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eshell prompt and zone.
This commit is contained in:
Gergely Polonkai
2016-09-27 10:43:30 +02:00
parent b0b88d3c75
commit 0c2e649db0
11 changed files with 1367 additions and 1 deletions
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15
elpa/esxml-20160703.1417/esxml-autoloads.el Normal file
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;;; esxml-autoloads.el --- automatically extracted autoloads
;;
;;; Code:
(add-to-list 'load-path (directory-file-name (or (file-name-directory #$) (car load-path))))
;;;### (autoloads nil nil ("esxml.el") (22506 10601 921974 646000))
;;;***
;; Local Variables:
;; version-control: never
;; no-byte-compile: t
;; no-update-autoloads: t
;; End:
;;; esxml-autoloads.el ends here

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elpa/esxml-20160703.1417/esxml-pkg.el Normal file
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;;; -*- no-byte-compile: t -*-
(define-package "esxml" "20160703.1417" "Library for working with xml via esxml and sxml" 'nil :keywords '("tools" "lisp" "comm"))

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elpa/esxml-20160703.1417/esxml.el Normal file
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;;; esxml.el --- Library for working with xml via esxml and sxml
;; Copyright (C) 2012
;; Author: Evan Izaksonas-Smith <izak0002 at umn dot edu>
;; Maintainer: Evan Izaksonas-Smith
;; Created: 15th August 2012
;; Version: 0.3.2
;; Package-Version: 20160703.1417
;; Keywords: tools, lisp, comm
;; Description: A library for easily generating XML/XHTML in elisp
;;
;; This program is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; This program is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This is XML/XHTML done with S-Expressions in EmacsLisp. Simply,
;; this is the easiest way to write HTML or XML in Lisp.
;;
;; This library uses the native form of XML representation as used by
;; many libraries already included within emacs. This representation
;; will be referred to as "esxml" throughout this library. See
;; `esxml-to-xml' for a concise description of the format.
;;
;; This library is not intended to be used directly by a user, though
;; it certainly could be. It could be used to generate static html,
;; or use a library like `elnode' to serve dynamic pages. Or even to
;; extract a form from a site to produce an API.
;;
;; TODO: Better documentation, more conveniance.
;;
;; NOTICE: Code base will be transitioning to using pcase instead of
;; destructuring bind wherever possible. If this leads to hard to
;; debug code, please let me know, and I will do whatever I can to
;; resolve these issues.
;;
;;; Code:
(eval-when-compile
(require 'cl))
(require 'xml)
(require 'pcase)
(defun string-trim-whitespace (string)
"A simple function, strips the whitespace from beginning and
end of the string. Leaves all other whitespace untouched."
(replace-regexp-in-string
(rx string-start (* whitespace)
(group (+? anything))
(* whitespace) string-end)
"\\1"
string))
(defun esxml-trim-ws (esxml)
"This may cause problems, is intended for parsing xml into sxml
but may eroneously delete desirable white space."
(if (stringp esxml) (string-trim-whitespace esxml)
(pcase-let ((`(,tag ,attrs . ,body) esxml))
`(,tag ,attrs
,@(mapcar 'esxml-trim-ws body)))))
(defun attrp (attr)
"Returns t if attr is a an esxml attribute.
An esxml attribute is a cons of the form (symbol . string)"
(and (consp attr)
(symbolp (car attr))
(stringp (cdr attr))))
(defun esxml--convert-pair (attr)
"Converts from cons cell to attribute pair. Not intended for
general use."
(pcase-let ((`(,car . ,cdr) attr))
(check-type cdr string)
(concat (symbol-name car)
"="
(prin1-to-string cdr))))
(defun attrsp (attrs)
"Returns t if attrs is a list of esxml attributes.
See: `attrp'"
(and (listp attrs)
(every (lambda (attr)
(and (consp attr)
(symbolp (car attr))
(stringp (cdr attr))))
attrs)))
(defun esxml-validate-form (esxml)
"A fast esxml validator. Will error on invalid subparts making
it suitable for hindsight testing."
(cond ((stringp esxml) nil)
((< (length esxml) 2)
(error "%s is too short to be a valid esxml expression" esxml))
(t (pcase-let ((`(,tag ,attrs . ,body) esxml))
(check-type tag symbol)
(check-type attrs attrs)
(mapcar 'esxml-validate-form body)))))
;; While the following could certainly have been written using format,
;; concat makes them easier to read. Update later if neccesary for
;; efficiency.
;; Though at first glance the recursive nature of this function might
;; give one pause, since xml is a recursive data type, a recursive
;; parser is an optimal strategy. each node will be visited exactly
;; once during the transformation.
;;
;; Further, since a string is a terminal node and since xml can be
;; represented as a string, non dynamic portions of the page may be
;; precached quite easily.
(defun esxml--to-xml-recursive (esxml)
(if (stringp esxml) esxml
(pcase-let ((`(,tag ,attrs . ,body) esxml))
;; code goes here to catch invalid data.
(concat "<" (symbol-name tag)
(when attrs
(concat " " (mapconcat 'esxml--convert-pair attrs " ")))
(if body
(concat ">" (mapconcat 'esxml--to-xml-recursive body "")
"</" (symbol-name tag) ">")
"/>")))))
(defun esxml-to-xml (esxml)
"This translates an esxml expression, i.e. that which is
returned by xml-parse-region. The structure is defined as a
string or a list where the first element is the tag the second is
an alist of attribute value pairs and the remainder of the list
is 0 or more esxml elements.
(TAG ATTRS &rest BODY) || STRING
TAG: is the tag and must be a symbol.
ATTRS: is an alist of attribute pairs each pair must be of the
form (KEY . VALUE).
KEY: is the name of the attribute and must be a symbol.
VALUE: is the value of the attribute and must be a string.
BODY: is zero or more esxml expressions. Having no body forms
implies that the tag should be self closed. If there is
one or more body forms the tag will always be explicitly
closed, even if they are the empty string.
STRING: if the esxml expression is a string it is returned
unchanged, this allows for caching of any constant parts,
such as headers and footers.
"
(condition-case nil
(esxml--to-xml-recursive esxml)
(error (esxml-validate-form esxml))))
(defun pp-esxml-to-xml (esxml)
"This translates an esxml expresion as `esxml-to-xml' but
indents it for ease of human readability, it is neccesarrily
slower and will produce longer output."
