.:. brainsik / jeremy avnet

Yesterday, virtualenv-burrito 2.7 was released. There are two significant changes:

1. All Python packages in the .venvburrito directory are now inside a versioned site-packages directory. For example, if you are running Python 2.7 during the install or upgrade, all packages will now live in lib/python2.7/site-packages.
2. The pip program is no longer user accessible (i.e., in the PATH). You could easily figure out where it’s been moved, but that’s discouraged (and unsupported).

These changes should help reduce some confusion and incompatibilities reported on the GitHub project.

To upgrade to the latest version, run: virtualenv-burrito upgrade

If you are installing for the first time, run:

curl -sL https://raw.githubusercontent.com/brainsik/virtualenv-burrito/master/virtualenv-burrito.sh | $SHELL

After 14 years, it’s time for a new GPG key adhering to modern standards. You can find my transition statement here. The full-text follows.


-----BEGIN PGP SIGNED MESSAGE-----
Hash: SHA1,SHA512

Wed, 02 Jul 2014 20:54:03 -0700

I am transitioning GPG keys from an old 1024-bit DSA key to a new
4096-bit RSA key. The old key will continue to be valid for some time,
but I prefer all new correspondance to be encrypted with the new key.
All future signatures will be made with the new key.

This transition document is signed with both keys to validate the
transition.

If you have signed my old key, I would appreciate signatures on my new
key as well.

The old key:

pub 1024D/C771DF0B 2000-08-24
Key fingerprint = 6846 E600 739F 3DB5 DB02 B670 FDDE 4167 C771 DF0B

The new key:

pub 4096R/4FE98E13 2014-07-03
Key fingerprint = 5D80 FC62 9CEF 8FAE 737C DDED 19A1 D142 4FE9 8E13

To fetch my new key from a public key server:

gpg --keyserver pgp.mit.edu --recv-key 4FE98E13

If you've already validated my old key, you can validate the new key is
signed by my old key:

gpg --check-sigs 4FE98E13

If you are satisfied you've got the right key, I'd appreciate your
signature and upload:

gpg --sign-key 4FE98E13
gpg --keyserver pgp.mit.edu --send-key 4FE98E13

- -- jeremy avnet .:. @brainsik

-----BEGIN PGP SIGNATURE-----
Version: GnuPG v1
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=GtNZ
-----END PGP SIGNATURE-----

x.pose is a wearable data-driven sculpture that exposes a person’s skin as a real-time reflection of the data that the wearer is producing.

x.pose – xuedi.chen

She decided to aggregate this data collected on her everyday, building a mobile app to do the job using Node.js and PhoneGap. X.pose is the result of those data points, which have been translated into an abstract geometric representation using 3D printing software Rhino. Under the mesh is an array of displays that can change in opacity according to which location you are in (mapped out into the design) and how much data you are giving up at any given minute, in real time. They are made from electrochromic film, which becomes transparent when a current is passed through at a specific frequency. The app doing the data calculations is driving that current, with the panels controlled by an Arduino and linked to the app by Bluetooth. Give too much away and you will be bare for the world to see.

This top turns see-through if you leave personal data exposed | Ars Technica