This replaces CGDisplayIOServicePort with manually finding a service
port with matching vendor and product IDs. This may technically not be
the one corresponding to the display ID, but it is only used to retrieve
the human-readable make/model string.
This could be cleaned up and refined a bit by comparing more display
attributes when available, but it gets the job done.
Fixes#165.
Closes#192.
Closes#508.
Closes#511.
Fixes formatting, semantics and documentation. Adds
glfwGetOSMesaContext. Adds support for OSMesa context attributes.
Updates changelog and credits. Adds license and copyright headers.
Removes superfluous code (the shared code provides many conveniences).
Removes loading of unused OSMesa functions. Removes empty platform
structs. Fixes version string format. Removes build dependency on
the OSMesa header and library (only the library is needed and only at
runtime).
Closes#850.
glfwGetMonitorName()’s documentation says “this function returns a
human-readable name”, which “typically reflects the make and model of
the monitor”. We get these two strings in the geometry event, so we
only set the name at this point.
This adds basic support for MoltenVK, a Vulkan implementation on top of
Metal, on macOS 10.11 and later. It looks for MoltenVK in the process
via RTLD_DEFAULT symbol lookup if _GLFW_VULKAN_STATIC is disabled.
glfwCreateWindowSurface now creates and sets a CAMetalLayer for the
window content view, which is required for MoltenVK to function.
You must help CMake find MoltenVK for the Vulkan test to be built.
Fixes#870.
This should describe all of the Wayland-specific points, mostly in
three categories:
- Missing GLFW features, for example window frame, screensaver
inhibition, clipboard or file drop.
- Missing protocols, like setting gamma on a monitor or specifying a
window icon.
- Fundamental incompatibilities with Wayland concepts, like trying to
handle global positioning of a window in a 2D space, trying to bring
a window to front, or trying to change the monitor’s mode.
Closes#881.
