lawlesst

"""
Simple script to search a Z39.50 target using Python
and PyZ3950. 
"""

from PyZ3950 import zoom


ISBNs = ['9781905017799', '9780596513986']

simme

# First install tmux
brew install tmux

# For mouse support (for switching panes and windows)
# Only needed if you are using Terminal.app (iTerm has mouse support)
Install http://www.culater.net/software/SIMBL/SIMBL.php
Then install https://bitheap.org/mouseterm/

# More on mouse support http://floriancrouzat.net/2010/07/run-tmux-with-mouse-support-in-mac-os-x-terminal-app/

manuelmorales

sudo apt-get install libxext-dev libxt-dev
wget http://downloads.ghostscript.com/public/ghostpdl-9.05.tar.bz2
tar xjf ./ghostpdl-9.05.tar.gz
cd ghostpdl-9.05/
./configure
echo '#define HAVE_SYS_TIME_H' >> xps/obj/gconfig_.h
make xps

./xps/obj/gxps -dNOPAUSE -dBATCH -sDEVICE=pdfwrite -r150 -o /tmp/a.pdf ~/POWERPOINT.xps

liamcurry

Moving from jQuery

Events

// jQuery
$(document).ready(function() {
  // code
})

slevithan

// Allow syntax extensions
XRegExp.install("extensibility");

/* Adds Unicode code point syntax to XRegExp: \u{n..}
 * `n..` is any 1-6 digit hexadecimal number from 0-10FFFF. Comes from ES6 proposals. Code points
 * above U+FFFF are converted to surrogate pairs, so e.g. `\u{20B20}` is simply an alternate syntax
 * for `\uD842\uDF20`. This can lead to broken behavior if you follow a `\u{n..}` token that
 * references a code point above U+FFFF with a quantifier, or if you use the same in a character
 * class. Using `\u{n..}` with code points above U+FFFF is therefore not recommended, unless you
 * know exactly what you're doing. XRegExp's handling follows ES6 proposals for `\u{n..}`, since

eimg

<?php
function mmstrlen($str) {
  $standalones = array("ဤ", "၍", "ဪ", "၏", "၊", "။", "၌");
  $consonants = array("က", "ခ", "ဂ", "ဃ", "င", "စ", "ဆ", "ဇ", "ဈ", "ည", "ဍ", "ဌ", "ဋ", "ဎ", "ဏ", "တ", "ထ", "ဒ", "ဓ", "န", "ပ", "ဖ", "ဗ", "ဘ", "မ", "ယ", "ရ", "လ", "ဝ", "သ", "ဟ", "ဠ", "အ");
  $numbers = array("၀", "၁", "၂", "၃", "၄", "၅", "၆", "၇", "၈", "၉");

  $len = mb_strlen($str, "UTF-8");
  $count = 0;
  
  for($i = 0; $i < $len; $i++) {

saturngod

var regexMM = new RegExp("[\u1000-\u109f\uaa60-\uaa7f]+");
var text = "မြန်မာ";
if (!regexMM.test(text)) {
  console.log("not myanmar text");
}
else {
  console.log("myanmar text");
}

sergejmueller

Prolog

Google Chrome Developers says:

The new WOFF 2.0 Web Font compression format offers a 30% average gain over WOFF 1.0 (up to 50%+ in some cases). WOFF 2.0 is available since Chrome 36 and Opera 23.

Some examples of file size differences: WOFF vs. WOFF2

TTF to WOFF2 converting

• http://www.fontsquirrel.com/tools/webfont-generator

greenlikeorange

/**
 * Knayi-myscript Detection and font tagging script
 * 
 * Nov 10, 2014
 * greenlikeorange<beginofalove@hotmail.com>
 *
 * original:
 * https://github.com/greenlikeorange/knayi-myscript
 *
 */

HughP

# We start by loading up PyICU.
import PyICU as icu
# Let's create a test text. Notice it contains some punctuation.
test = u"This is (\"a\") test!"


# We create a wordbreak iterator. All break iterators in ICU are really RuleBasedBreakIterators, and we need to tell it which locale to take the word break rules from. Most locales have the same rules for UAX#29 so we will use English.
wb = icu.BreakIterator.createWordInstance(icu.Locale.getEnglish())

# An iterator is just that. It contains state and then we iterate over it. The state in this case is the text we want to break. So we set that.