BASSS.eml

From: Blue Award
To: Puzzle solvers of SteamGifts
Subject: I have a puzzle for you!
Date: Tue, 19 Jan 2014 01:57:23 +0000
MIME-Version: 1.0
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This is a multi-part message in MIME format.

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Content-Type: text/plain;
Content-Transfer-Encoding: 7bit

Hello fellow Puzzler of SteamGifts,

I have a secret and decided to share it with you. The secret is
a SteamGifts 5 character giveaway code, naturally :)

But you have to find at least 11 secret keys out of 16 total
to be able to combine them and read this secret.

If you agree to my scheme, I'm attaching BASSS.7z for you to
explore.

Password to this file is: "SHAMlR"

The keys in general have format ii-xxxxxxxxxx, where ii is an
index of the key, a decimal number from 01 to 16, and
xxxxxxxxxx is the hexadecimal value of the key.

Sometimes key is presented differently, for example as a verbal
challenge, but it all boils down to having index of the key and
its value. E.g. you may be asked to get the decimal representation
of the key instead of hexadecimal. Say, for an imaginary
twentieth key. And it comes up as 161350529652 in decimal.
To conform to the format above it would end up as 20-25913db274.
But don't dwell too much on the ii-xxxxxxxxxx format, you may have
to use different one in the end to combine the keys anyway,
depending on what tool you are going to use after finding enough
of the keys. Again, the important thing is to have index and value.
But I will be generally providing keys in this ii-xxxxxxxxxx format.

Take note, though: you may sometimes see a key as 6 bytes, first
byte for an index and remaining 5 bytes are the key value. In such
circumstances, the first byte's hexadecimal representation should
be read as decimal, ignoring that it is actually hex. For example,
if first byte is 0x11, this is the eleventh key, NOT 17th.
Of course for keys up to 9 this makes no difference,
but tenth key in such case would have 0x10 as the first byte,
instead of 0x0a. Not saying this will happen for sure, but
please keep this in mind.

Again, the earlier example about imaginary 20th key would end up
as 0x2025913db274 in such case, not as 0x1425913db274, and no,
this is not a thinly veiled fourteenth key (14-25913db274),
just a continuation of the earlier example. But good thinking!

As an easy warmup, here, have the first key encoded in base64:

AdKQiHsS

In other cases it's more likely that if you see base64 encoded
key, it will actually be the full text ii-xxxxxxxxxx encoded
for some obfuscation, and not actually 6 bytes like in the
warmup case.

Good luck and have fun,
Blue Award

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