Fix bugs (zombie was disabled on item replace, fix zombie cache system by separating to its own cache array). Fix CacheRecord destructor & dijkstra. Deduce cache only from originalCacheKey. Force explicit type declaration with types on users.
Update the package responsible for running tests, grunt-contrib-qunit.
The package change includes a significant bump to the puppeteer version used to run the tests (from v9 -> v19: https://github.com/gruntjs/grunt-contrib-qunit#release-history).
Running the tests with the newer puppeteer version leads to issues running the FullScreen test when run in the 'old'/current default headless mode (the test fails with a timeout).
Updating to the 'new' headless mode (eventually to be the default anyway), seems to allow the fullscreen request to succeed.
Thus, go ahead and extend the FullScreen test to verify the correct values for a successful request, as well as an additional step to exit fullscreen mode.
Add a `catch()` rejection of request for fullscreen (standard Fullscreen API implementation), as well as fullscreen exit. For now there is no actual handling, but we send a message to the internal error channel.
Motivation: The fullscreen request was causing certain tests to fail when run with newer versions of QUnit (starting in 2.5.0), which now fails tests that have unhandled Promise rejections (as we did here).
The exit case is not currently covered by tests, but works the same way (also returns a promise).
See: https://fullscreen.spec.whatwg.org/#ref-for-dom-element-requestfullscreen%E2%91%A0
Update to most recent version of QUnit, which has been published under a new name for a while now.
Accordingly, replace the old package with the new one in both dependencies, as well as update references in test HTML files.
The existing check for whether the tilesource data is XML or JSON
looks for a tag anywhere in the response content, which incorrectly
flags the content as XML in the case where it is really JSON with
XML embedded in it.
This commit corrects that problem by requiring the tag to occur as
the first non-whitespace part of the content. This is basically a
poor person's well-formedness check since well-formed XML cannot
have non-whitespace content outside of the root node.
N.B. While malformed XML content with non-whitespace characters
before the first element has been getting identified as XML, it
has not been getting parsed correctly. With current parsing
infrastructure, the content has been getting replaced by a parsing
error message. With more up-to-date parsing infrastructure, it
will throw an error. Either way we're not losing anything by failing
to identify malformed XML as XML.
Addresses issue #2325.
