Use the `ProtoViewDto` created by the render `Compiler` to create a
`ChangeDetectorDefinition`.
From there, generate a subclass of `AbstractChangeDetector` for each
`ChangeDetectorDefinition`.
Run some basic unit tests for the dynamic and JIT change detectors on
pre-generated change detectors.
- wait for the cleanup to finish (it's async) before exiting on ctrl+c
- wait for the cleanup to finish (it's async) onBeforeExit
- remove tmp directory during onBeforeExit to cleanup past leaks
Closes#1919
if any tasks executed by gulp results in an error, gulp will try hard to show errors. these are usually irelevant in the
watch mode. this is why it's ok to supress them except when running in the ci test mode, in which case failing tasks and logging
exceptions is helpful.
Closes#1881
We ran across fatal issues with npm shrinkwrap on node 0.10.x which don't go away even with npm 2.9.x.
Upgrading node to 0.12 fixed the shrinkwrap issues. Since now we run node 0.12 on ci as well, there
is no reason for anyone to use node 0.10 during development.
gulp-watch uses chokidar which uses fsevents which is much better than fs polling or relying on fs.watch.
fsevents use only one FD per watch invocation as opposed to one FD per watched directory and any subdirectory.
this should improve the situation with EMFILE errors (caused by lack of available file descriptors)
----
I also tried the following:
gulp-sane: requires watchman installation via brew so I didn't want to request that everyone goes throught that yet
gulp-chokidar: didn't work, seems to be obsolete
By default, gulp-typescript currently depends on typescript 1.4, which doesn't work for us.
For example, it doesn't allow `let` when emitting ES5, along with lots of other errors.
It so happens that npm sometimes makes this work, as seen by the warning
```npm WARN unmet dependency /Users/alexeagle/Projects/angular/node_modules/gulp-typescript requires typescript@'1.4.1' but will load
npm WARN unmet dependency /Users/alexeagle/Projects/angular/node_modules/typescript,
npm WARN unmet dependency which is version 1.5.0```
but when we update our node_modules in a certain way, we lose this setup and it breaks.
We should be explicit about using a different version of typescript than gulp-typescript depends on.
previously there was a chance of race conditions that could sporadically fail the build.
additionally runing a task via gulp.start or runSequence always reruns its dependencies, which meant that we were blowing away
the build.tools build and rebuilding everything from scratch even during the interactive/watch mode. This meant that the build
pipeline cache was destroyed on every change and we never got the benefit of incremental compilation
Previously, karma used a custom preprocessor. Instead, have karma
run built dart from the `dist` folder and use gulp and broccoli
to watch for changes.
Due to limitation of system build, the router cannot have its own sfx
bundle.
Fixes an issue with RouteConfig decorator by moving it into its own
file.
This removes .es6 files which are pure duplicates of a
.ts file in the same folder.
Next we need to remove .js files as well, and remove karma preprocessors for dart.
This is a prerequisite for switching to TypeScript. We need to remove the Traceur preprocessor
from Karma, so we have the build specified in a single place (broccoli tree def'n).
You can generate docs for comsumption by the angular.io website by running:
```bash
gulp docs/angular.io
```
The generated docs can be found in `dist/angular.io`
on our CI server we currently split each build into the building phase and testing phase, this change aligns test.unit.tools/ci
with the rest of ci test taskswq
components:
- gulp test.unit.broccoli task
- mock-fs for mocking our FS in unit tests
- jasmine d.ts file for type checking
jasmine lib is provided by minijasmine2 so we don't need to include it explicitly
This change solves several problems:
- the broccoli pipeline is used to compile the node/cjs tree upon any change to the modules/ directory
- jasmine tests run in a new process removing the need to clean up environment after each test
- since we transpile only those test files that are actually needed for node/cjs build, we transpile less and don't need to filter out tests
We have Dart code in `angular2` module that ought to be in its own
package. Examples include Dart analysis plugins, and potentially the
transformers (although transformers cannot be moved out just yet).
