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// Copyright 2014 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#include "components/mus/gles2/command_buffer_type_conversions.h"
#include "components/mus/public/interfaces/command_buffer.mojom.h"
namespace mojo {
CommandBufferStatePtr
TypeConverter<CommandBufferStatePtr, gpu::CommandBuffer::State>::Convert(
const gpu::CommandBuffer::State& input) {
CommandBufferStatePtr result(CommandBufferState::New());
result->get_offset = input.get_offset;
result->token = input.token;
result->error = input.error;
result->context_lost_reason = input.context_lost_reason;
result->generation = input.generation;
return result.Pass();
}
gpu::CommandBuffer::State
TypeConverter<gpu::CommandBuffer::State, CommandBufferStatePtr>::Convert(
const CommandBufferStatePtr& input) {
gpu::CommandBuffer::State state;
state.get_offset = input->get_offset;
state.token = input->token;
state.error = static_cast<gpu::error::Error>(input->error);
state.context_lost_reason =
static_cast<gpu::error::ContextLostReason>(input->context_lost_reason);
state.generation = input->generation;
return state;
}
GpuShaderPrecisionPtr
TypeConverter<GpuShaderPrecisionPtr, gpu::Capabilities::ShaderPrecision>::
Convert(const gpu::Capabilities::ShaderPrecision& input) {
GpuShaderPrecisionPtr result(GpuShaderPrecision::New());
result->min_range = input.min_range;
result->max_range = input.max_range;
result->precision = input.precision;
return result.Pass();
}
gpu::Capabilities::ShaderPrecision TypeConverter<
gpu::Capabilities::ShaderPrecision,
GpuShaderPrecisionPtr>::Convert(const GpuShaderPrecisionPtr& input) {
gpu::Capabilities::ShaderPrecision result;
result.min_range = input->min_range;
result.max_range = input->max_range;
result.precision = input->precision;
return result;
}
GpuPerStagePrecisionsPtr
TypeConverter<GpuPerStagePrecisionsPtr, gpu::Capabilities::PerStagePrecisions>::
Convert(const gpu::Capabilities::PerStagePrecisions& input) {
GpuPerStagePrecisionsPtr result(GpuPerStagePrecisions::New());
result->low_int = GpuShaderPrecision::From(input.low_int);
result->medium_int = GpuShaderPrecision::From(input.medium_int);
result->high_int = GpuShaderPrecision::From(input.high_int);
result->low_float = GpuShaderPrecision::From(input.low_float);
result->medium_float = GpuShaderPrecision::From(input.medium_float);
result->high_float = GpuShaderPrecision::From(input.high_float);
return result.Pass();
}
gpu::Capabilities::PerStagePrecisions TypeConverter<
gpu::Capabilities::PerStagePrecisions,
GpuPerStagePrecisionsPtr>::Convert(const GpuPerStagePrecisionsPtr& input) {
gpu::Capabilities::PerStagePrecisions result;
result.low_int = input->low_int.To<gpu::Capabilities::ShaderPrecision>();
result.medium_int =
input->medium_int.To<gpu::Capabilities::ShaderPrecision>();
result.high_int = input->high_int.To<gpu::Capabilities::ShaderPrecision>();
result.low_float = input->low_float.To<gpu::Capabilities::ShaderPrecision>();
result.medium_float =
input->medium_float.To<gpu::Capabilities::ShaderPrecision>();
result.high_float =
input->high_float.To<gpu::Capabilities::ShaderPrecision>();
return result;
}
GpuCapabilitiesPtr
TypeConverter<GpuCapabilitiesPtr, gpu::Capabilities>::Convert(
const gpu::Capabilities& input) {
GpuCapabilitiesPtr result(GpuCapabilities::New());
result->vertex_shader_precisions =
GpuPerStagePrecisions::From(input.vertex_shader_precisions);
result->fragment_shader_precisions =
GpuPerStagePrecisions::From(input.fragment_shader_precisions);
result->max_combined_texture_image_units =
input.max_combined_texture_image_units;
result->max_cube_map_texture_size = input.max_cube_map_texture_size;
