Though this is already handled by Ie50b63ba5064e85d26 for the
server-side, and that should automatically reflect to the
client-side. Since we're dealing with cache conditions in
wmf-production where the user.options manifest does not yet
contain an entry for these relatively new preferences, lets
transfer the default value here as well. This does not affect
logged-in users (since their user options are always up-to-date
and embedded in the page).
Also made ve.support.es5 be casted to boolean. Previously it
would be a reference to JSON.stringify (if supported), or the
bottom value of whichever feature the browser didn't support.
Doesn't change any behaviour but should make things slightly
more performant when this value is evaluated.
Change-Id: I9ca430051ae6f4e603c2d89982e540e455055255
The 'ext.visualEditor.genderSurvey' module was introduced in I2b4aba6a9
for the purpose of instrumenting a short-lived microsurvey that would be
concomitant with the deployment of VisualEditor. The survey has now run
its course; this patch removes its code.
Change-Id: I8be6198a66957d792757a5312e9e71b3c8cdd1e3
7557dd39ed make the badtoken handling code unreachable. Revert that
change, and fix the rest of the function to deal with the possibility
that editApi is undefined. Let handling of the read-only mode error
and any other errors fall through to the bottom of the function.
Change-Id: I0673f2bb629e5cc9449675c1074d283e3926e1d5
VisualEditor.php
* Add CSS file
ve.ce.MWMathNode.js
* Wrap the image in a span, so GenerateContentNode doesn't
try to nest an image inside an image
* Remove unnecessary attribute setting
* Only pass unwrapped image to deferred.resolve
* Retrigger MathJax rendering
ve.ce.Node.css
* Use inline-block for image wrapper
ve.dm.MWMathNode.js
* Mixin GeneratedContentNode and implement getHash
* Copy over functionality of MWTransclusionNode:
+ Just store data-mw for attributes
+ Store orignal(DomElement|MW|Index) for selser
ve.init.mw.ViewPageTarget.js
* Add mwMath to the toolbar
ve.ui.MWMathInspector.js
* Remove static.InputWidget, not required in this architecture
* Use multiline TextInputWidget
* Only update mw attribute
* Allow creation of new math nodes
ve.ui.MWInspector.css
* Set height of TextInputWidget
Change-Id: I520f8ccc9f89a2ce70aa1d9e02ed0c6cacbecc2f
It's totally unnecessary, and actually caused a bug where new references
got about="undefined", which caused Parsoid to about-group adjacent
new references together.
Bug: 52228
Change-Id: Id40d53c72a35412d612ae9441ae3d561622c1bec
When we encounter a ref tag inside the mw-data of a references
tag, we pass it off to the converter and store it as nested data.
In toDomElements we convert any nested children and write them
back to mw-data if changed.
As refs in references are invisible we exclude them when generating
the references list in ve.ce.MWReferenceListNode.
Bug: 51741
Change-Id: I31d06616849a00449df0fc77f3b33e46207cdc7f
Now Ctrl+\ (Cmd+\ on Mac) will trigger the 'clear annotations' button
on the current context. Ideally we'd also bond to the 'clear' keyboard
button (ASCII 12) but it does not seem possible to do that yet.
Bug: 51507
Change-Id: I300ec1ffa237e51418ec429be39001f820f053ae
== Renamed methods ==
* enableFloating -> enableFloatable
* disableFloating -> disableFloatable
* setPosition -> float
* resetPosition -> unfloat
== Scroll and resize event ==
Timeline for scroll event reduced from about half a dozen
"Recalculate style" and various forced "Paint" down to 0.
New timeline for scroll is clean (for me: from ~35 to ~59 fps):
* 1 Event (scroll)
* 1 Composite Layer
The composite layer action is the browser changing the viewport
to a different portion of the document drawing. Exactly the one
thing a simple scroll should do.
Timeline for resize event is still pretty crowded and low fps,
but it has improved. Further improvement would likely be around
using requestAnimation and going outside ve.ui.Toolbar.
== Changes ==
* New: ve.ui.Toolbar#initialize.
Similar to what surface has. Users of Toolbar should decide
whether to call enableFloatable, append it to the DOM at some
point and then call initialize() once.
* Don't compute offset() every time.
Eliminated by doing it once in #initialize. These 'top' and
'left' offsets do not change.
* Don't compute outerWidth() and $window.width() every time.
Reduced by doing it once in #initialize to compute the 'right'
offset. Updating it only on resize.
* Don't set 'top' every time.
This is already in the stylesheet. It was never set to anything
else so the abstraction for it in #float has been removed.
This also made it obvious that code for "ve-ui-toolbar-bottom"
was unused and left behind. Tha class was only ever being
removed from something (never added).
The one addClass call for it was in a condition that is always
false ("if top > 0").
* Don't set 'left' every time.
Eliminated by doing it once in #float.
* Don't set 'right' every time.
