Gradle automatically handles up-to-date checks for output files and directories. This behavior sometimes causes the `copyAndRename*` task to fail on Windows machines when gradle tries to check on existing files in the output directories it doesn't have access to.
To fix the issue, we disable this gradle behavior following the instructions in https://docs.gradle.org/8.2/userguide/incremental_build.html#sec:disable-state-tracking
IPv6 dual stack is disabled by default, and Windows resolves wildcard
addresses to an IPv6 by default, so connecting through the local IPv4
address would not work.
This enables IPv6 dual stacking for the HTTP server by default like done
in upstream python when launching the module from CLI.
The problem is that we were initializating the main loop (SceneTree)
when we were supposed to just set it. Which would cascade into a
series of issues, including having the EditorNode being flagged as
"inside_tree" and having a tree, before it was supposed to.
This meant that some code would assume it was fully initialized, when
it was not. And this manifested as the project not being scanned for
resources, which meant that during the importing, the resources would
not match using the uid path, and produce lots of errors.
One line fix
The previous logic passed the path to the Android keystore as-is to an external tool. This causes the tool to fail if the path is Godot-specific (e.g: 'res://<path_to_keystore>'
The OS module get_unique_id and get_processor_name rely
on linux files which don't exist on a standard FreeBSD install,
make sysctl calls to get the required data.
Once sensor listeners are registered, onSensorChanged() (and subsequently
getRotatedValues()) gets called multiple times per socond. Obtaining
WindowManager on each of those calls is superfluous and can be avoided
by extracting it to a lazy class val. getRotatedValue() can also be
called before checking sensor type, and used for each one of them,
resulting in less code repetition.
When the progress dialog task for saving a scene ends, or when closing the "Open project" dialog, the DisplayServerMacOS::update_presentation_mode() method now restores those fullscreen functionalities with the flags NSApplicationPresentationAutoHideMenuBar and NSApplicationPresentationAutoHideDock, whereas before it would reset to NSApplicationPresentationDefault, which didn't allow that.
Fixes#86495
When opening the Godot editor and maximizing the window by double-clicking the
title bar, users are unable to drag the window with the mouse.
With this commit, `window_set_position` allows the maximized window to be moved
by dragging it. Only the fullscreen window won't be allowed to move.
Fixes#78758.
This PR prevents potential NPEs, and follows Kotlin conventions more closely
by replacing the unsafe !! operator with safe ?. (or ?.let) (usually
!! would only be used very rarely, and with a good reason - there is one
place left in this PR where !! makes sense), and by replacing Java style
'if (x != null)' with Kotlin's '?.'
