Potentially breaking change:
`urlskip=` option will no longer apply by default to blocked network
requests, only network requests which are not blocked can be skipped
through a `urlskip=` filter.
The new `urlskip=` directive `-blocked` can be used to explicitly
allow a `urlskip=` filter to also apply to blocked network requests.
Example: given the filter `||example.com^`, the filter:
||example.com/path/to/tracker$urlskip=?url
Will not prevent strict-blocking when navigating to:
https://example.com/path/to/tracker?url=https://example.org/
However, the filter:
||example.com/path/to/tracker$urlskip=-blocked ?url
Will cause the strict-blocking to be ignored and allow navigation
to proceed to the URL extracted as a result of applying the `urlskip=`
filter:
https://example.org/
Related discussion:
https://github.com/uBlockOrigin/uBlock-issues/issues/3206#issuecomment-2439627386
@trustedScriptlet trusted-set-attr
@description
Sets the specified attribute on the specified elements. This scriptlet runs
once when the page loads then afterward on DOM mutations.
Reference: https://github.com/AdguardTeam/Scriptlets/blob/master/wiki/about-trusted-scriptlets.md#-%EF%B8%8F-trusted-set-attr
@param selector
A CSS selector for the elements to target.
@param attr
The name of the attribute to modify.
@param value
The new value of the attribute. Since the scriptlet requires a trusted
source, the value can be anything.
=====
Additionally, start to move scriptlets into their own source files
for easier maintenance and code review.
Related feedback:
https://github.com/uBlockOrigin/uBlock-issues/issues/3206#issuecomment-2403795984
The first capture group of the regex will be used as the result of the
transformation. Example:
||podtrac.com/pts/redirect.mp3/$urlskip=/podtrac\.com\/pts\/redirect\.mp3\/(.*?\.mp3\b)/ +https
If the regex is invalid, or if it fails to extract a first capture
group, no redirection will occur.
A single request can require multiple calls to the static network
filtering engine (SNFE). The reported timing is the result of
going through *all* the required calls to SNFE. In effect, a
single call to SNFE.match() is a fraction of the reported timing.
