.then() removes the .abort() method from the promise, even though
we had return jqxhr; in the then() callback. So store xhr in
a variable and put the abort method back.
This fixes a JS error upon calling this.loading.abort();
Change-Id: I50460782e58399198bacc02d028984682ddbed56
* Use correct class name for setUpToolbar() in MobileViewTarget
* Move shared setUpToolbar() code into ve.init.mw.Target
* Fix iconModuleStyles documentation, remove leading space
Change-Id: Icf5ed36fd817837c0434db8202bef8a78e6cb898
The toolbar in very desktop vector skin specific
In mobile we want to have more control over the toolbar,
and its placement.
* Thus make setUpToolbar abstract
And move the function to ViewPageTarget
* Introduce ve.init.mw.Target.static.iconModuleStyles to
allow the use of different icons
* Update the mobile toolbar to only have B and I tools
Change-Id: I4c72b4b9128b3a74de8b8b5bce7664fbb315216b
The down arrow is no longer default, so it needs to be specified
explicitly.
Updates submodule to include indicator changes
(see I0a1faef11a1e7e6ea3e44275c85f2efafae4dc9a)
Change-Id: I32aef3ea2e66fd823aeb07dac06cfefba9954270
Move target.surface from mw.Target to Target
* All targets use this, let's standardise it.
Move target.$document from mw.ViewPageTarget to Target
* It was initialised with null in mw.ViewPageTarget, but the
assignment happened in mw.Target. So it should be moved up
at least to mw.Target.
* Since it is useful to have in sa.Target as well, moved it up
to the abstract Target, and implemented in sa.Target and
immediately used in the standalone demo where we were already
duplicating the find( '.ve-ce-documentNode' ).
Add missing target.setupDone = false; in sa.Target
Add missing target.toolbar to Target
* Was used in all subclasses, but never initialised in any of
the constructors. Let's standardise this property name as well
(instead of initialising it in three places).
Move target#event-surfaceReady from mw.Target to Target
* sa.Target uses it as well, and considering Platform#initialize
is already standardised in the abstract class, Target#setup
being deferred is most likely to happen in each target as well
so let's avoid different events being invented for the same
thing and consistently use 'surfaceReady'.
Change-Id: Ia8bde188a4cde7e1615c2ae9c5b758eefc5d9cb7
* Split files according to ve / ve-mw paths
* Split messages according to msgs-ve / msgs-ve-mw
* Update dependencies accordingly
* Remove ve-mw/ hack in makeStaticLoader.php, no longer needed
Bug: 45342
Change-Id: I6cb89606c307e27e237a1e9b56b94dfdcd310f41
The duplication of the toolbar definition is ugly but we don't
have a better system to say "give me the same except demote this
one thing" right now.
Change-Id: Id74ed1a18aee4a947992bdd626702f578bbace14
Follows-up I55ef2622c9eacc which activated code introduced in
mw.Target in commits before that one that caused a change in the
execution order.
Hiding of page content (regular wiki page content provided by
original view request) must happen before the surface document is
focussed.
We used to hide the content from mw.ViewPageTarget#setUpSurface,
which is called from #onReady, which focusses the document after
setUpSurface is done.
Most of this code was moved to mw.ViewPageTarget#onSurfaceReady
which is the listener for the surfaceReady event emitted from
If our surface document gets focus while the original wikipage
content container is still there, the view port is forced to
scroll down because our surface is the next element sibling after
the wikipage container in the DOM.
And browsers (apparently Chrome is not affected) naturally retain
scroll position even if the elements above the one you "scrolled to"
disappear.
We can't (and shouldn't) move the hidePageContent call because
that's the responsibility of the Target subclass, so instead
moved the document focus to below the hidePageContent which is
now also part of the responsibility of the Target subclass.
Also:
* Removed target.surfaceOptions reference because that property
does not exist. We never passed a second argument here, and
whatever this was intended for, doesn't exist.
Bug: 58089
Change-Id: I230fbd5401cbd6e3b9450c7f156650409be8ef16
Let's experiment with this via our local Gruntfile. If it works
fine we can install it in Jenkins (similar to node-csslint).
Verify through $ npm install && npm test;
Fixed all outstanding violations.
Also:
* Added syntaxhighight to ignore.
* Added imetests (which contain unformatted JSON) to ignore.
