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#include "vulkan_renderer_api.h"
namespace Donut
{
auto VulkanRendererAPI::init() -> void
{
// TODO(Hachem): Implement Vulkan renderer API initialization
}
auto VulkanRendererAPI::set_viewport(uint32_t x, uint32_t y, uint32_t width, uint32_t height) -> void
{
// TODO(Hachem): Implement Vulkan viewport setting
}
auto VulkanRendererAPI::set_clear_color(const glm::vec4& color) -> void
{
// TODO(Hachem): Implement Vulkan clear color setting
}
auto VulkanRendererAPI::clear() -> void
{
// TODO(Hachem): Implement Vulkan clear
}
auto VulkanRendererAPI::enable_depth_test() -> void
{
// TODO(Hachem): Implement Vulkan depth test enabling
}
auto VulkanRendererAPI::disable_depth_test() -> void
{
// TODO(Hachem): Implement Vulkan depth test disabling
}
auto VulkanRendererAPI::set_face_culling(bool enabled) -> void
{
// TODO(Hachem): Implement Vulkan face culling setting
}
auto VulkanRendererAPI::enable_blending() -> void
{
// TODO(Hachem): Implement Vulkan blending enabling
}
auto VulkanRendererAPI::disable_blending() -> void
{
// TODO(Hachem): Implement Vulkan blending disabling
}
auto VulkanRendererAPI::draw_indexed(const Ref<VertexArray>& vertex_array, uint32_t index_count) -> void
{
// TODO(Hachem): Implement Vulkan indexed drawing
}
auto VulkanRendererAPI::draw_arrays(uint32_t vertex_count, uint32_t first) -> void
{
// TODO(Hachem): Implement Vulkan array drawing
}
auto VulkanRendererAPI::draw_lines(const Ref<VertexArray>& vertex_array, uint32_t index_count) -> void
{
// TODO(Hachem): Implement Vulkan line drawing
}
auto VulkanRendererAPI::bind_texture(uint32_t texture_id, uint32_t slot) -> void
{
// TODO(Hachem): Implement Vulkan texture binding
}
auto VulkanRendererAPI::bind_image_texture(uint32_t texture_id, uint32_t slot, bool read_only) -> void
{
// TODO(Hachem): Implement Vulkan image texture binding
}
auto VulkanRendererAPI::read_pixels(uint32_t x, uint32_t y, uint32_t width, uint32_t height,
uint32_t format, uint32_t type, void* pixels) -> void
{
// TODO(Hachem): Implement Vulkan pixel reading
// For now, this is a placeholder implementation
// In a real Vulkan implementation, this would involve:
// 1. Creating a staging buffer
// 2. Copying the framebuffer to the staging buffer
// 3. Mapping the staging buffer and copying to the pixels array
// 4. Unmapping and destroying the staging buffer
}
};
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