bookmarklets

A bookmarklet is a JavaScript program executed in the navigator (aka client-side).

It is based upon a URL like we generally use under the form https:// to navigate. Here we use the javascript: protocol.

We can work on the current document, select and extract specific or generic content. We can also do virtually anything we want using javascript and if the interest here is to focus on DOM extraction, we can also access and process any content that your browser can render as a plain text source (json files for instance).

It is a nice tool but it could also be a risk!

Check the source before executing it, especially when loading external resources (eg: screenshot uses html2canvas).

Generator

Generated href

Samples

b64-txt
Source code
javascript:(function() { if(window.getSelection) { q=window.getSelection(); } else if(document.getSelection) { q=document.getSelection(); } const decoded = decodeURIComponent(escape(window.atob(q))); navigator.clipboard.writeText(decoded); })();

Comment
Use this to decode Base64 selection to text (past into your clipboard)
bionic-reading
Source code
javascript:(async function(){ const x = document.createElement('style'); x.textContent = '.start { text-shadow:0 0 3px '+document.body.style.color+'}'; document.querySelector('head').appendChild(x); const s = document.querySelectorAll("p"); for(let i=0; i<s.length; i++) { s[i].style.lineHeight = "1.5"; s[i].style.wordSpacing = "0.16em"; s[i].style.letterSpacing = "0.1em"; let x = s[i].textContent; s[i].innerHTML = x.replace(/([^ ;,.?!-]{1,4})([^ ;,.?!-]*)/g, '<text class="start">$1</text>$2'); }; })();
chrono
Source code
javascript:(async function(){ let p = document.getElementById('x-time'); let xid = p ? p.content : null; let start = p ? p.time : null; if ( p === null) { start = new Date(); xid = setInterval( function(){ void 0; }, 1000 ); console.log('TIME START:',xid); p = document.createElement('meta'); p.id = 'x-time'; p.content = xid; p.time = start.toISOString(); document.head.appendChild( p ); } else { xid = p.content; start = new Date(p.time); console.log('TIME STOP :',xid); document.head.removeChild( p ); clearInterval( xid ); let now = new Date(); let output = (now-start)/1000; alert( start.toISOString()+'\n'+now.toISOString()+'\n'+output+' (sec)' ); }})();
cnrtl-dict
Source code
javascript:(function() {q=window.getSelection?window.getSelection():(document.getSelection?document.getSelection():'');q!=''?window.open('https://www.cnrtl.fr/definition/'+q,'_blank'):null;})();

Comment
Page will not open when there is no selection detected.
color-contrast
Source code
javascript:(function(){var t = document.createElement('script'); t.src='https://gh.ada.is/contrast-widget/contrast-widget-bundle.min.js'; document.head.appendChild(t);}())

