The `split` helper function in `packages/router/src/utils/config_matching.ts` was blind to the current outlet being processed. When encountering an empty path named outlet in the config, it would assume it needed to pull it in as a synthetic empty group, even if we were already in the process of resolving that very outlet!
When navigating to `/(secondary:component-copy)` with this config:
```typescript
{
path: '',
component: MainLayout,
children: [
{ path: '', outlet: 'secondary', component: SecondaryComponent, children: [{path: 'component-copy'}] }
]
}
```
The router uses `MainLayout` as a pass-through and calls `split` on its children with segments `['component-copy']`.
`split` uses the `containsEmptyPathMatchesWithNamedOutlets` helper to determine if there are any candidate empty path named outlets to pull in. Because of this, it sees `{ path: '', outlet: 'secondary' }` and says: "Ah, an empty path named outlet! I must pull it in!"
Rather than falling through to standard segment matching, it returns `UrlSegmentGroup(segments: [], children: {secondary: emptyGroup})`.
The router then tries to process `primary` (with `[]` segments) and fails because the config only has `secondary`. It also tries to process `secondary` with the `emptyGroup`. While `{ path: '', outlet: 'secondary' }` matches the empty group, its child `{ path: 'component-copy' }` fails to match because the `emptyGroup` has no segments! So both branches fail, resulting in a `NoMatch` error for the entire navigation!
Pulling in empty path named outlets IS desired when they act as siblings to segments we are matching. This has worked before and continues to work!
```typescript
{
path: 'a',
children: [
{ path: 'b', component: ComponentB },
{ path: '', component: ComponentC, outlet: 'aux' }
]
}
```
When navigating to `a/b`, `split` sees segments `['b']` and the `aux` empty path. It pulls in `aux` so it gets instantiated alongside `b`. This is correct!
If we have a named outlet with a non-empty path under an empty path parent:
```typescript
{
path: '',
component: MainLayout,
children: [
{ path: 'component-copy', outlet: 'secondary', component: ComponentE }
]
}
```
When we navigate to `/(secondary:component-copy)`:
- `split` uses `containsEmptyPathMatchesWithNamedOutlets` to see if there are any empty path named outlets. Since it only sees `path: 'component-copy'`, it returns `false`.
- It falls through to standard segment matching, which finds `component-copy` in the segments array and activates it flawlessly!
This worked perfectly before the fix because it didn't use `containsEmptyPathMatchesWithNamedOutlets`.
The fix passes the **current active outlet context** into `split`. If `split` finds an empty path named outlet that matches the outlet we are already processing, it ignores it as a pull-in candidate.
When evaluating `MainLayout` children for `secondary`:
- URL Segments left to process: `['component-copy']`
- Current Outlet: `secondary`
- `childConfig`: `[{ path: '', outlet: 'secondary' }]`
Previously, `split` saw the empty path and pulled it in as a synthetic empty group, breaking matching. Now, since `getOutlet(r) === outlet` (both are `secondary`), the fix ignores it. Instead of returning empty segments, it **falls through to standard segment matching**, which successfully find the `component-copy` segment!
When evaluating `ComponentA` children for `primary`:
- URL Segments left to process: `['b']`
- Current Outlet: `primary`
- `childConfig`: `[{ path: 'b' }, { path: '', outlet: 'aux' }]`
Since `getOutlet(aux) !== primary`, the fix **does not ignore it**. `split` pulls in `aux: emptyGroup` as a sibling, instantiating `ComponentC` alongside `ComponentB`. This preserves correct behavior for auxiliary outlets!
fixes#67708
SVG animation elements (`animate` and `set`) can be used to animate sensitive attributes like `href` or `xlink:href`. Binding to these animation attributes (like `to`, `from`, or `values`) with a sensitive target creates an XSS vector.
This change mitigates this risk by:
1. Classifying `to`, `from`, and `values` on `<animate>` and `<set>` elements as `ATTRIBUTE_NO_BINDING` in the DOM security schema to prevent standard dynamic bindings.
2. Adding runtime validations in `ɵɵvalidateAttribute` to verify that `attributeName` is not a sensitive attribute (such as `href` or `xlink:href`) when processed by a set of `SECURITY_SENSITIVE_ATTRIBUTE_NAMES`. If it is, a runtime error `UNSAFE_ATTRIBUTE_BINDING` is thrown.
3. Adding regression tests in `integration_spec.ts` to ensure unsafe bindings throw an error while safe ones pass correctly.
PR Close#67797
Previously, the `data` attribute of the `<object>` tag was being sanitized as a regular URL instead of a `ResourceURL`, which is security-sensitive.
This commit updates the runtime sanitization logic to correctly identify `object[data]` as a `ResourceURL` context. Additionally, the sanitizer lookup logic has been refactored to use a more efficient lookup map (`RESOURCE_MAP`) instead of multiple `Set` lookups, providing better performance and maintainability.
