I was going thru new Workbook 3 ver 11 Volume 1 lab and was trying some
stuff out with BGP. One task was to configure an aggregate address for
network from AS 4 in BGP. FYI, ASes are lined up as AS4---AS256---AS9.
Easy enough. I did this in AS 256 with the no-summary command and as-set
Hi
I am on Lab 10 (OSPF), Task 10.8 which says:
Configure VLANS 2567 and 567 to be in area 567. DO not use are 567 in any
commands.
Next, the detailed solutions shows:
router ospf 1
network 150.100.220.0 0.0.1.255 area 0.0.2.255
My questions is, how did you figure out the area
Convert 567 to binary as a 32-bit number. Take that 32 bits and express it in
dotted decimal
Regards,
Joe Astorino - CCIE #24347 RS
Technical Instructor - IPexpert, Inc.
Cell: +1.586.212.6107
Fax: +1.810.454.0130
Mailto: jastor...@ipexpert.com
-Original Message-
From: Ahmed Haji Munye
Hello,
If all the individual paths have the same AS_PATH, then the aggregate will
have that same AS_PATH.
On Sat, Oct 31, 2009 at 9:31 AM, jmangawang jmangaw...@gmail.com wrote:
I was going thru new Workbook 3 ver 11 Volume 1 lab and was trying some
stuff out with BGP. One task was to
0.0.2.55 == area 567
0.0.2.255 == area 767
Likely just a typo in the solution.
--
Jeremy L. Gaddis
http://evilrouters.net/
On Sat, Oct 31, 2009 at 2:06 PM, Joe Astorino jastor...@ipexpert.com wrote:
Convert 567 to binary as a 32-bit number. Take that 32 bits and express it in
dotted decimal
HI I have the same question a few weeks ago but I now I understand how to
calculate
0.0.2.55 = if u convert 567 into binary using calc you will find 1000110111
right. Now what you need to do is put it into 4 octet so the result is
..0010.00110111 next step is on each octet
Search for my post I made a couple of weeks ago on this same topic.
Cheers,
Matt
CCIE #22386
CCSI #31207
2009/11/1 Uli ulybati...@gmail.com:
HI I have the same question a few weeks ago but I now I understand how to
calculate
0.0.2.55 = if u convert 567 into binary using calc you will find
