#Current version of firefox uses css code
#Current version of firefox uses css mac
#Current version of firefox uses css windows

You can use this solution with any framework as itвЂ™s completely library-independent and it actually uses 1 line of JS code. It's less hacky than opening the chrome as content, but it's also a little bit more complex to get started and doesn't offer much benefit for simple restyling.In this post I will show a technique that we use to make cross-browser blur-effect. The other way to inspect the browser chrome is to use the Browser Toolbox, which will let you inspect a normal live window. It only works in this case because we launched a copy of the chrome inside a page, as the content. Remember, the Page Inspector inspects the page content, not the browser chrome. ThatвЂ™s why for now the only way to make blur-effect in IE10+ is to use SVG. You can right-click an element in the tree and use the context menu item 'Copy -> CSS Selector' to get a quick'n'easy selector to use in your userChrome.css, but it's best if you have some understanding of the basics of CSS selectors so you can figure out the best one. For previous versions of IE we were able to use DX Filters (alternative to CSS3 filter-property), but starting from IE10 Microsoft removed their support and didnвЂ™t present anything instead. You can then use Page Inspector to select elements, and view existing CSS rules. There also exists an outline of the important elements and their selectors that you can use as a jumping-off point. Once you do, you will see the DOM tree under the 'Inspect' tab, which encompasses the entire browser chrome for instance, the browser buttons are under #navigator-toolbox #nav-bar, the menus are under #mainPopupSet, the sidebar is under #browser #sidebar-box, etc. There's a couple ways to open it but I personally like the F12 keyboard shortcut.

The easiest way to get an inspector open on the page is to navigate to chrome://browser/content/browser.xhtml, which will open up the browser chrome inside a the content area of a tab and give you a funny-looking double window:ДЇrom here, you want to open the Page Inspector tool. There are two ways you can figure out what elements can be restyled in the current version. The advantage is you get far more granularity and flexibility than if they only specified a few limited APIs. There are no guarantees, and anything you change could be broken by the next version.

#Current version of firefox uses css windows

What you want to do is open this up in a DOM inspector so you can figure out which CSS selectors will target the elements you want to change. WeвЂ™ll use a simple CSS trick to make the titlebar and buttons in Firefox transparent which will force Firefox to not use its own resources to draw the titlebar elements and itвЂ™ll start using your current Windows themeвЂ™s color and resources. This includes the tab bar, address bar, etc.

#Current version of firefox uses css mac

Firefox 3.6 supports the accelerometer in Mac laptops. Content can now detect the orientation of the device if it has a supported accelerometer, using the MozOrientation event. Release is the current official version of Firefox. The new element.mozMatchesSelector method lets you determine whether or not an element matches a specified CSS selector.

#Current version of firefox uses css code

What you generally try to change with userChrome.css is known as the browser chrome, the parts of the browser outside the web page content. Firefox 3.5 uses the Gecko 1.9.1 engine, which includes a few features that were not included in. IвЂ™m by no means any sort of web design guru, but I have found over the course of making 25 or so web sites that if there is a difference between Firefox and IE9 and you arenвЂ™t being particularly experimental in your use of advanced CSS selectors, it makes sense to check one really basic thing: that your code validates, both html-wise and CSS-wise.