* Prefer OpenGL over OpenGL ES
* Fix sRGB on egl
* Check if OpenGL is supported
* Add changelog entry
* Remove expected failure for OpenGL Non-ES, add comment explaining FRAMEBUFFER_SRGB, add driver info to AdapterInfo
* Fix draw indexed
* CI host doesn't seem to support Rg8Snorm and Rgb9eUfloat clearing
* pool tracker vecs
* pool
* ci
* move pool to device
* use pool ref, cleanup and comment
* suspect all the future suspects (#5413)
* suspect all the future suspects
* changelog
* changelog
* review feedback
---------
Co-authored-by: Andreas Reich <r_andreas2@web.de>
Invoke a DeviceLostClosure immediately if set on an invalid device.
To make the device invalid, this defines an explicit, test-only method
make_invalid. It also modifies calls that expect to always retrieve a
valid device.
Co-authored-by: Erich Gubler <erichdongubler@gmail.com>
Naga assumed that GLSL 410 supported layout(binding = ...) but it does not,
it only supports layout(location = ...). It is not possible to enable only
layout(location = ...) currently, so we need to predicate the feature on GLSL
420 instead.
When running wgpu with an OpenGL context on macOS that is created with a core
profile and with the forward-compatibility bit set, the MAX_VARYING_COMPONENTS
constant returns 0 when queried. The default value is 60, so we return the
default value if the query returns 0.
We also need to use `#version 140` on macOS since `#version 130` isn't accepted.
Since `#version 140` should be available from OpenGL 3.1, we use that everywhere.
That way we don't need any specific macOS flags or features.
Fuzz testing in Firefox encountered crashes for calls of
`Global::command_encoder_clear_buffer` where:
* `offset` is greater than `buffer.size`, but…
* `size` is `None`.
Oops! We should _always_ check this (i.e., even when `size` is `None`),
because we have no guarantee that `offset` and the fallback value of
`size` is in bounds. 😅 So, we change validation here to unconditionally
compute `size` and run checks we previously gated behind `if let
Some(size) = size { … }`.
For convenience, the spec. link for this method:
<https://gpuweb.github.io/gpuweb/#dom-gpucommandencoder-clearbuffer>
* split out TIMESTAMP_QUERY_INSIDE_ENCODERS from TIMESTAMP_QUERY
* changelog entry
* update changelog change number
* fix web warnings
* single line changelog
* note on followup issue
When no work is submitted for a frame, presenting the surface results
in a timeout due to no work having been submitted.
Fixes#3189.
This flag was added in #1892 with a note that it was going to be
temporary until #1688 landed.
* [wgpu-core] Add tests for minimum binding size validation.
* [wgpu-core] Compute minimum binding size correctly for arrays.
In early versions of WGSL, `storage` or `uniform` global variables had
to be either structs or runtime-sized arrays. This rule was relaxed,
and now globals can have any type; Naga automatically wraps such
variables in structs when required by the backend shading language.
Under the old rules, whenever wgpu-core saw a `storage` or `uniform`
global variable with an array type, it could assume it was a
runtime-sized array, and take the stride as the minimum binding size.
Under the new rules, wgpu-core must consider fixed-sized and
runtime-sized arrays separately.
* add GL_EXT_texture_shadow_lod feature detection
* allow more cases of cube depth texture sampling in glsl
* add test for sampling a cubemap array depth texture with lod
* add test for chosing GL_EXT_texture_shadow_lod over the grad workaround if instructed
* add changelog entry for GL_EXT_texture_shadow_lod
* fix criteria for requiring and using TEXTURE_SHADOW_LOD
* require gles 320 for textureSampling over cubeArrayShadow
* prevent false positives in TEXTURE_SHADOW_LOD in checks
* make workaround_lod_with_grad usecase selection less context dependant
* move 3d array texture error into the validator
* correct ImageSample logic errors
* Replace `Instance::any_backend_feature_enabled` with `Instance::enabled_backend_features` which reports all available backends instead of just reporting if none is available.
* add changelog entry
* update enabled_backend_features in doc
* fix not enabling any backend on android, fix related doc issues
This fixes two cases where a DeviceLostClosureC might not be consumed
before it is dropped, which is a requirement:
1) When the closure is replaced, this ensures the to-be-dropped closure
is invoked.
2) When the global is dropped, this ensures that the closure is invoked
before it is dropped.
