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For example, the Message objects being held could be stored in memory, or some form of secondary storage (eg, a hard disk or database) could be used The Message objects can be stored within the JMS Provider while they pile up, and we can specify many details controlling how the provider will administer the Message objects it is holding From the Message Producer object s point of view, when we create the Message objects and produce them, we can specify several details about how the messages should be handled by the JMS Provider instance In particular, we can specify a timeto-live (TTL) value in each message that indicates how long the JMS Provider instance must hold onto a message before discarding it (assuming that it has not been consumed before the timeout has been reached).

As illustrated in 7, for residential customers the IP telephony service can be delivered over DSL modem, cable modem (CM), and WLL receiver based network connections Service providers need to be equipped with VoIP call servers to perform call control and signaling for the VoIP calls originating from the SIP phones attached to the DSL modem, CM, or WLL receiver on customers premises If telephone calls from SIP phones are destined for PSTN or POTS phones, network elements such as the SS7 SG and the IPPSTN media gateway controller (MGC) will be directly involved in setting up the connection for the call The IP-PSTN MGW will provide all of the required adaptation of the voice signal (or media) from the PSTN or TDM network to the IP network These are discussed in detail in s 7 and 8 for various network evolution scenarios.

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We can also specify whether a message should use persistent delivery or nonpersistent delivery as part of the produce operation Messages that are produced using nonpersistent delivery must be sent at-mostonce, which means that there will never be a duplicate message sent; but if there are errors, then the message might (possibly) be lost and therefore never sent at all Persistent message delivery ensures that the message will be delivered once-and-only-once This not only prevents duplicate messages, but it also ensures that the messages will not be lost once they have successfully been produced even if there are JMS Provider failures or failures in the JMS Client containing the intended JMS Consumer object.

Note that these considerations only affect the producer side of the conversation it is still possible for messages produced with either delivery mechanism to be lost on the consumer side (not consumed) due to the TTL value timing out or other causes From the JMS Consumer object s point of view, how can we ensure that messages are not lost when the JMS Consumer object is not actively connected to the JMS Provider Recall that this situation can be caused by a network error, system error, or application error on the JMS Consumer object s site This situation, therefore, cannot be addressed by merely specifying some detail in the JMS Consumer object s container-application Instead, the JMS speci cation addresses this situation via the Destination object.

Originally developed as a method of preserving pork before the widespread use of refrigeration, bacon remains a popular product in its own right. Its production varies from country to country (Feiner 2006), but typically involves the treatment of boneless pork cuts with curing salt, usually added as a brine. As practiced in North America, bacon is produced from boneless pork belly that is hot smoked, sliced thinly, and vacuum packed (Andersen 2004), while in Ireland and the United Kingdom, the most popular bacon is made from cured pork loins. In continental Europe, bacon lardons (cubes) are used mainly as a cooking ingredient. Salt (sodium chloride) and nitrite are essential for curing, although nitrates (sodium or potassium) are still used in some brines. Both major ingredients, salt and nitrite, are multifunctional. Salt acts as a preservative by lowering water activity, gives bacon its characteristic salty avor, and increases the water-holding capacity of meat by solubilizing myo brillar protein and increasing the myo brillar lattice spacing (Offer and Trinick 1983). Although nitrite chemistry is relatively complex, the basic functions of nitrite are well known (e.g., Pegg and Shahidi 2000; Honikel 2008). It (1) acts as a preservative, (2) promotes the formation of the cured meat color, (3) contributes to cured meat avor, and (4) acts as an antioxidant. The principles of curing have been described in an earlier

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