As a side effect of 09b34bae8655d4251516655c317b150c46cd3653,
we fixed that the docs systemjs examples currently do not run
with Ivy in JIT mode. This now uncovered new failures with the JIT
resource loading. e.g.
```
zone.js:665 Unhandled Promise rejection: Component 'PhoneListComponent' is not resolved:
- templateUrl: ./phone-list.template.html
Did you run and wait for 'resolveComponentResources()'? ; Zone: <root> ; Task: Promise.then ; Value: Error: Component 'PhoneListComponent' is not resolved:
- templateUrl: ./phone-list.template.html
Did you run and wait for 'resolveComponentResources()'?
at Function.get (directive.ts:54)
at getComponentDef (definition.ts:648)
at verifyDeclarationsHaveDefinitions (module.ts:185)
at Array.forEach (<anonymous>)
at verifySemanticsOfNgModuleDef (module.ts:159)
at Function.get (module.ts:132)
at getInjectorDef (defs.ts:181)
at R3Injector.processInjectorType (r3_injector.ts:230)
at eval (r3_injector.ts:114)
at eval (r3_injector.ts:451) Error: Component 'PhoneListComponent' is not resolved:
```
We temporarily disable these two failing SystemJS examples by adding them to the
`fixmeIvyExamples` list.
PR Close#28984
Currently the docs example tests (`test_docs_examples_ivy`
and `test_docs_examples`) are the culprits for a slow-down
in our overall CI turnaround. We need to increase parallelism
in order to make our CI turnaround more _acceptable_. This is
temporary and the long-term goal is to move these tests to Bazel
with remote build execution.
References #28940
PR Close#28984
Currently the "test_docs_examples_ivy" job attaches
the legacy package output, while we can also attach
the Ivy NPM package output. We don't need Ngcc to downlevel
the Angular packages in order to run the docs examples with Ivy.
PR Close#28984
Currently when adding the example boilerplate to all
examples with Ivy enabled, we run Ngcc and transform
all found formats. This potentially slows down the build and
is not necessary as we only need the "fesm5" and "fesm2015" bundles.
PR Close#28984
This change helps highlight certain misoptimizations with Closure
compiler. It is also stylistically preferable to consistently use index
access on index sig types.
Roughly, when one sees '.foo' they know it is always checked for typos
in the prop name by the type system (unless 'any'), while "['foo']" is
always not.
Once all angular repos are conforming this will become a tsetse.info
check, enforced by bazel.
PR Close#28937
Previously, the VSCode settings for the workspace specified the
`clang-format.executable` setting to configure auto-formatting to use
`clang-format`. Yet, this setting has no effect without the extension
that provides that configuration option namely [xaver.clang-format][1]).
For people that didn't have the extension installed, VSCode would use
the default formatters, resulting in vastly different file fomatting.
This commit adds a set of [rcommended workspace extensions][2], to help
people get the right extensions when checking out the repository.
The recommended extensions are:
- [gkalpak.aio-docs-utils][3]:
Utilities to aid in authoring/viewing Angular documentation source
code. Currently, mainly aid in working with
`{@example}`/`<code-example>` tags.
- [ms-vscode.vscode-typescript-tslint-plugin][4]:
Add auto-linting for TS files using `tslint` while editing.
- [xaver.clang-format][1]:
Add auto-formatting for JS/TS files using `clang-format`.
[1]: https://marketplace.visualstudio.com/items?itemName=xaver.clang-format
[2]: http://go.microsoft.com/fwlink/?LinkId=827846
[3]: https://marketplace.visualstudio.com/items?itemName=gkalpak.aio-docs-utils
[4]: https://marketplace.visualstudio.com/items?itemName=ms-vscode.vscode-typescript-tslint-plugin
PR Close#28784
Previously, auto-formatting on save was enabled for all file types,
which meant also using default VSCode formatting settings for files
where this was not desirable - for example HTML files (such as
angular.io and docs examples templates) and JSON files (such as Firebase
configurations).
This was problematic for the following reasons:
- Unlike with JS/TS files, the formatting of other file types is not
checked/enforced on CI.
- Formatting is subject to default VSCode settings and everyone's local
VSCode settings overrides.
- Especially for docs examples files, changing the layout might require
updating the wording in corresponding guides (e.g. when referring to
line-numbers).
If we decide that we do want to lint those other file types as well
(which sounds like a good idea), we should do it in a way that ensures
consistent formatting and check the formatting on CI.
PR Close#28784
Previously the start of a character indicated by an escape sequence
was being incorrectly computed by the lexer, which caused tokens
to include the start of the escaped character sequence in the
preceding token. In particular this affected the name extracted
from opening tags if the name was terminated by an escape sequence.
For example, `<t\n>` would have the name `t\` rather than `t`.
This fix refactors the lexer to use a "cursor" object to iterate over
the characters in the template source. There are two cursor implementations,
one expects a simple string, the other expects a string that contains
JavaScript escape sequences that need to be unescaped.
PR Close#28978
The parts of a token are supposed to be an array of not-null strings,
but we were using `null` for tags that had no prefix. This has been
fixed to use the empty string in such cases, which allows the `null !`
hack to be removed.
PR Close#28978
Prior to this change, TypeScript stripped out some imports in case we reference a type that can be represented as a value (for ex. classes). This fix ensures that we use correct symbol identifier, which makes TypeScript retain the necessary import statements.
PR Close#28941
This commit removes code duplication around projectables nodes insertion.
