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In Section 1743, we used checkpoints to reduce the number of log records that the system must scan when it recovers from a crash Since we assumed no concurrency, it was necessary to consider only the following transactions during recovery: Those transactions that started after the most recent checkpoint The one transaction, if any, that was active at the time of the most recent checkpoint The situation is more complex when transactions can execute concurrently, since several transactions may have been active at the time of the most recent checkpoint

Controlling access to the appliance itself is referred to as console authentication The term console is very misleading, since this refers to access to the appliance, which includes these access methods: Serial telnet SSH HTTP ASDM and CSM Enable Privilege EXEC mode Console and auxiliary ports

The McGraw Hill Companies, 2001

To control access to the appliance itself by prompting an administrator with a username and password, use the following command:

In a concurrent transaction-processing system, we require that the checkpoint log record be of the form <checkpoint L>, where L is a list of transactions active at the time of the checkpoint Again, we assume that transactions do not perform updates either on the buffer blocks or on the log while the checkpoint is in progress The requirement that transactions must not perform any updates to buffer blocks or to the log during checkpointing can be bothersome, since transaction processing will have to halt while a checkpoint is in progress A fuzzy checkpoint is a checkpoint where transactions are allowed to perform updates even while buffer blocks are being written out Section 1795 describes fuzzy checkpointing schemes

ciscoasa(config)# aaa authentication {serial | enable | telnet | ssh | http} console {AAA_group_tag | [LOCAL]}

When the system recovers from a crash, it constructs two lists: The undo-list consists of transactions to be undone, and the redo-list consists of transactions to be redone The system constructs the two lists as follows: Initially, they are both empty The system scans the log backward, examining each record, until it nds the rst <checkpoint> record: For each record found of the form <Ti commit>, it adds Ti to redo-list For each record found of the form <Ti start>, if Ti is not in redo-list, then it adds Ti to undo-list When the system has examined all the appropriate log records, it checks the list L in the checkpoint record For each transaction Ti in L, if Ti is not in redo-list then it adds Ti to the undo-list Once the redo-list and undo-list have have been constructed, the recovery proceeds as follows: 1 The system rescans the log from the most recent record backward, and performs an undo for each log record that belongs transaction Ti on the undo-list Log records of transactions on the redo-list are ignored in this phase The scan stops when the <Ti start> records have been found for every transaction Ti in the undo-list 2 The system locates the most recent <checkpoint L> record on the log Notice that this step may involve scanning the log forward, if the checkpoint record was passed in step 1 3 The system scans the log forward from the most recent <checkpoint L> record, and performs redo for each log record that belongs to a transaction Ti that is on the redo-list It ignores log records of transactions on the undo-list in this phase It is important in step 1 to process the log backward, to ensure that the resulting state of the database is correct

Step 6 Confirm quota difficulty distribution: Make sure that quota difficulty achieves a quota distribution of a predefined percent of the sales personnel who will perform at or better than quota performance, and a percent that will perform below quota (see Figure 6-12)

The McGraw Hill Companies, 2001