Running multiple update clients on the same network, such as dynamic DNS software on your router, and an update client on your computer.Running multiple update clients on one computer, such as version 3.0 and version 4.0 simultaneously.If you see multiple Warning messages in your Logs, you should determine the problem immediately, otherwise your account may be blocked due to abuse. To reduce load, Dyn requests that you only update your hostnames if their IP addresses change. The Updater has submitted the same IP address multiple times within a period of 2 days.Common reasons for receiving a Warning message include: Orange – ( Warning) The Dyn Updater requires your attention. Green – ( Normal) Your hosts are up-to-date. This article describes the effect of scroll bouncing and how it works on different web browsers.Note: If you are using a proxy server, you will need to bypass it by selecting the Web-based IP Detection (Bypassing proxy) option under the Interface drop-down menu. It contains reviews of several different solutions that are suggested on the web that can be used to prevent scroll bouncing. The CSS property, overscroll-behavior, which was implemented in Chrome on December 2017 and in Firefox on March 2018, is also described in this article. A good understanding of this effect is very helpful for building or designing any website that has fixed elements. Scroll bouncing (also sometimes referred to as scroll ‘rubber-banding’, or ‘elastic scrolling’) is often used to refer to the effect you see when you scroll to the very top of a page or HTML element, or to the bottom of a page or element, on a device using a touchscreen or a trackpad, and empty space can be seen for a moment before the element or page springs back and aligns itself back to its top/bottom (when you release your touch/fingers). You can see a similar effect happen in CSS scroll-snapping between elements. However, this article focuses on scroll bouncing when you scroll to the very top or very bottom of a web page. In other words, when the scrollport has reached its scroll boundary. I first noticed this effect when I was updating a website that I built a long time ago. The footer at the bottom of the page was supposed to be fixed in its position at the bottom of the page and not move at all. At the same time, you were supposed to be able to scroll up and down through the main contents of the page. Ideally, it would work like this: Scroll bouncing in Firefox on macOS. It currently works this way in Firefox or on any browser on a device without a touchscreen or trackpad. However, at that time, I was using Chrome on a MacBook. I was scrolling to the bottom of the page using a trackpad when I discovered that my website was not working correctly. You can see what happened here: Scroll bouncing in Chrome on macOS. Oh no! This was not what was supposed to happen! I had set the footer's position to be at the bottom of the page by setting its CSS position property to have a value of fixed. This is also a good time to revisit what position: fixed is. According to the CSS 2.1 Specification, when a “box” (in this case, the dark blue footer) is fixed, it is “fixed with respect to the viewport and does not move when scrolled.” What this means is that the footer was not supposed to move when you scroll up and down the page. This was what worried me when I saw what was happening on Chrome. To make this article more complete, I’ll show you how the page scrolls on both Mobile Edge, Mobile Safari and Desktop Safari below. This is different to what happens in scrolling on Firefox and Chrome. I hope this gives you a better understanding of how the exact same code currently works in different ways. It is currently a challenge to develop scrolling that works in the same way across different web browsers.
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