📃 October 2015 release notes
New in Chrome
The following features are now available in Chrome:
-
CSS.escape():
The
CSS.escape()
static method escapes a string so that it can be used in a valid CSS selector. -
fit-content:
The
fit-content
CSS keyword expands a box as needed to fit its contents until the maximum size is reached, preserving the content's preferred aspect ratio. -
<link rel="dns-prefetch">:
The
rel="dns-prefetch"
attribute for the<link>
HTML element is a hint to the browser that the page or user is likely to request resources from another domain, so the browser should preemptively resolve DNS for thehref
value's domain. -
<link rel="preconnect">:
The
rel="preconnect"
attribute for the<link>
HTML element is a hint to the browser that the page or user is likely to request resources from another origin, so the browser should preemptively start a connection to thehref
value's origin. -
min-content and max-content:
The
min-content
andmax-content
CSS keywords represent the smallest and largest intrinsic sizes of an element.
New in Chrome Android
The following features are now available in Chrome Android:
-
CSS.escape():
The
CSS.escape()
static method escapes a string so that it can be used in a valid CSS selector. -
fit-content:
The
fit-content
CSS keyword expands a box as needed to fit its contents until the maximum size is reached, preserving the content's preferred aspect ratio. -
<link rel="dns-prefetch">:
The
rel="dns-prefetch"
attribute for the<link>
HTML element is a hint to the browser that the page or user is likely to request resources from another domain, so the browser should preemptively resolve DNS for thehref
value's domain. -
<link rel="preconnect">:
The
rel="preconnect"
attribute for the<link>
HTML element is a hint to the browser that the page or user is likely to request resources from another origin, so the browser should preemptively start a connection to thehref
value's origin. -
min-content and max-content:
The
min-content
andmax-content
CSS keywords represent the smallest and largest intrinsic sizes of an element.