RIP VS ISO ARCHIVENote: As compared to Linux mount command, 7zip seems much faster and smart enough to pack or unpack any archive formats. Once 7zip program has been installed, you can use 7z command to extract ISO file contents. RIP VS ISO INSTALL$ sudo apt-get install p7zip-full p7zip-rar If you don’t want to mount ISO file, you can simply install 7zip, is an open source archive program used to pack or unpack different number of formats including TAR, XZ, GZIP, ZIP, BZIP2, etc. Note: The -r option used to copy directories recursively, if you want you can also monitor progress of copy command. Now you can go inside the mounted directory ( /mnt/iso) and access the files or copy the files to /tmp directory using cp command. Lastly RIPng has a different packet format than its RIP v2 cousin.Once directory has been created, you can easily mount file and verify its content by running following command. Additionally, it uses different IP address lengths, RIPng uses 128-bit IP addresses (to accommodate IPv6 128 bit addressing), compared with RIPv2's 32-bit addresses.ĭifferent packet lengths, a RIPv2 message carries up to 25 route entries, while the maximum number of RTEs in a RIPng packet depends on the IPv6 MTU of the sending interface. RIPng works basically in the same manner as RIP v2 with one notable exception. RIP v2 can be useful in small, flat networks or at the edge of larger networks because of its simplicity in configuration and usage. It also supports multicast routing updates to reduce resource consumption (as opposed to using broadcasting in RIP v1). RIP VS ISO UPDATERIPv2 supports authentication of RIPv2 update messages (MD5 or plain-text).Īuthentication helps in confirming that the updates are coming from authorized sources. RIP v2 is a classless protocol and it supports classful, variable-length subnet masking (VLSM), CIDR, and route summarization. RIP v1 is an older, no longer much used routing protocol. RIP v1 does not support authentication of update messages (plain-text or MD5). (Class D is reserved for multicasts, and Class E is reserved for future use.) Class A, B, and C addresses define a set number of binary bits for the subnet portion.įor example, a Class A network ranges from 1–127 and uses a subnet mask of 255.0.0.0. Classful addressing is the use of Class A, Class B, and Class C addresses. Now let’s look at some differences between the different versions of RIP: RIP v1 uses what is known classful routing. These three versions of RIP all are distinguished by (among other things) the use of the Bellman-Ford algorithm for computing routes, the sending of updates every 30 seconds (which contain the entire routing table), and the limitation of supporting a maximum hop count of 15. Distance vector protocols (a vector contains both distance and direction), such as RIP, determine the path to remote networks using hop count as the metric.Ī hop count is defined as the number of times a packet needs to pass through a router to reach a remote destination. All three versions of RIP fall under the category of “distance vector protocols”. There are 3 versions or variations on the RIP routing protocol, RIPv1, RIPv2, and RIPng.
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