However, this code is Dart-only and it doesn’t make sense to use JS
directory layout for it. This commit introduces a sub-directory called
`modules_dart`. All modules in this directory are pure Dart packages
using standard pub directory layout. The code in these packages never
gets transpiled. It is directly copied to `dist` unmodified, except an
adjustment in relative paths in `pubspec.yaml` files.
index_static.js & index_static.html are unnecessary in Js and are now
essentially generated via the Dart transformer. The angular
transformer is specified in examples/pubspec.yaml; use pub build to
create a transformed application that does not use dart:mirrors.
Create index_dynamic.js & index_dynamic.html, which are used to test
that the app runs equally well with mirrors and without.
Closes#495
Our style guide includes formatting conventions. Instead of wasting time in reviewing PRs discussing things like indenting, and to avoid later deltas to fix bad formatting in earlier commits, we want to enforce these in the build.
The intent in this change is to fail the build as quickly as possible in travis, so those sending a PR immediately know they should run clang-format and update their commit. When running locally, we want users to know about formatting, but they may not want to act on it immediately, until they are done working. For this reason, it is only a warning outside of the continuous build.
This is done by having a check-format task which should run on most local builds, and an enforce-format task only run by travis.
This switches all transpilation over from using Traceur to using ts2dart, based
on the TypeScript tool chain. Transpilation is a bit slow due to issues with
the gulp integration, but that should be easily fixable once we move to
broccoli.
- Allow pub (build|serve) to specify mode
- Update pubbuild.js & pubserve.js to allow the caller to provide a `mode` value.
- Update settings to allow the di benchmark to be transformed to run statically.
Adds a gulp task which builds the .ts files (in the cjs build only).
The new files have extension .ts since they are now valid typescript.
Unfortunately until Typescript can emit System.require, we have to keep the old .es6 version
so traceur works inside the Karma preprocessor. This should be fixed soon.
This only transpiles one package to start with: di/
It ensures that package transpiles without errors, so no one can
introduce non-TypeScript syntax.
Next step is to widen the task inputs to cover additional packages.
See design doc for the migration:
https://docs.google.com/document/d/14RJLhu6uuv7NchFkAb6PKzOOO0L7l3Z507eKWzkEUhQ/edit
A convenience task 'ts2dart' is added for developing ts2dart, and
it runs all of the angular code through the transpiler to collect errors.
* `npm install` now does a full install; auxiliary installation steps
have been integrated into the `postinstall` script.
* Updated developer docs `DEVELOPER.md` accordingly; also added
instructions to dev docs for performing full tests (via `npm test`) --
same as those run on Travis.
* Reorg in tests so that JS tests can run without a Dart env.
Partly fixes#945 **under the assumption that when running JS tests
locally, `ChromeCanary` is the desired browser to use**. Note that CI
tests (Travis) still uses `DartiumWithWebPlatform` across the board
(Maybe because ChromeCanary isn't being installed?)
Fixes#1012.
Closes#1010
Limitations because of preview status (see #960):
- does not yet use ShadowDOM
- does not use a builtin conditional like `if`
- uses a temporary bower repository
Closes#943
This adds a unit test to the transpiler. Existing tests are themselves transpiled to ES5, which makes it impossible to do some kinds of assertions. For example, this will be useful to repro https://github.com/angular/angular/issues/509.
In this change, the actual issue isn't fixed. It only adds the reproduction.
It uses the jasmine test runner, since it's already used by the docs test. That uses version 1 of Jasmine, which isn't ideal, but I want to be consistent for now.
I discussed with Tobias the possibility of switching to Mocha for these nodejs-based tests, and we might do that sometime later.
Export files are now directly under the module folder,
e.g. `core/core.js`. With this, an import like `core/core`
won’t need a path mapping (e.g. via `System.paths`) any more.
This adds the `src` folder to all other import statements as well.
- adds console and cloud reporter (via Google BigQuery).
- makes parameters of tests explicit and modifiable.
- removes `detect` and `ignoreGc` mode from benchpress
as these can result in unstable numbers.
