quakeforge/libs/video/renderer/vulkan/vkparse.plist

search = (
	VkDebugUtilsMessageSeverityFlagBitsEXT,
	VkPresentModeKHR,
	VkSpecializationInfo,
	VkPipelineShaderStageCreateInfo,
	VkPipelineVertexInputStateCreateInfo,
	VkPipelineInputAssemblyStateCreateInfo,
	VkPipelineViewportStateCreateInfo,
	VkPipelineRasterizationStateCreateInfo,
	VkPipelineMultisampleStateCreateInfo,
	VkPipelineDepthStencilStateCreateInfo,
	VkPipelineColorBlendStateCreateInfo,
	VkPipelineDynamicStateCreateInfo,
	VkDescriptorSetLayoutBinding,
	VkClearValue,
	VkPhysicalDeviceLimits,
	VkRenderPassMultiviewCreateInfo,

	qfv_output_t,

	qfv_descriptorsetlayoutinfo_t,
	qfv_imageinfo_t,
	qfv_imageviewinfo_t,
	qfv_bufferinfo_t,
	qfv_bufferviewinfo_t,
	qfv_dependencyinfo_t,
	qfv_attachmentinfo_t,
	qfv_attachmentrefinfo_t,
	qfv_attachmentsetinfo_t,
	qfv_taskinfo_t,
	qfv_pushconstantinfo_t,
	qfv_pushconstantrangeinfo_t,
	qfv_layoutinfo_t,
	qfv_pipelineinfo_t,
	qfv_subpassinfo_t,
	qfv_framebufferinfo_t,
	qfv_renderpassinfo_t,
	qfv_renderinfo_t,
	qfv_computeinfo_t,
	qfv_processinfo_t,
	qfv_stepinfo_t,
	qfv_jobinfo_t,
	qfv_samplercreateinfo_t,
	qfv_samplerinfo_t,
);
parse = {
	VkPhysicalDeviceLimits = readonly;
	VkSpecializationInfo = {
		mapEntries = {
			type = (array, VkSpecializationMapEntry);
			size = mapEntryCount;
			values = pMapEntries;
		};
		data = {
			type = (custom,	(QFBinary, QFString),
					parse_specialization_data);
			fields = (dataSize, pData);
		};
	};
	VkPipelineShaderStageCreateInfo = {
		//flags = auto; reserved for future use (Bits enum does not exist)
		stage = auto;
		name = {
			type = string;
			string = pName;
		};
		module = {
			type = (custom,	QFString, parse_VkShaderModule);
			fields = (module);
		};
		specializationInfo = {
			type = (single, VkSpecializationInfo);
			value = pSpecializationInfo;
		};
	};
	VkShaderModuleCreateInfo = skip;
	VkDescriptorSetLayoutBinding = {
		binding = auto;
		descriptorType = auto;
		descriptorCount = auto;
		stageFlags = auto;
		// skip pImmutableSamplers (default to 0) until I know how it works
	};
	VkPipelineVertexInputStateCreateInfo = {
		//flags = auto; reserved for future use (Bits enum does not exist)
		bindings = {
			type = (array, VkVertexInputBindingDescription);
			size = vertexBindingDescriptionCount;
			values = pVertexBindingDescriptions;
		};
		attributes = {
			type = (array, VkVertexInputAttributeDescription);
			size = vertexAttributeDescriptionCount;
			values = pVertexAttributeDescriptions;
		};
	};
	VkPipelineInputAssemblyStateCreateInfo = {
		//flags = auto; reserved for future use (Bits enum does not exist)
		topology = auto;
		primitiveRestartEnable = auto;
	};
	VkPipelineViewportStateCreateInfo = {
		//flags = auto; reserved for future use (Bits enum does not exist)
		//FIXME redo as one array
		viewports = {
			type = (array, VkViewport);
			size = viewportCount;
			values = pViewports;
		};
		scissors = {
			type = (array, VkRect2D);
			size = scissorCount;
			values = pScissors;
		};
	};
	VkPipelineRasterizationStateCreateInfo = {
		//flags = auto; reserved for future use (Bits enum does not exist)
		depthClampEnable = auto;
		rasterizerDiscardEnable = auto;
		polygonMode = auto;
		cullMode = auto;
		frontFace = auto;
		depthBiasEnable = auto;
		depthBiasConstantFactor = auto;
		depthBiasClamp = auto;
		depthBiasSlopeFactor = auto;
		lineWidth = auto;
	};
	VkPipelineMultisampleStateCreateInfo = {
		//flags = auto; reserved for future use (Bits enum does not exist)
