If you had an HTML element that was matched by two models, one with
a direct string match and one with a regex match, then the string
match would beat the regex match (which is correct) if they both
specified a tag name, but the regex match would win (which is wrong)
if they both didn't specify a tag name.
The fix is to only check for tagName === null if we're in tag-agnostic
mode (tag === '').
Change-Id: I9943611111e4c4ff498cdd95b7b3e72f95fb413b
This allows abstract classes to specify RDFa types based on a static
property overridden by a child class. The default implementation is to
just use .static.matchRdfaTypes.
Change-Id: Ic71fc552a6a1626d94f998e9517af971e8198e79
To achieve this we need to evaluate the DOM contents of
transclusion nodes to see if it consists solely of meta items
and whitespace.
To check for meta items we do a model registry match, but with an
additional parameter to exclude mwTransclusion types as a possible
result (as the first item may be a meta tag, but with a mw:Transclusion
typeof attribute).
Bug: 51322
Change-Id: I89a220350fb7e10e15f3682d21438539196a5846
Follows-up I99acbd1699:
* "Parent method" comment
* Remove redundant slice() call to convert arguments to array,
native JavaScript methods that take array-like arguments such
as Function#apply and Array#slice are both compatible with
the Arguments objects, no need to convert it. Most invocations
already did this right but a few were recently introduced again.
* Removed silly "Document dialog." descriptions.
* Removed a few redundant "@method" tags in the near vicinity
of code I changed.
* Fixed function invocation to be either on one line or
one parameter per line. Having all arguments on one line
but the name + "(" looks confusing as it suggest there
is only 1 parameter. Same as object literals:
so:
{ foo: 1, bar }
or:
{
foo: 1,
bar: 2,
}
not:
{
foo: 1, bar: 2
}
Change-Id: I379bc2b32603bcf90aba9b4cd0112e7f027d070e
When converting an element that starts an about group with at
least one other element in it, we now only consider models that
support about grouping. This prevents the first node from being
converted to something else and leaving the others hanging.
In practical terms, this means that elements like
<link rel="mw:WikiLink/Category" typeof="mw:Object/Template">
get alienated and pull in the rest of their about group, rather than
being converted to a category or alienMeta or whatever and
leaving the other elements to be converted normally.
Added a test case that asserts this. Really the result should be an
MWtemplate rather than an alien, but that's a separate issue.
Also removed superfluous mustMatchAll checks; we've already
filtered the array by the time we get there.
Change-Id: I522ba4c56d5bc52c7e9aab1e2535385540c1315d
ve.dm.Model is now the common base class for these three. ve.dm.Node
inherited from ve.Node before, so it now uses it as a mixin instead.
This required changing ve.Node's usage of ve.EventEmitter from
inhertiance to a mixin as well, because inherited methods apparently
don't get mixed in correctly.
* Change annotation terminology from linmodAnnotation to element for
consistency with Node, MetaItem and Model
* Reimplement getClonedElement() in Node for .internal treatment
Change-Id: Ifd3922af23557c0b0f8984d36b31c8a1e2ec497e
* In matchTypeRegExps(), skip string types
** Didn't break because we currently have mixes of strings and regexes
* Combine types from rel, typeof and property rather than picking one
** Added test case in ve.dm.example that resembles actual Parsoid output
* If the element has extension-specific types, not only restrict type
matching to extension-specific types, but also require that *all* types
present on the element be matched
Change-Id: Iacf3851a0ca9081d2c813b42435484a47cec6230
Rather than meta-things being special kinds of nodes, they are now a
separate class of things (MetaItems) along with Nodes and Annotations.
* Created a generic ve.dm.MetaItem that meta items inherit from.
There will be actual instances of this class as well in the upcoming
meta group code.
* Renamed MetaNode to AlienMetaItem, MWMetaNode to MWMetaItem,
'metaBlock'/'metaInline' to 'alienMeta'
* Created a MetaItemFactory, handle meta items in the ModelRegistry
* Kill ve.dm.Node.static.isMeta, now obsolete
ve.dm.Converter:
* Pass in the MetaItemFactory
* Look up data element types in the ModelRegistry rather than the
NodeFactory, because they can be either nodes or meta items
* Document createDataElement() and make explicit that modelClass can be
either a node or a meta item
* Handle meta items in getDataFromDom()
* In getDomFromData(), check the MetaItemFactory as well as the NodeFactory
Change-Id: I893709c6f3aa00f85c1b905b70f9f4e597bdeada
Add a static.name property to ce nodes and make sure both ce
and dm nodes always use the static.name property in constructors
and registration calls.
The result of this is that any given node type should now only
appear once in the code as a string.
Bug: 45701
Change-Id: Ibf31de16ab28ad58209c1443cd74f93dda278998
Extension-specific types are RDFa types (or type regexes) that are
registered with the ModelRegistry separately. If an element has a type
that is extension-specific, then that element can only be matched by a
rule that asserts one of its extension-specific types.
For MediaWiki, we would call
ve.dm.modelRegistry.registerExtensionSpecificType(/^mw:/ ) .
So then an element like <span typeof="mw:foobar"> would either match a
rule specifically for mw:foobar, if one exists, or no rule at all; even
the rule for <span> would not match. The consequence of this is that
elements with unrecognized mw:-prefixed RDFa types are alienated.
Change-Id: Ia8ab1fe5dffb9f813689324372a168e8e4a3e0bc
ModelRegistry registers both annotations and nodes, and performs
matching on both at the same time. It also registers annotations with
the AnnotationFactory, and nodes with the NodeFactory.
Change-Id: I5e68e506a0e573cc0afe6304ccea058ffc20d1c8
