Grand rename for gitit transfer

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-==================
-Scheme
-==================
-
-``mit-scheme`` with the ``scmutils`` package is assumed; the command 
-``mechanics`` starts in interactive edwin prompt. 
-
-See also notes on `The Little Schemer </k/books/littleschemer/>`__.
-
-Scheme Implementations
------------------------
-Very partial list, mostly just the ones which are interesting to me. 
-Alexey Radul maintains a nice table of R5RS implementation details in various
-packages on his `website <http://web.mit.edu/~axch/www/scheme/choices.html>`__.
-
-MIT/GNU Scheme
-    The 7.9.0 release (last stable as of 01/01/2009) is not R5RS compatible,
-    and is generally a pain in the ass to compile on new systems. The 9.0
-    release should be easier to compile and distribute because it will use
-    a C compiler to bootstrap (true?).
-
-SCM
-    SCM is a fairly minimal, very small footprint R5RS-compatible 
-    implementation. Apparently very portable and easy to compile. Includes
-    the Hobbit compiler. Part of the GNU project, maintained at MIT?
-
-SIOD
-    SIOD (scheme in one day) is a super small (75k binary?) Scheme 
-    implementation.
-
-Coding in ``edwin``
------------------------
-
-..note: this section should be spun off as emacs. edwin is essentially a 
-    scheme version of emacs. See this 
-    `emacs cheatsheet <http://static.bnewbold.net/mirror/sheets/emacs.pdf>`__
-
-Common keyboard commands (usually 'M' is alt button, 'C' is ctrl, and 'S' is 
-meta/super/"windows"):
-
-=========   ====================================================================
-C-x C-f     Open a file, or create a new one
-C-x C-s     Save the file
-C-x k       Kill (close) a buffer
-C-x C-c     Exit the editor
-C-g         Abort a command
-C-x C-e     Evaluate the previous expression
-M-z         Evaluate the surrounding expression
-M-o         Evaluate the entire buffer (everything)
-C-c C-c     Kill evaluation after an error
-C-y         Paste (yank)
-C-x 2       Split screen vertically
-C-x 5       Split screen horizontally
-C-x o       Switch to next buffer window
-C-x 1       Return to non-split screen
-M-x         Enter a command by name in minibuffer (use tab to complete)
-C-x C-b     Show buffer menu
-C-x b       Select buffer
-C-x u       Undo
-C-y         Paste
-=========   ====================================================================
-
-Command in ``.edwin`` to set Super-TAB to autocomplete scheme variables::
-
-    (define-key 'Scheme #\s-tab 'scheme-complete-variable)
-
-Scope
---------------
-``set!`` looks up a symbol name and permanently changes the first value it comes
-across. ``let`` (and ``letrec``) create a new symbol with the given value.
-But wait, you need a ``lambda`` block to make everything work?
-
-Environment/Interpreter Commands
------------------------------------
-``(disk-save filename)`` will save a binary microcode image; an existing 
-image can be specified with the ``--band`` option at runtime or with
-``(disk-restore filename)`` from within the interpreter. Bands are also called
-worlds.
-
-"First Class"
-------------------
-"Procedures as first class objects" is one of the features commonly attributed
-to scheme. What does that mean? SICP describes first class objects as those
-that can be: named by variables, passed as arguments, returned as results,
-and included in data structures.