(cond ((stringp esxml) esxml)
((and (listp esxml)
(> (length esxml) 1))
(pcase-let ((`(,tag ,attrs . ,body) esxml))
(check-type tag symbol)
(check-type attrs attrs)
(concat "<" (symbol-name tag)
(when attrs
(concat " " (mapconcat 'esxml--convert-pair attrs " ")))
(if body
(concat ">" (if (every 'stringp body)
(mapconcat 'identity body " ")
(concat "\n"
(replace-regexp-in-string
"^" " "
(mapconcat 'pp-esxml-to-xml body "\n"))
"\n"))
"</" (symbol-name tag) ">")
"/>"))))
(t (error "%s is not a valid esxml expression" esxml))))
(defun sxml-to-esxml (sxml)
"Translates sxml to esxml so the common standard can be used.
See: http://okmij.org/ftp/Scheme/SXML.html."
(pcase sxml
(`(,tag (@ . ,attrs) . ,body)
`(,tag ,(mapcar (lambda (attr)
(cons (first attr)
(or (second attr)
(prin1-to-string (first attr)))))
attrs)
,@(mapcar 'sxml-to-esxml body)))
(`(,tag . ,body)
`(,tag nil
,@(mapcar 'sxml-to-esxml body)))
((and sxml (pred stringp)) sxml)))
(defun sxml-to-xml (sxml)
"Translates sxml to xml, via esxml, hey it's only a constant
factor. :)"
(esxml-to-xml (sxml-to-esxml sxml)))
;; TODO: make agnostic with respect to libxml vs xml.el
(defun xml-to-esxml (string &optional trim)
(with-temp-buffer
(insert string)
(let ((parse-tree (libxml-parse-xml-region (point-min)
(point-max))))
(if trim
(esxml-trim-ws parse-tree)
parse-tree))))
;; TODO, move to esxpath when mature
(defun esxml-get-by-key (esxml key value)
"Returns a list of all elements whose wttribute KEY match
VALUE. KEY should be a symbol, and VALUE should be a string.
Will not recurse below a match."
(unless (stringp esxml)
(pcase-let ((`(,tag ,attrs . ,body) esxml))
(if (equal value
(assoc-default key attrs))
(list esxml)
(apply 'append (mapcar (lambda (sexp)
(esxml-get-by-key sexp key value))
body))))))
(defun esxml-get-tags (esxml tags)
"Returns a list of all elements whose tag is a member of TAGS.
TAGS should be a list of tags to be matched against. Will not
recurse below a match."
(unless (stringp esxml)
(pcase-let ((`(,tag ,attrs . ,body) esxml))
(if (member tag tags)
(list esxml)
(apply 'append (mapcar (lambda (sexp)
(esxml-get-tags sexp tags))
body))))))
(defun esxml-get-forms (esxml)
"Returns a list of all forms."
(esxml-get-tags esxml '(form)))
;; taken from kv
(defmacro esxml-destructuring-mapcar (args sexp seq)
(declare (indent 2))
(let ((entry (make-symbol)))
`(mapcar (lambda (,entry)
(destructuring-bind ,args ,entry ,sexp))
,seq)))
(provide 'esxml)
;;; esxml.el ends here

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elpa/nyan-prompt-20140809.2208/img/nyan.xpm Normal file
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/* XPM */
static char * nyan_xpm[] = {
"25 15 149 2",
" c None",
". c #522244",
"+ c #3F1E31",
"@ c #403326",
"# c #2C2F32",
"$ c #002D5B",
"% c #003366",
"& c #BF1119",
"* c #7C0B10",
"= c #947256",
"- c #FFCC99",
"; c #FFBBBB",
"> c #FFB3CC",
", c #FFC7A2",
"' c #D8AD82",
") c #3A3C3E",
"! c #F52A02",
"~ c #490C00",
"{ c #F0C090",
"] c #FFBCB9",
"^ c #FF9DF7",
"/ c #FF99FF",
"( c #FF5FC5",
"_ c #FF6BD1",
": c #FF8DF3",
"< c #FFA6E6",
"[ c #745D46",
"} c #002850",
"| c #FC7800",
"1 c #4C2400",
"2 c #F0B6A2",
"3 c #FF66CC",
"4 c #FF92F8",
"5 c #D882D8",
"6 c #C576C5",
"7 c #FF8AF0",
"8 c #FF94FA",
"9 c #FFA8E0",
"0 c #02284E",
"a c #FBA500",
"b c #4C3100",
"c c #D17DD1",
"d c #614C61",
"e c #514C51",
"f c #AA66AA",
"g c #FF79DF",
"h c #FF90F6",
"i c #001428",
"j c #494949",
"k c #1F265A",
"l c #F0D300",
"m c #483F00",
"n c #FF68CE",
"o c #A261A2",
"p c #5D5D5D",
"q c #969696",
"r c #AE68AE",
"s c #999999",
"t c #00264C",
"u c #6F7509",
"v c #262626",
"w c #1D1F00",
"x c #868F00",
"y c #292B00",
"z c #FF86EC",
"A c #575757",
"B c #2B2525",
"C c #646464",
"D c #131313",
"E c #727272",
"F c #4F4F4F",
"G c #2A2A2A",
"H c #000000",
"I c #FF72D8",
"J c #F069C9",
"K c #6D4C6D",
"L c #7B7B7B",
"M c #122539",
"N c #20980E",
"O c #236119",
"P c #242424",
"Q c #FF80E6",
"R c #E073CD",
"S c #383838",
"T c #A0A0A0",
"U c #A6A6A6",
"V c #686868",
"W c #CFCFCF",
"X c #464646",
"Y c #20D15C",
"Z c #1AAF4D",
"` c #083417",
" . c #020F06",
".. c #FF8FF5",
"+. c #E086E0",
"@. c #A89999",
"#. c #A68F8F",
"$. c #20262C",
"%. c #666666",
"&. c #4C4646",
"*. c #B09999",
"=. c #0EA7CB",
"-. c #04323D",
";. c #F0BB99",
">. c #FF77DD",
",. c #FF85EB",
"'. c #D79999",
"). c #F69999",
"!. c #7F7F7F",
"~. c #5F5F5F",
"{. c #B59999",
"]. c #FF9999",
"^. c #3E2525",
"/. c #1E80F7",
"(. c #1354A2",
"_. c #020912",
":. c #FF95D5",
"<. c #FF97FD",
"[. c #F794F7",
"}. c #885788",
