The first run of getDomFromData() would preserve whitespace just fine,
but it blanked out the .veInternal.whitespace[1] element in certain
cases, contaminating the linear model and making the whitespace data
inconsistent. Subsequent runs of getDomFromData() would then refuse to
serialize that whitespace because the information about it was
inconsistent.
In getDomFromData(), we sometimes unset .veInternal.whitespace[1] (i.e.
set it to undefined) to prevent double processing. Because we're
potentially going to modify .veInternal, don't assign it by reference,
but copy the object.
Added tests asserting that the linear model is unchanged after calling
getDomFromData(), because that function should never modify
linear model data. This test failed in 4 cases (all whitespace-related)
before I added the copyObject() call.
Bug: 43543
Change-Id: Ic4c93510518163894201a693ab50331413715967
* Create MWTemplateBlockNode & MWTemplateInlineNode (in ce and dm)
* Move Alien's 'isInline' code to ve.dm.Node.static.isHybridInline
* Move definition of ce.AlienBlock/InlineNode inside ce.Aline.js file
to match dm.AlienBlock/InlineNode and MWTemplate
* Duplicate AlienBlock/Inline styles for templates
* Create test case for inline templates
* Count test cases in ve.dm.Converter.test.js automatically
Change-Id: Id9bc7f049ea974dd5e7f8b7a66080939e0948bbd
This node stores the rendered in the index-value store, hashed on
a custom hash of the dm (type + mw) which makes it unique it its
parameters.
Bug: 46571
Change-Id: I0ab4c9f7bca207121d5b42e83c821771b6139da8
ve.ce.ImageNode.js
* Moved in generic stuff from MWImageNode
* Added drag end handler (empty, will be used soon)
ve.ce.MWImageNode.js
* Changed to inherit ImageNode
* Moved generic stuff out
ve.dm.ImageNode.js
* Added attribute extraction/preservation for src, width and height
ve.dm.MWImageNode.js
* Changed to inherit ImageNode
* Re-using ImageNode's attribute handling to extract/preserve attributes on both the image and wrapper level
Change-Id: Ied4e1ece24e6804220eac35330790f7084df55de
It's been passed in for a while, but nothing ever used it. As we know
some browsers don't like it when we create elements in the wrong
document, and this ensures we always use the correct document for
createElement().
Change-Id: Ia3d2fabe0516956105ad2b5625ed2f76c015c26e
They worked fine with just one group, but once Rob added a second group
everything came falling down.
* Index the return value of findItem() into the correct array
(list.items for all, list.groups[groupname] for groups)
* Expect null if there is something at the coordinates but it's in the
wrong group
* Keep track of the next index and expect that for forInsertion when
findItem() returned null, as well as at the end of each offset
Change-Id: I76438f583cea5694ce04fa2f4e7e88f8f8f236d1
This changes the annotation API to be the same as the node API, sans
a few boolean flags that don't apply. The APIs were different, but
there was really no good reason why, so this makes things simpler for
API users. It also means we'll be able to factor a bunch of things out
because they're now duplicated between nodes, meta items and annotations.
Linear model annotations are now objects with 'type' and 'attributes'
properties (rather than 'name' and 'data'), for consistency with elements.
They now also contain html/0/* attributes for HTML attribute preservation,
which obsoletes the htmlTagName and htmlAttributes properties.
dm.Annotation subclasses take a reference to such an object and implement
conversion using .static.toDataElement and .static.toDomElements just
like nodes do. The custom .getHash() functions are no longer necessary
because of the way HTML attribute preservation was reimplemented.
CE rendering has been moved out of dm.Annotation (it never made sense to
have CE rendering functions in DM classes, this was bothering me) and into
separate ce.Annotation subclasses. These are very similar to CE nodes in
that they have a this.$ generated based on something in the DM; the main
difference is that nodes listen to events and update themselves, whereas
annotations are static and are simply destroyed and rebuilt when they
change. This change also adds whitelisted HTML attribute rendering for
annotations, as well as class="ve-ce-FooAnnotation" attributes.
