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Let relations r(R) and s(S) be given Give an expression in the tuple relational calculus that is equivalent to each of the following: a b c d A (r) B = 17 (r) r s A,F ( C = D (r s))

HTTP header options you can match on include accept, accept-charset, accept-encoding, accept-language, allow, authorization, cache-control, connection, content-encodng, content-language, content-length, contentlocation, content-md5, content-range, content-type, cookie, count, date, expect, expires, from, host, if-match, if-modified-since, if-none-match, ifrange, if-unmodified-since, last-modified, length, max-forwards, non-ascii, pragma, proxy-authorization, range, referer, regex, te, trailer, transferencoding, upgrade, user-agent, via, and warning HTTP request methods (both those defined in the RFC and the extended ones) include the following: bcopy, bdelete, bmove, bpropfind, bproppatch, connect, copy, delete, edit, get, getattribute, getattributenames, getproperties, head, index, lock, mkcol, mkdir, move, notify, options, poll, post, propfind, proppatch, put, regex, revadd, revlabel, revlog, revnum, save, setattribute, startrev, stoprev, subscribe, trace, unedit, unlock, and unsubscribe

314 Let R = (A, B, C), and let r1 and r2 both be relations on schema R Give an expression in the domain relational calculus that is equivalent to each of the following: a b c d e f A (r1 ) B = 17 (r1 ) r1 r2 r1 r2 r1 r2 A,B (r1 ) 1 B,C (r2 )

The following is the syntax for creating a layer 7 policy map for HTTP:

315 Repeat Exercise 35 using the tuple relational calculus and the domain relational calculus 316 Let R = (A, B) and S = (A, C), and let r(R) and s(S) be relations Write relational-algebra expressions equivalent to the following domain-relationalcalculus expressions: a b c d {< a > | b (< a, b > r b = 17)} {< a, b, c > | < a, b > r < a, c > s} {< a > | b (< a, b > r) c ( d (< d, c > s) < a, c > s)} {< a > | c (< a, c > s b1 , b2 (< a, b1 > r < c, b2 > r b1 > b2 ))}

Summary

317 Let R = (A, B) and S = (A, C), and let r(R) and s(S) be relations Using the special constant null, write tuple-relational-calculus expressions equivalent to each of the following: a r b r c r

ciscoasa(config)# policy-map type inspect http L7_policy_map_name ciscoasa(config-pmap)# match L7_class_map_parameters ciscoasa(config-pmap-c)# {log | drop-connection [log] | reset [log]} ciscoasa(config-pmap)# class L7_class_map_name ciscoasa(config-pmap-c)# {log | drop-connection [log] | reset [log]} ciscoasa(config-pmap)# parameters ciscoasa(config-pmap-p)# protocol-violation action {[{drop-connection | reset}] [log]} ciscoasa(config-pmap-p)# spoof-server server_message

318 List two reasons why null values might be introduced into the database 319 Certain systems allow marked nulls A marked null i is equal to itself, but if i = j, then i = j One application of marked nulls is to allow certain updates through views Consider the view loan-info (Section 35) Show how you can use marked nulls to allow the insertion of the tuple ( Johnson , 1900) through loaninfo

Instead of creating an application layer class map, you can also reference these values within the layer 7 policy map with the match command The advantage of using layer 7 class maps is that you can apply different policies to different classes (class maps) You can have the appliance reset and/or log the connection or drop and/or log the connection for a matching class map or a match command Within the parameters section in a layer 7 policy map, the protocol-violation command looks and defines actions for protocol violations in HTTP requests and responses The spoof-server command replaces the server information in the HTTP header with the message you define it can be up to 82 characters in length TIP I recommend using a list of asterisks ( * ) for the header or creating a fake header that incorrectly defines the type and version of product that you are using this makes it a little bit more difficult for an attacker to identify what you are using and then to home-in on specific vulnerabilities that a web server might have

The McGraw Hill Companies, 2001

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With IPv6, the appliance uses ICMPv6 messages with a solicited node multicast address to discover IPv6 neighbors: the link-layer address of neighbors on the same local link, the reachability of the neighbors, and the tracking of the neighbors This section will discuss