Examples of org.apache.felix.framework.util.ThreadGate

org.apache.felix.framework.util.ThreadGate
This class implements a simple one-shot gate for threads. The gate starts closed and will block any threads that try to wait on it. Once opened, all waiting threads will be released. The gate cannot be reused.

            throw new IllegalArgumentException("Timeout cannot be negative.");
        }


        // If there is a gate, wait on it; otherwise, return immediately.
        // Grab a copy of the gate, since it is volatile.
        ThreadGate gate = m_shutdownGate;
        boolean open = false;
        if (gate != null)
        {
            open = gate.await(timeout);
        }


        FrameworkEvent event;
        if (open && (gate.getMessage() != null))
        {
            event = (FrameworkEvent) gate.getMessage();
        }
        else if (!open && (gate != null))
        {
            event = new FrameworkEvent(FrameworkEvent.WAIT_TIMEDOUT, this, null);
        }

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                // The framework is now in its startup sequence.
                setBundleStateAndNotify(this, Bundle.STARTING);


                // Now it is possible for threads to wait for the framework to stop,
                // so create a gate for that purpose.
                m_shutdownGate = new ThreadGate();


                // Start services
                m_fwkWiring.start();
                m_fwkStartLevel.start();

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                // The framework is now in its startup sequence.
                setBundleStateAndNotify(this, Bundle.STARTING);


                // Now it is possible for threads to wait for the framework to stop,
                // so create a gate for that purpose.
                m_shutdownGate = new ThreadGate();


                // Start services
                m_fwkWiring.start();
                m_fwkStartLevel.start();

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            throw new IllegalArgumentException("Timeout cannot be negative.");
        }


        // If there is a gate, wait on it; otherwise, return immediately.
        // Grab a copy of the gate, since it is volatile.
        ThreadGate gate = m_shutdownGate;
        boolean open = false;
        if (gate != null)
        {
            open = gate.await(timeout);
        }


        FrameworkEvent event;
        if (open && (gate.getMessage() != null))
        {
            event = (FrameworkEvent) gate.getMessage();
        }
        else if (!open && (gate != null))
        {
            event = new FrameworkEvent(FrameworkEvent.WAIT_TIMEDOUT, this, null);
        }

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                // The framework is now in its startup sequence.
                setBundleStateAndNotify(this, Bundle.STARTING);


                // Now it is possible for threads to wait for the framework to stop,
                // so create a gate for that purpose.
                m_shutdownGate = new ThreadGate();


                // Start services
                m_fwkWiring.start();
                m_fwkStartLevel.start();

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            throw new IllegalArgumentException("Timeout cannot be negative.");
        }


        // If there is a gate, wait on it; otherwise, return immediately.
        // Grab a copy of the gate, since it is volatile.
        ThreadGate gate = m_shutdownGate;
        boolean open = false;
        if (gate != null)
        {
            open = gate.await(timeout);
        }


        FrameworkEvent event;
        if (open && (gate.getMessage() != null))
        {
            event = (FrameworkEvent) gate.getMessage();
        }
        else if (!open && (gate != null))
        {
            event = new FrameworkEvent(FrameworkEvent.WAIT_TIMEDOUT, this, null);
        }

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Related Classes of org.apache.felix.framework.util.ThreadGate

org.apache.felix.framework.Felix

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