		rasterizationSamples = auto;
		sampleShadingEnable = auto;
		minSampleShading = auto;
		//pSampleMask = auto; FIXME disabled until correct size is known
		alphaToCoverageEnable = auto;
		alphaToOneEnable = auto;
	};
	VkPipelineDepthStencilStateCreateInfo = {
		//flags = auto; reserved for future use (Bits enum does not exist)
		depthTestEnable = auto;
		depthWriteEnable = auto;
		depthCompareOp = auto;
		depthBoundsTestEnable = auto;
		stencilTestEnable = auto;
		front = auto;
		back = auto;
		minDepthBounds = auto;
		maxDepthBounds = auto;
	};
	VkPipelineColorBlendStateCreateInfo = {
		//flags = auto; reserved for future use (Bits enum does not exist)
		logicOpEnable = auto;
		logicOp = auto;
		attachments = {
			type = (array, VkPipelineColorBlendAttachmentState);
			size = attachmentCount;
			values = pAttachments;
		};
		blendConstants = {
			type = (custom, QFString, parse_RGBA);
			fields = (blendConstants);
		};
	};
	VkPipelineDynamicStateCreateInfo = {
		//flags = auto; reserved for future use (Bits enum does not exist)
		dynamicState = {
			type = (array, VkDynamicState);
			size = dynamicStateCount;
			values = pDynamicStates;
		};
	};
	VkPipelineTessellationStateCreateInfo = {
		//flags = auto; reserved for future use (Bits enum does not exist)
		patchControlPoints = auto;
	};
	VkClearColorValue = skip;
	VkClearValue = {
		color = {
			type = (custom, QFString, parse_RGBA);
			fields = (color);
		};
		depthStencil = auto;
	};
	VkRenderPassMultiviewCreateInfo = {
		viewMasks = {
			type = (array, uint32_t);
			size = subpassCount;
			values = pViewMasks;
		};
		viewOffsets = {
			type = (array, int32_t);
			size = dependencyCount;
			values = pViewOffsets;
		};
		correlationMasks = {
			type = (array, uint32_t);
			size = correlationMaskCount;
			values = pCorrelationMasks;
		};
	};

	qfv_output_s = {
		.name = qfv_output_t;
		extent = auto;
		image = ignore;
		view = ignore;
/*		image = {
			type = (readonly, VkImage);
			value = image;
		};
		view = {
			type = (readonly, VkImageView);
			value = view;
		};*/
		format = auto;
		frames = auto;
		finalLayout = auto;
	};

	qfv_taskinfo_s = {
		.name = qfv_taskinfo_t;
		func = {
			type = (custom, QFString, parse_task_function);
			fields = (func, params, param_data);
		};
		params = {
			type = (custom,	QFArray, parse_task_params);
			fields = (func, params, param_data);
		};
	};
	qfv_attachmentrefinfo_s = {
		.name = qfv_attachmentrefinfo_t;
		.type = (QFString, QFDictionary);
		.string = {
			name = $name;
			line = $item.line;
			layout = $auto;
			blend = "(VkPipelineColorBlendAttachmentState) { .colorWriteMask = VK_COLOR_COMPONENT_R_BIT | VK_COLOR_COMPONENT_G_BIT | VK_COLOR_COMPONENT_B_BIT | VK_COLOR_COMPONENT_A_BIT }"
		};
		.dictionary = {
			.parse = auto;
			name = $name;
			line = $item.line;
		};
		layout = auto;
		blend = auto;
	};
	qfv_attachmentsetinfo_s = {
		.name = qfv_attachmentsetinfo_t;
		input = {
			type = (labeledarray, qfv_attachmentrefinfo_t, name);
			size = num_input;
			values = input;
		};
		color = {
			type = (labeledarray, qfv_attachmentrefinfo_t, name);
			size = num_color;
			values = color;
		};
		resolve = {
			type = (labeledarray, qfv_attachmentrefinfo_t, name);
			values = resolve;
			matchSize = color;
		};
		depth = {
			type = (labeledsingle, qfv_attachmentrefinfo_t, name);
			value = depth;
		};
		preserve = {
			type = (array, qfv_reference_t);
			size = num_preserve;
			values = preserve;
		};
	};
	qfv_pushconstantinfo_s = {
