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Here are some limitations of application inspection for H323 on the appliances: You might experience problems with static PAT translations Fixing translation issues is unsupported on same-security-level interfaces You might have issues with net statics if they overlap the addresses used by the terminals or gateways

To execute this query, the system nds all pairs of tuples in borrower that agree on the loan-number attribute, where the value for the customer-name attribute is Smith for one tuple and Jones for the other The system then displays the value of the loan-number attribute In the domain relational calculus, the query would be written as { l | x ( x, l borrower x = Smith ) x ( x, l borrower x = Jones )} As another example, consider the query Find all customers who live in the same city as Jones : customer customer-name P x Jones customer-street customer-city y y

The Managing Director may terminate the Program at any time, treating any quarter then in effect as having ended as of the date he/she

TIP If you have an H323 application that Cisco doesn t support with application inspection, I would first try using the established command (see 11) to get traffic flowing between the two endpoints through the appliance If this didn t work, I would then place a Cisco router at both locations and use a GRE tunnel to tunnel the H323 traffic since GRE is not stateful on the appliances, you would need an ACL entry on the lower-level interface to permit it

QBE allows queries that span several different relations (analogous to Cartesian product or natural join in the relational algebra) The connections among the various relations are achieved through variables that force certain tuples to have the same value on certain attributes As an illustration, suppose that we want to nd the names of all customers who have a loan from the Perryridge branch This query can be written as

The McGraw Hill Companies, 2001

The following sections will discuss the configuration of H323 inspection For in-depth inspection policies, you might need to create a layer 7 policy map and, possibly, a layer 7 class map The following sections will discuss how to create these, as well as how to enable H323 inspection in a layer 3/4 policy map

To evaluate the preceding query, the system nds tuples in loan with Perryridge as the value for the branch-name attribute For each such tuple, the system nds tuples in borrower with the same value for the loan-number attribute as the loan tuple It displays the values for the customer-name attribute We can use a technique similar to the preceding one to write the query Find the names of all customers who have both an account and a loan at the bank : depositor customer-name P x customer-name x account-number

Here are the commands to create a layer 7 class map for H323 inspection:

Now consider the query Find the names of all customers who have an account at the bank, but who do not have a loan from the bank We express queries that involve negation in QBE by placing a not sign ( ) under the relation name and next to an example row: depositor customer-name P x customer-name x account-number

ciscoasa(config)# class-map type inspect h323 [match-all] L7_class_map_name ciscoasa(config-cmap)# description string ciscoasa(config-cmap)# match [not] called-party regex {class class_name | regex_name} ciscoasa(config-cmap)# match [not] calling-party regex {class class_name | regex_name} ciscoasa(config-cmap)# match [not] media-type {audio | data | video}

Compare the preceding query with our earlier query Find the names of all customers who have both an account and a loan at the bank The only difference is the appearing next to the example row in the borrower skeleton This difference, however, has a major effect on the processing of the query QBE nds all x values for which 1 There is a tuple in the depositor relation whose customer-name is the domain variable x 2 There is no tuple in the borrower relation whose customer-name is the same as in the domain variable x The can be read as there does not exist The fact that we placed the under the relation name, rather than under an attribute name, is important A under an attribute name is shorthand for = Thus, to nd all customers who have at least two accounts, we write