Ensure that the latest version of `webdriver-manager` (v12.1.7) is
installed for `protractor`, which correctly installs a ChromeDriver
version that is compatible with the latest version of Chrome.
With the previous version of `webdriver-manager`, ChromeDriver v75 would
be installed by default, which was not compatible with the latest
version of Chrome (v77).
PR Close#33206
Update `protractor` and ensure that the latest version of
`webdriver-manager` (v12.1.7) is installed, which correctly installs a
ChromeDriver version that is compatible with the latest version of
Chrome.
With the previous version of `webdriver-manager`, ChromeDriver v75 would
be installed by default, which was not compatible with the latest
version of Chrome (v77).
PR Close#33206
The `setup-local` scripts (and others that are based on it, such as
`setup-local-viewengine`), mainly does two things: Replace the Angular
packages with the locally built ones for `aio/` and the docs examples
(`aio/tools/examples/shared/`). It does this by calling two other npm
scripts: `aio-use-local` and `example-use-local` respectively.
For these scripts to work, the local Angular packages must be already
built (via `scripts/build-packages-dist.sh`). In order to make it easier
for people to test against local packages, the scripts support a
`--build-packages` option, that (if passed) will result in building the
local packages as well.
Given that the same local packages are used for both `aio/` and the
examples, we only need to build the packages once. Also, to speed up
execution on CI, we do not need to build the packages there, because the
packages would have been built already in a previous CI job.
However, the various setup npm scripts were not implemented correctly to
meet these requirements. Specifically, when running locally,
`aio-use-local` would build the packages, while `example-use-local`
would not (it was supposed to use the already built packages from
`aio-use-local`). The `example-use-local` script, though, was configured
to run before `aio-use-local`. As a result, the packages were not built,
by the time `example-use-local` needed them, which would cause an error.
This commit fixes it by ensuring that `aio-use-local` (which builds the
local Angular packages) runs before `example-use-local`, so that the
latter can use the same packages already built by the former.
PR Close#33206
Previously, when compiling the docs examples with `ngcc` (to run them in
Ivy mode), we would only consider the `es2015` property. However, some
packages (such as `angular-in-memory-web-api`) may not have that
property in their `package.json`. They might still be compilable by
`ngcc`, if they define other format properties (such as `module` or
`main`), but `ngcc` would still fail if it could not find any of the
_specified_ properties (here only `es2015`):
```
Error: Unable to process any formats for the following entry-points (tried es2015):
- /.../node_modules/angular-in-memory-web-api
```
This commit fixes potential issues by considering all properties that
would be considered if `ngcc` was run implicitly by `@angular/cli` and
aligns the command with the one that will be generated for new apps:
https://github.com/angular/angular/blob/3e14c2d02/packages/core/schematics/migrations/postinstall-ngcc/index.ts#L22
PR Close#33206
This patch introduces the `printTable()` and `printSources()`
methods to `DebugStylingContext` which can be used via the
`window.ng.getDebugNode` helpers when debugging an application.
PR Close#33179
Ensure that the latest version of `webdriver-manager` (v12.1.7) is
installed for `protractor`, which correctly installs a ChromeDriver
version that is compatible with the latest version of Chrome.
With the previous version of `webdriver-manager`, ChromeDriver v75 would
be installed by default, which was not compatible with the latest
version of Chrome (v77).
PR Close#33206
Update `protractor` and ensure that the latest version of
`webdriver-manager` (v12.1.7) is installed, which correctly installs a
ChromeDriver version that is compatible with the latest version of
Chrome.
With the previous version of `webdriver-manager`, ChromeDriver v75 would
be installed by default, which was not compatible with the latest
version of Chrome (v77).
PR Close#33206
The `setup-local` scripts (and others that are based on it, such as
`setup-local-viewengine`), mainly does two things: Replace the Angular
packages with the locally built ones for `aio/` and the docs examples
(`aio/tools/examples/shared/`). It does this by calling two other npm
scripts: `aio-use-local` and `example-use-local` respectively.
For these scripts to work, the local Angular packages must be already
built (via `scripts/build-packages-dist.sh`). In order to make it easier
for people to test against local packages, the scripts support a
`--build-packages` option, that (if passed) will result in building the
local packages as well.
Given that the same local packages are used for both `aio/` and the
examples, we only need to build the packages once. Also, to speed up
execution on CI, we do not need to build the packages there, because the
packages would have been built already in a previous CI job.
However, the various setup npm scripts were not implemented correctly to
meet these requirements. Specifically, when running locally,
`aio-use-local` would build the packages, while `example-use-local`
would not (it was supposed to use the already built packages from
`aio-use-local`). The `example-use-local` script, though, was configured
to run before `aio-use-local`. As a result, the packages were not built,
by the time `example-use-local` needed them, which would cause an error.
This commit fixes it by ensuring that `aio-use-local` (which builds the
local Angular packages) runs before `example-use-local`, so that the
latter can use the same packages already built by the former.
PR Close#33206
Previously, we would only consider the `es2015` property, but some
packages (such as `angular-in-memory-web-api`) may not have that. They
might still be compilable by `ngcc`, is they have other format
properties (e.g. `module` or `main`).