Comment
Use this to check the current document's color contrast (Based on https://gh.ada.is/contrast-widget/contrast-widget-bundle.min.js)
color-dark
Source code
javascript:(async function(){ let items = document.querySelectorAll('*'); for (let i=0; i<items.length;i++) { if (items[i].tagName==='IMG' || items[i].tagName==='VIDEO') { continue; } items[i].style.background = '#1E1E1E'; items[i].style.color = '#f9ba52'; } })();
color-hex
Source code
javascript:t='';c=new Array('00','33','66','99','CC','FF');for(i=0;i<6;i++){t+='<table width=100%>';for(j=0;j<6;j++){t+='<tr>';for(k=0;k<6;k++){L=c[i]+c[j]+c[k];t+='<td bgcolor='+L+'>'+L}t+='</tr>'}t+='</table>'}; W=open('','','width=500,height=700,left=0,top=0,resizable,scrollbars');void(W.document.writeln(t));
color-invert-1
Source code
javascript:(function(){ let items = document.getElementsByTagName('*'); let color = window.getComputedStyle( document.body ).backgroundColor; color = color.substring(4,color.length-1).split(','); document.body.style.color = 'rgb('+(color[0])+','+(color[1])+','+(color[2])+')'; document.body.style.backgroundColor = 'rgb('+(255-color[0])+','+(255-color[1])+','+(255-color[2])+')'; for(let i in items) { if(!items[i].style || items[i].tagName == 'BODY') continue; if(items[i].style.backgroundColor) { items[i].style.backgroundColor = 'rgb('+(255-color[0])+','+(255-color[1])+','+(255-color[2])+')'; if (items[i].style.textShadow) items[i].style.textShadow = '0 0 1px rgb('+(255-color[0])+','+(255-color[1])+','+(255-color[2])+')'; } if(items[i].style.color) { items[i].style.color = 'rgb('+(color[0])+','+(color[1])+','+(color[2])+')'; } if (items[i].style.textShadow) items[i].style.textShadow = '0 0 1px rgb('+(255-color[0])+','+(255-color[1])+','+(255-color[2])+')'; } })();
color-invert-2
Source code
javascript:(function(){function RGBtoHSL(RGBColor){with(Math){var R,G,B;var cMax,cMin;var sum,diff;var Rdelta,Gdelta,Bdelta;var H,L,S;R=RGBColor[0];G=RGBColor[1];B=RGBColor[2];cMax=max(max(R,G),B);cMin=min(min(R,G),B);sum=cMax+cMin;diff=cMax-cMin;L=sum/2;if(cMax==cMin){S=0;H=0;}else{if(L<=(1/2))S=diff/sum;else S=diff/(2-sum);Rdelta=R/6/diff;Gdelta=G/6/diff;Bdelta=B/6/diff;if(R==cMax)H=Gdelta-Bdelta;else if(G==cMax)H=(1/3)+Bdelta-Rdelta;else H=(2/3)+Rdelta-Gdelta;if(H<0)H+=1;if(H>1)H-=1;}return[H,S,L];}}function getRGBColor(node,prop){var rgb=getComputedStyle(node,null).getPropertyValue(prop);var r,g,b;if(/rgb$(\d+),\s(\d+),\s(\d+)$/.exec(rgb)){r=parseInt(RegExp.$1,10);g=parseInt(RegExp.$2,10);b=parseInt(RegExp.$3,10);return[r/255,g/255,b/255];}return rgb;}function hslToCSS(hsl){return "hsl("+Math.round(hsl[0]*360)+", "+Math.round(hsl[1]*100)+"%, "+Math.round(hsl[2]*100)+"%)";}var props=["color","background-color","border-left-color","border-right-color","border-top-color","border-bottom-color"];var props2=["color","backgroundColor","borderLeftColor","borderRightColor","borderTopColor","borderBottomColor"];if(typeof getRGBColor(document.documentElement,"background-color")=="string")document.documentElement.style.backgroundColor="white";revl(document.documentElement);function revl(n){var i,x,color,hsl;if(n.nodeType==Node.ELEMENT_NODE){for(i=0;x=n.childNodes[i];++i)revl(x);for(i=0;x=props[i];++i){color=getRGBColor(n,x);if(typeof(color)!="string"){hsl=RGBtoHSL(color);hsl[2]=1-hsl[2];n.style[props2[i]]=hslToCSS(hsl);}}}}})()

Comment
Use this to invert all colors Credits to https://github.com/Damako4/Bookmarklets/blob/master/tools/Invert%20Light.js
count-all
Source code
javascript:(()=>{ function downloadName(extension="json") { var hostname = window.location.hostname.replaceAll(".", "_"); var pathname = window.location.pathname ? window.location.pathname.replaceAll('/', '_'): "_"; var filename = hostname + pathname + "_count." + extension; return filename; } function download(text, name) { var a = document.createElement("a"); var file = new Blob([text], {type: "application/json"}); a.href = URL.createObjectURL(file); a.download = name; a.click(); } var d={}, s={}; var select = document.querySelectorAll('*').forEach(x=>d[x.tagName]=(d[x.tagName]||0)+1); Object.entries(d).sort((a,b)=>b[1]-a[1]).forEach( ([k,v]) => s[k] = v ); download( JSON.stringify( d, Object.keys(d).sort((a, b)=>b-a), 2 ), downloadName() ) })();

Comment
Use this to extract all elements and trigger a direct download to a .json file
count-element
Source code
javascript:(function(){ const name = prompt('Count Element','script'); const items = document.querySelectorAll(name); alert( 'Found '+items.length+' <'+name+'> Element(s)' ); })();
cp-links
Source code
javascript:(function(){ const links = Object.values(document.links).join('\n'); navigator.clipboard.writeText( links ); })();

Comment
Use this to extract all links' href attributes to your clipboard
dyslexize
Source code
javascript:(function()%7Bhead=document.getElementsByTagName('head')%5B0%5D;style=document.createElement('style');style.innerHTML=%22@font-face%20%7Bfont-family:%20'opendyslexic';font-style:%20normal;font-weight:%20400;src:%20url('data:application/x-font-woff;charset=utf-8;base64,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')%20format('woff');;%7D*,html%20*%7Bfont-family:'opendyslexic'!important;letter-spacing:%200.12em;word-spacing:%200.39em;%7Dhtml%7Bfont-size:1.5em;line-height:1.8em;%7D%22;head.appendChild(style);%7D)();

