Examples of net.jini.security.proxytrust.TrustEquivalence.checkTrustEquivalence()

Class net.jini.security.proxytrust.TrustEquivalence

Examples of net.jini.security.proxytrust.TrustEquivalence.checkTrustEquivalence()

net.jini.security.proxytrust.TrustEquivalence.checkTrustEquivalence()
Returns true if the specified object (that is not yet known to be trusted) is equivalent in trust, content, and function to this known trusted object, and returns false otherwise. This method is permitted to delete content of the specified object if that content is cached state that might be stale (relative to the known trusted object's cached state), cannot otherwise be checked, and will be recreated on demand (from content that has been checked) during subsequent operations on the object. @param obj object to check that is not yet known to be trusted @return true if the specified object (that is not yetknown to be trusted) is equivalent in trust, content, and function to this known trusted object, and returns false otherwise

                kEndpoint2 + " does not implement TrustEquivalence");
        }
        TrustEquivalence endpoint2 = (TrustEquivalence) kEndpoint2;
        //Verify TrustEquivalence
        if (!endpoint1.checkTrustEquivalence(endpoint2) ||
            !endpoint2.checkTrustEquivalence(endpoint1)) {
            throw new TestException("TrustEquivalence not"
                + " established on equivalent endpoints.");
        }
        //Create an endpoint instance with the same host and a
        //different port

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                kEndpoint3 + " does not implement TrustEquivalence");
        }
        TrustEquivalence endpoint3 = (TrustEquivalence) kEndpoint3;
        //Verify TrustEquivalence
        if (endpoint1.checkTrustEquivalence(endpoint3) ||
            endpoint3.checkTrustEquivalence(endpoint1)) {
            throw new TestException("TrustEquivalence"
                + " established on non-equivalent endpoints.");
        }
        //Create an endpoint instance with the same port and a
        //different host

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                kEndpoint4 + " does not implement TrustEquivalence");
        }
        TrustEquivalence endpoint4 = (TrustEquivalence) kEndpoint4;
        //Verify TrustEquivalence
        if (endpoint1.checkTrustEquivalence(endpoint4) ||
            endpoint4.checkTrustEquivalence(endpoint1)) {
                throw new TestException("TrustEquivalence"
                    + " established on non-equivalent endpoints.");
        }
        //Create endpoint instances passing in a host, port,
        //and socket factory that does not implement TrustEquivalence.

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                obj + " does not implement TrustEquivalence");
        }
        TrustEquivalence endpoint2 = (TrustEquivalence) obj;
        //Verify TrustEquivalence
        if (!endpoint1.checkTrustEquivalence(endpoint2) ||
            !endpoint2.checkTrustEquivalence(endpoint1)) {
            throw new TestException("TrustEquivalence not"
                + " established on equivalent endpoints.");
        }
        //Create an endpoint instance with the same host and a
        //different port

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                obj + " does not implement TrustEquivalence");
        }
        TrustEquivalence endpoint3 = (TrustEquivalence) obj;
        //Verify TrustEquivalence
        if (endpoint1.checkTrustEquivalence(endpoint3) ||
            endpoint3.checkTrustEquivalence(endpoint1)) {
            throw new TestException("TrustEquivalence"
                + " established on non-equivalent endpoints.");
        }
        //Create an endpoint instance with the same port and a
        //different host

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                obj + " does not implement TrustEquivalence");
        }
        TrustEquivalence endpoint4 = (TrustEquivalence) obj;
        //Verify TrustEquivalence
        if (endpoint1.checkTrustEquivalence(endpoint4) ||
            endpoint4.checkTrustEquivalence(endpoint1)) {
            throw new TestException("TrustEquivalence"
                + " established on non-equivalent endpoints.");
        }
        //Create endpoint instances passing in a host, port,
        //and socket factory that does not implement TrustEquivalence.

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            }
            RemoteMethodControl otherServerProxy =
                (RemoteMethodControl) ((ConstrainableCybernodeProxy)obj).cybernodeProxy;
            MethodConstraints mc = otherServerProxy.getConstraints();
            TrustEquivalence trusted = (TrustEquivalence) serverProxy.setConstraints(mc);
            return(trusted.checkTrustEquivalence(otherServerProxy));
        }
    }
}

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            }
            RemoteMethodControl otherServerProxy =
                (RemoteMethodControl)((ConstrainableCybernodeAdminProxy)obj).cybernodeAdminProxy;
            MethodConstraints mc = otherServerProxy.getConstraints();
            TrustEquivalence trusted = (TrustEquivalence) serverProxy.setConstraints(mc);
            return(trusted.checkTrustEquivalence(otherServerProxy));
        }
    }
}

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            }
            RemoteMethodControl otherServerProxy =
                (RemoteMethodControl) ((ConstrainableProvisionMonitorProxy)obj).monitorProxy;
            MethodConstraints mc = otherServerProxy.getConstraints();
            TrustEquivalence trusted = (TrustEquivalence) serverProxy.setConstraints(mc);
            return(trusted.checkTrustEquivalence(otherServerProxy));
        }
    }
}

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            }
            RemoteMethodControl otherServerProxy =
                (RemoteMethodControl)((ConstrainableProvisionMonitorAdminProxy)obj).monitorAdminProxy;
            MethodConstraints mc = otherServerProxy.getConstraints();
            TrustEquivalence trusted = (TrustEquivalence) serverProxy.setConstraints(mc);
            return(trusted.checkTrustEquivalence(otherServerProxy));
        }
    }
}

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