"|. c #7B6C6C",
"1. c #161616",
"2. c #232323",
"3. c #0C0C0C",
"4. c #070B0F",
"5. c #0F2643",
"6. c #5247F7",
"7. c #39329C",
"8. c #251E17",
"9. c #BF9973",
"0. c #4B3C2D",
"a. c #616161",
"b. c #737373",
"c. c #54575A",
"d. c #001D3A",
"e. c #5536D9",
"f. c #222126",
"g. c #241856",
"h. c #191919",
"i. c #001932",
"j. c #000A14",
"k. c #414141",
"l. c #333333",
"m. c #000E1D",
"n. c #002040",
"o. c #263498",
"p. c #08090C",
"q. c #23308F",
"r. c #002B56",
". . . . . . + @ @ @ @ @ @ @ @ @ @ @ @ # $ % % % % ",
"& & & & & * = - ; > > > > > > > > > , ' ) $ % % % ",
"! ! ! ! ! ~ { ] ^ / / / ( / _ : / / < - [ } % % % ",
"| | | | | 1 2 / 3 4 / / / / 5 6 ^ 7 8 9 [ } 0 $ % ",
"a a a a a b 2 / / / / / / c d e f g h 9 [ i j k $ ",
"l l l l l m 2 / / / / n h o p q p r ^ 9 [ p s j t ",
"u v v w x y 2 / / z / / / o p s s A B B C s s j t ",
"D E s F G H 2 / / I / / J K L s s s s s s s s E M ",
"N O v v j P 2 g Q / / / R S s T U V s s s W X s v ",
"Y Y Y Z ` .2 / / / ..h +.S @.#.$.V s L %.) &.*.B ",
"=.=.=.=.=.-.;.9 >.8 ,.z +.S '.).= !.q C s ~.{.].^.",
"/./././.(._.{ , :.<./ / [.}.|.*.C 1.2.3.$.4.s |.5.",
"6.6.6.7.v v 8.9.9.9.9.9.9.9.0.a.E E b.b.b.b.c.d.% ",
"e.e.e.f.s C g.h.F 4.i.i.i.i.j.k.l.m._.F v i n.% % ",
"o.o.o.p.v k q.k v _.% % % % r.$.h.d.0 v D } % % % "};

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elpa/nyan-prompt-20140809.2208/nyan-prompt-autoloads.el Normal file
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;;; nyan-prompt-autoloads.el --- automatically extracted autoloads
;;
;;; Code:
(add-to-list 'load-path (directory-file-name (or (file-name-directory #$) (car load-path))))
;;;### (autoloads nil "nyan-prompt" "nyan-prompt.el" (22506 10602
;;;;;; 925979 433000))
;;; Generated autoloads from nyan-prompt.el
(autoload 'nyan-prompt-enable "nyan-prompt" "\
\(fn)" nil nil)
;;;***
;;;### (autoloads nil nil ("nyan-prompt-pkg.el") (22506 10602 933979
;;;;;; 471000))
;;;***
;; Local Variables:
;; version-control: never
;; no-byte-compile: t
;; no-update-autoloads: t
;; End:
;;; nyan-prompt-autoloads.el ends here

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elpa/nyan-prompt-20140809.2208/nyan-prompt-pkg.el Normal file
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(define-package "nyan-prompt" "20140809.2208" "Nyan Cat on the eshell prompt." 'nil :url "http://github.com/PuercoPop/nyan-prompt" :keywords
'("nyan" "cat" "lulz" "eshell" "rainbow dependencies ((rx 0))"))
;; Local Variables:
;; no-byte-compile: t
;; End:

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elpa/nyan-prompt-20140809.2208/nyan-prompt.el Normal file
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;;; nyan-prompt.el --- Nyan Cat on the eshell prompt.
;; Author: Javier "PuercoPop" Olaechea <pirata@gmail.com>
;; URL: http://github.com/PuercoPop/nyan-prompt
;; Version: 0.2.0
;; Keywords: nyan, cat, lulz, eshell, rainbow
;; Dependencies ((rx 0))
;;; Commentary:
;; Usage: (add-hook 'eshell-load-hook 'nyan-prompt-enable)
;; Inspired by from Jacek "TeMPOraL" Zlydach nyan-mode, to make Porter happy.
;; Copying is an act of love, please copy. ♡
;; The xpm taken awesome nyan-mode
;;; Code:
(require 'rx)
(defconst nyan-prompt-dir (file-name-directory
(or load-file-name buffer-file-name)))
(defconst nyan-prompt-nyan-cat-image
(create-image (concat nyan-prompt-dir "img/nyan.xpm")
'xpm nil :ascent 'center))
(defconst nyan-prompt-nyan-cat-emoticon "~=[,,_,,]:3"
"ASCII art representing the nyan-cat.")
(defconst nyan-prompt-nyan-cat-string
(propertize nyan-prompt-nyan-cat-emoticon
'display nyan-prompt-nyan-cat-image))
;;;###autoload
(defun nyan-prompt-enable ()
(setq eshell-prompt-function
(lambda nil
(concat
(abbreviate-file-name
(eshell/pwd))
(if (= (user-uid) 0)
" # "
(concat " " nyan-prompt-nyan-cat-string " "))))
;; Match a string of characters (representing the path) then a space,
;; the nyan ASCII art and then a space.
eshell-prompt-regexp
(rx (and bol
(1+ anything)
" "
"~=[,,_,,]:3"
" "))))
(provide 'nyan-prompt)
;;; nyan-prompt.el ends here

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;;; zone-nyan-autoloads.el --- automatically extracted autoloads
;;
;;; Code:
(add-to-list 'load-path (directory-file-name (or (file-name-directory #$) (car load-path))))
;;;### (autoloads nil "zone-nyan" "zone-nyan.el" (22506 10602 481977
;;;;;; 318000))
;;; Generated autoloads from zone-nyan.el
(autoload 'zone-nyan "zone-nyan" "\
Zone out with nyan cat!
\(fn)" nil nil)
(autoload 'zone-nyan-preview "zone-nyan" "\
Preview the `zone-nyan' zone program.
