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When a failure happens, a router upstream of the failure becomes the PLR and switches the traffic to the detour LSP. For node protection, it is not necessarily the immediate upstream router that switches traffic to the detour LSP. Any upstream router that detects a failure on the protected LSP-Path can switch the traffic to the detour LSP. This typically happens in the case where the immediate upstream router cannot set up a detour LSP. Figure 7.11 illustrates the PLR s data plane forwarding behavior during a node failure. The behavior of the link protection detour LSP is similar. The router tries to establish the node protection, one-to-one detour with three attempts. If the node protection detour cannot be set up, the router then switches to link protection. In this case, if the link protection cannot be established either, the PLR will keep retrying the node protection setup. Consider the case in Figure 7.11 where node protection is desired, and the third-hop LSR (router marked with X) tries a node protection setup. In this scenario, it will not be able to establish the node protection detour LSP. When the LSR falls back to set up link protection instead, it will find a path from itself to the second-hop LSR (router marked PLR) and then travel though the two routers in the bottom of the topology in Figure 7.11, and then to the MP router. At this stage, there would be a detour merge at the second-hop router (detour merge is discussed later). However, if link protection is desired, the second-hop LSR will find the path on the first attempt. Protected traffic is rerouted into the detour LSP to travel around the node failure in the following sequence:

This attribute indicates that the container should allow the invocation of the business method within the transaction context of a caller. However, the method may also be called with no transaction context associated with the caller. In that case the method will be invoked in an unspecified transaction context according to the semantics we explained for the NotSupported transaction attribute. The Supports transaction attribute allows the calling client to control the transactional characteristics of the business method. This can be a powerful construct for gaining operational efficiency from a business method used in different contexts. On the other hand, it means that required transactional behavior can be compromised by client misuse and this can lead to data inconsistencies within an application. Some people mistakenly believe that this attribute can be used to eliminate all interaction between the container and the transaction manager during a method invocation in which no transactional context is associated with the client. Regardless of the container s strategy for handling the unspecified transaction context, this is never the case; the container must still interact with the manager even in the simplest case. The efficiency is gained in the interaction with the database connections or Enterprise Integration System (EIS) adapters, which do not need to involve the XA transaction manager in their interactions (as we saw in 10).

1. Reload the package list. To see which packages are available for you to install, select the Reload button. Synaptic searches online repositories configured for KNOPPIX for available packages and loads them into the Synaptic window. New package categories and packages appear. 2. Select a package. Choose a category on the left and any package you want from that category on the right. A description of the package appears in the lower pane. Figure 11-1 shows an example of Synaptic with the bzflag package selected.

Value: String Gettable: Yes Settable: No Description: An ADsPath string that names the print queue processing this print job.

Most Linux systems have similar ways of starting the CUPS service. You may need to poke around to see how CUPS starts on the distribution you are using.

SCSI-I is the original (first) standard. The data width is 8 bits, and the maxtmum theoretical2 transfer speed for SCSI-1 is 40 Mbps. The connection point (the connector) has 25 pins. With this standard, it is not possible to have more than one device connected. SCSI-2 is a development of SCSI-1. With SCSI-2, several devices can be connected (itis a bus).This is the standard people mean when they talk about standard SCSI (plain SCSI).l Table 3.1 shows the variants of SCSI-2.

If you tried configuring X and you still have a server that crashes or has a garbled display, your video card may either be unsupported or may require special configuration. Here are a couple of locations you can check for further information: n X.Org (www.x.org) The latest information about the X servers that come with Fedora Core is available from the X.Org Web site. X.Org is the freeware version of X recently used by many major Linux distributions to replace the XFree86 X server. n X documentation README files specific to different types of video cards are delivered with the X.Org X server. Visit the X doc directory (/usr/X11R6/lib/X11/doc) for a README file specific to the type of video card (or more specifically, the video chipset) you are using. A lot of good information can also be found on the xorg.conf man page (type man xorg.conf).

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