2013-02-20 19:44:44 +00:00
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/*!
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* VisualEditor Standalone Initialization Target class.
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*
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* @copyright 2011-2013 VisualEditor Team and others; see AUTHORS.txt
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* @license The MIT License (MIT); see LICENSE.txt
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*/
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/**
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* Initialization Standalone target.
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*
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2013-05-10 00:17:51 +00:00
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* @example
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* new ve.init.sa.Target(
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2013-05-28 11:49:35 +00:00
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* $( '<div>' ).appendTo( 'body' ), ve.createDocumentFromHtml( '<p>Hello world.</p>' )
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2013-05-10 00:17:51 +00:00
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* );
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*
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2013-02-20 19:44:44 +00:00
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* @class
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* @extends ve.init.Target
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*
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* @constructor
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* @param {jQuery} $container Container to render target into
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2013-05-10 00:17:51 +00:00
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* @param {ve.dm.Document} doc Document model
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2013-02-20 19:44:44 +00:00
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*/
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2013-05-10 00:17:51 +00:00
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ve.init.sa.Target = function VeInitSaTarget( $container, doc ) {
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2013-02-20 19:44:44 +00:00
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// Parent constructor
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ve.init.Target.call( this, $container );
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2013-05-10 00:17:51 +00:00
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// Properties
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The Great ve.ui.Surface refactor of 2013
Prologue:
Farewell ve.Editor my good chap… Oh, hey there HTML frames - I didn't
see you there! In a world where iframes are outlaws, and symbols like
document and window are global, there were more than a few assumptions
about which document or window was being used. But fear not - for this
commit (probably) tracks them all down, leaving a trail of
iframe-compatible awesomeness in its wake. With the great ve.ui.Surface
now able to be used inside of iframes, let the reference editing
commence. But there, lurking in the darkness is a DM issue so fierce it
may take Roan and/or Ed up to 3 whole hours to sort it out.
Note to Roan and/or Ed:
Editing references seems to work fine, but when saving the page there
are "no changes" which is a reasonable indication to the contrary.
Objectives:
* Make it possible to have multiple surfaces be instantiated, get along
nicely, and be embedded inside of iframes if needed.
* Make reference content editable within a dialog
Approach:
* Move what's left of ve.Editor to ve.ui.Surface and essentially
obliterate all use of it
* Make even more stuff inherit from ve.Element (long live this.$$)
* Use the correct document or window anywhere it was being assumed to be
the top level one
* Resolve stacking order issues by removing the excessive use of z-index
and introducing global and local overlay elements for each editor
* Add a surface to the reference dialog, load up the reference contents
and save them back on apply
* Actually destroy what we create in ce and ui surfaces
* Add recursive frame offset calculation method to ve.Element
* Moved ve.ce.Surface's getSelectionRect method to the prototype
Bonus:
* Move ve.ce.DocumentNode.css contents to ve.ce.Node.css (not sure why it
was separate in the first place, but I'm likely the one to blame)
* Fix blatant lies in documentation
* Whitespace cleanup here and there
* Get rid of ve.ui.Window overlays - not used or needed
Change-Id: Iede83e7d24f7cb249b6ba3dc45d770445b862e08
2013-05-20 22:45:50 +00:00
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this.surface = new ve.ui.Surface( doc );
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2013-09-06 00:10:06 +00:00
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this.toolbar = new ve.ui.TargetToolbar( this, this.surface, { 'shadow': true } );
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2013-05-10 00:17:51 +00:00
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// Initialization
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2013-11-01 19:45:59 +00:00
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this.toolbar.$element.addClass( 've-init-sa-target-toolbar' );
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2013-08-09 18:29:09 +00:00
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this.toolbar.setup( this.constructor.static.toolbarGroups );
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ve.ui.Toolbar: Refactor floating logic for performance
== 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
2013-07-25 02:36:01 +00:00
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this.toolbar.enableFloatable();
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2013-11-01 19:45:59 +00:00
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this.$element.append( this.toolbar.$element, this.surface.$element );
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ve.ui.Toolbar: Refactor floating logic for performance
== 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
2013-07-25 02:36:01 +00:00
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this.toolbar.initialize();
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The Great ve.ui.Surface refactor of 2013
Prologue:
Farewell ve.Editor my good chap… Oh, hey there HTML frames - I didn't
see you there! In a world where iframes are outlaws, and symbols like
document and window are global, there were more than a few assumptions
about which document or window was being used. But fear not - for this
commit (probably) tracks them all down, leaving a trail of
iframe-compatible awesomeness in its wake. With the great ve.ui.Surface
now able to be used inside of iframes, let the reference editing
commence. But there, lurking in the darkness is a DM issue so fierce it
may take Roan and/or Ed up to 3 whole hours to sort it out.
