Package org.apache.qpid.client.messaging.address.Link

Examples of org.apache.qpid.client.messaging.address.Link.SubscriptionQueue

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        {
            queueName = link.getName() == null ? "TempQueue" + UUID.randomUUID() : link.getName();
            dest.setQueueName(new AMQShortString(queueName));
        }

        SubscriptionQueue queueProps = link.getSubscriptionQueue();
        Map<String,Object> arguments = queueProps.getDeclareArgs();
        if (!arguments.containsKey((AddressHelper.NO_LOCAL)))
        {
            arguments.put(AddressHelper.NO_LOCAL, noLocal);
        }

        if (link.isDurable() && queueName.startsWith("TempQueue"))
        {
            throw new AMQException("You cannot mark a subscription queue as durable without providing a name for the link.");
        }

        getQpidSession().queueDeclare(queueName,
                queueProps.getAlternateExchange(), arguments,
                queueProps.isAutoDelete() ? Option.AUTO_DELETE : Option.NONE,
                link.isDurable() ? Option.DURABLE : Option.NONE,
                queueProps.isExclusive() ? Option.EXCLUSIVE : Option.NONE);

        Map<String,Object> bindingArguments = new HashMap<String, Object>();
        bindingArguments.put(AMQPFilterTypes.JMS_SELECTOR.getValue().toString(), messageSelector == null ? "" : messageSelector);
        getQpidSession().exchangeBind(queueName,
                              dest.getAddressName(),
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        {
            queueName = link.getName() == null ? "TempQueue" + UUID.randomUUID() : link.getName();
            dest.setQueueName(new AMQShortString(queueName));
        }

        SubscriptionQueue queueProps = link.getSubscriptionQueue();
        Map<String,Object> arguments = queueProps.getDeclareArgs();
        if (!arguments.containsKey((AddressHelper.NO_LOCAL)))
        {
            arguments.put(AddressHelper.NO_LOCAL, noLocal);
        }

        getQpidSession().queueDeclare(queueName,
                queueProps.getAlternateExchange(), arguments,
                queueProps.isAutoDelete() ? Option.AUTO_DELETE : Option.NONE,
                link.isDurable() ? Option.DURABLE : Option.NONE,
                queueProps.isExclusive() ? Option.EXCLUSIVE : Option.NONE);

        Map<String,Object> bindingArguments = new HashMap<String, Object>();
        bindingArguments.put(AMQPFilterTypes.JMS_SELECTOR.getValue().toString(), messageSelector == null ? "" : messageSelector);
        getQpidSession().exchangeBind(queueName,
                              dest.getAddressName(),
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    public Link getLink() throws Exception
    {
        Link link = new Link();
        link.setSubscription(new Subscription());
        link.setSubscriptionQueue(new SubscriptionQueue());
        if (_linkPropAccess != null)
        {
            link.setDurable(getBooleanProperty(_linkPropAccess,DURABLE,false));
            link.setName(_linkPropAccess.getString(NAME));

            String reliability = _linkPropAccess.getString(RELIABILITY);
            if ( reliability != null)
            {
                if (reliability.equalsIgnoreCase("unreliable"))
                {
                    link.setReliability(Reliability.UNRELIABLE);
                }
                else if (reliability.equalsIgnoreCase("at-least-once"))
                {
                    link.setReliability(Reliability.AT_LEAST_ONCE);
                }
                else
                {
                    throw new Exception("The reliability mode '" +
                            reliability + "' is not yet supported");
                }
            }
           
            if (((Map) _address.getOptions().get(LINK)).get(CAPACITY) instanceof Map)
            {
                MapAccessor capacityProps = new MapAccessor(
                        (Map) ((Map) _address.getOptions().get(LINK))
                                .get(CAPACITY));
                link
                        .setConsumerCapacity(capacityProps
                                .getInt(CAPACITY_SOURCE) == null ? 0
                                : capacityProps.getInt(CAPACITY_SOURCE));
                link
                        .setProducerCapacity(capacityProps
                                .getInt(CAPACITY_TARGET) == null ? 0
                                : capacityProps.getInt(CAPACITY_TARGET));
            }
            else
            {
                int cap = _linkPropAccess.getInt(CAPACITY) == null ? 0 : _linkPropAccess
                        .getInt(CAPACITY);
                link.setConsumerCapacity(cap);
                link.setProducerCapacity(cap);
            }
            link.setFilter(_linkPropAccess.getString(FILTER));
            // so far filter type not used
           
