* changes:
ve.init.mw.ViewPageTarget: Put the Edit source link in the visible tab area
ve.init.mw.ViewPageTarget: Switch tabLayout from 'add' to 'replace'
So. It turns out that the design of SurfaceFragment is a little -
shall we say - wonky.
One of the best things about ve.dm.SurfaceFragment is its magical
ability to retain the intention of its range, even as transactions
are being processed. This ability is granted by each fragment
listening to the surface's change event, and responding by using
translateRange for each transaction that gets processed. Surface
fragments also have these clever methods that allow you to get a
fragment based on another, which makes adjusting the range easy to do
inline without having to manually store multiple fragments or
modifying the original.
This sounded good, and we seemed to all be convinced it was well
designed. But if you add a console.log( 'hello' ); to the first line
of ve.dm.SurfaceFragment.prototype.onTransact, and then start using
the bold tool on various selections of text, you will find that there
may indeed be a flaw. What you will probably realize is that the
number of times that particular line of code is being called is
disturbingly large, and increases each time you do just about anything
in the editor. What's going on? How did we get here? Read on…
It turns out that fragments are immortal. We create them, they listen
to the surface's transact event, we are done with them, but the
surface keeps on emitting events to the now long forgotten about
fragments. They continue to build up over time, never go out of scope,
and bloat the hell out of our program.
The same ended up being true of toolbars - and each time the context
menu fired up a new one the old one was left in limbo, still
responding to events, still taking up memory, but not being visible to
the user.
All of this immortality was causing strange and difficult to track
down problems. This patch fixes this by introducing a destroy method.
This method unbinds events, allowing the object to finally fall out of
scope and die - and more importantly stop receiving notifications of
changes.
This is a hack, but Ed will no doubt get this situation sorted out
properly by making fragments lazy-evaluate their selections by only
storing an identifier of the most recent transaction they were based
on, see bug 47343.
Change-Id: I18bb986001a44732a7871b9d79dc3015eedfb168
Gabriel noticed whitespace diffs in the problem reports. These were
caused by browsers' .innerHTML being broken on <pre>s. We compensate
for this in the converter, but not when generating originalHtml.
However, a variable called originalHtml really shouldn't be generated,
it should just literally be the original, unprocessed HTML. This
does mean it includes the doctype, <html> and <head> which aren't
included in editedHtml (that one's just the contents of the <body>), but
that's much easier to deal with on Parsoid's end than random newline
diffs all over the place.
Change-Id: I8e66cb79887f49f84114ab6b4d0e0d24aea744b6
Context-sensitive nodes are HTML elements like <caption> that can only
appear in certain contexts (<table> in this case). This means that
serializing them by throwing them in a <div> and calling .innerHTML
fails, because the browser knows a <caption> can't be in a <div> and
unwraps it. jQuery's .html() function is clever though and knows to wrap
<caption> in a <table> (and has similar rules for other elements).
So use jQuery's .html() rather than manual .innerHTML stuff.
Change-Id: Id7d3eff968b3a2ba345680772f7cc32e3dcdb529
In HTML like <td>Foo <b>Bar</b></td>, the space would be stripped and
registered as trailing whitespace in the <td>, so it wouldn't be visible
in the editor and would be inserted after the </b> on the way out.
Thanks to Subbu for reporting this. This case was kind of ridiculous and
we're lucky the JRuby article contained it. To trigger the bug, you had
to have:
* a table cell
* containing unwrapped content
* consisting of
** some text
** whitespace
** open annotation (bold in my example, link in Subbu's case)
** text
** close annotation
** and nothing else
Change-Id: I2b83f02764b311a32a50956d4c8930a9394e91a4
This was broken ever since the introduction of IndexValueStore, because
the call to getDataFromDom() wasn't updated, so it crashed with a "doc
is undefined" error. Fixing part of this by passing in a new IVStore.
