Package org.apache.cassandra.transport

Examples of org.apache.cassandra.transport.Event

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            if (!(response instanceof EventMessage)) {
                logger.error("Received an unexpected message from the server: {}", response);
                return;
            }

            final Event event = ((EventMessage)response).event;

            logger.debug("Received event {}, scheduling delivery", response);

            // When handle is called, the current thread is a network I/O  thread, and we don't want to block
            // it (typically addHost() will create the connection pool to the new node, which can take time)
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            if (!(response instanceof EventMessage)) {
                logger.error("Received an unexpected message from the server: {}", response);
                return;
            }

            final Event event = ((EventMessage)response).event;

            logger.debug("Received event {}, scheduling delivery", response);

            // When handle is called, the current thread is a network I/O  thread, and we don't want to block
            // it (typically addHost() will create the connection pool to the new node, which can take time)
View Full Code Here
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            if (!(response instanceof EventMessage)) {
                logger.error("Received an unexpected message from the server: {}", response);
                return;
            }

            final Event event = ((EventMessage)response).event;

            logger.debug("Received event {}, scheduling delivery", response);

            // When handle is called, the current thread is a network I/O  thread, and we don't want to block
            // it (typically addHost() will create the connection pool to the new node, which can take time)
View Full Code Here
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            if (!(response instanceof EventMessage)) {
                logger.error("Received an unexpected message from the server: {}", response);
                return;
            }

            final Event event = ((EventMessage)response).event;

            logger.debug("Received event {}, scheduling delivery", response);

            // When handle is called, the current thread is a network I/O  thread, and we don't want to block
            // it (typically addHost() will create the connection pool to the new node, which can take time)
View Full Code Here
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            if (!(response instanceof EventMessage)) {
                logger.error("Received an unexpected message from the server: {}", response);
                return;
            }

            final Event event = ((EventMessage)response).event;

            logger.debug("Received event {}, scheduling delivery", response);

            // When handle is called, the current thread is a network I/O  thread, and we don't want to block
            // it (typically addHost() will create the connection pool to the new node, which can take time)
View Full Code Here
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            if (!(response instanceof EventMessage)) {
                logger.error("Received an unexpected message from the server: {}", response);
                return;
            }

            final Event event = ((EventMessage)response).event;

            logger.debug("Received event {}, scheduling delivery", response);

            // When handle is called, the current thread is a network I/O  thread, and we don't want to block
            // it (typically addHost() will create the connection pool to the new node, which can take time)
View Full Code Here
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            if (!(response instanceof EventMessage)) {
                logger.error("Received an unexpected message from the server: {}", response);
                return;
            }

            final Event event = ((EventMessage)response).event;

            logger.debug("Received event {}, scheduling delivery", response);

            // When handle is called, the current thread is a network I/O  thread, and we don't want to block
            // it (typically addHost() will create the connection pool to the new node, which can take time)
View Full Code Here
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            if (!(response instanceof EventMessage)) {
                logger.error("Received an unexpected message from the server: {}", response);
                return;
            }

            final Event event = ((EventMessage)response).event;

            logger.debug("Received event {}, scheduling delivery", response);

            // When handle is called, the current thread is a network I/O  thread, and we don't want to block
            // it (typically addHost() will create the connection pool to the new node, which can take time)
View Full Code Here
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            if (!(response instanceof EventMessage)) {
                logger.error("Received an unexpected message from the server: {}", response);
                return;
            }

            final Event event = ((EventMessage)response).event;

            logger.debug("Received event {}, scheduling delivery", response);

            // When handle is called, the current thread is a network I/O  thread, and we don't want to block
            // it (typically addHost() will create the connection pool to the new node, which can take time)
View Full Code Here
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            if (!(response instanceof EventMessage)) {
                logger.error("Received an unexpected message from the server: {}", response);
                return;
            }

            final Event event = ((EventMessage)response).event;

            logger.debug("Received event {}, scheduling delivery", response);

            // When handle is called, the current thread is a network I/O  thread, and we don't want to block
            // it (typically addHost() will create the connection pool to the new node, which can take time)
View Full Code Here
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