- use performance log of chromedriver / appium to get timeline data
for calculating metrics for benchmarks
- change all benchmarks to be made of a standalone application
and a protractor test that collectes timeline data
- fix and simplify benchmarks
- add dart2js to build
- remove benchpress
Closes#330
simplify:
- use same html file for dart and JS
- build benchmarks automatically when doing `gulp build`
- centralize configuration
modularize:
- move all build tasks into separate node.js modules under
`tools/build`.
changes:
- the `build` folder is now the `dist` folder
Closes#284
The app is writen in ES6 and transpiles to ES5 and dart as part of the
usual build.
The app contains a component, a directive and a services wired together
through dependency injection.
Before Each:
- gulp build
For es5:
- gulp serve
- open 'localhost:8000/js/examples/lib/hello_world/'
For dart:
- gulp examples/pub.serve
- open 'localhost:8080'
This was failing on Travis because the `pub install` would run before
copying of `pubspec.yml` happened. In fact, I don’t understand how this
worked at all because `gulp.dest` seems to be not forwarding files and
so anything after `gulp.dest` does not get called at all.
Here is the failing Travis build:
https://travis-ci.org/angular/angular/builds/40005692
This changes `modules/build.dart/pubspec` task to use `gulp-changed`
instead of a custom implementation and use a wrapper around `gulp.dest`
to forward files.
For Karma, the source mapa are inlined inside each source file.
For `build/*` output, separate `*.map` file is created.
This changes the API of `tools/transpiler/index.js`. I believe this API
is only used in `gulp-traceur.js` and `karma-traceur-preprocessor.js`.
Instead of returning the transpiled string, `compile()` returns a result
object such as:
```js
{
js: ‘transpiled code’,
sourceMap: null || {}
}
```
Closes#20
`pub get` is now only executed when the `pubspec.yaml` in the `modules`
folder is different than the `pubspec.yaml` in the `build/dart` folder.
Generates the file `build/dart/_analyzer.dart` that imports all modules
to run `dart analyzer` against all of them. The build will fail whenever
there are errors, warnings or hints in `dart analyzer`.
Changes the sources so that `dart analyzer` does not report any
error, warning or hint.
Closes#40
* remove `wraps` syntax enhancements for imports
and support new `import * as module from ...` syntax
- default imports are the wrong construct for importing
everything from a module
* moved tests from transpiler to jasmine and karma
- transpiler tests are included when running karma in main project folder
- transpiler is reloaded after every test run in karma,
so no need to restart karma when the transpiler has been changed.
- removed own gulp build for transpiler and `postinstall.sh`
as they are no more needed.
- transpiler tests are now executed in Dart AND JavaScript (used to be executed
only in Dart), which allowed to catch some bugs (see the bug with the
import specification above).
* made tests work in dart as well by using the following hack:
- dependencies are loaded from the `build` folder, which makes
running `gulp build` necessary before running karma for dart
- for this to work,
the dependencies are included in main `pubspec.yaml` of project
- reason for the hack: `karma-dart` loads all `packages` urls
directly from disc (should rather use the karma file list)
* added explicit annotations `FIELD`, `ABSTRACT`, ... to `facade/lang.*`
- needed for now that we can run tests and don't get errors for undefined
annotations.
* added `README.md` with details about the build and tests
Note: karma with dart is still not working
because of how `karma-dart` loads `package:…` dependencies.
Usage:
```
karma start karma-js.conf.js
karma start karma-dart.conf.js
```
Make sure to set `DARTIUM_BIN` env variable.
Refactors `js2dart`:
- live outside of the traceur module (`tools/js2dart/index.js`)
so it can be reused by gulp and karma
- automatically build the sources in memory,
so that `js2dart` can be used without running `gulp build` first
- provide a way to specify the moduleName of a compilation run
independently of the input filename. This helps error messages
and source maps (not yet enabled) to report the correct file name
Changes project setup:
- add module `test_lib` that contains the primitives for tests
(e.g. `describe`, `it`, …)
- clean up some sources that had errors in them
- module names in transpiled js and dart files don’t contain
`lib`, `test` nor `src` any more (e.g. `di/di`).
When chaining a `pubspec.yaml` we automatically run `pub get`.
In `gulp build` we also run `dartanalyzer` for all files
that have the pattern:
`<module>/lib/<module>.dart`
Closes#13Closes#5Closes#2