            Map linkMap = (Map) _address.getOptions().get(LINK);

            if (linkMap != null && linkMap.containsKey(X_SUBSCRIBE))
            {  
                Map x_subscribe = (Map)((Map) _address.getOptions().get(LINK)).get(X_SUBSCRIBE);
               
                if (x_subscribe.containsKey(ARGUMENTS))
                {
                    link.getSubscription().setArgs((Map<String,Object>)x_subscribe.get(ARGUMENTS));
                }
               
                boolean exclusive = x_subscribe.containsKey(EXCLUSIVE) ?
                                    Boolean.parseBoolean((String)x_subscribe.get(EXCLUSIVE)): false;
               
                link.getSubscription().setExclusive(exclusive);
            }

            link.setBindings(getBindings(linkMap));
            Map xDeclareMap = getDeclareArgs(linkMap);
            SubscriptionQueue queue = link.getSubscriptionQueue();
            if (!xDeclareMap.isEmpty() && xDeclareMap.containsKey(ARGUMENTS))
            {
                MapAccessor xDeclareMapAccessor = new MapAccessor(xDeclareMap);
                queue.setAutoDelete(getBooleanProperty(xDeclareMapAccessor,AUTO_DELETE,true));
                queue.setAutoDelete(getBooleanProperty(xDeclareMapAccessor,EXCLUSIVE,true));
                queue.setAlternateExchange(xDeclareMapAccessor.getString(ALT_EXCHANGE));
                queue.setDeclareArgs((Map<String,Object>)xDeclareMap.get(ARGUMENTS));
            }
        }

        return link;
    }
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    public Link getLink() throws Exception
    {
        Link link = new Link();
        link.setSubscription(new Subscription());
        link.setSubscriptionQueue(new SubscriptionQueue());
        if (_linkPropAccess != null)
        {
            link.setDurable(getBooleanProperty(_linkPropAccess,DURABLE,false));
            link.setName(_linkPropAccess.getString(NAME));

            String reliability = _linkPropAccess.getString(RELIABILITY);
            if ( reliability != null)
            {
                if (reliability.equalsIgnoreCase("unreliable"))
                {
                    link.setReliability(Reliability.UNRELIABLE);
                }
                else if (reliability.equalsIgnoreCase("at-least-once"))
                {
                    link.setReliability(Reliability.AT_LEAST_ONCE);
                }
                else
                {
                    throw new Exception("The reliability mode '" +
                            reliability + "' is not yet supported");
                }
            }
           
            if (((Map) _address.getOptions().get(LINK)).get(CAPACITY) instanceof Map)
            {
                MapAccessor capacityProps = new MapAccessor(
                        (Map) ((Map) _address.getOptions().get(LINK))
                                .get(CAPACITY));
                link
                        .setConsumerCapacity(capacityProps
                                .getInt(CAPACITY_SOURCE) == null ? 0
                                : capacityProps.getInt(CAPACITY_SOURCE));
                link
                        .setProducerCapacity(capacityProps
                                .getInt(CAPACITY_TARGET) == null ? 0
                                : capacityProps.getInt(CAPACITY_TARGET));
            }
            else
            {
                int cap = _linkPropAccess.getInt(CAPACITY) == null ? 0 : _linkPropAccess
                        .getInt(CAPACITY);
                link.setConsumerCapacity(cap);
                link.setProducerCapacity(cap);
            }
            link.setFilter(_linkPropAccess.getString(FILTER));
            // so far filter type not used
           
            Map linkMap = (Map) _address.getOptions().get(LINK);

            if (linkMap != null && linkMap.containsKey(X_SUBSCRIBE))
            {  
                Map x_subscribe = (Map)((Map) _address.getOptions().get(LINK)).get(X_SUBSCRIBE);
               
                if (x_subscribe.containsKey(ARGUMENTS))
                {
                    link.getSubscription().setArgs((Map<String,Object>)x_subscribe.get(ARGUMENTS));
                }
               
                boolean exclusive = x_subscribe.containsKey(EXCLUSIVE) ?
                                    Boolean.parseBoolean((String)x_subscribe.get(EXCLUSIVE)): false;
               
