- [x] Switch the reassemble timeout to 5 seconds.
- [x] Print a status message if reassemble fails:
```
Performing hot reload...
Reassembling app.flx$main took too long. Hot reload may have failed.
Reloaded 0 of 418 libraries in 5,322ms.
```
Fixes#9316Fixes#8861Fixes#8857Fixes#8856
- [x] Catch SocketErrors and handle them gracefully.
- [x] Print 'Lost connection to device' when the service protocol connection is severed unexpectedly.
- [x] Print 'Application finished' when the application exits otherwise.
After this PR:
```
Launching lib/main.dart on Nexus 7 in debug mode...
Running 'gradle assembleDebug'... 1.2s
Built build/app/outputs/apk/app-debug.apk (21.7MB).
Syncing files to device...
Application finished.
DevFS sync failed. Lost connection to device: SocketException: OS Error: Connection refused, errno = 111, address = 127.0.0.1, port = 53062
Could not perform initial file synchronization.
```
Fixes#6705
- [x] Skip scanning the file system if we already have the Dart dependency set.
Fixes#9376
```
Performing hot reload...
Reloaded 1 of 418 libraries in 888ms.
Performing hot reload...
Reloaded 1 of 418 libraries in 871ms.
** UNTAR dragontail under project root **
Performing hot reload...
Reloaded 0 of 418 libraries in 443ms.
** UNTAR dragontail under lib/ **
Performing hot reload...
Reloaded 0 of 418 libraries in 385ms.
```
The first hot reload does a bunch of work that we used to hide behind the
loader screen. This PR changes the messsage printed to the user on the first
reload from:
'Performing hot reload...'
to:
'Initializing hot reload...'
Subsequent reloads say 'Performing hot reload...'
When invoked from the command line, relative paths aren't typically
used, but they are when invoked from within IDEA and prevents
IDEA from reading the files.
Also, remove flutterPackagesDirectory since it's not used
Generates an android.iml file and a package-level library for flutter.jar.
Does not set up an Android SDK in IDEA; this isn't possible with a
template-based approach. But IDEA shows a clear warning, so the
user can fix this by setting the SDK.
(When creating a Flutter project from within IDEA, we can fix this up
afterwards in the plugin.)
* Fix tests to use Ahem, and helpful changes around that
- Fix fonts that had metric-specific behaviours.
- LiveTestWidgetsFlutterBinding.allowAllFrames has been renamed
to LiveTestWidgetsFlutterBinding.framePolicy.
- LiveTestWidgetsFlutterBinding now defaults to using a frame policy
that pumps slightly more frames, to animate the pointer crosshairs.
- Added "flutter run --use-test-fonts" to enable Ahem on devices.
- Changed how idle() works to be more effective in live mode.
- Display the test name in live mode (unless ahem fonts are enabled).
- Added a toString to TextSelectionPoint.
- Style nit fixes.
* Roll engine to get Ahem changes.
* Update tests for dartdoc changes.
* Fix flutter_tools tests
Added a PluginRegistry to the new project template. The registry files will be automatically updated at build time to register the native plugins.
Fixes#7814.
This yak shave went as follows:
Fix https://github.com/flutter/flutter/issues/8795 by adding stocks to
the examples README.
Notice the layers entry in that README isn't quite right either.
Update that.
Check the layers/README file is worth pointing at.
Update the layers/README.
Let's run some of the layer tests to see if they still work.
Oops, need to update them to gradle.
Ok let's try running them again.
Oops, sector is broken.
Add a test for sector.
Fix sector. Find you need to add an assert to a const constructor.
Notice we need to turn const asserts on for the analyzer.
Notice the analysis_options files are out of sync with each other and
with the full list of lints.
Turn on the lints that should be on.
Fix the bugs that finds.
Uninstalling the app removes the data and cache directories, so this
allows application data to persist across multiple flutter run
invocations.
This also handles the edge case where the app fails to install due to an
error in installation (e.g. debug keystore changes, switching from a
release keystore to a debug keystore, etc.).
Xcode builds depend on the Python 'six' module. If not present, exit
immediately with a useful error message.
The six module is included in the system default Python installation. We
perform this check in case a custom Python install has higher priority
on $PATH; e.g., due to a Homebrew or MacPorts installation.
This extracts an existing doctor check to use it during the build step
as well.
Plugin projects are created by running `flutter create --plugin <name>`.
An example app is also created in the plugin project, using the normal 'create' template, which has been modified to allow for conditional plugin code.
Modified the android package name to match package naming conventions (all lower-case, and must match the directory name).
* Bump to Dart SDK 1.23.0-dev.10
* allows us to understand flutter usage via telemetry
* brings in `@immutable`
Fixes: #9042
* completer fix
* Update to platform 1.1.1.
The very first time `pod install` is invoked, CocoaPods downloads the master spec repository, which takes quite a while. Before this change, the build appeared to have stalled. With this change, at least the spinner is moving.
Added `pod setup` to the install instructions for CocoaPods, so the spec repo is downloaded while setting up Flutter, instead of during the first build.
Old Android Stuio versions pior to 2.2.0 didn't come with Java bundled. Make sure flutter doesn't crash when we try to determine the Java version of those old Android Studio installations.
Go through all packages brought in by pub, and write the name and path of every one that is a flutter plugin into .flutter-plugins.
In android/settings.gradle and ios/Podfile, read in .flutter-plugins, if that file exists. The Android / iOS code from the plugins is automatically added as dependencies of the native code of the app.