* In ve.dm.ModelRegistry#matchTypeRegExps, removed redundant
!! cast from the [+!!withFunc] statement which was hitting
a bug in node-jscs. All callers to this local private function
pass a literal boolean true/false so no need to cast it.
* Removed "/* key .. , value */" from ve.setProp, though this
wasn't caught by node-jscs, found it when searching for " , ".
* Made npm.devDependencies fixed instead of using tilde-ranges.
This too often leads to strange bugs or sudden changes. Fixed
them at the version they were currently ranging to.
Bug: 54218
Change-Id: Ib2630806f3946874c8b01e58cf171df83a28da29
Following on from getDomFromModel, this returns a document model
instead of element linear data. The only instance that hasn't been
replaced is in rich paste, where we need to sanitize the converted
data before constructing the document model.
This should be cleaned up in a later commit.
Change-Id: I37a2b641632af2cb515e3409deed5cd1fa358af5
Currently it takes 4 arguments which are all properties
of the document model, so just pass the model instead and
access the properties later. Rename to getDomFromModel.
Change-Id: I0c378a04dc08b9b90bdc3984f8fa8c4acfe0b667
That's where they belong IMO, since ViewPageTarget is the one that
has .activate() and .deactivate(), and mw.Target doesn't retain any
state (apart from some caching things).
Change-Id: Ia6cf5bac9054163d54ab492d691d8ce9d6a3bb90
Changes include:
* Target mobile for ve dependencies
* Create mobile view constructor
** Some tools like dialogs are excluded for now
* Refactor mw.target to permit code reuse
** Split out pageTarget view functionality from core init methods
Change-Id: I786b63ab57518fc6af7761501259ed66592f70e3
Each used their own implementation of building a form and submitting it.
The edit source one wasn't passing in the oldid, which caused edit
conflicts.
Also introduced a separation between form fields (for the action=edit UI)
and API options, building one from the other.
Bug: 56835
Change-Id: I38547b4ba1827f4028a2255109cba2a57cd59e8a
It looks like it also came from there originally, because it uses
this.pageExists which doesn't even exist in MWSaveDialog. This caused
all pages, even existing pages, to be watched when 'watchcreations'
was set.
This logic really belongs server-side, though.
Bug: 56206
Change-Id: Idf500383b27a93136dc0cfdd60a2e7b2607af95c
Add prepareCacheKey() which submits HTML for serialization and saves
the resulting cache key, and tryWithPreparedCacheKey() which uses that
cache key (if available; if pending, it waits for it) for API requests.
Implemented save(), serialize() and showChanges() in terms of
tryWithPreparedCacheKey().
When opening the save dialog, run the conversion, cache it, and fire
off a prepareCacheKey(). Then use the cached conversion for save/diff/
serialize. This means we don't convert multiple times, and it causes
the prepared wikitext to be used.
Bug: 55979
Bug: 56011
Change-Id: I1d56fe88d312e9810a57d56a285ccdf4f1facf42
Renamed events:
* performance.domLoad --> performance.system.domLoad
* performance.domSave --> performance.system.domSave
New events:
* performance.system.activation: total load time
* performance.system.domDiff: timing of paction=diff; like .domSave
* performance.system.domSerialize: timing of paction=serialize; like .domSave
* behavior.lastTransactionTillSaveDialogOpen: time from last transaction
until user opened save dialog
* behavior.saveDialogOpenTillSave: time from save dialog opening to user
clicking save
* behavior.saveDialogOpenTillReview: time from save dialog opening to user
clicking review (skipped when a cached diff is shown)
* behavior.saveDialogClose: when user closes save dialog; duration is time
* performance.user.saveComplete: time from user clicking save to successful
save completion; 'retries' indicates # of badtoken retries
* performance.user.saveError.*: time from user clicking save to failure;
'retries' indicates # of badtoken retries
** performance.user.saveError.abusefilter
** performance.user.saveError.badtoken: token was bad and we prompted the user
** performance.user.saveError.captcha
** performance.user.saveError.editconflict
** performance.user.saveError.empty
** performance.user.saveError.spamblacklist
** performance.user.saveError.unknown
* performance.user.reviewComplete: time from user clicking review to diff showing
* performance.user.reviewError: time from user clicking review to diff failure
since dialog was opened
Change-Id: I9815fa637d34c766c163e181d2f9527d3f32a7c3
* Move and rename generic parts of ve.ui to OO.ui
* We now have a UI test suite because ve.Element (outside ve.ui)
is now part of oojs-ui, so it needs a test suite.
