Package org.apache.wss4j.policy.stax.assertionStates

Examples of org.apache.wss4j.policy.stax.assertionStates.EncryptedPartsAssertionState

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            //initialized with asserted=true because it could be that parent elements are encrypted and therefore these element are also encrypted
            //the test if it is really encrypted is done via the PolicyInputProcessor which emits EncryptedElementEvents for unencrypted elements with the unencrypted flag
            assertableList.add(new ContentEncryptedElementsAssertionState(abstractSecurityAssertion, true));
        } else if (abstractSecurityAssertion instanceof EncryptedParts) {
            //initialized with asserted=true with the same reason as by the EncryptedParts above
            assertableList.add(new EncryptedPartsAssertionState(abstractSecurityAssertion, true, attachmentCount));
        } else if (abstractSecurityAssertion instanceof EncryptedElements) {
            //initialized with asserted=true with the same reason as by the EncryptedParts above
            assertableList.add(new EncryptedElementsAssertionState(abstractSecurityAssertion, true));
        } else if (abstractSecurityAssertion instanceof SignedParts) {
            //initialized with asserted=true because it could be that parent elements are signed and therefore these element are also signed
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            //initialized with asserted=true because it could be that parent elements are encrypted and therefore these element are also encrypted
            //the test if it is really encrypted is done via the PolicyInputProcessor which emits EncryptedElementEvents for unencrypted elements with the unencrypted flag
            assertableList.add(new ContentEncryptedElementsAssertionState(abstractSecurityAssertion, policyAsserter, true));
        } else if (abstractSecurityAssertion instanceof EncryptedParts) {
            //initialized with asserted=true with the same reason as by the EncryptedParts above
            assertableList.add(new EncryptedPartsAssertionState(abstractSecurityAssertion, policyAsserter, true, attachmentCount));
        } else if (abstractSecurityAssertion instanceof EncryptedElements) {
            //initialized with asserted=true with the same reason as by the EncryptedParts above
            assertableList.add(new EncryptedElementsAssertionState(abstractSecurityAssertion, policyAsserter, true));
        } else if (abstractSecurityAssertion instanceof SignedParts) {
            //initialized with asserted=true because it could be that parent elements are signed and therefore these element are also signed
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            //initialized with asserted=true because it could be that parent elements are encrypted and therefore these element are also encrypted
            //the test if it is really encrypted is done via the PolicyInputProcessor which emits EncryptedElementEvents for unencrypted elements with the unencrypted flag
            assertableList.add(new ContentEncryptedElementsAssertionState(abstractSecurityAssertion, true));
        } else if (abstractSecurityAssertion instanceof EncryptedParts) {
            //initialized with asserted=true with the same reason as by the EncryptedParts above
            assertableList.add(new EncryptedPartsAssertionState(abstractSecurityAssertion, true));
        } else if (abstractSecurityAssertion instanceof EncryptedElements) {
            //initialized with asserted=true with the same reason as by the EncryptedParts above
            assertableList.add(new EncryptedElementsAssertionState(abstractSecurityAssertion, true));
        } else if (abstractSecurityAssertion instanceof SignedParts) {
            //initialized with asserted=true because it could be that parent elements are signed and therefore these element are also signed
View Full Code Here
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            //initialized with asserted=true because it could be that parent elements are encrypted and therefore these element are also encrypted
            //the test if it is really encrypted is done via the PolicyInputProcessor which emits EncryptedElementEvents for unencrypted elements with the unencrypted flag
            assertableList.add(new ContentEncryptedElementsAssertionState(abstractSecurityAssertion, true));
        } else if (abstractSecurityAssertion instanceof EncryptedParts) {
            //initialized with asserted=true with the same reason as by the EncryptedParts above
            assertableList.add(new EncryptedPartsAssertionState(abstractSecurityAssertion, true, attachmentCount));
        } else if (abstractSecurityAssertion instanceof EncryptedElements) {
            //initialized with asserted=true with the same reason as by the EncryptedParts above
            assertableList.add(new EncryptedElementsAssertionState(abstractSecurityAssertion, true));
        } else if (abstractSecurityAssertion instanceof SignedParts) {
            //initialized with asserted=true because it could be that parent elements are signed and therefore these element are also signed
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Related Classes of org.apache.wss4j.policy.stax.assertionStates.EncryptedPartsAssertionState

  • org.apache.wss4j.policy.model.EncryptedParts
  • org.apache.wss4j.policy.model.Header
  • org.apache.wss4j.policy.stax.DummyPolicyAsserter
  • org.apache.wss4j.policy.stax.PolicyEnforcer
  • org.apache.wss4j.stax.securityEvent.EncryptedPartSecurityEvent
  • javax.xml.namespace.QName
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