Comment
By Bronco http://outils.warriordudimanche.net/outils/bookmarklets.html
elements-cp
Source code
javascript:(function(){ const name = prompt('Count Element','script'); const items = document.querySelectorAll(name); let output = ""; for (let i in items) { let item = items[i].outerHTML; if (item == undefined) continue; item = item.replace('[>].*$', ''); output += '\n'+item; } navigator.clipboard.writeText( output ); alert( 'Found '+items.length+' <'+name+'> Element(s)' + '\nContent is in your clipboard, ready to be pasted' ); })();

Comment
Use this to retrieve given element from the current document into your clipboard
file-extract
Source code
javascript:(function() { function downloadName() { var hostname = window.location.hostname.replaceAll('.','_'); var pathname = window.location.pathname ? window.location.pathname.replaceAll('/','_') : '_'; var filename = hostname+pathname+'_count.json'; return filename; } function downloadFile(text,name) { var a = document.createElement('a'); var f = new Blob([text],{type:"application/json"}); a.href = URL.createObjectURL(f); a.download = name; a.click(); } var a=[],d={}; const search = prompt("Query selector:","*"); const items = document.querySelectorAll(search).forEach(x=>a.push(x.tagName)); a.forEach(x=>d[x]=(d[x]||0)+1); let sorted={}; Object.entries(d).sort((x,y)=>y[1]-x[1]).map(t=>sorted[t[0]]=t[1]); downloadFile( JSON.stringify(sorted), downloadName() ); })();

Comment
Use this to count all elements and download the result as a json file.
frame-active
Source code
javascript:(function(){document.activeElement.style.border=document.activeElement.style.border==='1px solid red'?'initial':'1px solid red';})();
frame-hover
Source code
javascript:(function(){ setInterval( () => { let items = document.querySelectorAll('*:hover'); for (let i=0, n=items.length; i<n; i++) { items[i].style.border = "1px solid red"; }}, 100); })();

Comment
Use this to add a red border on the hovered elements
images-cp
Source code
javascript:(function(){ let output = ""; for (let i=0, n=document.images.length; i<n; i++) { output += document.images[i].outerHTML+"\n"; } navigator.clipboard.writeText( output ); })();
images-doc
Source code
javascript: (function () { let output = "data:text/html;charset=UTF-8, \ <!DOCTYPE html> \ <html lang='fr' contenteditable> \ <head> \ <meta charset='utf-8'> \ <meta name='viewport' content='width=device-width, initial-scale=1'> \ <title>images</title> \ <style> \ html,body { padding:10px;margin: 10px auto;} \ </style> \ </head> \ <body>"; const images = document.images; const n = images.length; let src = ""; if (n == 0) { alert('No <img> found :(');return;} for (let i = 0;i < n;i++) { src = new URL(images[i].src, 'https://' + document.domain); images[i].src = src.href; console.log(src.href); output += images[i].outerHTML + "\n"; } output += "</body></html>"; let x = document.createElement('a'); x.setAttribute('href', output); x.setAttribute('download', 'img-'+document.domain+'-'+(new Date()).toLocaleDateString()+'.html'); setTimeout(x.click(), 500); })();

Comment
Use this to extract <img> and load it in a new page.
images-show
Source code
javascript:(function(){ let output = ""; for (let i=0, n=document.images.length; i<n; i++) { output += document.images[i].outerHTML; } alert( output ); })();
innertext-cp
Source code
javascript:(function(){ const distinct = (value, index, self) => { return self.indexOf(value) === index; }; const items = document.querySelectorAll('*'); let cdata = []; for(let i=0; i<items.length;i++){ if(items[i].innerText>'') { const xt = items[i].innerText.split('\n'); cdata = cdata.concat( xt );} } navigator.clipboard.writeText( cdata.filter(distinct).join('\n') ); })();
last-modified
Source code
javascript:alert(document.lastModified)
notetab
Source code
data:text/html;charset=UTF-8,<!DOCTYPE html><html lang='fr' contenteditable><head> <meta charset='utf-8'> <meta name='viewport' content='width=device-width, initial-scale=1'> <title>note.html</title> <style> html { padding:10px; margin: 10px; background:%231E1E1E; color:cadetblue } .editor { font-family:Monospace; font-size:20px; } .editor div { counter-increment:listing } .editor div::before { content: counter(listing, decimal-leading-zero) '. '; color:%234a4a4a; } </style></head><body class='editor' spellcheck='false'><script> let div = document.createElement('div'); div.innerHTML += 'Note: ' + (new Date()).toLocaleDateString(); document.body.appendChild( div );</script></body></html>

