document, Crypto, WSSecHeader)
* } or the {@link
* org.apache.wss4j.dom.message.WSSecEncrypt#build(Document, Crypto, WSSecHeader)
* } method to send the issuer name and the serial number of a certificate to
* the receiver.
*
* In contrast to {@link #BST_DIRECT_REFERENCE} only the issuer name
* and the serial number of the signing certificate are sent to the
* receiver. This reduces the amount of data being sent. The encryption
* method uses the public key associated with this certificate to encrypt
* the symmetric key used to encrypt data.
*
* Please refer to WS Security specification X509 1.1 profile, chapter 3.3.3
*/
public static final int ISSUER_SERIAL = 2;
/**
* Sets the {@link
* org.apache.wss4j.dom.message.WSSecSignature#build(Document, Crypto, WSSecHeader)
* } or the {@link
* org.apache.wss4j.dom.message.WSSecEncrypt#build(Document, Crypto, WSSecHeader)
* }method to send the certificate used to encrypt the symmetric key.
*
* The encryption method uses the public key associated with this certificate
* to encrypt the symmetric key used to encrypt data. The certificate is
* converted into a KeyIdentifier token and sent to the receiver.
* Thus the complete certificate data is transfered to receiver.
* The X509 profile recommends to use {@link #ISSUER_SERIAL} instead
* of sending the whole certificate.
*
* Please refer to WS Security SOAP Message security 1.1 specification,
* chapter 7.3. Note that this is a NON-STANDARD method. The standard way to refer to
* an X.509 Certificate via a KeyIdentifier is to use {@link #SKI_KEY_IDENTIFIER}
*/
public static final int X509_KEY_IDENTIFIER = 3;
/**
* Sets the {@link
* org.apache.wss4j.dom.message.WSSecSignature#build(Document, Crypto, WSSecHeader)
* } method to send a SubjectKeyIdentifier to identify
* the signing certificate.
*
* Refer to WS Security specification X509 1.1 profile, chapter 3.3.1
*/
public static final int SKI_KEY_IDENTIFIER = 4;
/**
* Embeds a keyinfo/key name into the EncryptedData element.
*
*/
@Deprecated
public static final int EMBEDDED_KEYNAME = 5;
/**
* Embeds a keyinfo/wsse:SecurityTokenReference into EncryptedData element.
*/
@Deprecated
public static final int EMBED_SECURITY_TOKEN_REF = 6;
/**
* UT_SIGNING is used internally only to set a specific Signature
* behavior.
*
* The signing token is constructed from values in the UsernameToken according
* to WS-Trust specification.
*/
public static final int UT_SIGNING = 7;
/**
* THUMPRINT_IDENTIFIER is used to set the specific key identifier
* ThumbprintSHA1.
*
* This identifier uses the SHA-1 digest of a security token to
* identify the security token. Please refer to chapter 7.2 of the OASIS WSS 1.1
* specification.
*
*/
public static final int THUMBPRINT_IDENTIFIER = 8;
/**
* CUSTOM_SYMM_SIGNING is used internally only to set a
* specific Signature behavior.
*
* The signing key, reference id and value type are set externally.
*/
public static final int CUSTOM_SYMM_SIGNING = 9;
/**
* ENCRYPTED_KEY_SHA1_IDENTIFIER is used to set the specific key identifier
* EncryptedKeySHA1.
*
* This identifier uses the SHA-1 digest of a security token to
* identify the security token. Please refer to chapter 7.3 of the OASIS WSS 1.1
* specification.
*/
public static final int ENCRYPTED_KEY_SHA1_IDENTIFIER = 10;
/**
* CUSTOM_SYMM_SIGNING_DIRECT is used internally only to set a
* specific Signature behavior.
*
* The signing key, reference id and value type are set externally.
*/
public static final int CUSTOM_SYMM_SIGNING_DIRECT = 11;
/**
* CUSTOM_KEY_IDENTIFIER is used to set a KeyIdentifier to
* a particular ID
*
* The reference id and value type are set externally.
*/
public static final int CUSTOM_KEY_IDENTIFIER = 12;
/**
* KEY_VALUE is used to set a ds:KeyInfo/ds:KeyValue element to refer to
* either an RSA or DSA public key.
*/
public static final int KEY_VALUE = 13;
/**
* ENDPOINT_KEY_IDENTIFIER is used to specify service endpoint as public key
* identifier.
*
* Constant is useful in case of symmetric holder of key, where token service can determine
* target service public key to encrypt shared secret.
*/
public static final int ENDPOINT_KEY_IDENTIFIER = 14;
/*
* The following values are bits that can be combined to for a set.
* Be careful when selecting new values.
*/
public static final int NO_SECURITY = 0;
public static final int UT = 0x1; // perform UsernameToken
public static final int SIGN = 0x2; // Perform Signature
public static final int ENCR = 0x4; // Perform Encryption
public static final int ST_UNSIGNED = 0x8; // perform SAMLToken unsigned
public static final int ST_SIGNED = 0x10; // perform SAMLToken signed
public static final int TS = 0x20; // insert Timestamp
public static final int UT_SIGN = 0x40; // perform signature with UT secret key
public static final int SC = 0x80; // this is a SignatureConfirmation
public static final int NO_SERIALIZE = 0x100;
public static final int SERIALIZE = 0x200;
public static final int SCT = 0x400; //SecurityContextToken
public static final int DKT = 0x800; //DerivedKeyToken
public static final int BST = 0x1000; //BinarySecurityToken
public static final int UT_NOPASSWORD = 0x2000; // perform UsernameToken
public static final int CUSTOM_TOKEN = 0x4000; // perform a Custom Token action
public static final int DKT_SIGN = 0x8000; // Perform Signature with a Derived Key
public static final int DKT_ENCR = 0x10000; // Perform Encryption with a Derived Key
private WSConstants() {
super();
}
}