		.name = qfv_pushconstantinfo_t;
		.type = (QFString, QFDictionary);
		.dictionary = {
			offset = -1;
			size = -1;
			.parse = auto;
			name = $name;
			line = $item.line;
		};
		.string = {
			offset = -1;
			size = -1;
			name = $name;
			line = $item.line;
			type = $auto;
		};
		type = auto;
		//stageFlags = auto;
		offset = auto;
		size = auto;
	};
	qfv_pushconstantrangeinfo_s = {
		.name = qfv_pushconstantrangeinfo_t;
		.type = (QFDictionary);
		.dictionary = {
			.parse = {
				type = (labeledarray, qfv_pushconstantinfo_t, name);
				size = num_pushconstants;
				values = pushconstants;
			};
			stageFlags = $name.auto;
		};
		stageFlags = auto;
	};
	qfv_layoutinfo_s = {
		.name = qfv_layoutinfo_t;
		descriptorSets = {
			type = (array, qfv_reference_t);
			size = num_sets;
			values = sets;
		};
		pushConstants = {
			type = (labeledarray, qfv_pushconstantrangeinfo_t, stageFlags);
			size = num_pushconstantranges;
			values = pushconstantranges;
		};
	};
	qfv_pipelineinfo_s = {
		.name = qfv_pipelineinfo_t;
		color = auto;
		name = {
			type = string;
			string = name;
		};
		disabled = auto;
		tasks = {
			type = (array, qfv_taskinfo_t);
			size = num_tasks;
			values = tasks;
		};

		flags = auto;
		stages = {
			type = (array, VkPipelineShaderStageCreateInfo);
			size = num_graph_stages;
			values = graph_stages;
		};
		stage = {
			type = (single, VkPipelineShaderStageCreateInfo);
			value = compute_stage;
		};
		dispatch = auto;
		vertexInput = {
			type = (single, VkPipelineVertexInputStateCreateInfo);
			value = vertexInput;
		};
		inputAssembly = {
			type = (single, VkPipelineInputAssemblyStateCreateInfo);
			value = inputAssembly;
		};
		tessellation = {
			type = (single, VkPipelineTessellationStateCreateInfo);
			value = tessellation;
		};
		viewport = {
			type = (single, VkPipelineViewportStateCreateInfo);
			value = viewport;
		};
		rasterization = {
			type = (single, VkPipelineRasterizationStateCreateInfo);
			value = rasterization;
		};
		multisample = {
			type = (single, VkPipelineMultisampleStateCreateInfo);
			value = multisample;
		};
		depthStencil = {
			type = (single, VkPipelineDepthStencilStateCreateInfo);
			value = depthStencil;
		};
		colorBlend = {
			type = (single, VkPipelineColorBlendStateCreateInfo);
			value = colorBlend;
		};
		dynamic = {
			type = (single, VkPipelineDynamicStateCreateInfo);
			value = dynamic;
		};
		layout = auto;
	};
	qfv_subpassinfo_s = {
		.name = qfv_subpassinfo_t;
		name = {
			type = string;
			string = name;
		};
		color = auto;
		dependencies = {
			type = (labeledarray, qfv_dependencyinfo_t, name);
			size = num_dependencies;
			values = dependencies;
		};
		attachments = {
			type = (single, qfv_attachmentsetinfo_t);
			value = attachments;
		};
		pipelines = {
			type = (labeledarray, qfv_pipelineinfo_t, name);
			size = num_pipelines;
			values = pipelines;
		};
		base_pipeline = {
			//type = (labeledsingle, qfv_pipelineinfo_t, name);
			type = (single, qfv_pipelineinfo_t, name);
			value = base_pipeline;
		};
	};
	qfv_attachmentinfo_s = {
		.name = qfv_attachmentinfo_t;
		.type = (QFString, QFDictionary);
		.string = {
			name = $name;
			line = $item.line;
			external = $item.string;
		};
		.dictionary = {
			.parse = auto;
			name = $name;
			line = $item.line;
		};
		flags = auto;
		format = auto;
		samples = auto;
		loadOp = auto;
		storeOp = auto;
		stencilLoadOp = auto;
		stencilStoreOp = auto;
		initialLayout = auto;
		finalLayout = auto;
		clearValue = auto;