Reduced by no longer doing it on scroll. Done once in #float,
and on resize after computing the new value for it.
* Remove no-op style operations.
Wrapped methods in if-floatable, if-floated etc. to reduce a
fair amount of easily avoided re-paint overhead.
* Avoid double re-paint in mw.ViewPageTarget.
Though we prevent a lot of redundant re-paints now, whenever
we do repaint we want to do it in 1 repaint instead of 2.
ve.ui.Toolbar emits #toolbarPosition, which tells
mw.ViewPageTarget to update toolbarTracker which would read
the new $bar style properties and copy them over to the
$toolbarTracker. However, this read operation forces the browser
to do an immediate re-paint half-way just for $bar.
Browsers only repaint when style properties are changed and
JS has yielded. The exception to this is JS reading style
properties: in that case the browser is forced to do those
deferred repaints directly and reflect the new values.
We can avoid this double repaint by passing the updated values
as data instead of requiring the receiver to read the DOM (and
thus a keep the deferred repaint). Now toolbarTracker can use
them directly whilst the browser hasn't even repainted $bar yet.
== Clean up ==
* Redundant "border-radius: 0". This would reset something, but
it never does. None of the things it inherits from set a
border-radius. There is one subclass where toolbar is used
with a border-radius (".ve-ui-surfaceWidget .ve-ui-toolbar-bar"
sets a border-radius) which overrides this on purpose, so the
default of 0 is redundant.
* Pattern "if ( .. ) addClass() else removeClass()" changed to:
"toggleClass( , .. )"
Bug: 52014
Change-Id: I9be855148962eee068a77fe83e98eb20bbdcfeec
These have been pointing to the same method for a while now,
we can safely remove these obsolete aliases and just use it
as generic copy.
* Each file touched by my editor had its new line at EOF fixed
where absent
* Don't copy an otherwise unused empty object
(ve.dm.Converter)
* Use common ve#copy syntax instead to create a link
(ve.dm.Document, ve.dm.example)
* Remove redundant conditionals for isArray/copyArray/copyObject
(ve.dm.example)
Change-Id: If560e658dc1fb59bf01f702c97e3e82a50a8a255
The core changes to postedit in I778b18b that this depends on were
deployed to the cluster as part of 1.22wmf11.
Bug: 39632
Change-Id: Id4a8bc22c09a552ef79670b0d4fc4a70df07ec33
Opera 12 seems to work well enough, but I'm not confident enough to
whitelist it just yet.
Opera 15 is basically Chrome with a different interface, so it should
work perfectly, but it's barely out of beta and untested right now.
Bug: 36000
Change-Id: Ia80a6f53f8c128ef52d0bfde1828fdc132046afb
This is the language inspector UI engine with ULS core.
The Language Inspector works alongside ULS to choose and change language
blocks in text. The inspector was based on ve.ui.TextInputWidget and
now changed to inherit ve.ui.Widget and display details in a table
instead of an input textbox.
Added jQuery.ULS module:
* Repository: https://github.com/wikimedia/jquery.uls
* Latest Commit 728f112ffc90b03b50c0109487886a2647f12020
* Taken 'src' / 'images' and 'css' folders into modules/jquery.uls
Bug: 47759
Change-Id: I3c9fd6c135c05a54f6c7fc28c5962fc0a6677806
Previously, we'd clone the data but convert it in the context of
the existing dm.Document, whose nodes had pointers to elements in the
old data array, not to the cloned ones. Because dm.MWReferenceNode
has logic like if ( something === dataElement ), this caused the sanity
check conversion to behave slightly differently compared to the real
conversion that happens on save, and so a references corruption
bug went unnoticed.
Change-Id: I79a42ae21f91cb8eb410ae26ea638036db19e217
Pretty straightforward, although we should start thinking about
grouping/hiding 'advanced' formatting options in the toolbar.
Making this button experimental for now until we've come up with
a way to deal with this problem.
Bug: 51590
Change-Id: Ieb1935b742aced4b883d8a194e6cb69be68473d0
Server-side, plugins can register themselves by adding to
$wgVisualEditorPluginModules. This is the recommended way for
MW extensions to extend VE. Client-side, plugins can register
themselves through mw.libs.ve.addPlugin(), which takes a string
(RL module name) or a callback.
When VisualEditor loads, we load the registered plugin modules in
parallel with ext.visualEditor.core. Note that they're loaded in
parallel, not after, and so the plugins should explicitly depend
on ext.visualEditor.core if they use or extend classes in VE core.
Once the modules finish loading and user and site scripts have run,
we execute the registered plugin callbacks. These callbacks can
optionally return a promise. We gather these promises and wait for
all of them to be resolved, then initialize the editor.
