It is now possible to encrypt URL Pages using [Link Lock](https://github.com/jstrieb/link-lock). This static, distributed web application uses AES in the browser to encrypt the URL without transmitting any data. The encrypted link is then stored in a Link Lock URL, which, when visited, can only be unlocked with a password.
Thus, as long as the URL exists, so does the page it points to. The rest of the URL Pages program is responsible for translating between web page code (HTML/CSS/JavaScript) and an "encoded" URL.
- The **main page** takes encoded data from the URL, decodes it into regular web page format, and displays it to the user
- The **editor** encodes user-created web page data as a link that can be shared
- The **bookmarklet** takes a page that already exists and encodes it as a link that can be shared
When the main page is visited, the data is encoded in the URL using base 64 encoding via JavaScript's `atob` and `btoa` functions in conjunction with its `encodeURIComponent` and `decodeURIComponent` functions. The encoded data is stored in the [hash](https://developer.mozilla.org/en-US/docs/Web/API/URL/hash#Examples) portion of the URL.
In the editor, data is similarly encoded, except that the HTML, CSS, and JavaScript portions are stored separately in one object that is converted to a JSON string before being base 64 encoded.
The obvious downside of URL Pages is that the links get very long very quickly. Luckily, some URL shorteners are able to accommodate fairly long URLs (shoutout to [TinyUrl](http://tinyurl.com)). In a strange way, this effectively means the link shortener is acting as the web host since it is responsible for storing the record of the web page's data. For simple web pages (and even simple page hierarchies), URL Pages have proven reasonably easy and effective to use, however it quickly becomes infeasible to use for large sites or large embedded images.
This just becomes a toy if I am the only one hosting a running version of this repository. If you believe it has real potential, clone it or fork your own version that addresses any non-fundamental problems you have with it, and host your own. The only way this actually becomes robust is if there is no single point of failure (i.e. my GitHub Pages)
Web pages in URLs are definitely not how things on the web were meant to be done, so don't be surprised if trying to use URL Pages causes unexpected issues. For example, sharing these links may cause chat programs, email clients, and unsuspecting individuals to get confused, raise exceptions, or complain. Likewise, copy-pasting these links may take a long time, if it works at all. I've also noticed my browser running a little hotter while I've got 5MB links in the URL bar.
Furthermore, URL Pages is very much a proof of concept, and should not be relied upon for anything consequential.
Read the code and understand it before using so that you understand any associated risks. The codebase was written with readers in-mind. Since the codebase is intentionally short, it can be read and digested fairly quickly if you have prior experience with client-side web applications.
I originally conceived this as a simple, static CodePen clone, but I felt the "publishing" of pages as URLs was an interesting idea. So I decided to present that aspect of it front and center, even though it wasn't really the point of the project at the beginning. About a year ago, I had a proof of concept version that I ended up using fairly frequently for sharing quick HTML/CSS/JavaScript experiments (never as a means of seriously publishing and sharing censorship-proof content). I found that if its use is limited to that case, it is actually very handy and robust!
Currently, the bookmarklet is very much in-development (read: mostly doesn't work). Feel free to try it anyway by visiting the link below and following the instructions, or pasting the code below into a bookmark:
The bookmarklet enables some of the most interesting and promising opportunities for URL Pages. Namely: cloning pages for archival purposes, sharing restricted information to bypass censorship, bypassing paywalls, storing entire pages in bookmarks, etc.