* Added to the MW test run (just like we do for unicodejs).
* Updated csslint config (also added ve-mw and syntaxhighlight
which were missing).
oojs-ui still depends on the TriggerRegistry in VE, this is addressed
in a follow-up commit.
Change-Id: Iec147155c1ddf20b73a4d15d87b8742207032312
Make every module that was formerly part of the experimental module its own
Beta Feature. For now, all of them are commented out except for formulæ editing
(mwmath). The "experimental" Beta Feature bucket is no more, but the preference
remains so that it can be set to both true and hidden on MediaWiki.org to let
all the different experimental flags.
The feature icons, previous mis-named "logo" and mis-identified as "screenshots"
are now renamed. One for the mwmath Beta Feature has been added (the rest need
creating before those can be enabled). The i18n descriptions now each identify
that the feature is an experimental one, and that caution is needed.
Change-Id: I28862f3e62f5c78aca33f11265aced1db67f4725
Binding ve.init.mw.Target#onLoad and the anonymous function which calls ve#track
with timing data to the resolution of the same deferred makes the timing
measurement sensitive to how long it takes ve.init.mw.Target#onLoad to yield,
which in turns depends on whether the requisite ResourceLoader modules for
setting up the editing surface are ready. This muddles the definition of what
we're actually measuring, making it dependent on a race condition.
This patch moves the tracking call to a filter function through which the jqXHR
deferred is threaded. This ensures that the 'duration' datapoint on the domSave
and domLoad events captures just the time spent talking with the API.
Change-Id: I6e162014a4043d4ff9422131ae87fb25d0ab4c29
Instead of using @emits in both, use our custom @fires in
production (JSDuck 4), and in the future it'll just naturally
use the native one.
This way we can also index oojs without issues, which seems to
have started using @fires already.
Change-Id: I7c3b56dd112626d57fa87ab995d205fb782a0149
* For consistency with target.loading, target.saving should be either a boolean
false or a jqXHR, with the latter type indicating a pending save attempt.
* Rename 'DOM Retrieved' topic to 'performance.parsoid.domLoad' (and thus
inaugurate a convention of hierarchical, dot-separated topic names).
* Add a 'performance.parsoid.domSave', which is a near-mirror of domLoad, but
measures the time it takes to save a DOM.
* Remove three old ve.track events, because they are not used and because their
name and signature are not consistent with current usage.
- page-save-attempt
- page-save-success
- page-edit-impression
Change-Id: I54602394eee5d6d9229c01d868cb366c9f56b2c3
When the editor finishes retrieving the target DOM, fire a 'DOM retrieved'
analytic event with the following properties:
* Response time in millisecond.
* Response size in bytes.
* Whether request was a cache hit.
* Value of X-Parsoid-Performance header (or null if unset).
jQuery.byteLength is now a dependency for ext.visualEditor.mediawiki.
Change-Id: I74d3964238927645e847b6e215991bd6b1ebad59
Objectives:
* Use widgets to render toolbar actions
* Remove labels next to help notices and edit notices buttons
* Add a close button to the help notices and edit notices
Overview:
* ve.ui.ButtonWidget is now abstract, use ve.ui.PushButtonWidget instead
* ve.ui.IconButtonWidget now inherits from ve.ui.ButtonWidget
* ve.ui.PopupWidget's display method no longer takes x and y arguments
* Fixup naming issues in MWCategoryPopupWidget
* Fixup naming issues with some ve-init-mw CSS classes
* Rename ve-mw/ui/styles/ve.ui.Widget.css to ve.ui.MWWidget.css
* Change uses of "callout" to "tail"
* Add hyperlink functionality to buttons
* Make buttons accessible through focusing, but make unfocusable by
clicking
* Add head option to popup for rendering a title and close button
Bug: 52386
Change-Id: Iea2c8df1be64d40f9c039873d89ee540cc56e687
Also..
* removed an incorrrect comment referring to the old module
name (standalone didn't use the VisualEditorMessagesModule).
* made it use debug mode to determine whether to minify or
prettify the js code.
Change-Id: I493007649fba27e7faab0cf743eded5f68714c50
This code caught badtoken errors on load, but we can't get those
any more since the API module was split and we no longer send a token
on load. badtoken handling on save is done in mw.ViewPageTarget.