Added tests to verify the correct sanitization of `object[data]` and its behavior with trusted values.
PR Close#67797
This change is a security hardening measure to prevent potentially unsafe attribute value manipulation through SVG animations. By mapping `animate|to`, `animate|from`, `animate|values`, and `set|to` to the `SecurityContext.URL`, Angular will now automatically sanitize these attributes.
PR Close#67797
Avoid substring matching on importClause.getText() which caused suffix collisions (e.g., BarComponent vs FooBarComponent). Use AST-based matching for default and named (including aliased) imports to reliably resolve the correct import path when generating loadComponent.
Fixes race conditions where intermediate layout renders caused the browser to emit 'largest-contentful-paint' events or 'load' events that led to inconsistent console logs. Updated tests to correctly wait for elements to stabilize and properly filter expected log messages.
The `pending` getter in `AbstractControl` used loose equality (`==`)
while all other status getters (`valid`, `invalid`, `disabled`) use
strict equality (`===`). Both sides are strings so behavior is
identical, but this inconsistency would fail strict linting rules.
Updates the Angular CLI reference to reflect current framework defaults:
- Changes the recommended application builder to @angular/build:application.
- Replaces Jasmine and Web Test Runner with Vitest as test runner examples.
The `localize-translate` CLI tool uses the `locale` field from translation files to expand the `{{LOCALE}}` placeholder in the output directory. It failed to sanitize `locale` input, allowing malicious translations to write files outside of the configured output directory.
This change mitigates this issue by combining.
Closes#67906
Aligns list formatting, replaces the “Helpful” block with an
IMPORTANT note for better visibility, and removes the separate
example file by inlining the single relevant line directly
in the documentation.
Replaced testing constructions of `Date` objects from `formatDate` tests from plain ISO strings over to 'new Date(year, month, date)'.
Instantiating 'new Date("2024-01-01")' parses the string strictly as UTC midnight ("2024-01-01T00:00:00.000Z"). When local operations execute (such as calculating `getThursdayThisIsoWeek` boundaries), the UTC date shifts relative to the executing machine's timezone. For example, in PST (GMT-8), that date translates exactly to 'December 31st 16:00:00', pushing week boundaries backwards.
By wrapping date constructs explicitly as 'new Date(2024, 0, 1)', it natively guarantees local midnight execution and prevents boundaries shifting on global CI Remote Build Execution (RBE) workers.
Example (from a machine in PST):
```javascript
> new Date('2024-01-01')
Sun Dec 31 2023 16:00:00 GMT-0800 (Pacific Standard Time)
> new Date(2024, 0, 1)
Mon Jan 01 2024 00:00:00 GMT-0800 (Pacific Standard Time)
```
Removes the 'America/New_York' timezone string test case from `formatDate` tests because the underlying `Date.parse` API does not support IANA timezone strings. This caused the timezone calculation to silently fall back to the local executing machine's timezone, leading to non-deterministic test flakiness on Remote Build Execution (RBE) workers operating in varying geographic locations.
The current PR review skill blindly attempts to checkout branches using the `gh` CLI.
This creates fatal errors if the branch being checked out is already tied to a different git worktree.
Additionally, the logic didn't give the user a clear way to enforce a remote code review when they are the author.
This change updates the `Execution Workflow` to prioritize an explicit user instruction to review remotely, and updates the `Local Code Review` instructions to enforce checking for worktree conflicts before executing local checkouts.
This adds support for a `debounce` option to the `validateAsync` and `validateHttp` functions.
This allows developers to debounce the triggering of async validators to improve performance.
A `DebounceTimer` type was also added to `@angular/core` to represent the wait condition parameters uniformly.
Move the domino bundling logic and related shims into a centralized third_party directory within packages/platform-server. This avoids duplication of the bundling logic and ensures consistent shimming across the platform-server package and its entry points.
Following a conversation with OSS licensing, this change also includes the domino LICENSE file in the generated npm package to comply with licensing requirements for bundled third-party code.
```
├── fesm2022
│ ├── init.mjs
│ ├── init.mjs.map
│ ├── platform-server.mjs
│ ├── platform-server.mjs.map
│ ├── _server-chunk.mjs
│ ├── _server-chunk.mjs.map
│ ├── testing.mjs
│ └── testing.mjs.map
├── LICENSE
├── package.json
├── README.md
├── third_party
│ └── domino
│ ├── bundled-domino.d.ts
│ ├── bundled-domino.mjs
│ ├── bundled-domino.mjs.map
│ └── LICENSE
└── types
├── init.d.ts
├── platform-server.d.ts
└── testing.d.ts
```
Pawel Kozlowski