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but resolving the con ict involves rolling back committed transactions, and durability of committed transactions is therefore not guaranteed Further, human intervention may be required to deal with con icts The above schemes should therefore be avoided or used with care

ciscoasa# show route [logical_if_name [ip_address [netmask [static]]]]

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Here is an example of the use of the show route command: Listing 4-1 A static route configuration for Figure 4-1

Figure 6-19 (Continued)

The deadlock-prevention and deadlock-detection algorithms in 16 can be used in a distributed system, provided that modi cations are made For example, we can use the tree protocol by de ning a global tree among the system data items Similarly, the timestamp-ordering approach could be directly applied to a distributed environment, as we saw in Section 1952 Deadlock prevention may result in unnecessary waiting and rollback Furthermore, certain deadlock-prevention techniques may require more sites to be involved in the execution of a transaction than would otherwise be the case If we allow deadlocks to occur and rely on deadlock detection, the main problem in a distributed system is deciding how to maintain the wait-for graph Common techniques for dealing with this issue require that each site keep a local wait-for graph The nodes of the graph correspond to all the transactions (local as well as nonlocal) that are currently either holding or requesting any of the items local to that site For example, Figure 193 depicts a system consisting of two sites, each maintaining its local wait-for graph Note that transactions T2 and T3 appear in both graphs, indicating that the transactions have requested items at both sites These local wait-for graphs are constructed in the usual manner for local transactions and data items When a transaction Ti on site S1 needs a resource in site S2 , it sends a request message to site S2 If the resource is held by transaction Tj , the system inserts an edge Ti Tj in the local wait-for graph of site S2 Clearly, if any local wait-for graph has a cycle, deadlock has occurred On the other hand, the fact that there are no cycles in any of the local wait-for graphs does not mean that there are no deadlocks To illustrate this problem, we consider the local wait-for graphs of Figure 193 Each wait-for graph is acyclic; nevertheless, a deadlock exists in the system because the union of the local wait-for graphs contains a cycle This graph appears in Figure 194.

ciscoasa(config)# show route S 0000 0000 [1/0] via 19216812, outside C 19216830 2552552550 is directly connected, inside C* 127000 25525500 is directly connected, cplane C 19216820 2552552550 is directly connected, dmz C 19216810 2552552550 is directly connected, outside S 19216840 2552552550 [1/0] via 19216832, inside S 19216850 2552552550 [1/0] via 19216832, inside

The McGraw Hill Companies, 2001

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A static route is represented by an S in the routing table A directly connected route is represented by C If you see a 127000 route, it indicates that you are on an ASA this address is used to access the pseudo-console port of an installed IPS or CSC card For nonconnected routes, as with static routes, you ll see two numbers in brackets ( [] ) The first number is the administrative distance of the routing protocol, and the second number is the metric of the route