Previously developers had to edit their `Runner.rc` file to update their executable's version information. Now, version information will automatically be set from `flutter build`'s arguments or the `pubspec.yaml` file for new projects.
Addresses https://github.com/flutter/flutter/issues/73652
* 9508a368d Roll Dart SDK from 692562354d6d to d3b8091c30f0 (1 revision) (flutter/engine#34273)
* a2985c034 Roll Fuchsia Linux SDK from F1U6IH2Nf... to aRT7s0Yct... (flutter/engine#34251)
* 54867f360 Roll Skia from bdd0205ae470 to 4345a2ea731a (1 revision) (flutter/engine#34268)
* 98221a22d Clean up text input configuration in clearTextInputClient (flutter/engine#34209)
* b9e02cc83 Adds a license check shard to CI (flutter/engine#34274)
* 1daf7ba98 [Impeller] Metal:Reset Encoder viewport and scissor rect in case the command specifies no opinion (flutter/engine#34252)
* 83b9a591a [Linux] remove duplicate clone_string() in favor of g_strdup() (flutter/engine#34031)
* Don't use .packages
* Another attempt
Co-authored-by: engine-flutter-autoroll <engine-flutter-autoroll@skia.org>
Add an integration test that verifies that `flutter build windows` produces the expected executable. In the future, this will be used to test that version information is properly stamped on the executable.
Part of https://github.com/flutter/flutter/issues/73652.
Currently CMake is tested entirely through `build_linux_test.dart`. However, CMake is also used for Windows builds. This adds additional "generic" tests:
1. Parsing CMake files
2. Generating CMake config files.
In the future, this will be used to test that generated CMake config files contain the expected version information, which will be used to flow version information to Windows executables.
Part of https://github.com/flutter/flutter/issues/73652.
This PR adds extra timings for a hot reload.
As an example, before a user might see
> Performing hot reload...
> Reloaded 1 of 788 libraries in 554ms.
With this PR it would instead be something like
> Performing hot reload...
> Reloaded 1 of 788 libraries in 554ms (compile: 33 ms, reload: 153 ms, reassemble: 310 ms).