This commit fixes potential issues by considering all properties that
would be considered via the cli integration and aligns the command to
turn on ivy for docs examples with the one used in new cli apps:
https://github.com/angular/angular/blob/3e14c2d02/packages/core/schematics/migrations/postinstall-ngcc/index.ts#L22
PR Close#33206
This commit speeds up the tests by calling `MockHost.reset()` in
`beforeEach()` instead of destroying the entire language service and
creating a new one. The creation of a new language service instance is
expensive due to the need to initialize many core Symbols when creating
a new program.
This speeds ups the test (on my local machine) from 35 secs to 15 secs.
PR Close#33200
Injectable defs are not considered public API, so the property
that contains them should be prefixed with Angular's marker
for "private" ('ɵ') to discourage apps from relying on def
APIs directly.
This commit adds the prefix and shortens the name from
ngInjectableDef to "prov" (for "provider", since injector defs
are known as "inj"). This is because property names cannot
be minified by Uglify without turning on property mangling
(which most apps have turned off) and are thus size-sensitive.
PR Close#33151
Injector defs are not considered public API, so the property
that contains them should be prefixed with Angular's marker
for "private" ('ɵ') to discourage apps from relying on def
APIs directly.
This commit adds the prefix and shortens the name from
ngInjectorDef to inj. This is because property names
cannot be minified by Uglify without turning on property
mangling (which most apps have turned off) and are thus
size-sensitive.
PR Close#33151
This change assures that data structures related to initial inputs
(ones set from static attributes) are created only once (during the
first template pass) and no additional runtime checks are done for
subsequent passes.
Additionally this commit changes the data structure used by initial inputs
on TNode - previously initial inputs for a directive were stored at the
directive index in LView. This meant that an array holding initial inputs
was relativelly big and had many null elements (as placeholders for elements,
directives, injector etc.). After the change we only create an array of a size
equal to a number of directives matched on a given TNode.
For the `directive_instantiate` benchmark it boils to allocating a 1-element
array vs. 100-element array previously.
PR Close#33195
These were getting included in the @angular/localize package.
Instead, patch the upstream files to work with TS typeRoots option
See bazelbuild/rules_nodejs#1033
PR Close#33176
There are many specs in `ts_plugin_spec.ts` that exercise the behavior
of completions. These specs should belong in `completions_spec` instead.
In addition,
1. Tests for `getExternalFiles()` added in `ts_plugin_spec.ts`
2. Fixed bug in MockHost.reset() to remove overriden script names
3. Add test for TS diagnostics when `angularOnly = true` is not set
PR Close#33159
The `legacyMessageIdFormat` is taken from the `i18nInFormat` property but we were only considering
`xmb`, `xlf` and `xlf2` values.
The CLI also supports `xliff` and `xliff2` values for the
`i18nInFormat`.
This commit adds support for those aliases.
PR Close#33160
Prior to this commit, Ivy runtime asserted that a given element is an instance of a DOM node. These asserts may not be correct in case custom renderer is used, which operates objects with a shape different than DOM nodes. This commit updates the code to avoid the mentioned checks in case procedural renderer is used.
PR Close#33156
Update multi-project workspace link
weblink on the angular.io website was not working, therefore, updated the multi-project workspace link.
PR Close#33166
Prior to this patch, if a map-class binding is applied directly then
that value will be incorrectly provided a sanitizer even if there is no
sanitization present for an element.
PR Close#33154
Now, hovering over an attribute on an element will provide information
about the directive that attribute matches in the element, if any.
(More generally, we return information about directive symbols
matched on an element attribute.)
I believe this is similar to how the indexer provides this kind of
information, though more precise in the sense that this commit provides
directive information only if the directive selector exactly matches the
attribute selector. In another sense, this is a limitation.
In fact, there are the limitations of:
- Directives matched on the element, but with a selector of anything
more than the attribute (e.g. `div[string-model]` or
`[string-model][other-attr]`) will not be returned as symbols matching
on the attribute.
- Only one symbol can be returned currently. If the attribute matches
multiple directives, only one directive symbol will be returned.
Furthermore, we cannot say that the directive symbol returned is
determinstic.
Resolution of these limitations can be discussed in the future. At least
the second limitation should be very easy to fixup in a future commit.
This relies solely on the template compiler and is agnostic to any Ivy
changes, so this is strictly a feature enhancement that will not have to
be refactored when we migrate the language service to Ivy.
PR Close#33127
The `payload-size.sh` script is mainly used on CI to calculate, check
and potentially save (on non-PR builds) the sizes of the bundles for
various apps (including angular.io). If everything goes well (i.e. the
checks pass, meaning that the sizes did not increase above the specified
threshold) nothing is shown in the CI logs.
In some cases, it is useful to be able to see what the sizes were in a
specific build; e.g. for debugging purposes or when investigating a
gradual increase that happened over time. (Some of this info is
available on https://size.angular.io/, but not all.)
Previously, the only way to find out what the sizes were for a specific
build was to checkout the corresponding commit locally and build the
target app, which in turn requires building all Angular packages and can
take some time. Given that the sizes are already calculated on CI, this
was a waste.
This commit makes it easy to find out the bundle sizes for a specific
build/commit by always printing out the calculated sizes (thus making
them show up in the CI logs).
PR Close#33099