**THIS IS A BREAKING CHANGE.** See below for migration steps for
existing projects.
Previously, Flutter app code was built as a raw dylib on iOS. Dynamic
libraries outside of a framework bundle are not supported on iOS, except
for the system Swift libraries provided by Xcode.
See:
https://developer.apple.com/library/content/technotes/tn2435/_index.html#//apple_ref/doc/uid/DTS40017543-CH1-TROUBLESHOOTING_BUNDLE_ERRORS-EMBEDDED__DYLIB_FILES
* Migrates Xcode build from app.dylib to App.framework
* Migrates flutter create template
* Migrates example projects
Migration steps for existing projects
=====================================
The following steps should be taken from the root of your Flutter
project:
1. Edit `ios/.gitignore`: add `/Flutter/App.framework` on a new line.
2. In the Xcode project navigator, remove `app.dylib` from the Flutter
folder. Delete this file from the `ios/Flutter` directory in your project.
3. Run a build to generate `ios/Flutter/App.framework`. From the command
line, run `flutter build ios`. If you have not configured app signing
in Xcode, an alternative method is to open the simulator, then run
`flutter run -d iP`.
4. In the Xcode project navigator, select the `Runner` project. In the
project settings that are displayed in the main view, ensure that the
`Runner` target is selected. You can verify this by exposing the
sidebar using the [| ] icon in the upper-left corner of the main
view.
5. Select the *General* tab in the project settings. Under the
*Embedded Binaries* section, click '+' to add `App.framework`. In the
sheet that drops down, click the *Add Other...* button. Navigate to
the `ios/Flutter` directory and select `App.framework`. Click *Open*.
In the sheet that drops down, select *Create folder references*, then
click *Finish*.
6. In the project settings, verify that `App.framework` has been added to the
*Embedded Binaries* and *Linked Frameworks and Libraries* lists.
7. In the Xcode project navigator, drag `App.framework` under the
Flutter folder.
8. In the Xcode project navigator, select `Flutter` then from the
*File* menu, select *Add Files to "Runner"...*. Navigate to the
`ios/Flutter` directory, select `AppFrameworkInfo.plist` and click
the *Add* button.
9. From the command line, in your project directory, run
`flutter build clean`, then `flutter run`.
At this point your project should be fully migrated.
* Teach flutter_tools to populate PUB_ENVIRONMENT
Will allow telemetry reporting on pub.dartlang.org once
flutter moves to 1.23.0-dev.10.0
* review changes
The old `whichAll` implementation was not considering different extensions for executables on Windows. By defering to OS-built-in tools we avoid implementing it.
Fixes#8882.
* Remove legacy .apk build.
Print out an error message telling the user to upgrade the project if
it's not Gradle-based. Removed all the obvious traces of the legacy
build.
Added support for Dart VM kernel snapshots in Gradle builds.
Fixed Android installs to verify that the app is actually installed, and
not just rely on the presence of the .sha1 file.
The problem has been fixed upstream in the Dart VM.
This simplifies our setup instructions on Windows (will update the wiki).
Furthermore, this also means that going forward there is no diffrence between PowerShell and Cmd for the Flutter experience on Windows.
Function keys don't work great on any platform we support:
* Mac doesn't have first-class function keys.
* On Ubuntu: F1 opens the system help and F10 opens the file dialog.
* ... and Windows is a mess as well.
* Only run pod install if CocoaPods v1.0.0 or greater is installed.
Avoid issues with older versions of CocoaPods breaking the build. Users who genuinely use older versions of CocoaPods will have to run pod install manually when required.
* Make ProcessSignals portable
This removes the need to wrap unsupported signals with in `if (!platform.isWindows) ..`.
It also allows us to implement a work around for breaking the Windows console when flutter is exited with Ctrl+C.
* review comments
* adding tests
* add license header
Changed the default build output directory in the new project template
to build/, instead of android/build/ and android/app/build/.
Updated tools to ask the Gradle scripts what the build directory is,
since this is configurable in the build scripts, and we need to know
where the build output actually is.
Silenced output from 'flutter build aot' when invoked from Gradle, since
the output was confusing in this case.
Fixes#8723Fixes#8656Fixes#8138
1. Add `PortScanner` abstraction so that we don't do actual port scanning
in tests.
2. Don't change the real `cwd` of the isolate during tests, as it affects
all tests, not just the current running test.
Fixes#8761
- [x] Add custom logic on MacOS to determine if Java is installed before invoking `java`.
- [x] Check JAVA_HOME, platform specific logic, and finally PATH to locate the `java` executable.
- [x] Improved doctor messages.
Fixes#8508Fixes#8521
* Use snapshot's .d file as source inputs in Gradle build.
If we don't yet have a .d file (first build), fall back to using the
.dart files in the current directory. This enables us to detect changes
in dependent source files (Flutter framework, packages outside the
source directory, etc.), and re-generate the snapshots as needed.
Unfortunately, Gradle requires knowing the source files before executing
the task, and can't update them after building, so Gradle considers the
second build to be out-of-date (because it has more input files than the
first build). Sub-sequent builds have the correct dependency
information, and will be skipped if the source files haven't changed.
Also added a dependency on gen_snapshot. The snapshot ABI isn't stable,
so we need to re-generate the snapshots when we roll the Dart SDK
dependency.
Fixes#8315Fixes#8687Fixes#8607