Note to Roan and/or Ed:
Editing references seems to work fine, but when saving the page there
are "no changes" which is a reasonable indication to the contrary.
Objectives:
* Make it possible to have multiple surfaces be instantiated, get along
nicely, and be embedded inside of iframes if needed.
* Make reference content editable within a dialog
Approach:
* Move what's left of ve.Editor to ve.ui.Surface and essentially
obliterate all use of it
* Make even more stuff inherit from ve.Element (long live this.$$)
* Use the correct document or window anywhere it was being assumed to be
the top level one
* Resolve stacking order issues by removing the excessive use of z-index
and introducing global and local overlay elements for each editor
* Add a surface to the reference dialog, load up the reference contents
and save them back on apply
* Actually destroy what we create in ce and ui surfaces
* Add recursive frame offset calculation method to ve.Element
* Moved ve.ce.Surface's getSelectionRect method to the prototype
Bonus:
* Move ve.ce.DocumentNode.css contents to ve.ce.Node.css (not sure why it
was separate in the first place, but I'm likely the one to blame)
* Fix blatant lies in documentation
* Whitespace cleanup here and there
* Get rid of ve.ui.Window overlays - not used or needed
Change-Id: Iede83e7d24f7cb249b6ba3dc45d770445b862e08
2013-05-20 22:45:50 +00:00
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this.surface.addCommands( this.constructor.static.surfaceCommands );
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2013-09-30 13:26:33 +00:00
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this.surface.setPasteRules( this.constructor.static.pasteRules );
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The Great ve.ui.Surface refactor of 2013
Prologue:
Farewell ve.Editor my good chap… Oh, hey there HTML frames - I didn't
see you there! In a world where iframes are outlaws, and symbols like
document and window are global, there were more than a few assumptions
about which document or window was being used. But fear not - for this
commit (probably) tracks them all down, leaving a trail of
iframe-compatible awesomeness in its wake. With the great ve.ui.Surface
now able to be used inside of iframes, let the reference editing
commence. But there, lurking in the darkness is a DM issue so fierce it
may take Roan and/or Ed up to 3 whole hours to sort it out.
Note to Roan and/or Ed:
Editing references seems to work fine, but when saving the page there
are "no changes" which is a reasonable indication to the contrary.
Objectives:
* Make it possible to have multiple surfaces be instantiated, get along
nicely, and be embedded inside of iframes if needed.
* Make reference content editable within a dialog
Approach:
* Move what's left of ve.Editor to ve.ui.Surface and essentially
obliterate all use of it
* Make even more stuff inherit from ve.Element (long live this.$$)
* Use the correct document or window anywhere it was being assumed to be
the top level one
* Resolve stacking order issues by removing the excessive use of z-index
and introducing global and local overlay elements for each editor
* Add a surface to the reference dialog, load up the reference contents
and save them back on apply
* Actually destroy what we create in ce and ui surfaces
* Add recursive frame offset calculation method to ve.Element
* Moved ve.ce.Surface's getSelectionRect method to the prototype
Bonus:
* Move ve.ce.DocumentNode.css contents to ve.ce.Node.css (not sure why it
was separate in the first place, but I'm likely the one to blame)
* Fix blatant lies in documentation
* Whitespace cleanup here and there
* Get rid of ve.ui.Window overlays - not used or needed
Change-Id: Iede83e7d24f7cb249b6ba3dc45d770445b862e08
2013-05-20 22:45:50 +00:00
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this.surface.initialize();
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2013-02-20 19:44:44 +00:00
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};
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/* Inheritance */
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2013-10-11 21:44:09 +00:00
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OO.inheritClass( ve.init.sa.Target, ve.init.Target );
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