flattspliff said:

Hello,

I've been compiling a new code so I can boot up my PS3 like a slim model.  The date algorithm has been corrupted on older model PS3's due to massive botnet addresses.  Once this problem is resolved you simply bootload this new algorithm from your RAM drive to a logical source (flash, coaxial, etc.)  This should prevent all future deployments of corrupted code and let you login to PSN seamlessly.  You DEFINITELY need to check your MAC address and compare to subnet/IP and enable cookies.  Post questions on this forum and I'll promptly reply.

 

Yeah.  I developed a simple date algorithm (in binary code of course) from scratch last night.  The algorithm in the fat model did not incorporate the exponental factor and standard deviation of the number of days in February during a non-leap year.  Bootloading this algorithm was easy.  I of course used a 20 GB HP flash drive.

However, I am currently having issues with my MAC address.  I think I need to check my TCP/IP settings and I definitely need to enable cookies.  Also, my DNS settings are established for a linux based system and not the typical windows based system.  This is an easy fix by cross checking my QoS Packet Scheduler with my TCP/IP settings.

flattspliff said:

linuxlover,

I'm not sure the QoS packet Scheduler will easily fix your DNS settings.  The proper boot sequence needs to be preloaded into your PS3's cache.  Failure to do this could result in a repeating integer that pushes your OEM to the brink, and we sure don't want that!!

My recommendation would be to create a virtual port in your cloud networking's drive and use a refresh rate of 2 KB/Sec.  This should give your enough spooling power to thread the interface into the proper vector.

 

Also, don't forget about your WEP, a lot of people are getting hung up on this.  

Flattspiff, where were you 20 minutes ago.   I just discovered this.  Fortunately, I ran a computational reflection module on the QoS Packet Scheduler which synergized my DNS settings for optimal performance.  Also, I believe Sony may have developed the date and time algorithm using Java Script API Markup Language.  This system does not properly utilize the integrated development environment which would be needed to properly develop the date algorithm.  My suggestion to Sony would be to upgrade to the Java Telephony Application Programming Interface.  It uses visual basic to propagate a date module that is decoded and longevity tested.  Of course, they will have to be careful not to dissassemble the microcoded processing unit.  Once this is completed, they should be able to use massive parallel processing to simplify the algorithm into binary code.

This is definitly the funniest post I read in a while!! ;-)

I'm sorry to the guest who wants a picture tutorial but the problem has been fixed. (YAY!!)  After downloading the fix that Sony made into my C++ compiler and extracting out the prime variables related to the date function (in ANSI format, duh) I ran 3 independent algorithms that overlapped at the beta point used on a separate pivot table.  Boy oh boy were there some interesting demodulation errors!! 

I bet that Sony forgot to use DOS while extracting their updated Extended Binary Coded Decimal Interchange Code because quite frankly it looks like a SCNP (Security Certified Network Professional) did this.  Oh well, since they encrypted their interface so well, it might take me a while to edit without using my Netware Asynchronous Communication Service but we'll see.  Since we don't need an image tutorial, I thought I'd post a picture I had taken when I ran my first BYE packet.

I think we may be getting a little off topic.  I believe we can all learn from Sony's algorithm mishap.  First of all, we should ALWAYS use browser-safe palettes and byte codes with the safety of a cabinet file buffer.  In addition, we must remember that whenever there is continuous integration of any structured programming model including JSON, we must be careful that all metasyntactic variables remain stable.  Obviously, this includes lexical scoping as well as any endurance tested decompilers.  It seems so paradoxical looking back.  The refactoring of any single source without massive parallel processing will result in a spaghetti code.  Which would then require detailed RFM analysis to be performed.  I think we have all learned a major lesson and will never use concurrent processing without critical cross-site scripting.