result->max_fragment_uniform_vectors = input.max_fragment_uniform_vectors;
result->max_renderbuffer_size = input.max_renderbuffer_size;
result->max_texture_image_units = input.max_texture_image_units;
result->max_texture_size = input.max_texture_size;
result->max_varying_vectors = input.max_varying_vectors;
result->max_vertex_attribs = input.max_vertex_attribs;
result->max_vertex_texture_image_units = input.max_vertex_texture_image_units;
result->max_vertex_uniform_vectors = input.max_vertex_uniform_vectors;
result->num_compressed_texture_formats = input.num_compressed_texture_formats;
result->num_shader_binary_formats = input.num_shader_binary_formats;
result->bind_generates_resource_chromium =
input.bind_generates_resource_chromium;
result->post_sub_buffer = input.post_sub_buffer;
result->egl_image_external = input.egl_image_external;
result->texture_format_bgra8888 = input.texture_format_bgra8888;
result->texture_format_etc1 = input.texture_format_etc1;
result->texture_format_etc1_npot = input.texture_format_etc1_npot;
result->texture_rectangle = input.texture_rectangle;
result->iosurface = input.iosurface;
result->texture_usage = input.texture_usage;
result->texture_storage = input.texture_storage;
result->discard_framebuffer = input.discard_framebuffer;
result->sync_query = input.sync_query;
result->image = input.image;
result->future_sync_points = input.future_sync_points;
result->blend_equation_advanced = input.blend_equation_advanced;
result->blend_equation_advanced_coherent =
input.blend_equation_advanced_coherent;
return result.Pass();
}
gpu::Capabilities TypeConverter<gpu::Capabilities, GpuCapabilitiesPtr>::Convert(
const GpuCapabilitiesPtr& input) {
gpu::Capabilities result;
result.vertex_shader_precisions =
input->vertex_shader_precisions
.To<gpu::Capabilities::PerStagePrecisions>();
result.fragment_shader_precisions =
input->fragment_shader_precisions
.To<gpu::Capabilities::PerStagePrecisions>();
result.max_combined_texture_image_units =
input->max_combined_texture_image_units;
result.max_cube_map_texture_size = input->max_cube_map_texture_size;
result.max_fragment_uniform_vectors = input->max_fragment_uniform_vectors;
result.max_renderbuffer_size = input->max_renderbuffer_size;
result.max_texture_image_units = input->max_texture_image_units;
result.max_texture_size = input->max_texture_size;
result.max_varying_vectors = input->max_varying_vectors;
result.max_vertex_attribs = input->max_vertex_attribs;
result.max_vertex_texture_image_units = input->max_vertex_texture_image_units;
result.max_vertex_uniform_vectors = input->max_vertex_uniform_vectors;
result.num_compressed_texture_formats = input->num_compressed_texture_formats;
result.num_shader_binary_formats = input->num_shader_binary_formats;
result.bind_generates_resource_chromium =
input->bind_generates_resource_chromium;
result.post_sub_buffer = input->post_sub_buffer;
result.egl_image_external = input->egl_image_external;
result.texture_format_bgra8888 = input->texture_format_bgra8888;
result.texture_format_etc1 = input->texture_format_etc1;
result.texture_format_etc1_npot = input->texture_format_etc1_npot;
result.texture_rectangle = input->texture_rectangle;
result.iosurface = input->iosurface;
result.texture_usage = input->texture_usage;
result.texture_storage = input->texture_storage;
result.discard_framebuffer = input->discard_framebuffer;
result.sync_query = input->sync_query;
result.image = input->image;
result.future_sync_points = input->future_sync_points;
result.blend_equation_advanced = input->blend_equation_advanced;
result.blend_equation_advanced_coherent =
input->blend_equation_advanced_coherent;
return result;
}
} // namespace gles2
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