From: david (barbedwireblack@xxxxxxxxx)
Date: Fri Apr 05 2002 - 12:33:23 GMT-3
in what situations do u need to do this conversion?
--- David Huskey <dhuskey@bpop.com> wrote:
>
>
> >>> "Chua, Parry" <Parry.Chua@compaq.com> 04/05/02
> 12:04AM >>>
> Another choice, if you see the following byte
> patterns, no conversion is needed for CAN to NON-CAN
> , each 4 bits in hex is also the mirror of the
> other,
> eg 18 = 0001 1000, 66 = 0110 0110, A5 = 1010 0101
>
> 00, 18, 24, 3C, 42, 5A, 66, 7E, 81, 99, A5, BD, C3,
> DB, E7, FF
>
> Parry Chua
>
> -----Original Message-----
> From: Mike L. Chase
> [mailto:mchase@chasenetworks.com]
> Sent: Friday, April 05, 2002 1:34 PM
> To: Tu Nguyen; jeff gercken; ccielab@groupstudy.com
> Subject: RE: hex conversion
>
>
> Keep it simple...
>
> CANONICAL - NON-CANONICAL
>
> quick converter :
>
> Ethernet MAC Addresses (canonical format)
> 0 1 2 3 4 5 6 7 8 9 A B C D E F becomes
> 0 8 4 C 2 A 6 E 1 9 5 D 3 B 7 F
> Token Ring Address (non-canonical format)
>
>
> Here is an example on Ethernet according
> to the above rule:
>
> 1. Ethernet MAC Addresses (canonical format)
> 0200.4556.1140
>
> 2. Intermediate step, flip the bits (take it 2
> characters at a time, reverse them and then you get
> step3)
> 0400.2AA6.8820
>
> 3. Final Token Ring Address (non-canonical format)
> 4000.A26A.8802
>
> Rgds/
>
> Mike L. Chase, MCSE, CCIE# 7226
> http://www.chasenetworks.com
> http://ipnetworks.info
> Oceanside, California USA
> E: mchase@chasenetworks.com
>
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