Ivy definition looks something like this:
```
class MyService {
static ngInjectableDef = defineInjectable({
…
});
}
```
Here the argument to `defineInjectable` is well known public contract which needs
to be honored in backward compatible way between versions. The type of the
return value of `defineInjectable` on the other hand is private and can change
shape drastically between versions without effecting backwards compatibility of
libraries publish to NPM. To our users it is effectively an opaque token.
For this reson why declare the return value of `defineInjectable` as `never`.
PR Close#23383
Ivy definition looks something like this:
```
class MyService {
static ngInjectableDef = defineInjectable({
…
});
}
```
Here the argument to `defineInjectable` is well known public contract which needs
to be honored in backward compatible way between versions. The type of the
return value of `defineInjectable` on the other hand is private and can change
shape drastically between versions without effecting backwards compatibility of
libraries publish to NPM. To our users it is effectively an `OpaqueToken`.
By prefixing the type with `ɵ` we are communicating the the outside world that
the value is not public API and is subject to change without backward compatibility.
PR Close#23371
- Remove default injection value from `inject` / `directiveInject` since
it is not possible to set using annotations.
- Module `Injector` is stored on `LView` instead of `LInjector` data
structure because it can change only at `LView` level. (More efficient)
- Add `ngInjectableDef` to `IterableDiffers` so that existing tests can
pass as well as enable `IterableDiffers` to be injectable without
`Injector`
PR Close#23345
This change changes:
- compiler uses `directiveInject` instead of `inject` for `Directive`s
- unifies the flags in `di` as well as `render3`
- changes the signature of `directiveInject` to match `inject` In prep for #23330
- compiler now generates flags for injection.
Compiler portion of #23342
Prep for #23330
PR Close#23345
In [glob patterns][1], the `*` wildcard is supposed to match 0 or more
characters.
For reference:
- This is also how `*` works in other implementations, such as
`.gitignore` files or Firebase hosting config.
- Some popular JS implementations (e.g. [minimatch][2], [micromatch][3])
work differently, matching 1 or more character (but not 0).
This commit "fixes" the minimal glob support in
`@angular/service-worker` to allow `*` to also match 0 characters.
[1]: https://en.wikipedia.org/wiki/Glob_%28programming%29
[2]: https://www.npmjs.com/package/minimatch
[3]: https://www.npmjs.com/package/micromatch
PR Close#23339
The ServiceWorker will redirect navigation requests that don't match any
`asset` or `data` group to the specified index file. The rules for a
request to be classified as a navigation request are as follows:
1. Its `mode` must be `navigation`.
2. It must accept a `text/html` response.
3. Its URL must match certain criteria (see below).
By default, a navigation request can have any URL except for:
1. URLs containing `__`.
2. URLs to files (i.e. containing a file extension in the last path
segment).
While these rules are fine in many cases, sometimes it is desirable to
configure different rules for the URLs of navigation requests (e.g.
ignore specific URLs and pass them through to the server).
This commit adds support for specifying an optional `navigationUrls`
list in `ngsw-config.json`, which contains URLs or simple globs
(currently only recognizing `!`, `*` and `**`).
Only requests whose URLs match any of the positive URLs/patterns and
none of the negative ones (i.e. URLs/patterns starting with `!`) will be
considered navigation requests (and handled accordingly by the SW).
(This is an alternative implementation to #23025.)
Fixes#20404
PR Close#23339
These files are in the UMD format for greater portablity, and as such
can't be marked as side-effect-free by webpack/build-optimizer/uglify.
PR Close#23366
Detect server environment by checking `typeof window` and schedule render immediately instead of waiting for RAF.
This does not make Angular Elements work on platform-server. This is just the first step.
PR Close#23324
All our package labels are `npm_package` so the bazel build reports a bunch of identical actions running, like
```
Angular Packaging: rolling up npm_package; 31s darwin-sandbox
Angular Packaging: rolling up npm_package; 30s darwin-sandbox
Angular Packaging: rolling up npm_package; 29s darwin-sandbox
Angular Packaging: rolling up npm_package; 27s darwin-sandbox
Angular Packaging: rolling up npm_package; 26s darwin-sandbox
Angular Packaging: rolling up npm_package; 23s darwin-sandbox
Angular Packaging: rolling up npm_package; 19s darwin-sandbox
Angular Packaging: rolling up npm_package; 11s darwin-sandbox
```
PR Close#23318
The 'stringify' function prints an object as [Object object] which
is not very helpful in many cases, especially in a diagnostics
message. This commit changes the behavior to pretty print an object.
