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These are redundant with puglSetFrame in a sense, but allow setting the size of
a view without the position, or vice-versa. This API also maps more nicely to
Wayland, where applications can not position themselves (but can resize).
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Actual window sizes and positions fit easily in a 16-bit integer. So, we use
that in "representation contexts" like events. This makes structures smaller,
and allows the values to be converted to float, double, or integer without
casting (since any int16_t or uint16_t value can fit in them without loss).
Setter APIs use native integers for convenience, to avoid casting hassles when
doing arithmetic. Ranges are checked at runtime.
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This collapses many functions into one, which makes the API more easily
extensible and reduces code size.
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This is required on MacOS to make the examples usable. When run as bare
programs, they don't show up as normal windows or receive keyboard input.
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Numerous things warn about this, and it's generally a bad idea to put these in
the code since it can result in incompatibly compiled code being linked
together. Unfortunately this makes building manually (without the build
system) more fiddly, but such is life.
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See https://reuse.software/ for details.
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This avoids polluting the main list of suppressions with things that are only
triggered in tests or examples, making it clearer which warning are present in
pugl itself.
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Aside from reading more naturally, this avoids clashes with types that are not
events, like PuglEventFlags. This is also more consistent with the C++
bindings, where "EventExpose" would be quite strange, for example.
Apologies for the noise. Aliases to the old names will be preserved in the
deprecated API like other things for a short while.
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X11 Window managers set WM_STATE to notify about minimization, often without
sending core X visibility events (which seems odd to me, but that's what Gnome
does anyway). So, implement this protocol and send map/unmap events to the
view, and adjust the Windows implementation to do the same for consistency
across all platforms.
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These will not be used in the Sphinx documentation, and most were
self-explanatory and only there to make the Doxygen index look nice anyway.
Where there was actually useful information, it has been preserved as regular
comments.
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Eventually we'll need an actual smart flags type here, but for now there's only
one flag anyway, so simply define an overload that takes one.
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This was a bit weird since event dispatching can be handled by some other
object. Just remove them, and have clients use a catch-all template to handle
events that are not handled specially.
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These names were confusing because a view is not necessarily a window. Since
there's no room for ambiguity here, simply drop the superfluous word.
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This allows puglCreateSurface() to be used with some other loader, or when
linking to Vulkan at compile time.
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These libc-specific warnings are a new level, even for LLVM. Using an opt-out
style for this is probably not going to last.
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This removes virtual function overhead, and the weird situation of having to
include pugl.ipp once (or worse, for pugl to provide a binary C++ library).
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Include them in pugl_gl.h instead, to simplify things and unclutter the include
directory.
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This allows the application to control how recursive loops are handled rather
than have Pugl impose behavior which can get in the way. For example, an
application may not want to continuously animate while being resized, or set up
its rendering differently in this situation. For example, with Vulkan, setting
up a different swapchain can be necessary for smooth performance while live
resizing on Windows, and Pugl has no ability to do this.
I think it was a mistake to add this timer to Pugl itself, because it was
always a bit of a leaky abstraction, and not very appropriate for a library
that is supposed to be a thin abstraction layer. Though it almost seemed like
things ran as usual while resizing on Windows and MacOS, the main event loop
being stalled can be confusing, and there was no way to detect this. This way,
applications must explicitly handle this situation and can implement the
behavior they want without Pugl getting in the way.
This also simplifies the Pugl implementation a bit, which is always nice.
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This allows more fine-grained control. In particular, it prevents mistaked
from creeping in to the public headers or core implementation because of
warnings that are disabled for the tests and examples. This keeps the code
that is used in other projects as clean as possible.
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