[click here to see super whats-it] x       [click here for super whats-it #2]x

I am so sick of on-screen links partially blocking the view of videos on youtube, with a stupid little tiny 'x' to click on to make them go away.
Sometimes there are 6 of more of them; sometimes new ones keep popping up as soon as you make earlier ones go away by finding and clicking on the tiny little 'x's on random corners of each one.

In Firefox, is there an add-on to make them automatically go away, or not even show up?
Would some humanitarian code-writing genius be interested in creating one? (please 1000x)?

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                                      [click here to 'like' my channel on Faceplant]x

I use Tor Vidalia and Adblock Plus with Firefox, and youtube keeps 'suggesting' videos to me similar to past videos.
I used to be able to block this, but something in my setup has changed and now I can't seem to block it anymore and wonder if anyone has any idea what to check? Thank you.

Normally, you engage an encryption program like TrueCrypt or ScramDisk, and you type in 'one' password or passphrase.
This proposes what might be termed a 'shell program' or 'front end', that sets up either one of two things;
1) that two or more copies of TrueCrypt, ScramDisk, or whatever, open side by side in 'parallel',
2) that two or more copies of TrueCrypt, ScramDisk, or whatever, open one after another in 'series'.

Thus, you start 'shell', and it automatically opens one copy of TrueCrypt, and you type in a passphrase.
TrueCrypt, operating in 'shell mode', receives the first password, unlocks, and reports back to 'shell'.
'Shell' thereupon opens number 2 copy of TrueCrypt, and you enter a second password.
TrueCrypt #2 unlocks, and reports back to 'shell'.
'Shell' confirms sequential entry of passwords, and unlocks.

The above is a clumsily worded description.
The idea is, you combine multiple instances of TrueCrypt, ScramDisk, or whatever, into a Multi-encryption shell-unit, unifying them into something that basically requires multiple passwords to unlock.

Thus, complexity is compounded, but unlocking is simplified by x-units of passwords entered either in parallel or series mode.