The first of these two cases is tested in a new test,
DEVICE_LOST_REPLACED_CALLBACK. The second case has a stub,
always-skipped test, DROPPED_GLOBAL_THEN_DEVICE_LOST. The test is
always-skipped because there does not appear to be a way to drop the
global from within a test. Nor is there any other way to reach
Device.prepare_to_die without having first dropping the device.
* Add serde, serialize, deserialize features to wgpu and wgpu-core
Remove trace, replay features from wgpu-types
* Do not use trace, replay in wgpu-types anymore
* Make use of deserialize, serialize features in wgpu-core
* Make use of serialize, deserialize features in wgpu
* Run cargo fmt
* Use serde(default) for deserialize only
* Fix serial-pass feature
* Add a comment for new features
* Add CHANGELOG entry
* Run cargo fmt
* serial-pass also needs serde features for Id<T>
* Add feature documentation to lib.rs docs
* wgpu-types implicit serde feature
* wgpu-core explicit serde feature
* wgpu explicit serde feature
* Update CHANGELOG.md
* Fix compilation with default features
* Address review comments
Join all threads before returning from the test case, to ensure that
we don't return from `main` until all open `Device`s have been
dropped.
This avoids a race condition in glibc in which a thread calling
`dlclose` can unmap a shared library's code even while the main thread
is still running its finalization functions. (See #5084 for details.)
Joining all threads before returning from the test ensures that the
Vulkan loader has finished `dlclose`-ing the Vulkan validation layer
shared library before `main` returns.
Remove `skip` for this test on GL/llvmpipe. With this change, that has
not been observed to crash. Without it, the test crashes within ten
runs or so.
Fixes#5084.
Fixed#4285.
This clarifies that the Rust and C-style callbacks/closures need to be
consumed (not called) before they are dropped. It also makes the from_c
function consume the param closure so that it can be dropped without
panicking.
It also relaxes the restriction that the callback/closure can only be
called once.
* hello_compute: check for missing command-line args
Fixes off-by-one error when checking for missing arguments.
Before this, running the example gave this scary looking error message:
```
$ cargo run --bin wgpu-examples hello_compute
Finished dev [unoptimized + debuginfo] target(s) in 0.13s
Running `target/debug/wgpu-examples hello_compute`
[2023-12-27T22:14:26Z ERROR wgpu::backend::direct] Handling wgpu errors as fatal by default
thread 'main' panicked at 'wgpu error: Validation Error
Caused by:
In Device::create_bind_group
Buffer binding size 0 is less than minimum 4
note: buffer = `Storage Buffer`
', wgpu/src/backend/direct.rs:3139:5
```
As this was the first example I tried to run, it almost scared me
away, thinking it was a driver issue.
Instead, without arguments the example should use defaults.
* Add PR #4939 to changelog as instructed
* Ensure device lost closure is called exactly once before being dropped.
This requires a change to the Rust callback signature, which is now Fn
instead of FnOnce. When the Rust callback or the C closure are dropped,
they will panic if they haven't been called. `device_drop` is changed
to call the closure with a message of "Device dropped." A test is added.
* Introduce `dx12` and `metal` crate features to `wgpu`
* Implement dummy `Context` to allow compilation with `--no-default-features`
* Address review
* Remove `dummy::Context` in favor of `hal::api::Empty`
* Add changelog entry
* Panic early in `Instance::new()` if no backend is enabled
Co-Authored-By: Andreas Reich <1220815+Wumpf@users.noreply.github.com>
---------
Co-authored-by: Andreas Reich <1220815+Wumpf@users.noreply.github.com>
Without the suffix, `Expression::Literal(Literal::F32)` expressions
get written without any suffix on the number, meaning that they get
re-parsed as `AbstractFloat` values. In theory, this should always be
fine, but since we don't actually support abstract types yet in all
the places we should, having them appear in the output causes
validation problems.
See also: #4863, which did the same for `i32` literals.
Without the suffix, `Expression::Literal(Literal::I32)` expressions
get written without any suffix on the decimal number, meaning that
they get re-parsed as AbstractInt values. In theory, this should
always be fine, but since we don't actually support abstract types yet
in all the places we should, having them appear in the output causes
validation problems.
* Make `BufferMappedRange` trait WasmNotSendSync
* make QueueWriteBuffer trait Debug
* add changelog
* fix pr numbers in changelog
* missing send/sync on web.rs on BufferMappedRange for fragile-send-sync-non-atomic-wasm + !atomics
