About groups are HTML structures like the following:
<div about="#mwt1">....</div>
<span about="#mwt1">...</span>
<div about="#mwt1">...</div>
When about groups are alienated, they are now merged into one alien
node, rather than producing a separate alien node for each sibling.
This is very basic about group handling, because it only works for
groups of directly adjacent siblings (text nodes are permitted in
between, but nothing else) assumes all about groups are aliens (which
is currently true).
* Before processing an element in the DOM->data converter, perform about
grouping on its children. This temporarily wraps about groups in
<div data-ve-aboutgroup="value of about attribute">
* Extended createAlien() to handle single nodes as well as wrappers
holding multiple nodes.
* In the data->DOM converter, temporarily wrap multi-node aliens in
<div data-ve-multi-child-alien-wrapper="true"> . This makes the rest
of the algorithm easier.
Change-Id: I2df5f62bc222b570fc11a89fe43d353f8363ead8
* 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
Sequences that were scheduled directly after each other, such as "a b c" and "1 2 3" would end up overlapping sometimes, producing "a b 1 c 2 3" which failed to trigger the correct commands.
Change-Id: I27bb60e856e9d692a21e1587dc227f8aeb5fcf4e
This causes the converter not to strip inner whitespace in them, and
causes CE to suppress the whitespace mangling logic that is normally
applied (↵ for newlines, ➞ for tabs, alternating s for spaces).
Change-Id: I738a750c91a4ca4836c485e282865bb7525bf30a
* Add map of change markers per offset to Transaction
* Map is populated by TransactionProcessor
* Markers are reversed on rollback
* Removals aren't marked, Parsoid can detect these using DSR
discontinuities
Change-Id: I2290886ab411c6ad6162044ed85c091313613e51
* ve.dm.Converter still generates metaInline/metaBlock elements as
before, it's not affected by this change
* ve.dm.Document constructor splits its input into "real" data and
metadata
** Metadata is stored in this.metadata (the meta-linmod) as a sparse
array of arrays, with an element for each offset in this.data
** this.data itself does not contain the metadata
** This means the node tree also doesn't contain the metadata
** Which means CE doesn't know about it at all
* All splice operations on the linear model are sent through
ve.dm.Document.spliceData(), which performs the splice and syncs the
meta-linmod
** Metadata in the removed range is reaped and added to the metadata for
the offset immediately following the removal
* ve.dm.Document.getFullData() splices the linmod and meta-linmod back
into each other; this "full data" is then fed back to ve.dm.Converter
Change-Id: Ief6dfd5b59cc13a8457993ed85c725413029c4fb
* Actually return the spliced data like the docs claim we do
* Remove false claim that offset can be negative
* Add that data=[] && remove=0 is invalid; native splice() doesn't allow
this, and there is a case where we call native splice() directly
* Add tests
Change-Id: I90e77c1b22ea1c36cb61e89ea47831885a0b1cb9
Previously copyObject and copyArray would silently drop null values,
which is bad, especially considering we have example data for meta nodes
that has { 'key': null } somewhere.
Also added a test case that failed prior to this change.
Change-Id: I4f233cce041fbf38f701c494f1f78ac3d8535d88
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
Attempting to descend into a string or number would cause a JS error,
because we would attempt to create prop[arguments[i]] as an empty object
(which is ignored), then try to descend into it (which blows up because
it's undefined, even though we've just set it). Guard against this by
explicitly checking for non-object-ness.
Change-Id: Ie65550baaae0ab88476c9a1ff40cc136090740a0
* Adjust the range in the annotation synchronizer, otherwise we emit
events for the wrong node
* Expanded test suite to the point where it was able to catch the bug
caused by not adjusting annotated ranges
* Removed selection.length === 0 check, no longer needed because
selectNodes() now throws an exception in this case
* Added a FIXME comment about duplicate update events that occur when
length adjustments are combined with something else
* Add a few more comments
Change-Id: I84f0368b1d7b601ed0766806607152dc97f34603
* Store the applied state in the Transaction
* Store the Transaction in the TransactionProcessor (previously, only
its operations were stored)
* Have commit() and rollback() throw exceptions when passed transactions
with the wrong applied state
* Add tests for this behavior
Change-Id: I27b7a96fdf4d3555d78f64c05a03702ea560c802
The data array is now taken by reference, and the caller must perform
any copying required.
Changed tests to make a deep copy of shared data sets (mostly
ve.dm.example) before passing them to ve.dm.Document().
Change-Id: Iedc64f9fd9cd689640de9a19379cf5f3db94a2bb
There's no use case for keeping a deep copy of the 'internal' property
in the node tree, and it was breaking some of my new tests concerning
change markers. We could keep internal data in the node tree if we
wanted to, but to be correct we'd have to synchronize every time we
changed it, which is a pain.
Change-Id: I024de1ff8b6b6154da82c103c4bb21db8ff2ec14
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
This is the outer range of the parent of the node, if known. We'll need
this for change marking: when resizing a text node, for instance, we
need to mark its containing parent. This way we get the containing
parent's element's offset for free (selectNodes already tracks it in
currentFrame) rather than having to compute it with another traversal.
Change-Id: Ia335d8080ea9d414ab9f89b943e2ea0cd11d7df3
Some tests were using the wrong node in the expected data, but because
only the summaries were compared, this would succeeed as long as the
type and length were equal (and paragraphs of length 1 are quite common
in our test data). Fixed equalNodeSelection() to compare each node by
reference as well as comparing the summaries. If one of the equality
tests fails, the summaries will still be displayed as expected/actual
data (even though they might be equal), and the message will have
"(reference equality for selection[3].node)" appended to it.
This change broke the tests because a few test cases had bad data, fixed
those in this commit as well.
Change-Id: Iab420cf29d47f7368c8a9ce79f6309efae75685c
For <p>1<br/>2</p>, selectNodes([2,2]) correctly returned the end of the
first text node, but selectNodes([4,4]) returned index 2 in the
paragraph (i.e. between the break node and the second text node). The
correct behavior is to return the start of the second text node, i.e.
the mirror image of the behavior for [2,2].
Fixed this by applying the startBetween/endBetween logic only if the
relevant adjacent node is wrapped (or if it's missing). In the code,
this is expressed as !(adjacent node present && adjacent node wrapped).
Change-Id: Ie3b7fdf1de38ee253a798a7a73bc89734f4ca4fa
The HTML "1<br/>2" was being converted to a linmod that looked like
"<p>1</p><br></br><p>2</p>". This commit fixes the wrapping logic such
that the result is "<p>1<br></br>2</p>" instead. In general, inline
nodes (content nodes) should not interrupt the wrapping, but block nodes
should.
This creates a problem for alien nodes: normally, we determine whether an
alien node is a block alien or an inline alien based on context, but if
we're in wrapping mode we're unsure of the context. We can't tell the
difference between "1<tt>Foo</tt>2" (should be wrapped as one, because
tt is inline) and "1<figure></figure>2" (1 and 2 should be wrapped
separately, because figure is block) using context alone, so in these
cases (and ONLY in these cases) we look up whether the HTML tag in
question is an inline tag or a block tag and use that to decide.
Change-Id: I75e7f3da387dd401d9b93e09a21751951eccbb83
* 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
Also changed from using "type" to "name" to make it less specific and added a test to make sure it's working.
Change-Id: I150a7ab1a57b3df85b459dbc411c2eaefe08b5bb
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
Utility function to generate an opening HTML tag. Needed to integrate
the new annotation API with ve.ce.TextNode
Change-Id: I6804bbf6f79346fde1887fa82d29ec5cd0342d60
