The stock Android browser doesn't support the current for-in body/style
detection for animations and transitions but we can manually fix this.
This is useful for PhoneGap web-views or traditional web-apps using the
stock browser.
Previously an element like
<div class="foo ng-cloak">...</div>
would still be annoyingly visible if it matched a CSS rule like
.foo { display: inline-block; }, overriding ng-cloak's display: none.
Previously if a template contained a directive that had a template
(sync or async) and the directive template was to replace the original
element and the directive template contained another directive on the
root element of this template and this new directive was an element
transclude directive then an infinite recursion would follow because
the compiler kept on re-adding and reapplying the original directive
to the replaced node.
This change fixes that.
Closes#2155
This reverts commit 15e1a29cd0.
The original commit was fixing two issues - one of them was
preventing attributes that triggered directives that replaced
the compiled node to be merged into the new node.
This change was a breaking change (as seen in the diff of the
tests in this commit) and that's why it's being removed.
A proper fix will follow.
- parallelize the tasks
- cache requests (e2e tests)
This reduces the time from ~18min to ~12min.
It makes the output little messy. We could buffer output of each task and display it once it's fully finished, nicely. I think giving instant feedback is better.
This reverts commit 0c6fb665a4.
The change invalidated the test because the point of the the test
was to test that an element directive works. Changing it to attribute
directive was wrong.
parseKeyValue and toKeyValue can now handle duplicate values in the query.
```
?x=1&x=2 <-> {x:[1,2]}
```
The algorithm looks like:
1)parseKeyValue looks for presence of obj[key]
2)detects and replaces obj[key] with [obj[key],val]
3)then pushes more duplicates if necessary
4)toKeyValue decodes array correctly
5)(not changed)$location.search({param: 'key'}) still replaces if necessary
6)(not changed)$location.search({param: ['key1', 'key2']}) sets the url with duplicates
BREAKING CHANGE: Before this change:
- `parseKeyValue` only took the last key overwriting all the previous keys;
- `toKeyValue` joined the keys together in a comma delimited string.
This was deemed buggy behavior. If your server relied on this behavior
then either the server should be fixed or a simple serialization of
the array should be done on the client before passing it to $location.
This plugin is shipped as a default one with Karma. It's specified as a peer dependency.
I assume, there's an old version of NPM on the CI server, which does not support peerDependencies and therefore it didn't get installed.
This will make the dependency explicit.
In Angular.toJson, any properties with a leading '$' character will be
stripped from the resulting string since angular uses this notation
internally for services. There have been complaints of not knowing
about this functionality until it breaks within their code.
img[src]="https://foo" has the unfortunate problem that the browser will
actually try retrieving the resource the non FQDN foo. The local DNS
might suffix a domain to this, resolve it, and try to present a
certificate for the https request and prompt the user to pick a
certificate. This commit avoids that by making foo a FQDN. Note that it
might be better to replace foo with example.com (ref
http://tools.ietf.org/html/rfc2606#section-3).
This should not affect the Jenkins build at all.
Now, the Travis build uses Chrome on Sauce Labs, which in theory gives us opportunity to use any
browser/platform that Sauce Labs offers.
The description of the input selector made it seem that you were selecting
an input element based upon it's name attribute. In reality, you are
selecting an element by the string in the ng-model attribute.
With the recent refactoring of $location service we changed this behavior
resulting in a regression.
Previously we thought that html5 mode always required base[href]
to be set in order for urls to resolve properly. It turns out that
base[href] is problematic because it makes anchor urls (#foo) to
always resolve to the base url, which is almost always incorrect
and results in all anchors links and other anchor urls (e.g. svg
references) to be broken.
For this reason, we should now start recommending that people just
deploy to root context (/) and not set the base[href] when using
the html5 mode (push/pop history state).
If it's impossible to deploy to the root context then either all
urls in the app must be absolute or base[href] must be set with the
caveat that anchor urls in such app won't work.
Closes#2762
BREAKING CHANGE: Concatenating expressions makes it hard to reason about
whether some combination of concatenated values are unsafe to use
and could easily lead to XSS. By requiring that a single expression
be used for *[src/ng-src] such as iframe[src], object[src], etc.
(but not img[src/ng-src] since that value is sanitized), we ensure that the value
that's used is assigned or constructed by some JS code somewhere
that is more testable or make it obvious that you bound the value to
some user controlled value. This helps reduce the load when
auditing for XSS issues.
To migrate your code, follow the example below:
Before:
JS:
scope.baseUrl = 'page';
scope.a = 1;
scope.b = 2;
HTML:
<!-- Are a and b properly escaped here? Is baseUrl
controlled by user? -->
<iframe src="{{baseUrl}}?a={{a}&b={{b}}">
After:
JS:
var baseUrl = "page";
scope.getIframeSrc = function() {
// There are obviously better ways to do this. The
// key point is that one will think about this and do
// it the right way.
var qs = ["a", "b"].map(function(value, name) {
return encodeURIComponent(name) + "=" +
encodeURIComponent(value);
}).join("&");
// baseUrl isn't on scope so it isn't bound to a user
// controlled value.
return baseUrl + "?" + qs;
}
HTML: <iframe src="{{getIframeSrc()}}">
BREAKING CHANGE: Interpolations inside DOM event handlers are
disallowed. DOM event handlers execute arbitrary Javascript code.
Using an interpolation for such handlers means that the interpolated
value is a JS string that is evaluated. Storing or generating such
strings is error prone and likely leads to an XSS if you're not
super careful. On the other hand, ng-click and such event handlers
evaluate Angular expressions that are a lot safer (e.g. No direct
access to global objects - only scope), cleaner and harder to
exploit.
To migrate the code follow the example below:
Before:
JS: scope.foo = 'alert(1)';
HTML: <div onclick="{{foo}}">
After:
JS: scope.foo = function() { alert(1); }
HTML: <div ng-click="foo()">