\(fn)" t nil)
;;;***
;; Local Variables:
;; version-control: never
;; no-byte-compile: t
;; no-update-autoloads: t
;; End:
;;; zone-nyan-autoloads.el ends here

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;;; -*- no-byte-compile: t -*-
(define-package "zone-nyan" "20160102.1456" "Zone out with nyan cat" '((esxml "0.3.1")) :url "https://github.com/wasamasa/zone-nyan" :keywords '("zone"))

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;;; zone-nyan.el --- Zone out with nyan cat
;; Copyright (C) 2015-2016 Vasilij Schneidermann <v.schneidermann@gmail.com>
;; Author: Vasilij Schneidermann <v.schneidermann@gmail.com>
;; URL: https://github.com/wasamasa/zone-nyan
;; Package-Version: 20160102.1456
;; Version: 0.2.2
;; Package-Requires: ((esxml "0.3.1"))
;; Keywords: zone
;; This file is NOT part of GNU Emacs.
;; This file is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation; either version 3, or (at your option)
;; any later version.
;; This file is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with GNU Emacs; see the file COPYING. If not, write to
;; the Free Software Foundation, Inc., 59 Temple Place - Suite 330,
;; Boston, MA 02111-1307, USA.
;;; Commentary:
;; A zone program displaying the infamous nyan cat animation. Best
;; viewed in a graphical Emacs instance with SVG support.
;; See the README for more info:
;; https://github.com/wasamasa/zone-nyan
;;; Code:
(require 'esxml)
(defgroup zone-nyan nil
"Zone out with nyan cat"
:group 'zone
:prefix "zone-nyan-")
;;; palette
(defvar zone-nyan-palette
'((black :gui "#000000" :term "color-16" :ascii " ")
(white :gui "#ffffff" :term "color-231" :ascii "@@")
(gray :gui "#999999" :term "color-246" :ascii ";;")
(indigo :gui "#003366" :term "color-18" :ascii "::")
(red :gui "#ff0000" :term "color-196" :ascii "##")
(orange :gui "#ff9900" :term "color-208" :ascii "==")
(yellow :gui "#ffff00" :term "color-226" :ascii "--")
(green :gui "#33ff00" :term "color-82" :ascii "++")
(cyan :gui "#0099ff" :term "color-33" :ascii "~~")
(violet :gui "#6633ff" :term "color-57" :ascii "$$")
(rose :gui "#ff99ff" :term "color-213" :ascii "??")
(pink :gui "#ff3399" :term "color-198" :ascii "<>")
(rouge :gui "#ff9999" :term "color-210" :ascii "()")
(bread :gui "#ffcc99" :term "color-216" :ascii "##")
"Palette for GUI, 256 color and ASCII display of nyan cat."))
(defcustom zone-nyan-gui-type 'svg
"Rendering type on graphical displays."
:type '(choice (const :tag "SVG" svg)
(const :tag "Text" text))
:group 'zone-nyan)
(defcustom zone-nyan-term-type 'color
"Rendering type on textual displays."
:type '(choice (const :tag "Color" color)
(const :tag "ASCII" ascii))
:group 'zone-nyan)
;;; data
(defun zone-nyan-rainbow (flip)
"Return a list of rectangles describing a rainbow.
If FLIP is non-nil, the rainbow is flipped horizontally."
(if flip
'([ 0 0 2 3 red]
[ 2 1 8 3 red]
[10 0 8 3 red]
[18 1 8 3 red]
[ 0 3 2 3 orange]
[ 2 4 8 3 orange]
[10 3 8 3 orange]
[18 4 8 3 orange]
[ 0 6 2 3 yellow]
[ 2 7 8 3 yellow]
[10 6 8 3 yellow]
[18 7 8 3 yellow]
[ 0 9 2 3 green]
[ 2 10 8 3 green]
[10 9 8 3 green]
[18 10 8 3 green]
[ 0 12 2 3 cyan]
[ 2 13 8 3 cyan]
[10 12 8 3 cyan]
[18 13 8 3 cyan]
[ 0 15 2 3 violet]
[ 2 16 8 3 violet]
[10 15 8 3 violet]
[18 16 8 3 violet])
'([ 0 1 3 3 red]
[ 3 0 8 3 red]
[11 1 8 3 red]
[19 0 8 3 red]
[ 0 4 3 3 orange]
[ 3 3 8 3 orange]
[11 4 8 3 orange]
[19 3 8 3 orange]
[ 0 7 3 3 yellow]
[ 3 6 8 3 yellow]
[11 7 8 3 yellow]
[19 6 8 3 yellow]
[ 0 10 3 3 green]
[ 3 9 8 3 green]
[11 10 8 3 green]
[19 9 8 3 green]
[ 0 13 3 3 cyan]
[ 3 12 8 3 cyan]
[11 13 8 3 cyan]
[19 12 8 3 cyan]
[ 0 16 3 3 violet]
[ 3 15 8 3 violet]
[11 16 8 3 violet]
[19 15 8 3 violet])))
(defun zone-nyan-star (x y frame)
"Return a list of rectangles describing a star at X|Y.
FRAME is a number between 0 (inclusive) and 6 (exclusive) and
stands for its animation progress."
(cond
((= frame 0)
(list `[,(+ x 0) ,(+ y 0) 1 1 white]))
((= frame 1)
(list `[,(+ x 1) ,(+ y 0) 1 1 white]
`[,(+ x 0) ,(+ y 1) 1 1 white]
`[,(+ x 2) ,(+ y 1) 1 1 white]
`[,(+ x 1) ,(+ y 2) 1 1 white]))
((= frame 2)
(list `[,(+ x 2) ,(+ y 0) 1 2 white]
`[,(+ x 0) ,(+ y 2) 2 1 white]
`[,(+ x 3) ,(+ y 2) 2 1 white]
`[,(+ x 2) ,(+ y 3) 1 2 white]))
((= frame 3)
(list `[,(+ x 3) ,(+ y 0) 1 2 white]
`[,(+ x 0) ,(+ y 3) 2 1 white]
`[,(+ x 3) ,(+ y 3) 1 1 white]
`[,(+ x 5) ,(+ y 3) 2 1 white]
`[,(+ x 3) ,(+ y 5) 1 2 white]))
((= frame 4)
(list `[,(+ x 3) ,(+ y 0) 1 1 white]
`[,(+ x 1) ,(+ y 1) 1 1 white]
`[,(+ x 5) ,(+ y 1) 1 1 white]
`[,(+ x 0) ,(+ y 3) 1 1 white]
`[,(+ x 6) ,(+ y 3) 1 1 white]
`[,(+ x 1) ,(+ y 5) 1 1 white]
`[,(+ x 5) ,(+ y 5) 1 1 white]
`[,(+ x 3) ,(+ y 6) 1 1 white]))
((= frame 5)
(list `[,(+ x 3) ,(+ y 0) 1 1 white]
`[,(+ x 0) ,(+ y 3) 1 1 white]
`[,(+ x 6) ,(+ y 3) 1 1 white]
`[,(+ x 3) ,(+ y 6) 1 1 white]))))
(defun zone-nyan-stars (frame)
"Return a list of rectangles describing a star constellation at X|Y.
