Database System Concepts
7th Edition
ISBN: 9780078022159
Author: Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher: McGraw-Hill Education
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When redistributing a route into EIGRP, which parameter must be set? Exit interface, next hop IP, seed metric, and administrative distance
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- write the following iptables on the server to block the following traffic types originated from the attacker to the server: HTTP connection request from the attacker to the server. SSH connection request from the attacker to the server. FTP and Telnet requests ( Use single rule to block these multiple ports).arrow_forwardAnn is a CSULA student trying to access (https://www.calstatela.edu) from the campus library. Her request must use Domain Name System (DNS) resolution to translate the name (https://www.calstatela.edu) to an IP address. Assume that CSULA DNS name resolution uses iterated queries and her request first goes to the CSULA local DNS server shown in the figure. In the following picture: 1. Fill in the blanks to show all the servers in the DNS hierarchy this request must be sent to, starting from and including the root DNS server. 2. Draw arrows with sequence numbers showing the steps in the DNS resolution. The first and the last step in DNS resolution are shown in the figure.arrow_forwardLook at the Snort Rule shown below: alert tcp any any -> any 80 (msg:"LOCAL PHP error redirect"; content:"login.php?error="; sid:1000100; rev:1;) Which packets from the list given below would the above Snort rule trigger as intrusions? There are multiple answers, and select all that answers the question. O 64.312.1.2:4236 -> 204.126.133.9:80 POST /php2-1-10/login.php? error=http://15.2.4.6 O 64.312.1.2:4317 -> 204.126.133.22:80 GET /phpadmin/setup.php O 64.312.1.2:1437 -> 204.126.133.7:80 GET /phpadmin/setup.php? error=http://15.2.4.6 O 64.312.1.2:4315 -> 204.126.133.22:80 GET /phpadmin/login.php? error=http://15.2.4.6 O 64.312.1.2:4237 -> 204.126.133.19:80 GET /admin/errors/login.phparrow_forward
- use nodejs to create a server that URL with hostname, port, path foxtrot and route parameter value kilo Request message URL: 0.0.1:3000/foxtrot/kilo Response message: “SUCCESS! Received kilo via foxtrot” where the value kilo must be retrieved via the route parameter Invalid/unexpected URL Request message URL: 0.0.1:3000/<any other value> Response message: “FAILED! Fix your URL.”arrow_forward0. AS1 has the following routing table, draw the network of AS’s that these paths imply: prefix path P1 AS2 P2 AS4 AS5 AS3 P1 AS4 AS2 P2 AS5 AS3 P1 AS5 AS2 Assuming AS 1 accepted all the paths advertised to it, what paths does AS4 advertise to AS1? What AS is P1 in? What about P2? AS5 no longer wants to forward packets destined for prefix P1 on behalf of AS1, but it is ok forwarding prefix P2, how would it change the paths it advertises to AS1? If AS1 sends a packet to AS4 destined for P1, what path will it take? How do we know AS4 won’t forward it back to AS1? If AS1 gets the following advertisement from AS4, P1 AS4 AS1 AS2 how would it update its table? Why? NOTE: I would appreciate it if the solutions of the paths were hand-drawn so I can visualize it better.arrow_forward
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