                link.getSubscription().setExclusive(exclusive);
            }

            link.setBindings(getBindings(linkMap));
            Map xDeclareMap = getDeclareArgs(linkMap);
            SubscriptionQueue queue = link.getSubscriptionQueue();
            if (!xDeclareMap.isEmpty() && xDeclareMap.containsKey(ARGUMENTS))
            {
                MapAccessor xDeclareMapAccessor = new MapAccessor(xDeclareMap);
                queue.setAutoDelete(getBooleanProperty(xDeclareMapAccessor,AUTO_DELETE,true));
                queue.setExclusive(getBooleanProperty(xDeclareMapAccessor,EXCLUSIVE,true));
                queue.setAlternateExchange(xDeclareMapAccessor.getString(ALT_EXCHANGE));
                queue.setDeclareArgs((Map<String,Object>)xDeclareMap.get(ARGUMENTS));
            }
        }

        return link;
    }
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        {
            queueName = link.getName() == null ? "TempQueue" + UUID.randomUUID() : link.getName();
            dest.setQueueName(new AMQShortString(queueName));
        }

        SubscriptionQueue queueProps = link.getSubscriptionQueue();
        Map<String,Object> arguments = queueProps.getDeclareArgs();
        if (!arguments.containsKey((AddressHelper.NO_LOCAL)))
        {
            arguments.put(AddressHelper.NO_LOCAL, noLocal);
        }

        if (link.isDurable() && queueName.startsWith("TempQueue"))
        {
            throw new AMQException("You cannot mark a subscription queue as durable without providing a name for the link.");
        }

        getQpidSession().queueDeclare(queueName,
                queueProps.getAlternateExchange(), arguments,
                queueProps.isAutoDelete() ? Option.AUTO_DELETE : Option.NONE,
                link.isDurable() ? Option.DURABLE : Option.NONE,
                queueProps.isExclusive() ? Option.EXCLUSIVE : Option.NONE);

        Map<String,Object> bindingArguments = new HashMap<String, Object>();
        bindingArguments.put(AMQPFilterTypes.JMS_SELECTOR.getValue().toString(), messageSelector == null ? "" : messageSelector);
        getQpidSession().exchangeBind(queueName,
                              dest.getAddressName(),
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    public Link getLink() throws Exception
    {
        Link link = new Link();
        link.setSubscription(new Subscription());
        link.setSubscriptionQueue(new SubscriptionQueue());
        if (_linkPropAccess != null)
        {
            link.setDurable(getBooleanProperty(_linkPropAccess,DURABLE,false));
            link.setName(_linkPropAccess.getString(NAME));

            String reliability = _linkPropAccess.getString(RELIABILITY);
            if ( reliability != null)
            {
                if (reliability.equalsIgnoreCase("unreliable"))
                {
                    link.setReliability(Reliability.UNRELIABLE);
                }
                else if (reliability.equalsIgnoreCase("at-least-once"))
                {
                    link.setReliability(Reliability.AT_LEAST_ONCE);
                }
                else
                {
                    throw new Exception("The reliability mode '" +
                            reliability + "' is not yet supported");
                }
            }
           
            if (((Map) _address.getOptions().get(LINK)).get(CAPACITY) instanceof Map)
            {
                MapAccessor capacityProps = new MapAccessor(
                        (Map) ((Map) _address.getOptions().get(LINK))
                                .get(CAPACITY));
                link
                        .setConsumerCapacity(capacityProps
                                .getInt(CAPACITY_SOURCE) == null ? 0
                                : capacityProps.getInt(CAPACITY_SOURCE));
                link
                        .setProducerCapacity(capacityProps
                                .getInt(CAPACITY_TARGET) == null ? 0
                                : capacityProps.getInt(CAPACITY_TARGET));
            }
            else
            {
                int cap = _linkPropAccess.getInt(CAPACITY) == null ? 0 : _linkPropAccess
                        .getInt(CAPACITY);
                link.setConsumerCapacity(cap);
                link.setProducerCapacity(cap);
            }
            link.setFilter(_linkPropAccess.getString(FILTER));
            // so far filter type not used
           
