By removing the transaction listeners from surface fragments we
no longer have to make sure they are always manually destroyed.
In order to retain the functionality of having fragments update
with transactions elsewhere we keep a pointer to a place in the
new complete history stack in the surface. The complete history
stack records all transactions, even undone ones.
Whenever getRange is called we replay all transactions in the
complete history (in the correct order) since the fragment was
last updated.
Also in this commit:
* Updated Format/IndentationAction to test undo(). This increases
coverage of surface fragment behaviour.
* .range is always accessed by .getRange now, although as an
optimisation we can use the noCopy mode when we a sure the
returned range will not be modified.
* Added undo test to .update (previously .onTransact)
Bug: 47343
Change-Id: I9e9818da1baa8319a3002f6d74fd1aad6732a8f5
VisualEditor did not send an oldid on POST so far, which disabled
selective serialization in production.
Bug: 47434
Change-Id: Ib1b7079a7fd3357903e5a14795ed0d2f2bdc5d16
Actually really resizing the image
Show bounding box on mouseover with 4 handles. Bounding box is resizable. Image resizes to match bounding box on mouse up.
Change-Id: I1f3dac64eb86dd1f258937e4915af101b3ac19d8
*.php
* Added links to new file
ve.ce.ImageNode.js
* Added relocatable node mixin
* Added $image reference to the actual img element, so if it's wrapped
in a sub class the functionality in the parent class doesn't break.
* Moved drag start event handling to relocatable node
* Removed drag end binding, not needed.
ve.ce.MWImageNode.js
* Moved addClass to initialization section of constructor.
* Copied 'view' data prop from image element to keep stuff working after
the wrapping.
ve.ce.Node.css
* Switched to default (arrow) cursor for images.
ve.ce.RelocatableNode.js
* New mixing for nodes that should be relocatable
* Added implementation for drag start, which tells the surface to allow
dragging this node.
ve.ce.Surface.js
* Added relocation support, which is used by relocatable nodes
* Split onDocumentDragDrop into onDocumentDragOver and onDocumentDrop
which now have implementations that support relocation of nodes
ve.ui.Context.js
* Added relocation tracking to prevent context being shown while
relocating
Change-Id: I8703adfb707af2c3224431afc3418356ac2c686c
Currently some issues, probably with loading nodes
after factories.
Toggled by global $wgVisualEditorEnableExperimentalCode.
Change-Id: Idab3dd68572c037289c6742d03fd327285110f67
Current set up leaves us with restoring when we're not and vice
versa. Not good. :-) (Partial fix of change 59968.)
Change-Id: Ia33a2f3318cf2e46b7469b2c773e91c5ee8fdefa
Don't call initialize inside the try-catch, it ends up sending exceptions thrown inside that method to /dev/null.
Change-Id: I8e0945f35c639ec156ee9a163b86fddfaed0ea7b
This was broken, especially in wrappers.
Changed the wrapping algorithm so that meta items are placed outside
wrappers if possible. On the left-hand side, this is already the case:
we don't open wrappers for meta items. On the right-hand side, this is
accomplished by buffering the meta items and only inserting them when
we encounter either real text (not whitespace) or the end of the wrapper.
If we're interrupted by real text, we insert the meta items with the
unmodified whitespace. If we're interrupted by the end of the wrapper,
we insert the meta items outside of the wrapper with whitespace stripped.
Internally, this is done by stripping the whitespace into the whitespace[0]
of the meta item to its right. Then when we output the meta items, we
either decide to 'restore' the whitespace, or to 'fixup' by also setting
whitespace[3] on the element before the whitespace.
Change-Id: Ibeea2a9906c4aae9fe6d284613edd6ec853ca5e7
Objective:
Make it possible for inspectors to inspect nodes or annotations, rather
than only annotations. Meanwhile, also make it possible for dialogs to
edit an annotation.
Strategy:
Switch from using type patterns to associate inspectors with annotations
to using arrays of classes, similar to how dialogs already work.
Introduce a view registry which provides lookups for relationships
between models and views. This is more centralized and less repetitive
than implement matching functions for both annotations and nodes in both
the dialog and inspector factories.
Changes:
*.php
* Added links to new file
ve.AnnotationAction.js
* Removed unused parameter to filter annotations using a string or regexp
ve.dm.AnnotationSet.js
* Switched from property/value arguments to callbacks
ve.ui.*(Dialog|Inspector).js
* Replaced type patterns with class lists
* Added class to view registry
ve.ui.*Tool.js, ve.ui.Context.js
* Updated model/view relationship lookup
ve.ui.*Factory.js
* Removed overly-specific lookup functions
ve.ui.Inspector.js
* Removed typePattern property
* Updated model/view relationship lookup
ve.ui.ViewRegistry.js
* New class!
* Migrated node and annotation lookup functions from factories
Change-Id: Ic2bbcf072fdd87e5ce8a03fe1ae3e6d8d50e2593
* 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
*.php
* Added links to new file
ve.ce.ImageNode.js
* Added focusable node mixin
ve.ce.FocusableNode.js
* New class!
* Adds isFocused and setFocused methods
* When a node is focused or blurred, 'focus' and 'blur' events are emitted
* While a node is focused, it will have the 've-ce-node-focused' class added to it's this.$
ve.ce.Surface.js
* Add detection of node focusing and setting focus and blur on nodes on change
Change-Id: I3f1ad6309571f2bfe568550e2e8f1bd5a0302085
Before, it took an array of objects and translated those to indexes
using the store. Literally every caller outside of the test suite got
an array of indexes from the linear model, translated those to objects,
then passed them into the AnnotationSet constructor which translated
them right back to indexes.
The previous behavior was kind of ridiculous on its face, but the
reason we found it is because Inez was investigating the performance
degradation when bolding a line and found that half of it was due
to the hundreds of ve.getHash() calls caused by this behavior.
Change-Id: I38df8ae9f6392849dacf477ea2f804283c964417
Subbu said that cloning of attributes like data-parsoid or typeof would
cause problems for Parsoid.
Also remove the attributes object if it becomes empty, and do the same
for the internal object.
Bug: 47297
Change-Id: I428becf95c70d0ed8af5b0c408e3966dc47fd8c3
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
This gets us some new functionality, mainly the ability to get a position
from a point on screen.
Changes:
* Updated core and position
* Removed unused modules
Change-Id: I2145fe549c975fdbbcd7dfcf144afb26509d0050
