Re: A89: U.S. Encryption Laws

Re: A89: U.S. Encryption Laws

• To: assembly-89@lists.ticalc.org
• Subject: Re: A89: U.S. Encryption Laws
• From: Johan <johei804@student.liu.se>
• Date: Fri, 3 Dec 1999 10:35:49 +0100
• In-Reply-To: <012f01bf3d26$8518cd70$10ebe498@valpo.edu>; from Bryan Rabeler on Thu, Dec 02, 1999 at 18:36:52 -0600
• References: <3846F662.FBFFFBBC@drrobin.yi.org> <19991202234602.A4465@m101.ryd.student.liu.se> <3846F765.2D944EB8@drrobin.yi.org> <19991203003031.B4465@m101.ryd.student.liu.se> <00f701bf3d1f$66cc2a80$0100a8c0@dew> <v04220809b46cb696dc68@[24.8.72.223]> <38470F83.D8029ACC@drrobin.yi.org> <012f01bf3d26$8518cd70$10ebe498@valpo.edu>
• Reply-To: assembly-89@lists.ticalc.org

On Thu, Dec 02, 1999 at 18:36:52 -0600, Bryan Rabeler wrote:
> 
> Ok, so how did this 512-bit key come up anyway?  How do we know its a
> 512-bit key?

The modulus used in encryption/decryption is 64 bytes = 512 bits. It's
located in the boot sector.

//Johan

• A89: rom call return values
• From: Robin Kirkman <misty@drrobin.yi.org>
• Re: A89: rom call return values
• From: Johan <johei804@student.liu.se>
• Re: A89: rom call return values
• From: Robin Kirkman <misty@drrobin.yi.org>
• Re: A89: rom call return values
• From: Johan <johei804@student.liu.se>
• A89: U.S. Encryption Laws
• From: "Daniel Wood" <thedew@usit.net>
• Re:A89: U.S. Encryption Laws
• From: Rosyna <rosyna@earthlink.net>
• Re: A89: U.S. Encryption Laws
• From: Robin Kirkman <misty@drrobin.yi.org>
• Re: A89: U.S. Encryption Laws
• From: "Bryan Rabeler" <rabelerb@pilot.msu.edu>

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