FRAME is a number between 0 (inclusive) and 12 (exclusive) and
stands for its animation progress."
(cond
((= frame 0)
(append (zone-nyan-star 41 0 1)
(zone-nyan-star 65 12 3)
(zone-nyan-star 0 21 1)
(zone-nyan-star 8 41 5)
(zone-nyan-star 69 56 0)
(zone-nyan-star 36 64 2)))
((= frame 1)
(append (zone-nyan-star 34 -1 2)
(zone-nyan-star 57 7 4)
(zone-nyan-star 5 44 0)
(zone-nyan-star 66 56 0)
(zone-nyan-star 27 63 3)))
((= frame 2)
(append (zone-nyan-star 25 -2 3)
(zone-nyan-star 49 7 5)
(zone-nyan-star 66 19 3)
(zone-nyan-star 0 43 1)
(zone-nyan-star 57 53 5)
(zone-nyan-star 18 63 4)))
((= frame 3)
(append (zone-nyan-star 16 -2 4)
(zone-nyan-star 46 10 0)
(zone-nyan-star 58 19 4)
(zone-nyan-star 48 53 4)
(zone-nyan-star 9 63 5)))
((= frame 4)
(append (zone-nyan-star 7 -2 5)
(zone-nyan-star 41 9 1)
(zone-nyan-star 50 19 5)
(zone-nyan-star 39 53 3)
(zone-nyan-star 6 66 0)))
((= frame 5)
(append (zone-nyan-star 4 1 0)
(zone-nyan-star 34 8 2)
(zone-nyan-star 47 22 0)
(zone-nyan-star 66 41 3)
(zone-nyan-star 32 54 2)
(zone-nyan-star 1 65 1)))
((= frame 6)
(append (zone-nyan-star -1 0 1)
(zone-nyan-star 25 7 3)
(zone-nyan-star 42 21 1)
(zone-nyan-star 58 41 4)
(zone-nyan-star 27 55 1)))
((= frame 7)
(append (zone-nyan-star 16 7 4)
(zone-nyan-star 35 20 2)
(zone-nyan-star 50 41 5)
(zone-nyan-star 24 56 0)
(zone-nyan-star 67 63 3)))
((= frame 8)
(append (zone-nyan-star 65 -2 3)
(zone-nyan-star 7 7 5)
(zone-nyan-star 26 19 3)
(zone-nyan-star 44 44 0)
(zone-nyan-star 15 53 5)
(zone-nyan-star 59 63 4)))
((= frame 9)
(append (zone-nyan-star 57 -2 4)
(zone-nyan-star 4 10 0)
(zone-nyan-star 17 19 4)
(zone-nyan-star 35 42 2)
(zone-nyan-star 7 53 4)
(zone-nyan-star 51 63 5)))
((= frame 10)
(append (zone-nyan-star 49 -2 5)
(zone-nyan-star -1 9 1)
(zone-nyan-star 8 19 5)
(zone-nyan-star 26 41 3)
(zone-nyan-star -1 53 3)
(zone-nyan-star 48 66 0)))
((= frame 11)
(append (zone-nyan-star 46 1 0)
(zone-nyan-star 5 22 0)
(zone-nyan-star 17 41 4)
(zone-nyan-star -4 53 4)
(zone-nyan-star 43 65 1)))))
(defun zone-nyan-tail (frame)
"Return a list of rectangles describing a tail.
FRAME is a number between 0 (inclusive) and 6 (exclusive) and
stands for its animation progress."
(cond
((= frame 0)
'([ 0 0 4 3 black]
[ 1 1 4 3 black]
[ 2 2 4 3 black]
[ 3 3 3 3 black]
[ 5 6 1 1 black]
[ 1 1 2 1 gray]
[ 2 2 2 1 gray]
[ 3 3 2 1 gray]
[ 4 4 2 1 gray]))
((= frame 1)
'([ 1 1 2 4 black]
[ 0 2 4 2 black]
[ 2 3 4 3 black]
[ 4 6 2 1 black]
[ 1 2 2 2 gray]
[ 2 4 2 1 gray]
[ 4 4 2 2 gray]))
((= frame 2)
'([ 5 4 1 1 black]
[ 2 5 4 1 black]
[ 0 6 6 2 black]
[ 1 8 4 1 black]
[ 2 6 4 1 gray]
[ 1 7 3 1 gray]))
((= frame 3)
'([ 4 4 2 1 black]
[ 2 5 4 3 black]
[ 1 6 2 4 black]
[ 0 7 4 2 black]
[ 4 5 2 2 gray]
[ 2 6 2 1 gray]
[ 1 7 2 2 gray]))
((= frame 4)
'([ 0 2 4 1 black]
[-1 3 7 2 black]
[ 1 5 5 1 black]
[ 4 6 2 1 black]
[ 0 3 3 1 gray]
[ 1 4 4 1 gray]
[ 5 5 1 1 gray]))
((= frame 5)
'([ 1 1 2 4 black]
[ 0 2 4 2 black]
[ 2 3 4 3 black]
[ 4 6 2 1 black]
[ 1 2 2 2 gray]
[ 2 4 2 1 gray]
[ 4 4 2 2 gray]))))
(defun zone-nyan-legs (frame)
"Return a list of rectangles describing a set of legs.
FRAME is a number between 0 (inclusive) and 6 (exclusive) and
stands for its animation progress."