Now that annotation classes produce real DOM nodes rather than weird
objects describing HTML tags, we can't generate HTML as a string in
ce.ContentBranchNode anymore. getRenderedContents() has been rewritten
to be much more similar to the way the converter renders annotations;
in fact, significant parts of it were copied from the converter, so that
should be factored out in the future. This change actually fixes an
annotation rendering discrepancy between ce.ContentBranchNode and
dm.Converter; see the diff of ve.ce.ContentBranchNode.test.js.
ve.ce.MWEntityNode.js:
* Remove stray property
ve.dm.MWExternalLinkAnnotation.js:
* Store 'rel' attribute
ve.dm.TextStyleAnnotation.js:
* Put all the conversion logic in the abstract base class
ve.dm.Converter.js:
* Also feed annotations through getDomElementsFromDataElement() and
createDataElement()
ve.dm.Node.js:
* Fix undocumented property
ve.ce.ContentBranchNode.test.js:
* Add descriptive messages for each test case
* Compare DOM trees, not HTML strings
* Compare without all the class="ve-ce-WhateverAnnotation" clutter
ve.ui.LinkInspector.js:
* Replace direct .getHash() calls (evil!) with ve.getHash()
Bug: 46464
Bug: 44808
Change-Id: I31991488579b8cce6d98ed8b29b486ba5ec38cdc
* 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
Created an IndexValueStore class which can store any object and return
an integer index to its hash map.
Linear data is now stored in ve.dm.LinearData instances. Two subclasses
for element and meta data contain methods specific to those data types
(ElementLinearData and MetaLinearData).
The static methods in ve.dm.Document that inspected data at a given
offset are now instance methods of ve.dm.ElementLinearData.
AnnotationSets (which are no longer OrderedHashSets) have been moved
to /dm and also have to be instantiated with a pointer the store.
Bug: 46320
Change-Id: I249a5d48726093d1cb3e36351893f4bff85f52e2
Using element.height was returning 0 if the attribute was empty
when in fact what we mean to store is null (i.e. auto height).
This takes care of the writing of attributes in CE as jQuery
ignores an attribute-set command if the value is null.
Also in this commit I've implemented a basic toDomElements
that outputs the original HTML (code copied from AlienNode).
This stops the code from throwing an exception but will
eventually need to be rewritten to rebuild the HTML from
the attributes stored in the DM.
Bug: 56336
Change-Id: I297a1d0a07e9ebf9d0110fb1cdf266f8415f25b7
Initially just with a Wordbreak module to implement Unicode standard
on 'Default Word Boundaries'. Due to it's standaloneability this has
been written as a separate library. Non-BMP characters are currently
not supported.
Bug: 44085
Change-Id: Ieafa070076f4c36855684f6bc179667e28af2c25
Add .insertMeta() and .removeMeta() methods to insert and remove
metadata through the meta list. For convenience, there is also a
.remove() method in MetaItem that wraps around removeMeta().
Also rename insertItem() and removeItem() to addInsertedItem() and
deleteRemovedItem() to avoid confusion, and make the MetaList
constructor take a dm.Surface rather than a document so we can call
change().
Change-Id: I4b62a3109404cfd56f5de68938e1db908b03e678
Previously these were static functions in TransactionProcessor
which instantiated a TP called .process() on it. These are now
methods of ve.dm.Document.
Also moved the emission of the 'transact' event on the document from
TransactionProcessor to Document itself, and moved the tests asserting
double application is protected against from TP to Document (because
the corresponding code moved as well).
Change-Id: I7c9f22a14accaf0ba1f70d5aa4f0573bb7e677d0
This is just a prototype - if it will be as useful as I expect
then it will get refactored (and probably get a better name +
location).
Change-Id: Ice1a2bd7d498d9d8438c35239216f01bd3db1826
A MetaList is a collection of MetaItems representing all of the
metadata in a ve.dm.Document, and it updates itself live as the
underlying document changes.
