yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Pasting URLs in Comments


2m read
·Nov 3, 2024

Hey guys, this is Matt Kinsen on with a video on pasting URLs in comments on YouTube videos. So how many times has this happened to you? You're browsing YouTube, you find someone who's just like, "What's the URL to this?" You know the URL, but you can't paste it to them in a comment, and you have to send it to them in a personal message. Isn't that annoying?

I figured since Mackinson 1, we have a lot of URLs for downloads and stuff, we're making an app that any of our subscribers can get that will let you encode URLs so that way they can be pasted in a comment, okay? And email addresses and decode them with a simple formula.

So first of all, just to prove that you can't put a URL in a YouTube video, I'll go to YouTube.com, log in. Now I'll go to one of my videos; this is my most recent video. Hey guys, I might as well use this! I'll post a comment. I'll just type "mackheads in the one.com." Okay, and I'll click post.

So now I can refresh the page, and it's not there. Hey guys, under the comments, it says it acted like it posted, but it's not there. So we've designed a program called URL Fiend, and it runs on Power PCs and Intel computers, and it runs on Tiger and Leopard.

So say I type the URL in this input box, and I click encode. So here it is! So now if I paste this magic code in here, it's posted this comment. Hey guys, this is Matt Kinsen right there, and now the only way for people to get this URL back is to copy it, paste it in our app, click decode, and here it appears under output.

So this is a way to not go through and replace every dot, the word "dot." Also, there's this thing called method add and subtract. If you do subtract, you'll get a different encoded thing. So basically, this is why if add doesn't work when you try to decode something that people paste, try subtract.

The reason I have two methods for this is because if YouTube figures one out, we have two. So that is how we plan on encoding URLs so that way we can send them to people. So check out this app; you can download it. We'll have a link in the description of the video, and you'll be able to download around my kids and online.

So thanks for watching, and goodbye!

More Articles

View All
Radians as ratio of arc length to radius | Circles | High school geometry | Khan Academy
What we’re going to do in this video is think about a way to measure angles. There’s several ways to do this. You might have seen this leveraging things like degrees in other videos, but now we’re going to introduce a new concept, or maybe you know this c…
Money personalities | Financial goals | Financial Literacy | Khan Academy
So let’s talk a little bit about money personalities and take it all with a grain of salt. Anytime I see any of these personality tests that try to classify you in one way or another, I’m like, I’m a complex human being. I have many different facets to my…
Zeros of polynomials (with factoring): grouping | Polynomial graphs | Algebra 2 | Khan Academy
So we’re told that p of x is equal to this expression here, and it says plot all the zeros or x intercepts of the polynomial in the interactive graph. The reason why it says interactive graph is this is a screenshot from this type of exercise on Khan Acad…
The Secret of Compressed Air | Science of Stupid: Ridiculous Fails
Air is a remarkable substance. Not only does it allow us to breathe, which I think we can all agree is a good thing, but if you compress it and contain it, you can have loads of fun. Like defying the laws of physics. Or for wacky furniture. Whack! See? T…
How to Become Undefeatable (according to Seneca) | Stoic Philosophy
When Seneca claimed that the wise man is safe from injury, his friend Serenus asked: “What then? Will there be no one who will try to do an injury to the wise man?”. “Yes,” said Seneca, “they will try, but the injury will not reach him.” He argued that th…
Enthalpy of formation | Thermodynamics | AP Chemistry | Khan Academy
Enthalpy of formation refers to the change in enthalpy for the formation of one mole of a substance from the most stable form of its constituent elements. Change in enthalpy is symbolized by delta H, and the F stands for formation. The superscript naught …