Introduces a referrer policy option for HTTP requests to allow specifying the referrer information sent, improving privacy and security controls.
PR Close#64116
Our code ensuring host binding composition for animations was causing the early exit and removal of
elements when multiple transitions were present on the same element. This commit fixes the issue by
ensuring that we properly keep track of all the promise resolvers on the LView and then only
call them once we've properly waited for the longest animation to finish.
fixes: #64209
PR Close#64225
There may be cases where the longest animation info has been cleaned up before the end animation fires. We should still do the end processing in that case.
PR Close#64225
These tests were not properly validating against the host binding changes due to the fact that the styles were on the wrong components in some of the host binding cases.
PR Close#64225
Now that the control flow migration is running as a part of `ng update`, we need to be a bit forgiving about there not being any matching files since it can break the entire update process.
These changes switch the error to a warning and it counts the files for the entire workspace, not the individual projects.
PR Close#64253
Move most of the implementation of the `Control` directive into core
framework instructions. This allows field state changes to be propagated
to their corresponding UI controls directly during execution of a
template update block, instead of relying on `effect()`s to synchronize
each change later during the update (and too late in the case of
required inputs).
* Define a private API in `@angular/core` for signal forms to implement:
* `ɵControl` for the `Control` directive.
* `ɵFieldState` for the control's associated `FieldState`.
* Emit specialized instructions when compiling a `[control]` binding:
* `ɵɵcontrolCreate` sets up the `ɵControl` directive if present,
determines whether it's bound to a native control element or a
custom control component, and adds the appropriate event listeners
to notify the `ɵFieldState` of UI changes.
* `ɵɵcontrol` propagates changes from `ɵFieldState` properties to their
corresponding UI control properties (in additional to binding the `control`
property itself).
PR Close#63773
* Emit a `ɵɵcontrol` instruction in place of `ɵɵproperty` for property
bindings named "control". This instruction cannot be chained, but is
otherwise functionally equivalent.
* Upcoming changes will use the `ɵɵcontrol` instruction to bind a signal
form field to a UI control (be it a native element or custom directive).
PR Close#63773
There was a bug in the logic for checking if a leave animation exists for a node. This was affecting timing of nodes with enter animations.
PR Close#64226
There are two primary reasons for this renaming:
1. It better reflects the actual nature of the proxy object, namely that
the form is represented as a tree, and that this object is used for
navigating the tree structure (while `FieldState` is used for getting
the state at a particular point in the structure).
2. This frees up the name `Field` to be used for the directive that
binds a `FieldTree` to a UI control.
PR Close#64214
This commit updates the internal transition to handle context retention
through the abort function. This retention chain included the
previousNavigation and setting this to a noop function resolves the
issue.
fixes#63983
PR Close#64141
Content Projected nodes are not destroyed and recreated, like every other
situation. Enter and Leave animations were ephemeral and are
expected to run once, and then be cleared. This means that for content projection
cases, the animations would only ever work the first time they were shown / hid.
In order to resolve this, we move to an animation queue that re-runs the animation
functions stored in the LView. In most cases, this animation will run once on creation.
For content projection, the enter and leave animations will fire more than once. Animations
are stored on the LView, but indexed and scheduled by whichever RNode needs to be animated.
So we only run animations for an affected RNode, rather than potentially all in the LView.
This also moves the queue to afterRender, which is safer than right after template
execution in refreshView.
fixes: #63418fixes: #64065fixes: #63901
PR Close#63776
Improve error handling when `rawDelays` contains fewer items than `transitionedProperties`, preventing a toLowerCase of undefined error in `parseCssTimeUnitsToMs`.
PR Close#64181
Since HTTP/2, responses no longer contain a status text besides the status code, which caused our default value of 'OK' to be used in HttpErrorResponse.message.
DEPRECATED: `HttpResponseBase.statusText` is deprecated
PR Close#64176
BREAKING CHANGE: Fix signal input getter behavior in custom elements.
Before this change, signal inputs in custom elements required function calls to access their values (`elementRef.newInput()`), while decorator inputs were accessed directly (`elementRef.oldInput`). This inconsistency caused confusion and typing difficulties.
The getter behavior has been standardized so signal inputs can now be accessed directly, matching the behavior of decorator inputs:
Before:
- Decorator Input: `elementRef.oldInput`
- Signal Input: `elementRef.newInput()`
After:
- Decorator Input: `elementRef.oldInput`
- Signal Input: `elementRef.newInput`
closes#62097
PR Close#62113
Removed `standalone: true` since it is now the default
and no longer necessary.
refactor(common): update ngComponentOutlet and ngTemplateOutlet examples and remove redundant standalone flag
Removed `standalone: true` since it is now the default
and no longer necessary.
PR Close#64155
Content Projected nodes are not destroyed and recreated, like every other
situation. Enter and Leave animations were ephemeral and are
expected to run once, and then be cleared. This means that for content projection
cases, the animations would only ever work the first time they were shown / hid.
In order to resolve this, we move to an animation queue that re-runs the animation
functions stored in the LView. In most cases, this animation will run once on creation.
For content projection, the enter and leave animations will fire more than once. Animations
are stored on the LView, but indexed and scheduled by whichever RNode needs to be animated.
So we only run animations for an affected RNode, rather than potentially all in the LView.
This also moves the queue to afterRender, which is safer than right after template
execution in refreshView.
fixes: #63418fixes: #64065fixes: #63901
PR Close#63776
Fixes two issues that were preventing template literals from being recovered properly if one of the interpolated expressions is broken:
1. We weren't updating the expected brace counter when an interpolation starts which in turn was throwing off the recovery logic in `skip`.
2. When producing tokens for template literals, we were treating the closing brace as an operator whereas other places treat it as a character. Even after fixing the first issue, this was preventing the recovery logic from working correctly.
Fixes#63940.
PR Close#64150
Prevents migration of @input() properties that contain references to 'this' in their initializer functions. This ensures that functions accessing class members via 'this' remain unchanged, preventing potential build errors.
PR Close#64142
Updated pipe examples to explicitly import the pipe for clarity and
correctness. Also removed `standalone: true` since it is now the default
and no longer necessary.
PR Close#64135
This commit updates the TypeScript configuration across the project to use `moduleResolution: "bundler"`. This modernizes our module resolution strategy to align with current TypeScript best practices and bundler behaviors.
The following changes are included:
- Updated `tsconfig.json` files to set `moduleResolution` to `"bundler"`.
- Updated the `rules_angular` bazel dependency to a version compatible with these changes.
- Adjusted related test files and golden files to reflect the new module resolution strategy.
PR Close#64125
The event listeners for animationstart and animationend weren't properly checking whether the animation event fired matched the node we're bound to, since animation events bubble. This resulted in child node animation events bubbling up and causing elements to get prematurely removed.
fixes: #64084
PR Close#64088
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