Currently this interface is read-only, I'll add mutators next.
Change-Id: If7bfc9563af37e22dcdca9a682d6decc2f6f1872
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
Replacing [a-zA-Z] with a long unicode expression which encompasses
all the characters in the unicode 'letters' category. Similarly replacing
[0-9] with an expression for 'numbers'.
Bug: 44085
Change-Id: Idd403339caa24769ce08133dda06ab6d4b9d694e
Also in this commit is a minor fix to the regular expression so it
behaves as documented (the hyphen needed escaping).
Bug: 44085
Change-Id: Idc315e2dce79be8f028b5681c60f74e175b9d869
isolateAndUnwrap now unwraps to a level determined by a target type
i.e. the type you are going to convert to.
Also in this commit wrap/unwrap/rewrap have been refactored to use
getLengthDifference. unwrap now takes an inner/outer unwrap depth.
Change-Id: I3c6249de43232a9ef64f498a0aaf66b1c44973f2
Heading and Preformatted nodes have rules that should only
exist under a document node in MediaWiki.
Two new node types have been created as has a new DropdownTool which
uses these. The MW init options have been changed to use the new
DropdownTool.
Bug: 45295
Change-Id: I3f47e1ae1f5c1415bde58a75385e4bf5f4b8fffc
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
rewrapAllNodes is effectively the same as unwrap then wrap
except it operates as one transaction as so avoids a potentially
invalid intermediate state.
Added some more comments for unwrapAllNodes and renamed a varaible
for consistency.
Fixed a typo in Transaction.newFromWrap comment.
Bug: 45242
Change-Id: Ie752a788d087055d97c7c6f75f59c6a2680d26c7
Previously, we would translate to the right of an insertion, but for
wrapping transactions that means we end up with something like
<ul><li>|<p>...</p></li></ul>|, which doesn't make any sense. This
change changes this to <ul><li>|<p>...</p>|</li></ul>.
* Add parameter to translateOffset() that toggles the behavior for
the offset before an insertion
* In translateRange(), translate start and end differently
** In some cases this can map them across each other, fix that
Change-Id: Ia2197b08d9f6763be3f2db5a59546ddc3f74a281
We already combine consecutive operations of other types, but didn't do
that for remove. We have to do this, though, because translateOffset()
gets confused otherwise.
Change-Id: I4285a3efd9f2297398f57e2f24adb26adafdf465
This changes the node API to work with multiple elements, so we can
support about groups. Instead of passing in and returning single DOM
elements, we use arrays of DOM elements.
ve.dm.Converter:
* Pass modelRegistry into the constructor
* Remove onNodeRegister handler and its data
* Remove getDataElementFromDomElement() and
getDataAnnotationFromDomElement(). Most logic moved into
getDataFromDom(), some into createDataElement()
* Remove createAlien(), replaced with
createDataElement( ve.dm.AlienNode, ... )
* Replace doAboutGrouping() (which wrapped about groups) with
getAboutGroup() (which returns an array of the nodes in the group)
* Put in a hack so <meta>/<link> elements with an mw: property aren't
alienated
* Remove about group wrapping behavior in favor of just outputting
multiple nodes
ve.dm.AlienNode.js:
* For multi-element aliens, only choose inline if all elements are
inline, not just the first one
ve.dm.example.js:
* Add html/0 stuff for meta nodes
* Fix test case to reflect new alien behavior
Change-Id: I40dcc27430f778bc00a44b91b7d824bfb2718be6
wrapAllNodes was calulating the new selection incorrectly. This has
been fixed and a test added.
unwrapAllNodes takes a depth as its argument and unwraps that many
elements from inside the selection.
Tests for wrap/unwrap apply also now check that applying a wrap
and then its inverse as an unwrap result in the document reverting
to its original state.
Change-Id: I7dcacdfb5894be59ffad69b369d7b32933a25b61
