Using Eye-Fi Card on Linux
The Eye-Fi card is a nifty solution for adding wireless capabilities to virtually any digital camera, but it does have one serious drawback: the card relies on proprietary software that runs only on Windows and Mac OS X. Fortunately, the standalone Eye-Fi server written in Python will happily run on Linux, courtesy of the enterprising hacker Jeff Tchang. Better yet, the server is extremely easy to configure and run. You do need to have access to a Windows or Mac OS X machine to initialize your Eye-Fi card, though. This must be done in order to obtain the upload key required for the Eye-Fi server to function properly. On a Windows machine, install the Eye-Fi manager software and use it to configure your Eye-Fi card. Once you've done that, open the Settings.xml file (on Windows XP, it's located in the C:\Documents and Settings\[User]\Application Data\Eye-Fi directory) and note the UploadKey value.
Next, grab the latest version of the Eye-Fi server, unpack all files into a directory (/home/user/eyefiserver). Open then the DefaultSettings.ini file and replace the default UploadKey value with your own. Uncomment then the line that starts with DownloadLocation and specify the path to the directory where you want the server to download photos, for example:
Save the file and your server is ready to go. In the terminal, switch to the eyefiserver directory and execute the following command:
python EyeFiServer.py -c DefaultSettings.ini
That's it. Fire up your camera, take a few shots, and the photos magically appear in the specified directory on your Linux machine.
wineregarding wine, forget it. hardware drivers do not run under wine.
get virtualbox. get a windoze install cd image from gnutella.
or just forget about setting up hardware that has a windows setup program. you're too pure.
Wrong keyUnfortunately, eyefi-config -k prints "the card's unique key". This is not the "upload key" that we need.
eyefi-config -kDave hansen's eyefi-config has a -k option to print the upload key of your card. Works well under linux.
xml file on MacOn the Mac the path is
Eye-fi config in LinuxYou can use this to configure the card under Linux:
Don't buy this crap.Sorry guys, but why are you paying your hard earned cash to somebody that does not care about you, and createing yet another dependency on propietary, abusive software providers?
It would be a neat gadget to have, the key could be printed on the card, or if it is too big, it could be store in a file in the card itself.
There are ways this company could help people if they wanted to.
Just don't buy this, after all how often you really need to o a wireless upload?
Use VirtualBoxThe client runs under VirtualBox running Windows which is how I got the key. Note that the python server requires that you have "Relayed Uploads" turned OFF. So you need to make sure of that in windows also.
Re: Read/Write@pgroven Nope.
Read/WriteCan you write to the Eye/Fi card as well as read?
in other words
Can you do upload/download to the card?
>Do you think we could run the the windows client under WINE?
I don't think so. I tried it once and it didn't work.
>If not Wine, is there any other way of getting this key?
I'm afraid not.
>Could you please mention what kind of camera support this functionality.
Any camera that uses SD cards for storage will work with Eye-Fi.
>Won't the camera need some wireless capabilities?
No, otherwise what would be the point of Eye-Fi?
what kind of cameraCould you please mention what kind of camera support this functionality. Won't the camera need some wireless capabilities?
Or any other way...I have no access to any Windows machine.
If not Wine, is there any other way of getting this key?
WINEDo you think we could run the the windows client under WINE?
New flaw in an old encryption scheme leaves the experts scrambling to disable SSL 3
Lennart Poettering wants to change the way Linux developers talk to each other.
Enterprise giant frees itself from ink and home PCs (and visa versa).
Mozilla’s product think tank sinks silently into history.
TODO group will focus on open source tools in large-scale environments.
New tool will look like GParted but support a wider range of storage technologies.
New public key pinning feature will help prevent man-in-the-middle attacks.
Carnegie Mellon researchers say 3 million pages could fall down the phishing hole in the next year.
The US government rolls new best-practice rules for protecting SSH.