Oskar Austegard oaustegard

## Waze LiveMap Bookmarklet
javascript:$("ul.nav-pills a")[1].click(); $("#route_from input.query").attr("value", "your from address"); $("#route_to input.query").attr("value", "your to address"); $("button.find-routes-btn").click();

## scalding_alice.scala
/**
Get the last line of text in Alice in Wonderland that contains each of the top 20 frequent words in the book
NOT ACTUALLY TESTED, just logically combined. See fork source for original version that is mulch ore likely to work.
*/
import scala.io.Source
val alice = Source.fromURL("http://www.gutenberg.org/files/11/11.txt").getLines.zipWithIndex.toList
val aliceWords = TypedPipe.from(alice).flatMap { case (text, _) => text.split("\\s+").toList }
val wordCount = aliceWords.map { word => (word, 1L) }.group.sum
val top20 = wordCount.groupAll.sortBy { case (word, count) => -count }.take(20).values
val lastLine = alicePipe.flatMap { case (text, line) => text.split("\\s+").toList.map { word => (word, line) }}.group.max

## ConfluenceHeaderFragmentLinks.js
AJS.$("[id]").filter(":header").each(function(){
  try {
    $(this).prepend("<a href='#" + $(this).attr("id") + "'>#</a>");
  catch(e) { console.log(e) }
});

## gsuite_shortcuts.js
//docs
javascript:window.open("https://docs.new");
//sheets
javascript:window.open("https://sheets.new");

## video_speed.js
javascript:(function(s){document.querySelector('video').playbackRate = s;})(prompt('Video speed:'));

## gciData_datalayer.js
if(typeof gciData !== "undefined" && gciData && gciData[0]) {
  var w, d;
  w = window.open('about:blank','','width=900,height=700,resizeable,scrollbars');
  d = w.document;
  d.writeln('<title>gciData[0] Data Layer: ', location.href, '</title>');
  d.writeln('<style>td {vertical-align:top; font:9pt courier; border-bottom:1px solid #ddd}</style><table>');
  //sort the keys and only write out the non-objects
  Object.entries(gciData[0]).sort((a, b) => a[0].localeCompare(b[0])).forEach(([key, value]) => {
      if (typeof value !== "object")
        d.writeln('<tr><td>', key, '</td><td>', value, '</td></tr>')

## Link_to_Nearest_ID.js
javascript:void(location.hash = "#" + window.getSelection().anchorNode.parentNode.closest("*[id]").id)

## edit_page.js
javascript:document.body.contentEditable = 'true'; document.designMode='on'; void 0

## qubole_csv.js
javascript:try{$(".query-result-download-csv")[0].click()}catch{alert('Must be clicked from Qubole Workbench Command')}

## google_keywords.js
//content-keywords only - OR
javascript:try{window.open("https://www.google.com/search?hl=en&gl=us&tbm=nws&authuser=0&q="+gciData[0]["content-keywords"].split(",").join(" OR "))}catch{alert("Must be Gannett article")}

//content keywords or title
javascript:try{window.open("https://www.google.com/search?hl=en&gl=us&tbm=nws&authuser=0&q="+gciData[0]["content-title"]+" OR "+gciData[0]["content-keywords"].split(",").join(" OR "))}catch{alert("Must be Gannett article")}
	/**
	Get the last line of text in Alice in Wonderland that contains each of the top 20 frequent words in the book
	NOT ACTUALLY TESTED, just logically combined. See fork source for original version that is mulch ore likely to work.
	*/
	import scala.io.Source
	val alice = Source.fromURL("http://www.gutenberg.org/files/11/11.txt").getLines.zipWithIndex.toList
	val aliceWords = TypedPipe.from(alice).flatMap { case (text, _) => text.split("\\s+").toList }
	val wordCount = aliceWords.map { word => (word, 1L) }.group.sum
	val top20 = wordCount.groupAll.sortBy { case (word, count) => -count }.take(20).values
	val lastLine = alicePipe.flatMap { case (text, line) => text.split("\\s+").toList.map { word => (word, line) }}.group.max
	AJS.$("[id]").filter(":header").each(function(){
	try {
	$(this).prepend("<a href='#" + $(this).attr("id") + "'>#</a>");
	catch(e) { console.log(e) }
	});
	//docs
	javascript:window.open("https://docs.new");
	//sheets
	javascript:window.open("https://sheets.new");
	if(typeof gciData !== "undefined" && gciData && gciData[0]) {
	var w, d;
	w = window.open('about:blank','','width=900,height=700,resizeable,scrollbars');
	d = w.document;
	d.writeln('<title>gciData[0] Data Layer: ', location.href, '</title>');
	d.writeln('<style>td {vertical-align:top; font:9pt courier; border-bottom:1px solid #ddd}</style><table>');
	//sort the keys and only write out the non-objects
	Object.entries(gciData[0]).sort((a, b) => a[0].localeCompare(b[0])).forEach(([key, value]) => {
	if (typeof value !== "object")
	d.writeln('<tr><td>', key, '</td><td>', value, '</td></tr>')
	//content-keywords only - OR
	javascript:try{window.open("https://www.google.com/search?hl=en&gl=us&tbm=nws&authuser=0&q="+gciData[0]["content-keywords"].split(",").join(" OR "))}catch{alert("Must be Gannett article")}

	//content keywords or title
	javascript:try{window.open("https://www.google.com/search?hl=en&gl=us&tbm=nws&authuser=0&q="+gciData[0]["content-title"]+" OR "+gciData[0]["content-keywords"].split(",").join(" OR "))}catch{alert("Must be Gannett article")}