Search Results for "f-droid"

A set of tools (command line and GUI) to provide a complete digital photo workflow for Unixes. EXIF headers are used as the central information repository, so users may change their software at any time without loosing any data.

...All pairs are derived from (). For example, true is represented as ((()())()), and false is (()(()())). It appears related to the church encoding of lambda where T chooses first parameter and F chooses second, of a pair. Continuations are nearly finished code and are represented as a pair of stack and queue. The stack is a linked list of pair of true or false and object pushed on the stack. The queue is also such a linked list but is paired oppositely so previous queue state goes on the left and next object queued on the right of the new pair, so when the queue is navigated in sequence of that astronomically long bitstring (thats exponential of reusing objects in the acyclicNet), the Nav32 (using linearForward and treeForward for random access) first sees the oldest object queued

.... [2013-01-24] The binary download of the latest version of DROID has now been moved to The National Archives website: http://www.nationalarchives.gov.uk/information-management/projects-and-work/droid.htm The source code for the latest version of DROID remains available via Github: http://digital-preservation.github.com/droid/ [2012-09-07] DROID 6.1 has been released. New project hosting for the project can be found on GitHub: http://digital-preservation.github.com/droid/

This is a JavaScript Library that extends JavaScript's Date object to provide all the functionality that is missing from the standard implementation. Output a date in almost any textual format and calculate the exact difference between any two dates

IPv6 addresses are going to be hard to remember. Let's give other characters beyond {[0-9],[A-F]} Base16 values. Purpose: To demonstrate the idea and provide means to pursue more research. http://www.halfbakery.com/idea/IPv6_20Worded_20Addresses

Flash/PHP adaptation of the XTEA encryption algorithm. Allows encryption/decryption of sensitive data using 128-bit key. May be used for network data (HTTP) or offline for implementations like secure CD-ROM projects.