* Now ve.Factory inherits from the more general ve.Registry
* New class ve.CommandRegistry
* Refactored setupToolbar and command setup code into setupComands
Change-Id: Ic548e5de95b77889727362d3e66d7be83c12a603
The port of mousetrap wasn't really what we needed. This is much simpler, matches the rest of our code, and does exactly what we need.
Change-Id: I67f413e097fc2d4078336edb14dd9440e771f196
Tests were completely broken because the link inspector threw a JS error
when trying to register itself with the nonexistent inspector factory.
Change-Id: I8a47222f0a5a37348262ed939b37fbc47d14e222
Based on https://github.com/ccampbell/mousetrap.
Cleaned up to fit our coding standards, pass JSHint, and assume
jQuery's fixes where possible (e.g. no need for an addEvent
utility, no need for filling e.target, e.which, etc. cross-browser
which jQuery.Event already does).
Initially all were local functions in the constructor, but to
allow some customisations in subclasses moved various methods
to the prototype instead and marked with @private.
Really, only .register() must be called from the outside. The rest
assumes normalisation etc. or might break things if called
incorrectly.
Change-Id: Ic69a3c70759052094aefbeab623d885f8b118e14
* CenterNode missing in ResourceLoader registry
* UI classes and rangy not in static test/index.html
* Transaction and TransactionProcessor listed twice
Added a maintenance script that generates the <script> and <link> tags for all
files in the same order everywhere.
Change-Id: I5d22d33769b4e356e8065d295505f6f9a8b0bea8
This changes ve.dm.LinkAnnotation to be a generic annotation for <a>
tags, and adds ve.dm.MWInternalLinkAnnotation and
ve.dm.MWExternalLinkAnnotation as MW-specific subclasses. This nicely
splits out the MW-specific parts in LinkAnnotation, and ideally we'd
also move these files somewhere else to reflect their MW-specificity,
but I haven't gotten to that yet.
Similarly, ve.dm.TextStyleAnnotation is now a generic base class for
simple tag-only-no-metadata annotations, and it has 11 subclasses, one
for each tag we support. This is quite a bit more verbose than the
previous code, but I think it's cleaner and more flexible. I considered
writing a function that would generate a TextStyleAnnotation subclass,
then calling that 11 times, but that's not possible if we want to keep
named functions for the constructors.
Change-Id: Ifba10153eef40280e44025dd72d4e9d9f33b0632
Fleshes out ve.dm.Annotation to a class. Annotations in the linear model
will be instances of a subclass of ve.dm.Annotation. Annotations are
defined by subclassing ve.dm.Annotation and registering this subclass
with ve.dm.AnnotationFactory.
ve.dm.AnnotationFactory keeps track of which annotation classes are known,
and has code to match an HTML element to an annotation class, for use in
the converter.
Change-Id: I68802bdb8736ced1f9e04ee49c623944b448141c
This node type represents <meta> or <link> (transparently, based on the
style attribute). I had to make two node types for this and hack the
toData conversion code directly into ve.dm.Converter, because we don't
have native support for node types that can be both inline and block.
(We should add this in the node API rewrite.)
The CE implementation renders a placeholder (with the same styles as an
alien node) right now. I'm not sure how nice that is, but it's better
than rendering raw <meta>/<link> tags.
This whole thing is a total pile of hacks to make VE deal with
<meta>/<link> tags until we have a proper node types API.
Change-Id: Id6783fcfc35a896db088ff424ff9faaabcaff716
Introduced the ve.AnnotationSet class to manage sets of annotations. This
is a generalization of ve.OrderedHashSet, a class that manages a set
using an array and an object keyed by hash.
Converted everything that stores, tracks or passes around annotations to
use ve.AnnotationSet. In particular, this means the linear model now
contains AnnotationSets instead of hash-keyed objects.
This allows us to maintain the order of annotations in the linear model,
and will help fix bugs with annotation ordering and splitting.
Change-Id: I50975b0a95f4cc33017a0b59fdede9ed1eff0124
* Replaces c8b4a28936
* Use Object() casting to detect objects instead of .constructor
(or instanceof). Both .constructor and instanceof compare by reference
the type "Object" which means if the object comes from another window
(where there is a different "Object" and "Object.prototype") it will
drop out of the system and go freewack.
Theory: If a variable casted to an object returns true when strictly compared
to the original, the input must be an object.
Which is true. It doesn't change the inheritance, it doesn't make it inherit
from this window's Object if the object is from another window's object. All it
does is cast to an object if not an object already.
So e.g. "Object(5) !== 5" because 5 is a primitive value as opposed to an instance
of Number.
And contrary to "typeof", it doesn't return true for "null".
* .constructor also has the problem that it only works this way if the
input is a plain object. e.g. a simple construtor function that creates
an object also get in the wrong side of the if/else case since it is
an instance of Object, but not directly (rather indirectly via another
constructor).
* Added unit tests for basic getHash usage, as well as regression tests
against the above two mentioned problems (these tests fail before this commit).
* While at it, also improved other utilities a bit.
- Use hasOwnProperty instead of casting to boolean
when checking for presence of native support.
Thanks to Douglas Crockford for that tip.
- Fix documentation for ve.getHash: Parameter is not named "obj".
- Add Object-check to ve.getObjectKeys per ES5 Object.keys spec (to match native behavior)
- Add Object-check to ve.getObjectValues to match ve.getObjectKeys
- Improved performance of ve.getObjectKeys shim. Tried several potential optimizations
and compared with jsperf. Using a "static" reference to hasOwn improves performance
(by not having to look it up 4 scopes up and 3 property levels deep).
Also using [.length] instead of .push() shared off a few ms.
- Added unit tests for ve.getObjectValues
Change-Id: If24d09405321f201c67f7df75d332bb1171c8a36
Also:
* Made a fragment with a null range become a null fragment
* Fixed incorrect order of arguments for binding a handler to transact event
* Added getters for surface, document and range
* Fixed several instances of passing a document instead of a surface into the constructor of a new surface fragment
* Fixed closest mode in expandRange - needed to check if parent existed before checking for it's type
* Fixed uses of ve.Transaction (doesn't exist) that were supposed to be uses of ve.dm.Transaction (does exist)
Change-Id: Ide13d9d2d1637399188c98c2e8b6e0826caeecc4
Stack traces, line numbers, etc. All the approaches I've seen are bad hacks. This is the best way to go.
Change-Id: Ib12e9d2ecfe610bcc89d046005e35cc13efa3d99
Throwing strings is bad because it doesn't include a lot of important
information that an error object does, such as a stack trace or where
the error was actually thrown from.
ve.Error inherits directly from Error. In the future we may create
more specific subclasses and/or do custom stuff.
Some interesting reading on the subject:
* http://www.devthought.com/2011/12/22/a-string-is-not-an-error/
Change-Id: Ib7c568a1dcb98abac44c6c146e84dde5315b2826
* Also update test/index.html with latest minimalistic format
* Update test suite hardcoded paths to match the definition in
VisualEditor.php for ResourceLoader
* Issues:
- 'jquery/jquery.json.js' should not be loaded directly,
using a dependency instead.
- Load scripts from the <head> in test/index.html so that
code that depends on document being ready is catches instead of
silently being ignored.
Change-Id: I5ad7390137f4d17c153a1bf69f19c4869c08e323
