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Like LDAP, NIS+ is object oriented. Thus, we introduce the components of the service by first introducing the types of objects that it manages. NIS+ objects are structural elements used to build and define the NIS+ namespace. These objects are always separated by dots when they are expressed. This point will make more sense as we provide examples of NIS+ objects. There are five basic NIS+ object types. The first type of object is the directory object. Directory objects are similar to Unix file system directories. Unlike Unix directories, however, they do not contain files. They can contain one or more other objects, such as table objects, group objects, entry objects, or link objects. Like the Unix file system, directory objects form an inverted treelike structure, with the root domain (root directory) at the top and the subdomains branching downward. They are used to divide the namespace into different parts. Each domain-level directory object contains the org_dir and groups_dir directory objects for the corresponding domain (the ctx_dir directory is present only if you are running FNS). The org_dir directory objects contain table objects for that domain.

Warm-standby refers to a database that has a copy set up on separate hardware. A warmstandby solution can be achieved with log shipping. Log shipping involves periodically restoring a transaction log backup from the primary server to a warm-standby server, making that server ready to recover at a moment s notice. In case of a failure, the recovery server and the most recent transaction-log backups are ready to go. Because of this, log shipping can be implemented without exotic hardware and is significantly cheaper. However, log shipping has a few drawbacks: When the primary server fails, any transactions made since the last time the log was shipped to the warm-standby server will be lost. For this reason, log shipping is usually set to occur every few minutes. The switch is not transparent. Some code must be executed on the warm-standby server, and front-end application connections must redirect the data source and reconnect to the warm standby server. Sample code to illustrate this is provided later in this chapter. An Integration Services job must be created and periodically run to move user logins from the primary server to the warm-standby server. Once the primary server is repaired, returning to the original configuration requires manual DBA intervention. If these issues are acceptable, log shipping to a warm-standby server can be an excellent safeguard against downtime. Ideally, the primary server and the warm-standby server should be in different locations so that a disaster in one location will not affect the other. In addition, log shipping can place a large demand on a network every few minutes while the transaction logs are being moved. If the two servers can be connected with a private high-speed network, log shipping can take place without affecting other network users and the bandwidth they require.

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The Pictures hub is one of the most wonderful visual experiences on Windows Phone, but it is also the simplest to understand. Here, you can understand and share photos, . Here, you can but it is also understandthe simplest to manage, view, . including those that you take with the phone s internal camera, those you sync to the phone via your PC, those you ve shared online, and, perhaps most interestingly, those your family, friends, and other contacts have shared online as well. Like other hubs, the Pictures hub is presented as a panoramic experience that can view one screen, or section, at a time (Figure 5-1). By default, you will see three sections from left to right: Galleries, which lists the default photo galleries; a featured gallery; and What s New, which presents a dynamic feed of your contacts photo-related online posts.

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frequency modems must be tuned to a speci c frequency channel, while frequencyagile modems can search for an available channel Although frequency-agile modems are more expensive to acquire, they utilize available bandwidth much more effectively as they mitigate issues of congestion by automatically and dynamically balancing the load among the channels to which they have assigned access privileges There are single-cable and dual-cable broadband LANs A dual-cable LAN involves one cable in support of upstream transmissions from the stations to the head end and a second cable in support of downstream transmissions from the head end to the stations In a single-cable system, speci c frequency channels are designated for upstream transmissions and others for downstream transmissions The stations connect to the cable through multiport Media Access Units (MAUs) that house the RF modems and that connect to the coax cable, as illustrated in Figure 85.

If the original quadrilateral is a parallelogram, then the centres of the added squares form another square (Fig. 13.45). Moreover, the triangles APS, BQP, CRQ and DSR are all congruent to each other. Fig. 13.45

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