Bug: 51253
Change-Id: Idb172ee46b7142681d41e593eacd9600b8f11a9a
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
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
This allows us to make the token no longer a requirement
for non-save actions while still using the built-in system
for token verification.
Update documentation for "oldid" since it is not required even
outside (paction=save). In fact, if we require it VE loading
fails because it doesn't pass oldid unless it has to when
restoring a specific version.
Bug: 50424
Change-Id: I7b1b50a43648b1cc40a984340846efdb0ba2ecc9
* Only pass the oldid to the API from #load if we restoring from
oldid in the url. Otherwise load the latest version.
* Setting 'restoring' from mw.Target instead of mw.ViewPageTarget
so that we don't rely on mw.ViewPageTarget in mw.Target#load.
* Fix the API to not require 'oldid' to be passed.
* Fix the API to actually return the 'newrevid' property. It
was doing a no-op on a $result that is never used due to the
same variable being overwritten with the result of parseWikitext.
* Moved updating of wgCurRevisionId to mw.ViewPageTarget as it
belongs there (possible future inline editors probably act
on a different page than the main one). Also made it only
update if it isn't undefined, so that a null edit doesn't
result in wgCurRevisionId being unset.
Bug: 49943
Bug: 50441
Change-Id: I221e5038f95eadf6d87013e80f12394f0376a293
Move all MW-specific files into the ve-mw directory, in preparation
for moving them out into a separate repo.
All MW-specific files were moved into a parallel directory structure
in modules/ve-mw . Files with both generic and MW-specific things were
split up. Files in ve/init/mw/ were moved to ve-mw/init/ rather than
ve-mw/init/mw ; they're still named ve.init.mw.* but we should change
that. Some of the test files for core classes had MW-specific test cases,
so those were split up and the test runner was duplicated; we should
refactor our tests to use data providers so we can add cases more easily.
Split files:
* ve.ce.Node.css
* ve.ce.ContentBranchNode.test.js (MWEntityNode)
* ve.ce.Document.test.js (some core test cases genericized)
* ve.dm.InternalList.test.js (uses mwReference test document)
* ve.dm.SurfaceFragment.test.js, ve.ui.FormatAction.test.js
** Made core tests use heading instead of mwHeading
** Updated core tests because normal headings don't break out of lists
** Moved test runners into ve.test.utils.js
* ve.ui.Icons-*.css
* ve.ui.Dialog.css (MW parts into ve.ui.MWDialog.css)
* ve.ui.Tool.css
* ve.ui.Widget.css (move ve-ui-rtl and ve-ui-ltr to ve.ui.css)
ve.dm.Converter.test.js: Moved runner functions into ve.test.utils.js
ve.dm.example.js:
* Refactored createExampleDocument so mwExample can use it
* Removed wgExtensionAssetsPath detection, moved into mw-preload.js
* Genericized withMeta example document (original version copied to mwExample)
* Moved references example document to mwExample
ve.dm.mwExample.js:
* Move withMeta and references example documents from ve.dm.example.js
* Add createExampleDocument function
ve-mw/test/index.php: Runner for MW-specific tests only
ve-mw/test/mw-preload.js: Sets VE_TESTDIR for Special:JavaScriptTest only
ve.ui.Window.js:
* Remove magic path interpolation in addLocalStyleSheets()
* Pass full(er) paths to addLocalStyleSheets(), here and in subclasses
ve.ui.MWDialog.js: Subclass of Dialog that adds MW versions of stylesheets
ve.ui.MW*Dialog.js:
* Subclass MWDialog rather than Dialog
* Load both core and MW versions of stylesheets that have both
ve.ui.PagedDialog.js: Converted to a mixin rather than an abstract base class
* Don't inherit ve.ui.Dialog
* Rather than overriding initialize(), provide initializePages() which the
host class is supposed to call from its initialize()
* Rename onOutlineSelect to onPageOutlineSelect
ve.ui.MWMetaDialog.js, ve.ui.MWTransclusionDialog.js:
* Use PagedDialog as a mixin rather than a base class, inherit MWDialog
bullet-icon.png: Unused, deleted
Stuff we should do later:
* Refactor tests to use data providers
* Write utility function for SVG compat check
* Separate omnibus CSS files such as ve.ui.Widget.css
* Separate omnibus RL modules
* Use icon classes in ViewPageTarget
Change-Id: I1b28f8ba7f2d2513e5c634927a854686fb9dd5a5