Comment
Use this in a new tab to take notes
osm-lat-long
Source code
javascript:(function(){if(window.getSelection){q=window.getSelection();}else if(document.getSelection){q=document.getSelection();};window.open('https://www.openstreetmap.org/#map=10/'+q,'_blank');})();
osm-query
Source code
javascript:(function(){if(window.getSelection){q=window.getSelection();}else if(document.getSelection){q=document.getSelection();};window.open('https://www.openstreetmap.org?query='+q,'_blank');})();
rss-find
Source code
javascript:(function(){ const links = document.querySelectorAll('link,a'); let result = []; for(let i=0; i<links.length; i++) { const href = links[i].href.replaceAll(' ',''); if(href===null) continue; if(links[i].type.match('rss')||links[i].title.toLowerCase().match('rss')) { result.push(href); console.log(href); } } setTimeout( function() { result.length>0 ? alert( result.join('\n') ) : alert('No RSS found :(');},400); })();
rss-gen
Source code
javascript:(function(){ let items = document.querySelectorAll('a'); let output = '<?xml version="1.0"?>\n<rss version="2.0" xmlns:atom="http://www.w3.org/2005/Atom">\n<channel>'; for (let i=0; i<items.length;i++) { output += "\n<item><link>"+items[i].href+"</link></item>"; } navigator.clipboard.writeText( output+'\n</channel>\n</rss>' ); })()

Comment
Use this to extract all anchors and create a RSS source from it
screenshot
Source code
javascript:(async function(){const s=document.createElement('script');s.src='https://html2canvas.hertzen.com/dist/html2canvas.min.js';document.body.appendChild(s); setTimeout( function() { html2canvas(document.querySelector('body')).then(canvas => { const base64image = canvas.toDataURL('image/png'); window.location.href = base64image; }); }, 700);})();
text-spacing-rev
Source code
javascript:(function(){var d=document,id='phltsbkmklt',el=d.getElementById(id),f=d.querySelectorAll('iframe'),i=0,l=f.length;if(el){function removeFromShadows(root){for(var el of root.querySelectorAll('*')){if(el.shadowRoot){el.shadowRoot.getElementById(id).remove();removeFromShadows(el.shadowRoot);}}}el.remove();if(l){for(i=0;i<l;i++){try{f[i].contentWindow.document.getElementById(id).remove();removeFromShadows(f[i].contentWindow.document);}catch(e){console.log(e)}}}removeFromShadows(d);}else{s=d.createElement('style');s.id=id;s.appendChild(d.createTextNode('*{line-height:1.5 !important;letter-spacing:0.12em !important;word-spacing:0.16em !important;}p{margin-bottom:2em !important;}'));function applyToShadows(root){for(var el of root.querySelectorAll('*')){if(el.shadowRoot){el.shadowRoot.appendChild(s.cloneNode(true));applyToShadows(el.shadowRoot);}}}d.getElementsByTagName('head')[0].appendChild(s);for(i=0;i<l;i++){try{f[i].contentWindow.document.getElementsByTagName('head')[0].appendChild(s.cloneNode(true));applyToShadows(f[i].contentWindow.document);}catch(e){console.log(e)}}applyToShadows(d);}})();

Comment
Credits to https://cdpn.io/pen/debug/YLMqbo
translate-en-fr
Source code
javascript:(function(){if(window.getSelection){q=window.getSelection();}else if(document.getSelection){q=document.getSelection();};window.open('https://www.deepl.com/translator#en/fr/'+q,'_blank');})();
txt-b64
Source code
javascript:(function(){ if(window.getSelection){ q=window.getSelection(); } else if(document.getSelection){ q=document.getSelection(); } const encoded = btoa(unescape(encodeURIComponent(q))); navigator.clipboard.writeText(encoded); })();

Comment
Use this to encode (and paste to your clipboard) the selected text to base64
wayback
Source code
javascript:(function(){window.open( "http://web.archive.org/web/*/" + document.domain)})()
wiki-fr
Source code
javascript:(function(){if(window.getSelection){q=window.getSelection();}else%20if(document.getSelection){q=document.getSelection();};window.open('https://fr.wikipedia.org/wiki/'+q,'_blank');})();

Comment
Use this to open the wikipedia page from your selection. This is a shortcut to Wikipedia when selection is empty.

Tips?

About the selection input:
You can choose to open your link even when there is no selection. That's a shortcut \o/.
About the input method:
You may not need any input and put all the parameters at once (you can manage your own versionning). You can also use the prompt() method to grab your input on the fly.
About the extract method:
You can choose to extract any content from the document via either your clipboard, a console log, a message alert or a file download.

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Samples

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Resources