The data that is transmitted over the wire still has indices with no way
to find out what the corresponding annotations are. It needs to be fully
expanded but there's no way to do this in DM quite yet.
Bug: 47319
Change-Id: I761523d22e51ac560e37ae991d01a6b84224ca40
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
This makes the Edit tab point to the VisualEditor, and adds a
"Edit source" link to the p-cactions menu.
Bug: 46872
Change-Id: I559232f3d8e42df0d45311b65df8c30425b1a368
ve.dm.Transaction
* Replace operations are now built directly from the
linear model and automatically determine what metadata
replace information they need to include:
** retainMetadata
** replaceMetadata
** insertMetadata
ve.dm.Document
* Metadata array created empty and padded out after data parsing
as we are no longer using Document.spliceData to build it (a new
test checks for correct metadata length)
* spliceData replaced with getMetadataReplace, which instead returns
transactional steps of spliceData (retain, replace, insert)
ve.dm.MetaLinearData
* Add function for merging metadata items together. Only used
once in the code (Document.getMetadataReplace) but useful
for generating test data.
ve.dm.MetaList
* Replace operations with metadata need to calculate new offset
and indices directly, but can't be applied immediately lest they
put a metaItem out of place and affect findItem.
ve.dm.MetaItem
* Add methods to support queued moves as required by MetaList
Test files
* Updated to match new pushReplace API
* Remove any instances of Document.spliceData
* Extra check on sparse metadata array length
* Rewrite spliceData tests as getMetadataReplace tests
* Count expected cases in Transaction(Processor) tests
Bug: 46954
Change-Id: I4edad1c2dd37c723bff2792bab7d694ef17a86dc
Inez reported that unitalicizing from the toolbar was broken, because
the toolbar was somehow generating annotations that had .attributes={}
as opposed to .attributes=undefined. Turned out the cause was in the
default value for element in the ve.dm.Model constructor.
Change-Id: I64ea9ef56cd15d1131c1aa23484d7420c95a8225
Added filter for nodes being passed to update state event - this
ensures that nodes are not being included with zero-length coverage, a
side effect of how selectNodes handles the virtual boundaries of text
nodes.
Change-Id: I6362114b57469b1108da11f94dc345a2bcdfc7cd
* 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
Use ve.BranchNode.getNodeFromOffset instead of
ve.dm.Document.getNodeFromOffset so correct nodes will be retrieved to
emit update events to.
Change-Id: Iaf559f0424584a3dde065e548e403c4a53207312
Change 57076 implemented the functionality required to skip
words in UnicodeJS. This change simply removes all the existing
code we had and replaces it with this implementation.
Bug: 46794
Change-Id: I6b2700d65476c4d34ba4a01a88382d7af8e736fb
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
For data->DOM, this is easy: .toDataElements() can optionally return an
array instead of an object, and that will be treated as the data to
insert. If this happens, the converter won't descend. The node handler
can recursively invoke the converter if it needs to (although I suspect
the current implementation is broken when converting block content in an
inline context).
For DOM->data, this is a bit more complex. The node sets
.static.handlesOwnChildren = true; , which triggers the converter to
pass a data slice rather than a single data element, and not to
descend. The node handler can invoke the converter to recursively
convert DOM subtrees to data.
ve.dm.Converter (data->DOM):
* Renamed createDataElement() to createDataElements()
** .toDataElement() may return element or array, handle this
* Renamed childDataElement to childDataElements, is now an array
* Actually alienate if .toDataElement() returns null
** Shockingly, this claimed to be supported before but wasn't
* Rather than pushing to data, concat to it
** Add closing if needed
* Don't descend if .toDataElement() returned an array of length >1, or
if the node has .handlesOwnChildren = true
ve.dm.Converter (DOM->data):
* Split getDomSubtreeFromData() and getDomFromData()
* When converting a node that handles its own children, pass in a data
slice and skip over that data
Change-Id: I196cb4c0895cbf0b428a189adb61b56565573ab3
