Make gdk_memory_format_gl_format take the GdkGLContext,
instead of just a gles boolean. This will let us
check for extensions that may be needed for certain
formats.
Update all callers.
This is useful for colorizing in the same fashion we do for the glyph
texture atlas. In fact, for small GdkTexture, you will end up in something
like the icon texture atlas.
The primary motivator for this optimization is to draw various glyph-like
features from VTE such as many forms of boxes, lines, arrows, etc.
We don't need to be calling type node conformity checking from the tight
loop of the renderjob. Hoist that into the private header and use that
intead through via the Class pointer.
Like the previous change, this uses GdkArrayImpl instead of GArray for
tracking modelview changes. This is less important than clip tracking
simple due to being used less, but it keeps the implementation synchronous
with the Clip tracking code.
We can end up spending a lot of time in g_array_maybe_expand() through the
use of g_array_set_size() for clip tracking. That is somewhat due to the
simple nature of GArray being size-dynamic. Instead, we can use
GdkArrayImpl and let the compiler do what it does best to elide some
work and hoist other work into the calling function.
This also fixes a potential UAF in gsk_gl_render_job_push_contained_clip().
The code now follows gsk_rounded_rect_shrink() and with it the behavior
of the Cairo renderer and Webkit.
The old code did what the GL renderer and Cairo do, but I consider that
wrong.
I did not test Chrome.
Test attached
The source uniform may or may not point
to a glyph atlas. The optimization we do
for color nodes is only possible if it does,
so check this.
Fixes: #6094
We require folks to include gskglrenderer.h in order
to create a GL renderer. So we be careful to only
include header in gskglrenderer.h that won't trigger
ugly warnings.
See !6363
Take a rendernode as source and a GskPath and GskStroke,
and fill the area that is covered when stroking the path
with the given stroke parameters, like cairo_stroke() would.
Add a bunch of inline functions for graphene_rectangle_t.
We use those quite extensively in tight loops so making them as fast as
possible via inlining has massive benefits.
The current render-heavy benchmark I am playing (th paris-30k in node-editor)
went from 49fps to 85fps on my AMD.
In particular, fix the combination of luminance and alpha. We want to do
mask = luminance * alpha
and for inverted
mask = (1.0 - luminance) * alpha
so add a test that makes sure we do that and then fix the code and
existing tests to conform to it.
The IFUNC resolvers that we are using here get
run early, before asan had a chance to set up its
plumbing, and therefore things go badly if they
are compiled with asan. Turning it off makes things
work again.
The gcc bug tracking this problem:
https://gcc.gnu.org/bugzilla/show_bug.cgi?id=110442
Thanks to Jakub Jelinek and Florian Weimer for
analyzing this and recommending the workaround.
g_hash_table_insert() frees the given key if it already exists
in the hashtable. But since we use the same pointer in the
following line, it will result in use-after-free.
So instead, insert the key only if it doesn't exist.
Replace gdk_memory_format_prefers_high_depth with the more generic
gdk_memory_format_get_depth() that returns the depth of the individual
channels.
Also make the GL renderer use that to pick the generic F16 format
instead of immediately going for F32 when uploading textures.
This is not the optimal way of doing it: we're
reuploading the texture with client-side conversion.
But it fits nicely into our current handling of mipmaps.
We can do better once we use shaders for colorspace
conversions.
Make the callers of this function check for
straight alpha themselves, and only do the
version compatibility check here. This makes
the function usable in contexts where straight
alpha is acceptable.
When the command queue is out of batches, there is
no point in doing further work like allocating uniforms.
This helps us avoid assertions in the uniform code
that we would hit when we run out of uniform space
too.
When we start ignoring batches, we must do it everywhere,
or we may run into assertions. This was triggered by an
enormous text node tree produced by tests/rendernode-create.
This was the intention, but the object data by itself
does not achieve that: We do run dispose on the display
when it is closed, but object data is only cleared in
finalize. So listen to the ::closed signal and remove
the driver ourselves.
Fix up the drivers dispose implementation enough for
that to actually work.
