Challenge Team Interim Report
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Team Number: 017
School Name: Clovis High School
Area of Science: Mathematics and Binary Translation
Project Title: Arachnafinder
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Problem Definition:
Windows Registry editing has been a tricky matter for a lot of users of
Windows, even power users. To make changes easier than using the standard
Regedit supplied by Windows, we have decided to create our own search
program. Our "spider" will decode the information in the registry and
transfer it into more elucidated terms which it can be made more
pliable.
Problem Solution:
The program will be structured by a similar system that the registry
itself. Tags and keys, which are assigned as variables in the program,
will be called up by certain listed parameters given as input. Using a
hierarchical style our program will sift throughout the registry and
search what parameters was given by the user of our program.
Progress to Date:
Right now, we are stuck at the location of finding how the Registry was
written. The combinations of diverse hexadecimal, decimal, and binary tags
inside of the core are not quite understood to us yet. We have tried
posting questions at Experts_Exchange.com and other various Internet
forums. The program consists of a program which locates the input of
certain files we have decided to have relevance to our exploration of the
Registry.
Expected Results:
We hope to build a complex and instrumental program. Failsafes will be
added such as warnings and given outcomes of operations with descriptions.
We hope to have time to add other customizations to make the program as
involved or simplistic as the user wishes. Our audiences we are trying to
reach upon the completion of our system are system administrators that
could tailor the contents of their systems without a detailed, in-depth
knowledge of the Windows Registry to their suiting.
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