            Map linkMap = (Map) _address.getOptions().get(LINK);

            if (linkMap != null && linkMap.containsKey(X_SUBSCRIBE))
            {  
                Map x_subscribe = (Map)((Map) _address.getOptions().get(LINK)).get(X_SUBSCRIBE);
               
                if (x_subscribe.containsKey(ARGUMENTS))
                {
                    link.getSubscription().setArgs((Map<String,Object>)x_subscribe.get(ARGUMENTS));
                }
               
                boolean exclusive = x_subscribe.containsKey(EXCLUSIVE) ?
                                    Boolean.parseBoolean((String)x_subscribe.get(EXCLUSIVE)): false;
               
                link.getSubscription().setExclusive(exclusive);
            }

            link.setBindings(getBindings(linkMap));
            Map xDeclareMap = getDeclareArgs(linkMap);
            SubscriptionQueue queue = link.getSubscriptionQueue();
            if (!xDeclareMap.isEmpty() && xDeclareMap.containsKey(ARGUMENTS))
            {
                MapAccessor xDeclareMapAccessor = new MapAccessor(xDeclareMap);
                queue.setAutoDelete(getBooleanProperty(xDeclareMapAccessor,AUTO_DELETE,true));
                queue.setExclusive(getBooleanProperty(xDeclareMapAccessor,EXCLUSIVE,true));
                queue.setAlternateExchange(xDeclareMapAccessor.getString(ALT_EXCHANGE));
                queue.setDeclareArgs((Map<String,Object>)xDeclareMap.get(ARGUMENTS));
            }
        }

        return link;
    }
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        {
            queueName = link.getName() == null ? "TempQueue" + UUID.randomUUID() : link.getName();
            dest.setQueueName(new AMQShortString(queueName));
        }

        SubscriptionQueue queueProps = link.getSubscriptionQueue();
        Map<String,Object> arguments = queueProps.getDeclareArgs();
        if (!arguments.containsKey((AddressHelper.NO_LOCAL)))
        {
            arguments.put(AddressHelper.NO_LOCAL, noLocal);
        }

        if (link.isDurable() && queueName.startsWith("TempQueue"))
        {
            throw new AMQException("You cannot mark a subscription queue as durable without providing a name for the link.");
        }

        getQpidSession().queueDeclare(queueName,
                queueProps.getAlternateExchange(), arguments,
                queueProps.isAutoDelete() ? Option.AUTO_DELETE : Option.NONE,
                link.isDurable() ? Option.DURABLE : Option.NONE,
                queueProps.isExclusive() ? Option.EXCLUSIVE : Option.NONE);

        Map<String,Object> bindingArguments = new HashMap<String, Object>();
        bindingArguments.put(AMQPFilterTypes.JMS_SELECTOR.getValue().toString(), messageSelector == null ? "" : messageSelector);
        getQpidSession().exchangeBind(queueName,
                              dest.getAddressName(),
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        {
            queueName = link.getName() == null ? "TempQueue" + UUID.randomUUID() : link.getName();
            dest.setQueueName(new AMQShortString(queueName));
        }

        SubscriptionQueue queueProps = link.getSubscriptionQueue();
        Map<String,Object> arguments = queueProps.getDeclareArgs();
        if (!arguments.containsKey((AddressHelper.NO_LOCAL)))
        {
            arguments.put(AddressHelper.NO_LOCAL, noLocal);
        }

        if (link.isDurable() && queueName.startsWith("TempQueue"))
        {
            throw new AMQException("You cannot mark a subscription queue as durable without providing a name for the link.");
        }

        getQpidSession().queueDeclare(queueName,
                queueProps.getAlternateExchange(), arguments,
                queueProps.isAutoDelete() ? Option.AUTO_DELETE : Option.NONE,
                link.isDurable() ? Option.DURABLE : Option.NONE,
                queueProps.isExclusive() ? Option.EXCLUSIVE : Option.NONE);

        Map<String,Object> bindingArguments = new HashMap<String, Object>();
        bindingArguments.put(AMQPFilterTypes.JMS_SELECTOR.getValue().toString(), messageSelector == null ? "" : messageSelector);
        getQpidSession().exchangeBind(queueName,
                              dest.getAddressName(),
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    public Link getLink()
    {
        Link link = new Link();
        link.setSubscription(new Subscription());
        link.setSubscriptionQueue(new SubscriptionQueue());
        if (_linkPropAccess != null)
        {
            link.setDurable(getBooleanProperty(_linkPropAccess,DURABLE,false));
            link.setName(_linkPropAccess.getString(NAME));