(cond
((= frame 0)
'([ 1 0 2 1 black]
[ 1 1 3 1 gray]
[ 0 1 1 3 black]
[ 1 3 3 1 black]
[ 3 2 2 1 black]
[ 1 2 2 1 gray]
[ 6 2 4 1 black]
[ 6 3 3 1 black]
[ 7 2 2 1 gray]
[15 2 4 1 black]
[16 3 3 1 black]
[16 2 2 1 gray]
[20 2 4 1 black]
[21 3 2 1 black]
[21 2 2 1 gray]))
((= frame 1)
'([ 2 0 3 3 black]
[ 1 1 3 3 black]
[ 2 1 2 2 gray]
[ 6 2 1 1 black]
[ 7 2 3 2 black]
[ 7 2 2 1 gray]
[16 2 1 1 black]
[17 2 3 2 black]
[17 2 2 1 gray]
[21 2 1 1 black]
[22 2 3 2 black]
[22 2 2 1 gray]))
((= frame 2)
'([ 2 1 3 4 black]
[ 5 3 1 1 black]
[ 3 2 2 2 gray]
[ 7 3 1 1 black]
[ 8 3 3 2 black]
[ 8 3 2 1 gray]
[17 3 1 1 black]
[18 3 3 2 black]
[18 3 2 1 gray]
[22 3 1 1 black]
[23 3 3 2 black]
[23 3 2 1 gray]))
((= frame 3)
'([ 2 1 3 3 black]
[ 1 2 3 3 black]
[ 2 2 2 2 gray]
[ 6 3 1 1 black]
[ 7 3 3 2 black]
[ 7 3 2 1 gray]
[16 3 1 1 black]
[17 3 3 2 black]
[17 3 2 1 gray]
[21 3 1 1 black]
[22 3 3 2 black]
[22 3 2 1 gray]))
((= frame 4)
'([ 1 0 3 3 black]
[ 0 1 3 3 black]
[-1 2 3 3 black]
[ 0 2 2 2 gray]
[ 2 2 1 1 gray]
[ 4 3 1 1 black]
[ 5 3 3 2 black]
[ 5 3 2 1 gray]
[14 3 1 1 black]
[15 3 3 2 black]
[15 3 2 1 gray]
[19 3 1 1 black]
[20 3 3 2 black]
[20 3 2 1 gray]))
((= frame 5)
'([ 1 0 3 3 black]
[ 0 1 3 3 black]
[-1 2 3 3 black]
[ 0 2 2 2 gray]
[ 1 1 1 1 gray]
[ 2 2 1 1 gray]
[ 4 3 3 2 black]
[ 5 3 2 1 gray]
[ 7 3 1 1 black]
[14 3 3 2 black]
[15 3 2 1 gray]
[17 3 1 1 black]
[19 3 1 1 black]
[20 2 3 3 black]
[21 2 1 1 gray]
[20 3 2 1 gray]))))
(defun zone-nyan-pop-tart ()
"Return a list of rectangles describing a pop tart."
'([ 2 0 17 18 black]
[ 1 1 19 16 black]
[ 0 2 21 14 black]
[ 2 1 17 16 bread]
[ 1 2 19 14 bread]
[ 4 2 13 14 rose]
[ 3 3 15 12 rose]
[ 2 4 17 10 rose]
[ 9 3 1 1 pink]
[12 3 1 1 pink]
[ 4 4 1 1 pink]
[16 5 1 1 pink]
[ 8 7 1 1 pink]
[ 5 9 1 1 pink]
[ 9 10 1 1 pink]
[ 3 11 1 1 pink]
[ 7 13 1 1 pink]
[ 4 14 1 1 pink]))
(defun zone-nyan-face ()
"Return a list of rectangles describing a face."
'([ 2 0 2 1 black]
[ 1 1 4 2 black]
[ 5 2 1 1 black]
[12 0 2 1 black]
[11 1 4 2 black]
[10 2 1 1 black]
[ 0 5 16 5 black]
[ 1 3 14 8 black]
[ 2 3 12 9 black]
[ 3 3 10 10 black]
[ 2 1 2 3 gray]
[ 4 2 1 2 gray]
[ 5 3 1 1 gray]
[12 1 2 3 gray]
[11 2 1 2 gray]
[10 3 1 1 gray]
[ 2 4 12 7 gray]
[ 1 5 14 5 gray]
[ 3 11 10 1 gray]
[ 2 8 2 2 rouge]
[13 8 2 2 rouge]
[ 4 6 2 2 black]
[ 4 6 1 1 white]
[11 6 2 2 black]
[11 6 1 1 white]
[ 5 10 7 1 black]
[ 5 9 1 1 black]
[ 8 9 1 1 black]
[11 9 1 1 black]
[ 9 7 1 1 black]))
;;; SVG
(defvar zone-nyan-svg-size 70
"Virtual SVG canvas size.")
(defun zone-nyan-svg-scale (width height)
"Calculate the maximum scaling factor given WIDTH and HEIGHT.
The result describes how large a tile in a grid with
`zone-nyan-svg-size' as size can be."
(/ (min width height) zone-nyan-svg-size))
(defun zone-nyan-svg-root (width height scale x-offset y-offset body)
"Wrap BODY in a SVG root element and return the appropriate SXML.
WIDTH and HEIGHT designate the dimensions in pixels, SCALE,
X-OFFSET and Y-OFFSET transform the virtual canvas to a pixel art
grid. Additionally to that, clipping of the virtual canvas is
ensured."
`(svg (@ (xmlns "http://www.w3.org/2000/svg")
(width ,(number-to-string width))
(height ,(number-to-string height)))
(defs
(clipPath (@ (id "clip-path"))
(rect (@ (x "0") (y "0")
(width ,(number-to-string zone-nyan-svg-size))
(height ,(number-to-string zone-nyan-svg-size))))))
(g (@ (style "clip-path: url(#clip-path);")
(transform ,(format "translate(%s,%s) scale(%s)"
x-offset y-offset scale)))
,@body)))
(defun zone-nyan-svg-group (x y body)
"Wrap BODY in a SVG group element at X and Y and return the appropriate SXML.
X and Y are interpreted as grid coordinates."
`(g (@ (transform ,(format "translate(%s,%s)" x y)))
,@body))
(defun zone-nyan-svg-rect (x y width height fill)
"Returns a SVG rect element as SXML.
X and Y are interpreted as grid coordinates, WIDTH and HEIGHT are
interpreted as grid units, FILL is a hex code string."
`(rect (@ (x ,(number-to-string x))
(y ,(number-to-string y))
(width ,(number-to-string width))
(height ,(number-to-string height))
(fill ,fill))))
(defun zone-nyan-svg-to-sxml (width height scale x y &rest body)
"Return a SXML representation of BODY.
WIDTH and HEIGHT correspond to the size, SCALE, X and Y are used
to magnify and translate BODY. BODY itself is a list where every
three items are the X offset, Y offset and a list of rectangles.