PR Close#22689
When compiling templates the compiler would often bind to
closest context rather than the component context.
The only time one should be binding to the cont component is
in explicit cases where the inner template declares local variable.
PR Close#23168
Given
```
<div *ngFor=”…” (click)=“doSomething()”>
```
Before `doSomething` would execute on the inner template context, which
is incorrect. The correct behavior is to execute on the top level context
of the component.
PR Close#23168
rxjs 6.0.0 breaks strictMetadataEmit as they now publish a .d.ts file with a
structure like:
declare export class Subscription {
static EMPTY: Subscription;
}
This generates metadata which contains an error, and fails the strictMetadataEmit
validation. There is nothing a library author can do in this situation except to
set strictMetadataEmit to false.
The spirit of strictMetadataEmit is to validate that the author's library doesn't
do anything that will break downstream users. This failure is a corner case which
causes more harm than good, so this commit disables validation for metadata
collected from .d.ts files.
Fixes#22210
PR Close#23275
Lowering expressions in flat module metadata is desirable, but it won't
work without some rearchitecting. Currently the flat module index source
is added to the Program and therefore must be determined before the rest
of the transforms run. Since the lowering transform changes the set of
exports needed in the index, this creates a catch-22 in the index
generation.
This commit causes the flat module index metadata to be generated using
only those transforms which are "safe" (don't modify the index).
PR Close#23226
As we no longer create native (RNode) comment nodes for containers,
we need to execute logic for finding a next sibiling node with RNode
when inserting a view.
The mentioned logic need to be updated for the case of dynamically
created containers (LContainerNode). Indeed, we need to be able to
descend into dynamically inserted views while looking for a RNode.
To achieve this we need to have a pointer from a host LNode to a
dynamically created LContainerNode).
PR Close#23193
In pipes the content of these tags is now generated automatically.
In directives these tags have been converted to `@usageNotes` tags,
but in the future me might find a way to generate that usage too.
PR Close#23062
- properly display initial checked state
- properly remove a todo
Please note that the 'archive' option still doesn't
work correctly as listening to component outputs doesn't
seem to work (onArchive() is never called).
PR Close#23161
Currently, the flat module index metadata is produced directly from
the source metadata. The compiler, however, applies transformations
on the Typescript sources during transpilation, and also equivalent
transformations on the metadata itself. This transformed metadata
doesn't end up in the flat module index.
This changes the compiler to generate the flat module index metadata
from its transformed version instead of directly from source.
PR Close#23129
Computing the value of loadChildren does not work externally, as the CLI
needs to be able to detect the paths referenced to properly set up
codesplitting. However, internally, different approaches to codesplitting
require hashed module IDs, and the computation of those hashes involves
something like:
{path: '...', loadChildren: hashFn('module')}
ngc should lower loadChildren into an exported constant in that case.
This will never break externally, because loadChildren is always a
string externally, and a string won't get lowered.
PR Close#23088
Currently the context for inject() is only set when the token is seen
for the first time. This has two issues:
* It should always be set when injecting from that injector, because
a constructor may wish to call inject() directly.
* If an NgModuleFactory is .create()'d twice, and an ngInjectableDef
token is requested from each of them, the second time will fail.
This is because the first injection adds the provider definition
and calls the factory, and the provider definitions are shared.
The second injector will see the provider definition and call the
factory to create an instance, but without setting the correct
context for inject().
Fixes angular/material2#10586.
PR Close#23148
Misko Hevery
Igor Minar
Victor Berchet
Alex Eagle
Olivier Combe
Marc Laval
George Kalpakas
Rafael
Rob Wormald
Greg Magolan
Camilo Giraldo
Joey Perrott
Nathan Friend
Vikram Subramanian
Andrew Seguin
Alex Eagle
Kara Erickson
Pete Bacon Darwin
Keen Yee Liau
Alex Rickabaugh
paulmojicatech
Jeremy Elbourn
Pawel Kozlowski
JiaLi.Passion
Alan Agius
Steven Liekens
Aslan Vatsaev
Dirk Luijk