This commit adds a postinstall step to the package.json generated by the
schematics to generate ng summary files needed for AOT. Summary files
are not published in npm packages.
PR Close#28850
Since rxjs is no longer built from source in Bazel schematics, the
minimum version ought to be at least 6.4.0.
This commit adds function to bump the version in package.json.
PR Close#28841
Currently setting `enableIvy` to true runs a hybrid mode of `ngc` and `ngtsc`. This is counterintuitive given the name of the flag itself.
This PR makes the `true` value equivalent to the previous `ngtsc`, and `ngtsc` becomes an alias for `true`. Effectively this removes the hybrid mode as well since there's no other way to enable it.
PR Close#28616
Since we build and publish the individual packages
using Bazel and `build.sh` has been removed, we can
safely remove the `rollup.config.js` files which are no
longer needed because the `ng_package` bazel rule
automatically handles the rollup settings and globals.
PR Close#28646
Under Bazel, some compilerOptions in tsconfig.json are controlled by
downstream rules. The default tsconfig.json causes Bazel to print out
warnings about overriden settings.
This commit makes a backup of the original tsconfig.json and removes
tsconfig settings that are controlled by Bazel.
As part of this fix, JsonAst utils are refactored into separate package
and unit tests are added.
PR closes https://github.com/angular/angular/issues/28034
PR Close#28674
This enabled dts flattening in the final distrubutable package.
Notes:
- For the time being this is an opt-in feature via the `ng_module` attribute `bundle_dts`, however in the near future this will be turned on by default.
- This only supports the legacy compiler `ngc`, as `ngtsc` emits namespaced imports `import * as __` from local modules which is not supported for the time being by API Extractor. See: https://github.com/Microsoft/web-build-tools/issues/1029
Ref: TOOL-611
PR Close#28588
The ultimate goal of this commit is to make use of fileNameToModuleName to
get the module specifier to use when generating an import, when that API is
available in the CompilerHost that ngtsc is created with.
As part of getting there, the way in which ngtsc tracks references and
generates import module specifiers is refactored considerably. References
are tracked with the Reference class, and previously ngtsc had several
different kinds of Reference. An AbsoluteReference represented a declaration
which needed to be imported via an absolute module specifier tracked in the
AbsoluteReference, and a RelativeReference represented a declaration from
the local program, imported via relative path or referred to directly by
identifier if possible. Thus, how to refer to a particular declaration was
encoded into the Reference type _at the time of creation of the Reference_.
This commit refactors that logic and reduces Reference to a single class
with no subclasses. A Reference represents a node being referenced, plus
context about how the node was located. This context includes a
"bestGuessOwningModule", the compiler's best guess at which absolute
module specifier has defined this reference. For example, if the compiler
arrives at the declaration of CommonModule via an import to @angular/common,
then any references obtained from CommonModule (e.g. NgIf) will also be
considered to be owned by @angular/common.
A ReferenceEmitter class and accompanying ReferenceEmitStrategy interface
are introduced. To produce an Expression referring to a given Reference'd
node, the ReferenceEmitter consults a sequence of ReferenceEmitStrategy
implementations.
Several different strategies are defined:
- LocalIdentifierStrategy: use local ts.Identifiers if available.
- AbsoluteModuleStrategy: if the Reference has a bestGuessOwningModule,
import the node via an absolute import from that module specifier.
- LogicalProjectStrategy: if the Reference is in the logical project
(is under the project rootDirs), import the node via a relative import.
- FileToModuleStrategy: use a FileToModuleHost to generate the module
specifier by which to import the node.
Depending on the availability of fileNameToModuleName in the CompilerHost,
then, a different collection of these strategies is used for compilation.
PR Close#28523
This commit fixes a bug whereby recompilation occurs every time `yarn ng build`
or `yarn bazel build ...` is invoked.
This is a temporary solution until # https://github.com/bazelbuild/bazel/issues/7026
is fixed.
PR Close#28675
`multi_sass_binary` rules is reinstated in rules_sass v1.17.0
and it is a better solution than list comprehension currently used
because it handles imports correctly.
PR Close#28669
With #28594 we refactored the `@angular/compiler` slightly to
allow opting out from external symbol re-exports which are
enabled by default.
Since symbol re-exports only benefit projects which have a
very strict dependency enforcement, external symbols should
not be re-exported by default as this could grow the size of
factory files and cause unexpected behavior with Angular's
AOT symbol resolving (e.g. see: #25644).
Note that the common strict dependency enforcement for source
files does still work with external symbol re-exports disabled,
but there are also strict dependency checks that enforce strict
module dependencies also for _generated files_ (such as the
ngfactory files). This is how Google3 manages it's dependencies
and therefore external symbol re-exports need to be enabled within
Google3.
Also "ngtsc" also does not provide any way of using external symbol
re-exports, so this means that with this change, NGC can partially
match the behavior of "ngtsc" then (unless explicitly opted-out).
As mentioned before, internally at Google symbol re-exports need to
be still enabled, so the `ng_module` Bazel rule will enable the symbol
re-exports by default when running within Blaze.
Fixes#25644.
PR Close#28633
FileType objects are deprecated. They are not required for specifying valid file types for rule attributes, a list of strings can be used instead.