Each rectangle is represented as a vector with a X and Y
component, width, height and fill color which is looked up in
`zone-nyan-palette'."
(let (groups)
(while body
(let* ((x-offset (pop body))
(y-offset (pop body))
(rects (pop body))
group)
(dolist (rect rects)
(let* ((x (aref rect 0))
(y (aref rect 1))
(width (aref rect 2))
(height (aref rect 3))
(color (aref rect 4))
(fill (plist-get (cdr (assoc color zone-nyan-palette)) :gui)))
(push (zone-nyan-svg-rect x y width height fill)
group)))
(push (zone-nyan-svg-group x-offset y-offset (nreverse group))
groups)))
(zone-nyan-svg-root width height scale x y (nreverse groups))))
(defun zone-nyan-svg-image (time)
"Return a SVG string for a point in TIME."
(let* ((edges (window-inside-pixel-edges))
(width (- (nth 2 edges) (car edges)))
(height (- (nth 3 edges) (cadr edges)))
(scale (zone-nyan-svg-scale width height))
(x-offset (floor (/ (- width (* zone-nyan-svg-size scale)) 2.0)))
(y-offset (floor (/ (- height (* zone-nyan-svg-size scale)) 2.0))))
(when (> scale 0)
(let* ((frame (mod time 6))
(star-frame (mod time 12))
(rainbow-flipped (not (zerop (mod (/ time 2) 2))))
(pop-tart-offset (if (< frame 2) 0 1))
(face-x-offset (if (or (zerop frame) (> frame 3)) 0 1))
(face-y-offset (if (or (< frame 2) (> frame 4)) 0 1)))
(sxml-to-xml
(zone-nyan-svg-to-sxml
width height scale x-offset y-offset
0 0 (list (vector 0 0 zone-nyan-svg-size zone-nyan-svg-size 'indigo))
0 26 (zone-nyan-rainbow rainbow-flipped)
0 0 (zone-nyan-stars star-frame)
19 32 (zone-nyan-tail frame)
23 41 (zone-nyan-legs frame)
25 (+ 25 pop-tart-offset) (zone-nyan-pop-tart)
(+ 35 face-x-offset) (+ 30 face-y-offset) (zone-nyan-face)))))))
;;; text
(defvar zone-nyan-text-size 40
"Virtual canvas size.")
(defun zone-nyan-text-canvas (init)
"Returns an empty text canvas to paint rectangles on.
INIT is the initial color to fill it with."
(let ((canvas (make-vector zone-nyan-text-size nil)))
(dotimes (i zone-nyan-text-size)
(aset canvas i (make-vector zone-nyan-text-size init)))
canvas))
(defun zone-nyan-text-in-bounds (x y)
"Non-nil if X|Y is a coordinate not out of bounds."
(and (>= x 0) (< x zone-nyan-text-size)
(>= y 0) (< y zone-nyan-text-size)))
(defun zone-nyan-text-pixel (canvas x y fill)
"Paint a pixel on CANVAS at X|Y with FILL."
(when (zone-nyan-text-in-bounds x y)
(aset (aref canvas y) x fill)))
(defun zone-nyan-text-rect (canvas x y width height fill)
"Paint a rectangle on CANVAS at X|Y with FILL.
WIDTH and HEIGHT are its dimensions."
(dotimes (i height)
(dotimes (j width)
(zone-nyan-text-pixel canvas (+ x j) (+ y i) fill))))
(defun zone-nyan-text-paint-canvas (canvas &rest body)
"Paint groups of rectangles to CANVAS.
BODY is a list where every three items are the X offset, Y offset
and a list of rectangles. Each rectangle is represented as a
vector with a X and Y component, width, height and fill color."
(while body
(let* ((x-offset (pop body))
(y-offset (pop body))
(rects (pop body)))
(dolist (rect rects)
(let* ((x (aref rect 0))
(y (aref rect 1))
(width (aref rect 2))
(height (aref rect 3))
(fill (aref rect 4)))
(zone-nyan-text-rect canvas (+ x-offset x) (+ y-offset y)
width height fill))))))
(defun zone-nyan-text-to-string (canvas)
"Return a textual representation of CANVAS."
(with-temp-buffer
(dotimes (i (length canvas))
(dotimes (j (length (aref canvas 0)))
(let* ((color (aref (aref canvas i) j))
(mappings (cdr (assoc color zone-nyan-palette))))
(cond
((eq zone-nyan-gui-type 'text)
(let ((fill (plist-get mappings :gui)))
(insert (propertize " " 'face `(:background ,fill)))))
((eq zone-nyan-term-type 'color)
(let ((fill (plist-get mappings :term)))
(insert (propertize " " 'face `(:background ,fill)))))
((eq zone-nyan-term-type 'ascii)
(insert (plist-get mappings :ascii))))))
(insert "\n"))
(buffer-string)))
(defun zone-nyan-text-image (time)
"Return a buffer string for a point in TIME."
(let ((width (window-body-width))
(height (window-body-height)))
(if (or (< width 80) (< height 40))
(format "zone-nyan requires a 80x40 canvas\ncurrent dimensions: %dx%d"
width height)
(let* ((canvas (zone-nyan-text-canvas 'indigo))
(frame (mod time 6))
(star-frame (mod time 12))
(rainbow-flipped (not (zerop (mod (/ time 2) 2))))
(pop-tart-offset (if (< frame 2) 0 1))
(face-x-offset (if (or (zerop frame) (> frame 3)) 0 1))
(face-y-offset (if (or (< frame 2) (> frame 4)) 0 1)))
(zone-nyan-text-paint-canvas
canvas
-15 11 (zone-nyan-rainbow rainbow-flipped)
-15 -15 (zone-nyan-stars star-frame)
4 17 (zone-nyan-tail frame)
8 26 (zone-nyan-legs frame)
10 (+ 10 pop-tart-offset) (zone-nyan-pop-tart)
(+ 20 face-x-offset) (+ 15 face-y-offset) (zone-nyan-face))
(zone-nyan-text-to-string canvas)))))
;;; frontend
(defun zone-nyan-image (time)
"Create an image of nyan cat at TIME."
(if (display-graphic-p)
(cond
((eq zone-nyan-gui-type 'svg)
(propertize " " 'display
(create-image (zone-nyan-svg-image time) 'svg t)))
((eq zone-nyan-gui-type 'text)
(zone-nyan-text-image time))
(t (user-error "Invalid value for `zone-nyan-gui-type'")))
(if (memq zone-nyan-term-type '(color ascii))
(zone-nyan-text-image time)
(user-error "Invalid value for `zone-nyan-term-type'"))))
(defcustom zone-nyan-interval 0.07
"Amount of time to wait until displaying the next frame."
