The basic approach is to introduce a new elt.data() called $classCounts that keeps
track of how many times ngClass, ngClassEven, or ngClassOdd tries to add a given class.
The class is added only when the count goes from 0 to 1, and removed only when the
count hits 0.
To avoid duplicating work, some of the logic for checking which classes
to add/remove move into this directive and the directive calls $animate.
Closes#5271
Due to a known V8 memory leak[1] we need to perform extra cleanup to make it easier
for GC to collect this scope object.
V8 leaks are due to strong references from optimized code (fixed in M34) and inline
caches (fix in works). Inline caches are caches that the virtual machine builds on the
fly to speed up property access for javascript objects. These caches contain strong
references to objects so under certain conditions this can create a leak.
The reason why these leaks are extra bad for Scope instances is that scopes hold on
to ton of stuff, so when a single scope leaks, it makes a ton of other stuff leak.
This change removes references to objects that might be holding other big
objects. This means that even if the destroyed scope leaks, the child scopes
should not leak because we are not explicitly holding onto them.
Additionally in theory we should also help make the current scope eligible for GC
by changing properties of the current Scope object.
I was able to manually verify that this fixes the problem for the following
example app: http://plnkr.co/edit/FrSw6SCEVODk02Ljo8se
Given the nature of the problem I'm not 100% sure that this will work around
the V8 problem in scenarios common for Angular apps, but I guess it's better
than nothing.
This is a second attempt to enhance the cleanup, the first one failed and was
reverted because it was too aggressive and caused problems for existing apps.
See: #6897
[1] V8 bug: https://code.google.com/p/v8/issues/detail?id=2073Closes#6794Closes#6856Closes#6968
script/web-server.js is not present anymore. This doc might be referencing a previous version of the
code. Currently the only way to start the server seems to be using "npm start".
Closes#6966
There was an extra call to angular.module() not being used in 'getter' mode. While this doesn't
break the demo app, it does look kind of weird, so lets toss it.
Closes#6969
ddb8081982 refactors jqLite, and removes support
for IE8. This patch extends this to prevent the CL from breaking IE8, and to
remain suitable for the 1.2.x branch.
Closes#6963
Previously, the jqLite constructor was limited and would be unable to circumvent many of the HTML5
spec's "allowed content" policies for various nodes. This led to complicated and gross hacks around
this in the HTML compiler.
This change refactors these hacks by simplifying them, and placing them in jqLite rather than in
$compile, in order to better support these things, and simplify code.
While the new jqLite constructor is still not even close to as robust as jQuery, it should be more
than suitable enough for the needs of the framework, while adding minimal code.
Closes#6941Closes#6958
Previously, constant numbers with a unary minus sign were not treated as constants. This fix corrects
this behaviour, and may provide a small performance boost for certain applications, due to constant
watches being automatically unregistered after their first listener call.
Closes#6932
If the type of a type-hint was not recognized, say a "Promise", then
the background color was left as white. Given that the default
foreground color is also white, this meant that such type-hints were
invisible.
Closes#6934
It is too easy to forget to check jscs for things like trailing whitespace
before pushing commits, such as simple doc changes. This then breaks the
build and is messy. Adding jscs to the test task gives people a slightly
better chance of catching these before pushing.
Due to a known V8 memory leak[1] we need to perform extra cleanup to make it easier
for GC to collect this scope object.
The theory is that the V8 leaks are due to inline caches which are caches
built on the fly to speed up property access for javascript objects.
By cleaning the scope object and removing all properties, we clean up ICs
as well and so no leaks occur.
I was able to manually verify that this fixes the problem for the following
example app: http://plnkr.co/edit/FrSw6SCEVODk02Ljo8se?p=preview
Given the nature of the problem I'm not 100% sure that this will work around
the V8 problem in scenarios common for Angular apps, but I guess it's better
than nothing.
[1] V8 bug: https://code.google.com/p/v8/issues/detail?id=2073Closes#6794Closes#6856
Using node_module/.bin/gulp will enable to gulp command to run
both on Windows and Linux. In its current form, the default action of
executing a Javascript file on Windows does not use node.
Requires quotes around the command to correctly resolve path on Windows
Closes#6346
Makes xhr status text accessible is $http success/error callback.
See www.w3.org/TR/XMLHttpRequest/#dom-xmlhttprequest-statustext
Closes#2335Closes#2665Closes#6713
The `git fetch --all` resulted in an error if in the local `.gitconfig`
a remote was configured that does not exist in the bower/code.anguarjs.org
repositories (e.g. "remote "upstream-prs"").
The CDN version of angular is now calculated on every build,
by looking at the tags in angular/angular.js, sorting them
by semver and checking against ajax.googleapis.com which
one is available.
If a JS animation is run before a CSS animation then the JS animation may end up writing style
data to the element. If any transition or animation style data is written then it may end up
being accidentally inherited into the CSS animation hanlder that ngAnimate uses. This may result
in an unexpected outcome due to the tweaks and hacks that the CSS handler places on the element.
If the CSS animation is run before the JS animation then, if there are no transitions on the style
attribute nor within the global CSS on the page then nothing will happen and the JS animation can
work as expected.
Closes#6675
quite a few folks struggle with how to test directives with external templates.
karma-ng-html2js-preprocessor provides an easy solution but the issues is not
raised in the docs.