PR Close#28583
Adds `--no-sandbox` in order to disable the sandbox when running Protractor through Bazel. Enabling the sandbox causes Chrome to crash under certain environments.
PR Close#28557
The logic to create additional files needed for Bazel are currently
hosted in `ng new`. Such files include the main.*.ts files needed
for AOT and a different angular.json to use Bazel builder, among others.
This commit refactors the logic into `ng add` so that it can be used to
perform the same modifications in an existing project. Users could do so
by running `ng add @angular/bazel`.
With this change, `ng new` effectively becomes an orchestrator that runs
the original `ng new` followed by `ng add @angular/bazel`.
PR Close#28436
Currently we depend on the "rules_webtesting" version that is
installed by "rules_typescript//:package.bzl". This version of
the webtesting rules comes with a very old version of Chromium
and the `chromedriver` that does not support capturing console
errors properly (with stack traces). Since we have a few e2e
tests that depend on console output (e.g. playground/src/source-map),
we need to make sure that these tests can pass upon Bazel
migration.
PR Close#28490
This commit fixes a bug in the Bazel builder in which the path to Bazel
executable is constructed using the project path. For non-default
project, the node_modules directory is actually one level above the
project path.
This PR fixes the bug by resolving node_modules with require.resolve().
It requires @bazel/bazel v0.22.1 because previous versions do not have
index.js or main field in package.json and would cause node module
resolution to fail.
This has been tested with both bazel and ibazel.
PR Close#28478
Builder for `@angular/bazel` schematics should not expect bazel/ibazel
to be on the PATH. It should instead invoke the local executable
installed by yarn/npm.
PR Close#28303
Users should be able to add Bazel workspace to an existing project.
The current approach assumes that the schematics is working on the same
tree as that of ng-new, which includes the top-level directory. Instead,
the schematic should work on the tree rooted at `appRoot` to enable
Bazel files to be added to existing project.
This change uses the newly implemented ScopedTree
a0ac4b0e3d
to achieve this.
NOTE: The version of `@angular-devkit/schematics` that is installed is
used to run the `@angular/bazel` schematic. Even if a different version
is used in the schematic itself, it has no effect.
Therefore, the *latest* Angular CLI should be used to generate the
files. As of this commit, the latest version is @angular/cli@7.3.0-rc.0
PR Close#28349
yarn install was disabled in ng-new for Bazel schematics because
Bazel manages its own node_modules dependencies and therefore
there is no need to install dependencies twice.
However, the first yarn install is needed for `ng` commands to work,
most notably `ng build`.
This commit restores the original behavior.
PR Close#28381
The current build workflow depends on cross workspace dependency by
installing angular-cli as a Bazel repository. This is not ideal because
it introduces separate node_module directories other than the one
installed by Angular through the yarn_install rule (ngdeps).
This commit removes angular-cli from the Bazel workspace and installs
rollup and @angular-devkit/build-optimizer locally.
PR Close#28215
This commit fixes a bug whereby a Bazel project created by the
schematics would not compiled if project contains routing module.
It is missing a dependency on the router package.
PR Close#28141
* This is a follow-up to cd0451305a which fixes that "ngc-wrapped" from the "npm" workspace is always used if "angular" is fetched as an external dependency.
PR Close#28137
With the update to TypeScript 3.2.x, a big issue seems to have appeared for downstream Bazel users. If the downstream user still uses a lower TypeScript version, normal Bazel targets using the `ng_module` rule are still compiled with the correct/old TypeScript version (assuming they set the `node_modules` attribute properly).
But, if they build the previous Bazel targets by specifying them within a `ng_package` rule, the TypeScript version from the Angular `workspace` is being used for the replayed ESM5 compilation. This is because we resolve the replay compiler to `ngc_wrapped` or `tsc_wrapped` Bazel executables which are defined as part of the `angular` workspace. This means that the compilers are different if the downstream user uses `ngc-wrapped` from the `@npm` repository because the replayed compilation would use the compiler with `@ngdeps//typescript`.
In order to fix this, we should just use the compiler that is defined in the `@angular//BUILD.bazel` file. This target by defaults to the "@npm" workspace which is working for downstream users. This is similar to how it is handled for `tsc-wrapped`. `tsc-wrapped` works as expected for downstream users.
**Note**: This is not the ideal solution because ideally we would
completely respect the `compiler` option from the base `ng_module`, but
this is not possible in a hermetic way, unless we somehow accept the
`compiler` as an attribute that builds all transitive deps. This is
something we should explore in the future. For now, we just fix this in
a reasonable way that is also used for `tsc_wrapped` from the TypeScript
rules.
PR Close#28053
index.html needs to have the zone.js and the project bundle injected
using script tags. This used to be done explicitly by specifying a
new index.html but with `web_package` rule introduced in rules_nodejs,
it is now possible to perform the injection dynamically.
PR Close#27995
Incremental rebuilds is a fundamental part of the development
workflow. `@bazel/ibazel` should be added to the dev dependencies
of a Bazel project.
PR Close#28090
Keen Yee Liau
Greg Magolan
Keen Yee Liau
Alex Eagle
Filipe Silva
Paul Gschwendtner
Alan Agius
Alex Rickabaugh
Vladimir Moskva
Kristiyan Kostadinov
Daniel Ruf
Igor Minar