It also simplfy the overall logic by using recursive function calls instead
of hand-unrolled stack (we can always optimise this part if needed).
PR Close#29008
When web-animations and/or CSS keyframes are used for animations certain
CSS style values (such as `display` and `position`) may be ignored by a
keyframe-based animation. Angular should special-case these styles to
ensure that they get applied as inline styles throughout the duration of
the animation.
Closes#24923Closes#25635
Jira Issue: FW-1091
Jira Issue: FW-1092
PR Close#28911
Angular supports using <style> and <link> tags inline in component
templates, but previously such tags were not implemented within the ngtsc
compiler. This commit introduces that support.
FW-1069 #resolve
PR Close#28997
Prior to this change i18n block bindings were converted to Expressions right away (once we first access them), when in non-i18n cases we processed them differently: the actual conversion happens at instructions generation. Because of this discrepancy, the output for bindings in i18n blocks was generated incorrectly (with invalid indicies in pipeBindN fns and invalid references to non-existent local variables). Now the bindings processing is unified and i18nExp instructions should contain right bind expressions.
PR Close#28969
This commit introduces support for the windows paths in the new concrete types mechanism that was introduced in this PR https://github.com/angular/angular/pull/28523
Normalized posix paths that start with either a `/` or `C:/` are considered to be an absolute path.
Note: `C:/` is used as a reference, as other drive letters are also supported.
Fixes#28754
PR Close#28752
Prior to this change, the logic that outputs i18n consts (like `const MSG_XXX = goog.getMsg(...)`) didn't have a check whether a given const that represent a certain i18n message was already included into the generated output. This commit adds the logic to mark corresponding i18n contexts after translation was generated, to avoid duplicate consts in the output.
PR Close#28967
Karma is not configured to retrieve the imported scripts using those
absolute deep paths. Using relative paths instead.
See [here][1] for an example failing job.
[1]: https://circleci.com/gh/angular/angular/220751
PR Close#29009
The partial evaluator in ngtsc can handle a shorthand property declaration
in the middle evaluation, but fails if evaluation starts at the shorthand
property itself. This is because evaluation starts at the ts.Identifier
of the property (the ts.Expression representing it), not the ts.Declaration
for the property.
The fix for this is to detect in TypeScriptReflectionHost when a ts.Symbol
refers to a shorthand property, and to use the ts.TypeChecker method
getShorthandAssignmentValueSymbol() to resolve the value of the assignment
instead.
FW-1089 #resolve
PR Close#28936
This will make the debugging output go away
DEBUG: Rule 'io_bazel_rules_sass' modified arguments {"sha256": "6caffb8277b3033d6b5117b77437faaa6cd3c6679d6d6c81284511225aa54711"}
PR Close#28994
In the past, the sanitizer would remove unsafe elements, but still
traverse and sanitize (and potentially preserve) their content. This was
problematic in the case of `<style></style>` tags, whose content would
be converted to HTML text nodes.
In order to fix this, the sanitizer's behavior was changed in #25879 to
ignore the content of _all_ unsafe elements. While this fixed the
problem with `<style></style>` tags, it unnecessarily removed the
contents for _any_ unsafe element. This was an unneeded breaking change.
This commit partially restores the old sanitizer behavior (namely
traversing content of unsafe elements), but introduces a list of
elements whose content should not be traversed if the elements
themselves are considered unsafe. Currently, this list contains `style`,
`script` and `template`.
Related to #25879 and #26007.
Fixes#28427
PR Close#28804
Currently if an embedded view contains projected nodes, its `rootNodes` array will include `null` instead of the root nodes inside the projection slot. This manifested itself in one of the Material unit tests where we stamp out a template and then move its `rootNodes` into the overlay container.
This PR is related to FW-1087.
PR Close#28951
For efficiency reasons we often put several different data types (`RNode`, `LView`, `LContainer`,
`StylingContext`) in same location in `LView`. This is because we don't want to pre-allocate
space
for it because the storage is sparse. This file contains utilities for dealing with such data
types.
How do we know what is stored at a given location in `LView`.
- `Array.isArray(value) === false` => `RNode` (The normal storage value)
- `Array.isArray(value) === true` => than the `value[0]` represents the wrapped value.
- `typeof value[TYPE] === 'object'` => `LView`
- This happens when we have a component at a given location
- `typeof value[TYPE] === 'number'` => `StylingContext`
- This happens when we have style/class binding at a given location.
- `typeof value[TYPE] === true` => `LContainer`
- This happens when we have `LContainer` binding at a given location.
NOTE: it is assumed that `Array.isArray` and `typeof` operations are very efficient.
PR Close#28947
`LView`, `LContainer`, `StylingContext` are all arrays which wrap either
an `HTMLElement`, `LView`, `LContainer`, `StylingContext`. It is often
necessary to retrieve the correct type of element from the location
which means that we often have to wrap the arrays. Logically it makes
more sense if the thing which we are wrapping is at `0` location. Also
it may be more performant since data is more local which may result in
more L2 cache hits in CPU.
PR Close#28947
Keen Yee Liau
Greg Magolan
Paul Gschwendtner
George Kalpakas
Rado Kirov
Pete Bacon Darwin
Andrew Kushnir
Pawel Kozlowski
Kristiyan Kostadinov
Matias Niemelä
Alex Rickabaugh
Alan Agius
Kara Erickson
Wassim Chegham
Keen Yee Liau
Ben Lesh
Marc Laval
Filipe Silva
Adam Yi
Misko Hevery
Author Name