:type 'float
:group 'zone-nyan)
(defcustom zone-nyan-bg-music-program nil
"Program to call for playing background music."
:type '(choice (const :tag "None" nil)
string)
:group 'zone-nyan)
(defcustom zone-nyan-bg-music-args nil
"Optional list of arguments for `zone-nyan-bg-music-program'."
:type '(repeat string)
:group 'zone-nyan)
(defvar zone-nyan-bg-music-process nil
"Current BG music process.")
(defvar zone-nyan-progress-timer nil
"Timer for displaying the progress.
It fires every 100ms.")
(defvar zone-nyan-progress 0
"Holds the current progress of the timer.")
(defun zone-nyan-progress ()
"Progress function.
It informs the user just how many seconds they've wasted on
watching nyan cat run."
(message "You've nyaned for %.1f seconds"
(/ zone-nyan-progress 10.0))
(setq zone-nyan-progress (1+ zone-nyan-progress)))
;;;###autoload
(defun zone-nyan ()
"Zone out with nyan cat!"
(delete-other-windows)
(internal-show-cursor nil nil)
(let ((time 0)
;; HACK zone aborts on read-only buffers
(inhibit-read-only t))
(unwind-protect
(progn
(when zone-nyan-bg-music-program
(condition-case nil
(setq zone-nyan-bg-music-process
(apply 'start-process "zone nyan" nil
zone-nyan-bg-music-program
zone-nyan-bg-music-args))
(error
(message "Couldn't start background music")
(sit-for 5))))
(setq zone-nyan-progress 0
zone-nyan-progress-timer
(run-at-time 0 0.1 'zone-nyan-progress))
(while (not (input-pending-p))
(erase-buffer)
(insert (zone-nyan-image time))
(goto-char (point-min))
(sit-for zone-nyan-interval)
(setq time (1+ time))))
(internal-show-cursor nil t)
(when zone-nyan-bg-music-process
(delete-process zone-nyan-bg-music-process))
(when zone-nyan-progress-timer
(cancel-timer zone-nyan-progress-timer)))))
;;;###autoload
(defun zone-nyan-preview ()
"Preview the `zone-nyan' zone program."
(interactive)
(let ((zone-programs [zone-nyan]))
(zone)))
(provide 'zone-nyan)
;;; zone-nyan.el ends here

10
init.el
View File

@@ -62,7 +62,7 @@
("e6h" . "http://www.e6h.org/packages/"))))
'(package-selected-packages
(quote
(helm-google helm-projectile helm-spotify helm-swoop helm-unicode id-manager identica-mode mc-extras multiple-cursors electric-spacing flycheck-clojure flycheck-pkg-config focus git-messenger gitconfig github-notifier gnome-calendar gnugo google helm-chrome helm-company helm-flycheck clojure-quick-repls electric-case emamux flycheck drag-stuff django-manage clojure-mode hyde org-jekyll smart-mode-line-powerline-theme yaml-mode xlicense wakatime-mode vala-mode sass-mode nyan-mode muse markdown-mode mark magit-gh-pulls magit-gerrit json-mode js2-mode jinja2-mode helm-make helm-gtags helm-flyspell helm-ag go-mode gitignore-mode gitconfig-mode git-gutter ggtags fiplr erlang django-mode company-shell company-quickhelp company-c-headers coffee-mode buffer-move ag)))
(magithub nyan-prompt zone-nyan helm-google helm-projectile helm-spotify helm-swoop helm-unicode id-manager identica-mode mc-extras multiple-cursors electric-spacing flycheck-clojure flycheck-pkg-config focus git-messenger gitconfig github-notifier gnome-calendar gnugo google helm-chrome helm-company helm-flycheck clojure-quick-repls electric-case emamux flycheck drag-stuff django-manage clojure-mode hyde org-jekyll smart-mode-line-powerline-theme yaml-mode xlicense wakatime-mode vala-mode sass-mode nyan-mode muse markdown-mode mark magit-gerrit json-mode js2-mode jinja2-mode helm-make helm-gtags helm-flyspell helm-ag go-mode gitignore-mode gitconfig-mode git-gutter ggtags fiplr erlang django-mode company-shell company-quickhelp company-c-headers coffee-mode buffer-move ag)))
'(safe-local-variable-values
(quote
((company-clang-arguments "-I.." "-I/home/polesz/jhbuild/install/include/atk-1.0" "-I/home/polesz/jhbuild/install/include/at-spi-2.0" "-I/home/polesz/jhbuild/install/include/at-spi2-atk/2.0" "-I/home/polesz/jhbuild/install/include/cairo" "-I/home/polesz/jhbuild/install/include/gdk-pixbuf-2.0" "-I/home/polesz/jhbuild/install/include/gio-unix-2.0/" "-I/home/polesz/jhbuild/install/include/glib-2.0" "-I/home/polesz/jhbuild/install/include/gtk-3.0" "-I/home/polesz/jhbuild/install/include/harfbuzz" "-I/home/polesz/jhbuild/install/include/libgda-5.0" "-I/home/polesz/jhbuild/install/include/libgda-5.0/libgda" "-I/home/polesz/jhbuild/install/include/librsvg-2.0" "-I/home/polesz/jhbuild/install/include/libsoup-2.4" "-I/home/polesz/jhbuild/install/include/pango-1.0" "-I/home/polesz/jhbuild/install/include/swe-glib" "-I/home/polesz/jhbuild/install/include/webkitgtk-4.0" "-I/home/polesz/jhbuild/install/lib/glib-2.0/include" "-I/usr/include/dbus-1.0" "-I/usr/include/freetype2" "-I/usr/include/libdrm" "-I/usr/include/libpng16" "-I/usr/include/libxml2" "-I/usr/include/pixman-1" "-I/usr/lib64/dbus-1.0/include")
@@ -511,3 +511,11 @@ Version 2016-02-16"
(drag-stuff-global-mode t)
(global-set-key (kbd "C-x g") 'magit-status)
; Nyanify eshell!
(add-hook 'eshell-load-hook 'nyan-prompt-enable)
; Nyanify zone!
(setq zone-programs [zone-nyan])
(require 'zone)
(zone-when-idle 30)