Chrome and other browsers on Windows often
append the drive name to the pathname,
as described in #4680. This would cause
the location service to browse to odd
URLs, such as /C:/myfile.html,
when opening apps using file://.
Fixes #4680
See doc update in the diff for more info.
BREAKING CHANGE: jqLite#scope() does not return the isolate scope on the element
that triggered directive with isolate scope. Use jqLite#isolateScope() instead.
When an isolate scope directive is also a "replace" directive and at the root of its template
it has other directives, we need to keep track remember to use isolate scope when linking
these.
This commit fixes the leakage of this state when this directive is used again later inside
or outside of the isolate directive template.
Fixes an issue when we didn't share the isolate scope with the controller
of the directive from the isolate directive's template when this directive
was replaced onto the isolate directive element.
I had to fix one unit test, as it assumed the broken behavior, where application template gets the
isolate scope of other (isolate) directive, rather than the regular scope.
BREAKING CHANGE: Child elements that are defined either in the application template or in some other
directives template do not get the isolate scope. In theory, nobody should rely on this behavior, as
it is very rare - in most cases the isolate directive has a template.
Fixes issue with isolate scope leaking all over the place into other directives on the same element.
Isolate scope is now available only to the isolate directive that requested it and its template.
A non-isolate directive should not get the isolate scope of an isolate directive on the same element,
instead they will receive the original scope (which is the parent scope of the newly created isolate scope).
Paired with Tobias.
BREAKING CHANGE: Directives without isolate scope do not get the isolate scope from an isolate directive on the same element. If your code depends on this behavior (non-isolate directive needs to access state from within the isolate scope), change the isolate directive to use scope locals to pass these explicitly.
// before
<input ng-model="$parent.value" ng-isolate>
.directive('ngIsolate', function() {
return {
scope: {},
template: '{{value}}'
};
});
// after
<input ng-model="value" ng-isolate>
.directive('ngIsolate', function() {
return {
scope: {value: '=ngModel'},
template: '{{value}}
};
});
Closes#1924Closes#2500
This refactors the filter guide docs into a single file.
Also removes out of date references to the fact that Angular used to enhance Arrays while evaluating expressions.
Before, there we multiple overview docs:
- guide/overview
- guide/introduction
- guide/dev_guide.mvc
- guide/dev_guide.mvc.understanding_model
- guide/dev_guide.mvc.understanding_view
- guide/concepts
Now we have:
- guide/introduction: High level description of Angular with the key benefits but without code or any concrete concepts
- guide/concepts: explains all important concepts with a simple example and contains deep links to the other parts of the guide.
All the old information was moved into existing documents or deleted when they were duplicates.
We need to wait until animations have added the content to the document before
trying to `autoscroll` to anchors that may have been inserted.
Fixes#4723
The msie variable is a global variable used within the ng core which contains the
version number for the current Internet Explorer browser that is rendering the
application. Other modules outside of the ng core could make use of this variable
instead of having to rollout duplicate detection code. This code makes it easy to
reuse this simple property within the $sniffer service.
Due to animations, DOM might get destroyed much later than scope and so the element $destroy event
might get fired outside of $digest, which causes changes to the validation model go unobserved
until the next digest. By deregistering on scope event, the deregistration always happens
in $digest and the form validation model changes will be observed.
Closes#4226Closes#4779
BREAKING CHANGE:
This commit introduces the notion of "private" properties (properties
whose names begin and/or end with an underscore) on the scope chain.
These properties will not be available to Angular expressions (i.e. {{
}} interpolation in templates and strings passed to `$parse`) They are
freely available to JavaScript code (as before).
Motivation
----------
Angular expressions execute in a limited context. They do not have
direct access to the global scope, Window, Document or the Function
constructor. However, they have direct access to names/properties on
the scope chain. It has been a long standing best practice to keep
sensitive APIs outside of the scope chain (in a closure or your
controller.) That's easier said that done for two reasons: (1)
JavaScript does not have a notion of private properties so if you need
someone on the scope chain for JavaScript use, you also expose it to
Angular expressions, and (2) the new "controller as" syntax that's now
in increased usage exposes the entire controller on the scope chain
greatly increaing the exposed surface. Though Angular expressions are
written and controlled by the developer, they (1) typically deal with
user input and (2) don't get the kind of test coverage that JavaScript
code would. This commit provides a way, via a naming convention, to
allow publishing/restricting properties from controllers/scopes to
Angular expressions enabling one to only expose those properties that
are actually needed by the expressions.
When using ngIf with ngInclude on the same element, ngIf previously did not remove
elements added by ngInclude. Similarly, when using ngIfStart/End, ngIf will miss
elements added between the start/end markers added after ngIf is linked.
This commit changes the behavior of ngIf to add a comment node at the end of its
elements such that elements between the starting comment and this ending comment
are removed when ngIf's predicate does not hold.
Recently we changed the priority of attribute interpolation directive to -100
to ensure that it executes early in the post linking phase. This causes issues
with when terminal directives are placed on elements with attribute bindings
because the terminal directive will usually have 0 or higher priority which
results in attr interpolation directive not being applied to the element.
To fix this issue I'm switching the priority back to 100 and making moving the
binding setup into the pre-linking function.
This means that:
- terminal directives with priority lower than 100 will not affect the attribute
binding
- if a directive wants to add or alter bindings it can do so in the pre-linking
phase, as long as the priority of this directive is more than 100
- all post-linking functions will execute after the attribute binding has been
set up
- all pre-linking functions with directive priority lower than 100 will execute
after the attribute bindings have been setup
BREAKING CHANGE: the attribute interpolation (binding) executes as a directive
with priority 100 and the binding is set up in the pre-linking phase. It used
to be that the priority was -100 in rc.2 (100 before rc.2) and that the binding
was setup in the post-linking phase.
Closes#4525Closes#4528Closes#4649
When we re-enter compilation either due to async directive templates or element transclude directive
we need to keep track of controllers to instantiate during linking.
This piece of info was missing when re-entering compilation and that's what this commit fixes.
I also reordered the properties in the previousCompileContext object.
Closes#4434Closes#4616
A common mistake for beginners is to attach a controller in both the
$routeProvider and also in the html document using the ng-controller
directive. This change highlights this, to help prevent developers from
doing so in the future.
Closes#4409
