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A distributed database system consists of a collection of sites, each of which maintains a local database system Each site is able to process local transactions: those transactions that access data in only that single site In addition, a site may participate in the execution of global transactions; those transactions that access data in several sites The execution of global transactions requires communication among the sites Distributed databases may be homogeneous, where all sites have a common schema and database system code, or heterogeneous, where the schemas and system codes may differ There are several issues involved in storing a relation in the distributed database, including replication and fragmentation It is essential that the system minimize the degree to which a user needs to be aware of how a relation is stored A distributed system may suffer from the same types of failure that can af ict a centralized system There are, however, additional failures with which we need to deal in a distributed environment, including the failure of a site, the failure of a link, loss of a message, and network partition Each of these problems needs to be considered in the design of a distributed recovery scheme To ensure atomicity, all the sites in which a transaction T executed must agree on the nal outcome of the execution T either commits at all sites or aborts at all sites To ensure this property, the transaction coordinator of T must execute a commit protocol The most widely used commit protocol is the two-phase commit protocol The two-phase commit protocol may lead to blocking, the situation in which the fate of a transaction cannot be determined until a failed site (the coordinator) recovers We can use the three-phase commit protocol to reduce the probability of blocking Persistent messaging provides an alternative model for handling distributed transactions The model breaks a single transaction into parts that are executed at different databases Persistent messages (which are guaranteed to be delivered exactly once, regardless of failures), are sent to remote sites to request actions to be taken there While persistent messaging avoids the blocking problem, application developers have to write code to handle various types of failures.

show ospf [process_ID [area_#]] database Displaying the OSPF show ospf interface [logical_if_name] show ospf neighbor [logical_if_name] [neighbor_ID] [detail]

The McGraw Hill Companies, 2001

Components Threshold: $84,000 (Base Salary) Target Incentive: $36,000 Excellence: $72,000 (Outstanding Pay) Pay Compensation by Performance Measure Sales Volume Pay $0 $18,000 $36,000

7

Setting up EIGRP routing on an appliance is very similar to setting it up on a Cisco IOS router Here are the basic commands to enable EIGRP routing:

On Branch-schema: branch-name branch-city branch-name assets On Customer-schema: customer-name customer-city customer-name customer-street On Loan-schema: loan-number amount loan-number branch-name On Borrower-schema: No functional dependencies On Account-schema: account-number branch-name account-number balance On Depositor-schema: No functional dependencies

ciscoasa(config)# router eigrp AS_# ciscoasa(config-router)# network IP_address [subnet_mask] ciscoasa(config-router)# [no] passive-interface {default | logical_if_name}

It is not suf cient to consider the given set of functional dependencies Rather, we need to consider all functional dependencies that hold We shall see that, given a set F of functional dependencies, we can prove that certain other functional dependencies hold We say that such functional dependencies are logically implied by F More formally, given a relational schema R, a functional dependency f on R is logically implied by a set of functional dependencies F on R if every relation instance r(R) that satis es F also satis es f Suppose we are given a relation schema R = (A, B, C, G, H, I) and the set of functional dependencies A B A C CG H CG I B H The functional dependency A H

To enable the EIGRP routing process, you need to assign it an AS number Within the routing process, for every network you list (with the network command) that matches an interface on the appliance, that interface is included in the EIGRP routing process If you omit the subnet mask, it defaults to the network class mask (A, B, C) The passive-interface command places a specified interface in a passive mode: the appliance will not process any EIGRP updates on the interface The default parameter disables EIGRP on all interfaces: then to enable for specific interfaces, use the no passive-interface command, referencing the specific logical interface names Here s a simple example, based on Figure 4-3, of enabling EIGRP on all the appliance interfaces:

The McGraw Hill Companies, 2001

ciscoasa(config)# router ciscoasa(config-router)# ciscoasa(config-router)# ciscoasa(config-router)# eigrp 1 network 19216810 2552552550 network 19216820 2552552550 network 10000 255000

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Cumulative $84,000 $36,000 $192,000

Setting up authentication of EIGRP routing updates is easy Enter the interface the EIGRP neighbor(s) are connected to, and for the AS, specify that MD5 is used with the authentication mode command Then configure the key and key number used within the AS on that interface with the authentication key command: