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The Flow Label field (Figure 6-5) is 20 bits long, and may be used by a host to request special handling for certain packets, such as those with a nondefault quality of service or real-time quality of service. In the first version of the IPv6 Specification, RFC 1883, this field was 24 bits long, but four of these bits have now been allocated to the Traffic Class field, as discussed in the previous section. A flow is a sequence of packets sent either to a unicast or a multicast destination that need special handling by the intervening IPv6 routers. All packets belonging to the same flow must be sent with the same source address, destination address, and flow label. An example of a flow would be packets supporting a real-time service, such as audio or video. The Flow Label field is used by that source to label those packets that require special handling by the IPv6 node. If a host or router does not support Flow Label field functions, the field is set to zero on origination and ignored on reception.

The traditional MPLS label mapping and distribution is based on Forwarding Equivalent Class (FEC)-to-Label Value mapping distributed by LDP. When the router is running LDP, it advertises and receives FEC-Label bindings. The LDP label distribution contains two pieces of information: the label and who should use the label. Because the traditional MPLS is used to forward IP traffic, an FEC is always an IP-prefix from the router s IP routing table, which indicates the router that has an MPLS tunnel to forward the traffic. When LDP is used in an MPLS/VPN network, the FEC is a system-IP address (router-id) of the MPLS router. The LDP distributes information on how to reach a specific router with a certain label. By distributing the router-id to label binding information using LDP, all the MPLS routers know how to send traffic to other MPLS routers through MPLS tunnels. In an MPLS service network, the LDP-signaled LSPs are used to carry the VPN service traffic. The LDP FEC-Label advertising mechanism is only used to build MPLS tunnels for carrying the VPN service traffic.

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address { command1 command2 command3 }

Distributed internetworks are a different story, however, for several reasons. First, there are more devices. Second, since there are multiple segments, the devices on those segments are more likely to have been acquired over time, to have come from different manufacturers, to have different software revision dates, and so on. (Not too many internetworks are built all at once. It is much more likely that they have evolved over time, with the typical challenges that network evolution brings.) Most importantly, when network difficulties occur, geography does not help the network manager. You can t be in multiple locations at the same time, and, if Murphy s Law holds true, the segment you are currently testing is not the segment you should be testing. And unless you have an unlimited staff and resources, it is not likely that you can afford to dispatch colleagues to every segment to assist with the problem. Thus, managing geographically dispersed internetwork segments can be a challenge. The concepts of remote monitoring, or RMON, are designed to address those challenges. RMON places agents, called RMON probes, at strategic locations in the internetwork (see Figure 12-31). These probes consist of a network interface (either Ethernet or token ring), a processor, and memory, and are attached to the network much like any other device. The network management console determines the information that the probes are reporting on, such as the statistics to be monitored, time periods over which to collect historical information, and so on. In effect, the probes act as the eyes and ears of the network management system, providing managers with details regarding the operation of the distributed segments that would otherwise not be accessible without some type of direct human interaction.

EXAMPLE 11.2 Write a Pentium assembly language program that will perform : 5 x X + 6 x Y + (Y/8) -+ (BP)(BX) where X is an unsigned 8-bit number stored at offset OlOOH and Y is a 16-bit signed number stored as two bytes at offsets 0200H and 0201H respectively. Neglect the remainder of Y/8. Store the result in registers BX and BP. BX holds the low 16 bits of the 32-bit result and BP holds the high 16 bits of the 32-bit result. Initialize DS to 1000H. Solution

You need to pick a location suitable for your organization s deployment rules. Create the directories using the Linux md command as follows:

The special Table 21-2 shows the shell variables that tcsh uses to set behavior features in the shell. That s quite a list of shell variables available for the tcsh shell! These variables demonstrate the power of the tcsh shell. It allows you to customize many different aspects of the shell just by setting shell variables.

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