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
Igor Minar
Caitlin Potter
Misko Hevery
Victor Berchet
Kevin Moore
vsavkin
Jeremy Elbourn
Alex Eagle
Julie Ralph
Rado Kirov
Brian Ford
Jeremy Elbourn
Alex Wolfe
Yegor Jbanov
Marc Laval
Tim Blasi
Tobias Bosch