		view = auto;
	};
	qfv_framebufferinfo_s = {
		.name = qfv_framebufferinfo_t;
		width = auto;
		height = auto;
		layers = auto;
		attachments = {
			type = (labeledarray, qfv_attachmentinfo_t, name);
			size = num_attachments;
			values = attachments;
		};
	};
	qfv_reference_s = {
		.name = qfv_reference_t;
		.type = QFString;
		.string = {
			name = $item.string;
			line = $item.line;
		};
	};
	qfv_renderpassinfo_s = {
		.name = qfv_renderpassinfo_t;
		color = auto;
		framebuffer = auto;
		subpasses = {
			type = (labeledarray, qfv_subpassinfo_t, name);
			size = num_subpasses;
			values = subpasses;
		};
		output = auto;
	};
	qfv_descriptorsetlayoutinfo_s = {
		.name = qfv_descriptorsetlayoutinfo_t;
		flags = auto;
		bindings = {
			type = (array, VkDescriptorSetLayoutBinding);
			size = num_bindings;
			values = bindings;
		};
	};
	qfv_bufferviewinfo_s = {
		.name = qfv_bufferviewinfo_t;
		buffer = auto;
		format = auto;
		offset = auto;
		range = auto;
	};
	qfv_computeinfo_s = {
		.name = qfv_computeinfo_t;
		color = auto;
		pipelines = {
			type = (labeledarray, qfv_pipelineinfo_t, name);
			size = num_pipelines;
			values = pipelines;
		};
	};
	qfv_renderinfo_s = {
		.name = qfv_renderinfo_t;
		color = auto;
		renderpasses = {
			type = (labeledarray, qfv_renderpassinfo_t, name);
			size = num_renderpasses;
			values = renderpasses;
		};
	};
	qfv_processinfo_s = {
		.name = qfv_processinfo_t;
		color = auto;
		tasks = {
			type = (array, qfv_taskinfo_t);
			size = num_tasks;
			values = tasks;
		};
	};
	qfv_stepinfo_s = {
		.name = qfv_stepinfo_t;
		color = auto;
		dependencies = {
			type = (array, qfv_reference_t);
			size = num_dependencies;
			values = dependencies;
		};
		render = {
			type = (single, qfv_renderinfo_t, name);
			value = render;
		};
		compute = {
			type = (single, qfv_computeinfo_t, name);
			value = compute;
		};
		process = {
			type = (single, qfv_processinfo_t, name);
			value = process;
		};
	};
	qfv_jobinfo_s = {
		.name = qfv_jobinfo_t;
		properties = ignore;
		output = ignore;
		images = ignore;
		views = ignore;
		renderpasses = ignore;
		images = {
			type = (labeledarray, qfv_imageinfo_t, name);
			size = num_images;
			values = images;
		};
		imageviews = {
			type = (labeledarray, qfv_imageviewinfo_t, name);
			size = num_imageviews;
			values = imageviews;
		};
		buffers = {
			type = (labeledarray, qfv_bufferinfo_t, name);
			size = num_buffers;
			values = buffers;
		};
		bufferviews = {
			type = (labeledarray, qfv_bufferviewinfo_t, name);
			size = num_bufferviews;
			values = bufferviews;
		};
		steps = {
			type = (labeledarray, qfv_stepinfo_t, name);
			size = num_steps;
			values = steps;
		};
		descriptorSetLayouts = {
			type = (labeledarray, qfv_descriptorsetlayoutinfo_t, name);
			size = num_dslayouts;
			values = dslayouts;
		};
		plitem = ignore;
	};
	qfv_samplercreateinfo_s = {
		.name = qfv_samplercreateinfo_t;
		flags = auto;
		magFilter = auto;
		minFilter = auto;
		mipmapMode = auto;
		addressModeU = auto;
		addressModeV = auto;
		addressModeW = auto;
		mipLodBias = auto;
		anisotropyEnable = auto;
		maxAnisotropy = auto;
		compareEnable = auto;
		compareOp = auto;
		minLod = auto;
		maxLod = auto;
		borderColor = auto;
		unnormalizedCoordinates = auto;
		sampler = ignore;
	};
	qfv_samplerinfo_s = {
		.name = qfv_samplerinfo_t;
		samplers = {
			type = (labeledarray, qfv_samplercreateinfo_t, name);
			size = num_samplers;
			values = samplers;
		};
		plitem = ignore;
	};
};