If the key or character callback performs actions that indirectly
updates the key repeat timer, those changes would be undone once the key
callback returned.
This fixes the order of operations so that key repeat is fully set up
before the key related events are emitted.
This fixes a regression introduced by
2c204ab52e. This broke the check for
whether there is already a GLFW joystick object for a given input
device, making it always fail.
The NSWindowCollectionBehaviorFullScreenNone enum value is missing from
system headers on 10.11 despite the documentation claiming it was added
in 10.7.
Unfortunately Apple has taken down all API release notes for versions
prior to 10.14.
This fixes a build failure introduced with
98d6e8485b.
According to both Apple and LunarG, a private copy of the macOS Vulkan
loader libvulkan.1.dylib should be placed in the Frameworks directory
of the bundle and not its main executable directory.
This commit updates the dynamic loading path accordingly.
Fixes#2113Closes#2120
The use of this extension is required to enable the MoltenVK physical
device as of Vulkan SDK 1.3.216.0. This is because MoltenVK is still
very (very) slightly non-conformant.
Whenever GLFW changed the window style mask, a new mask was created
from scratch based on the attributes set on the GLFW window object.
This caused us to potentially clear unrelated window style bits.
This was always wrong but became a critical issue when Cocoa began
throwing an exception if an application cleared the
NSWindowStyleMaskFullScreen while the window is in macOS fullscreen.
This commit reworks all style mask editing so it only changes the
relevant bits, preserving all others.
This is only a narrow bug fix to prevent crashes, intended for the
stable branch. Our interaction with macOS fullscreen is still very
poor. The next step after this is a set of patches that improve the
interaction between the current API and macOS fullscreen.
Fixes#1886Fixes#2110
The reasoning here is that glfwRestoreWindow will change nothing for
a windowed non-resizable window on Cocoa, and silently refusing to
maximize seems slightly more like something other platforms would do.
This is possibly either the right thing to do or the wrong one.
If a fullscreen window with GLFW_DECORATED set had its XDG decorations
changed to client mode by the compositor, it would seemingly receive
GLFW fallback decorations as if it was windowed mode.
This is possibly related to #2001.
Note that the handling of configure events, acks and commits is still
not ideal. This is just a small step in, hopefully, a good direction.
Fullscreen toggling via glfwSetWindowMonitor now works on Weston, but
mostly incidentally.
If the xdg_toplevel has a decoration, we need to wait for its first
configure event as well before we are allowed to attach the first
buffer.
It seems racy to assume that this will always happen inside the first
surface configure sequence, so this commit makes that condition
explicit. This may turn out to have been overly defensive.
Refer to the XDG decoration mode (or the lack of one) directly instead
of setting a boolean in a struct meant for the fallback decorations.
This makes things a bit more verbose but is in preparation for
a refactoring of all decoration paths.
When showing a window that had already been shown once (and so already
had its shell objects), GLFW would attach a new buffer and commit it
before waiting for the next configure event. This was a violation of
the XDG shell protocol.
This was allowed to work as intended on GNOME and KDE without error.
However wlroots based compositors would (correctly) emit an error.
Unfortunately, I haven't been able to find a way to get both KDE, GNOME
and Sway to send the configure event we need in order to map the
wl_surface again while keeping our existing shell objects, so with this
commit we now create them for each call to glfwShowWindow and destroy
them for each call to glfwHideWindow.
Fixes#1268
If a window was created as maximized, or created as hidden and then
iconified or maximized before first being shown, that state was lost and
the window was shown as restored.
Window iconfication and maximization events were being emitted before
xdg_surface::configure, making it possible for user code to indirectly
commit surface changes from those event callbacks before
xdg_surface::ack_configure.
This postpones those events until after the ack has been sent.
Content scale events would be emitted when a window surface entered or
left an output, but not when one of a window's current outputs had its
scale changed.
GLFW would report a monitor as connected each time its wl_output
received an update, for example if its scale changed.
This would also cause the monitor to be added to the monitor array
again, causing glfwTerminate to segfault when it attempted to destroy
its already destroyed wl_output.