This allows Gadgets to extend VE by top-loading a small module that
depends on ext.visualEditor.viewPageTarget.init and calls
mw.libs.ve.addPlugin( 'ext.gadget.bottomHalfGadget' ); , the bottom
half being a hidden Gadget that depends on ext.visualEditor.core and
contains the actual code. The addPlugin() call needs to be in a
top-loading module because otherwise there's no guarantee that the
plugin will be registered before the user clicks edit and VE loads.
User and site scripts can extend VE by simply calling addPlugin()
directly, as mw.libs.ve is already present when user scripts run (since
it's top-loaded) and VE waits for 'user' and 'site' to run before
executing plugins.
If user/site scripts need to load additional JS files, they can load
these with $.getScript() and return the corresponding promise:
mw.libs.ve.addPlugin( function() { return $.getScript( 'URL' ); } );
For a diagram of all this, see
https://www.mediawiki.org/wiki/File:VE-plugin-infrastructure.jpg :)
VisualEditor.php:
* Add $wgVisualEditorPluginModules
VisualEditor.hooks.php:
* Expose $wgVisualEditorPluginModules in JS
ve.init.mw.ViewPageTarget.init.js:
* Add mw.libs.ve.addPlugin function that just stores the registered
values in an array and passes them into the mw.Target when it's
being initialized
ve.init.mw.Target.js:
* Add $wgVisualEditorPluginModules to the set of modules to load when
initializing VE
* Add a Deferred (this.modulesReady) to track module loading
* Add addPlugin() and addPlugins() methods that add to either
this.modules or this.pluginCallbacks
* In load(), instead of mw.loader.load()ing this.modules, use using()
to load this.modules plus user and site, and fire onModulesReady()
when they're loaded
* In onModulesReady(), execute the registered callbacks, gather the
returned promises, wait for all of them to be resolved, then resolve
this.modulesReady
* Fire onReady based on this.modulesReady being resolved, rather than
using a second using() call
Bug: 50514
Change-Id: Ib7d87a17eaac6ecdb8b0803b13840d7ee58902df
Introduce method ve.ce.MWBlockImageNode.getCssClass and use it instead of
accessing ve.ce.MWBlockImageNode.static.cssClasses - it gives a better
way of handling special cases.
Bug: 51995
Change-Id: I236b08c8345a10d144f392ec37fd130cf5f7737d
Whenever there is more than 2 spaces (except the extra space
on a continued line of an @ tag, or the extra space on a
continued line of a list item) it causes a <pre> context.
Removed both spurious spaces that caused a <pre> and ones that
didn't but looked like it could.
When making an ordered or unordered list, the first item needs
to be on a new line and in block context (e.g. an empty line
before it). Otherwise it is rendered inline as 1. Foo 2. Bar
(such as in #rebuildNodes where both the ordered and unordered
lists were broken).
Change-Id: Id0f154854afbdc8e5a8387da92e6b2cdf0875f69
If the first thing on the page is an image, then we'll try to select
it in Firefox, and get a JS error because .data( 'view' ) is undefined.
It turned out that MWBlockImageNode's onSetup() didn't call the parent
implementation, and all the way up in ve.ce.View.onSetup is where
we set .data( 'view' )
Bug: 51986
Change-Id: I0de3692566b0aa02a229054e07767e45fd5d4a49
We already correctly show the read only error if the user tries
to load VE which the database is locked, but if the database gets
locked after they've loaded VE, we also need to show the error
when they try to save.
Bug: 51636
Change-Id: I7a56f1b4387e7ea594a2a7f939c81626c9eee834
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
EditPage has a lovely getCheckboxes() function which includes the
minor and watch checkboxes as rendered by MW core, as well as any
checkboxes extensions like FlaggedRevs might have added. Output
these in the API, render them, and send their values back.
ApiVisualEditor.php:
* Build a fake EditPage, get its checkboxes, and return them
ApiVisualEditorEdit.php:
* Pass through posted request data to ApiEdit, which passes it
through to EditPage thanks to Idab5b524b0e3 in core
ve.init.mw.ViewPageTarget.js:
* Remove minor and watch checkboxes from the save dialog template
and replace them with a generic checkbox container
* Have getSaveOptions() pull the state of all checkboxes in
** Special-case minor and watch, and pass the rest straight through
** Move normalization from true/false to presence/absence here, from
ve.init.mw.Target.prototype.save(), because here we know which ones
are checkboxes and we don't know that in save() without
special-casing
* Remove getSaveDialogHtml(), we don't need to hide checkboxes based on
rights anymore because in that case the API just won't send them to us.
** Moved logic for checking the watch checkbox down to where the same
logic for the minor checkbox already is
* Unwrap getSaveDialogHtml() in setupSaveDialog()
* Access minor and watch by their new IDs throughout
ve.init.mw.Target.js:
* Get and store checkboxes from the API
* Pass all keys straight through to the API
Bug: 49699
Change-Id: I09d02a42b05146bc9b7080ab38338ae869bf15e3