            String reliability = _linkPropAccess.getString(RELIABILITY);
            if ( reliability != null)
            {
                if (reliability.equalsIgnoreCase("unreliable"))
                {
                    link.setReliability(Reliability.UNRELIABLE);
                }
                else if (reliability.equalsIgnoreCase("at-least-once"))
                {
                    link.setReliability(Reliability.AT_LEAST_ONCE);
                }
                else
                {
                    throw new IllegalArgumentException("The reliability mode '" +
                            reliability + "' is not yet supported");
                }
            }
           
            if (((Map) _address.getOptions().get(LINK)).get(CAPACITY) instanceof Map)
            {
                MapAccessor capacityProps = new MapAccessor(
                        (Map) ((Map) _address.getOptions().get(LINK))
                                .get(CAPACITY));
                link
                        .setConsumerCapacity(capacityProps
                                .getInt(CAPACITY_SOURCE) == null ? 0
                                : capacityProps.getInt(CAPACITY_SOURCE));
                link
                        .setProducerCapacity(capacityProps
                                .getInt(CAPACITY_TARGET) == null ? 0
                                : capacityProps.getInt(CAPACITY_TARGET));
            }
            else
            {
                int cap = _linkPropAccess.getInt(CAPACITY) == null ? 0 : _linkPropAccess
                        .getInt(CAPACITY);
                link.setConsumerCapacity(cap);
                link.setProducerCapacity(cap);
            }
            link.setFilter(_linkPropAccess.getString(FILTER));
            // so far filter type not used
           
            Map linkMap = (Map) _address.getOptions().get(LINK);

            if (linkMap != null && linkMap.containsKey(X_SUBSCRIBE))
            {  
                Map x_subscribe = (Map)((Map) _address.getOptions().get(LINK)).get(X_SUBSCRIBE);
               
                if (x_subscribe.containsKey(ARGUMENTS))
                {
                    link.getSubscription().setArgs((Map<String,Object>)x_subscribe.get(ARGUMENTS));
                }
               
                boolean exclusive = x_subscribe.containsKey(EXCLUSIVE) ?
                                    Boolean.parseBoolean((String)x_subscribe.get(EXCLUSIVE)): false;
               
                link.getSubscription().setExclusive(exclusive);
            }

            link.setBindings(getBindings(linkMap));
            Map xDeclareMap = getDeclareArgs(linkMap);
            SubscriptionQueue queue = link.getSubscriptionQueue();
            if (!xDeclareMap.isEmpty() && xDeclareMap.containsKey(ARGUMENTS))
            {
                MapAccessor xDeclareMapAccessor = new MapAccessor(xDeclareMap);
                queue.setAutoDelete(getBooleanProperty(xDeclareMapAccessor,AUTO_DELETE,true));
                queue.setExclusive(getBooleanProperty(xDeclareMapAccessor,EXCLUSIVE,true));
                queue.setAlternateExchange(xDeclareMapAccessor.getString(ALT_EXCHANGE));
                queue.setDeclareArgs((Map<String,Object>)xDeclareMap.get(ARGUMENTS));
            }
        }

        return link;
    }
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        {
            queueName = link.getName() == null ? "TempQueue" + UUID.randomUUID() : link.getName();
            dest.setQueueName(new AMQShortString(queueName));
        }

        SubscriptionQueue queueProps = link.getSubscriptionQueue();
        Map<String,Object> arguments = queueProps.getDeclareArgs();
        if (!arguments.containsKey((AddressHelper.NO_LOCAL)))
        {
            arguments.put(AddressHelper.NO_LOCAL, noLocal);
        }

        if (link.isDurable() && queueName.startsWith("TempQueue"))
        {
            throw new AMQException("You cannot mark a subscription queue as durable without providing a name for the link.");
        }

        getQpidSession().queueDeclare(queueName,
                queueProps.getAlternateExchange(), arguments,
                queueProps.isAutoDelete() ? Option.AUTO_DELETE : Option.NONE,
                link.isDurable() ? Option.DURABLE : Option.NONE,
                queueProps.isExclusive() ? Option.EXCLUSIVE : Option.NONE);

        Map<String,Object> bindingArguments = new HashMap<String, Object>();
        bindingArguments.put(AMQPFilterTypes.JMS_SELECTOR.getValue().toString(), messageSelector == null ? "" : messageSelector);
        getQpidSession().exchangeBind(queueName,
                              dest.getAddressName(),
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Related Classes of org.apache.qpid.client.messaging.address.Link.SubscriptionQueue

  • org.apache.qpid.client.AMQSession_0_10
  • org.apache.qpid.client.messaging.address.AddressHelper
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