/*
\brief vulkan_sc_core_minimal.h wrapper used by PVRVk.
\file pvrvk_vulkan_sc_wrapper.h
\author PowerVR by Imagination, Developer Technology Team
\copyright Copyright (c) Imagination Technologies Limited.
*/
// clang-format off
#pragma once
#include <string>
#include "vulkan/vulkan.h"
#include "vulkan_sc_minimal/vulkan_sc_core_minimal.h"
namespace pvrvksc {
#define DEFINE_ENUM_BITWISE_OPERATORS_ULONGLONG(type_) \
inline type_ operator | (type_ lhs, type_ rhs) \
{ \
return (type_)(static_cast<unsigned long long>(lhs) | static_cast<unsigned long long>(rhs)); \
} \
inline type_& operator |= (type_& lhs, type_ rhs) \
{ \
return lhs = (type_)(static_cast<unsigned long long>(lhs) | static_cast<unsigned long long>(rhs)); \
} \
inline type_ operator & (type_ lhs, type_ rhs) \
{ \
return (type_)(static_cast<unsigned long long>(lhs) & static_cast<unsigned long long>(rhs)); \
} \
inline type_& operator &= (type_& lhs, type_ rhs) \
{ \
return lhs = (type_)(static_cast<unsigned long long>(lhs) & static_cast<unsigned long long>(rhs)); \
} \
inline type_ operator ^ (type_ lhs, type_ rhs) \
{ \
return (type_)(static_cast<unsigned long long>(lhs) ^ static_cast<unsigned long long>(rhs)); \
} \
inline type_& operator ^= (type_& lhs, type_ rhs) \
{ \
return lhs = (type_)(static_cast<unsigned long long>(lhs) ^ static_cast<unsigned long long>(rhs)); \
} \
inline type_ operator <<(type_ lhs, unsigned long long rhs) \
{ \
return (type_)(static_cast<unsigned long long>(lhs) << rhs); \
} \
inline type_& operator <<=(type_& lhs, unsigned long long rhs) \
{ \
return lhs = (type_)(static_cast<unsigned long long>(lhs) << rhs); \
} \
inline type_ operator >>(type_ lhs, unsigned long long rhs) \
{ \
return (type_)(static_cast<unsigned long long>(lhs) >> rhs); \
} \
inline type_& operator >>=(type_& lhs, unsigned long long rhs) \
{ \
return lhs = (type_)(static_cast<unsigned long long>(lhs) >> rhs); \
} \
inline bool operator ==(type_ lhs, unsigned long long rhs) \
{ \
return static_cast<unsigned long long>(lhs) == rhs; \
} \
inline bool operator !=(type_ lhs, unsigned long long rhs) \
{ \
return static_cast<unsigned long long>(lhs) != rhs; \
} \
inline bool operator ==(unsigned long long lhs, type_ rhs) \
{ \
return lhs == static_cast<unsigned long long>(rhs); \
}\
inline bool operator !=(unsigned long long lhs, type_ rhs) \
{ \
return lhs != static_cast<unsigned long long>(rhs); \
}\
inline type_ operator ~(type_ lhs) \
{ \
return (type_)(~static_cast<unsigned long long>(lhs)); \
}\
inline type_ operator *(unsigned long long lhs, type_ rhs) \
{ \
return (type_)(lhs * static_cast<unsigned long long>(rhs)); \
}\
inline type_ operator *(type_ lhs, unsigned long long rhs) \
{ \
return (type_)(static_cast<unsigned long long>(lhs) * rhs); \
}\
struct PipelinePoolSize: private VkPipelinePoolSize
{
PipelinePoolSize()
{
setStructureType(VK_STRUCTURE_TYPE_PIPELINE_POOL_SIZE);
setPNext(nullptr);
setPoolEntrySize(0);
setPoolEntryCount(0);
}
PipelinePoolSize(const VkPipelinePoolSize& inPipelinePoolSize): VkPipelinePoolSize(inPipelinePoolSize){}
PipelinePoolSize(VkStructureType inSType, void const* inPNext, VkDeviceSize inPoolEntrySize, uint32_t inPoolEntryCount)
{
setStructureType(inSType);
setPNext(inPNext);
setPoolEntrySize(inPoolEntrySize);
setPoolEntryCount(inPoolEntryCount);
}
inline const VkStructureType getStructureType() const { return sType; }
inline const void* getPNext() const { return pNext; }
inline const VkDeviceSize getPoolEntrySize() const { return poolEntrySize; }
inline const uint32_t getPoolEntryCount() const { return poolEntryCount; }
inline void setStructureType(const VkStructureType inSType) { this->sType = inSType; }
inline void setPNext(void const* inPNext) { this->pNext = inPNext; }
inline void setPoolEntrySize(VkDeviceSize inPoolEntrySize) { this->poolEntrySize = inPoolEntrySize; }
inline void setPoolEntryCount(uint32_t inPoolEntrySize) { this->poolEntryCount = inPoolEntrySize; }
};
struct DeviceObjectReservationCreateInfo: private VkDeviceObjectReservationCreateInfo
{
DeviceObjectReservationCreateInfo()
{
setSType(VK_STRUCTURE_TYPE_DEVICE_OBJECT_RESERVATION_CREATE_INFO);
setPNext(nullptr);
setPipelineCacheCreateInfoCount(0);
setPPipelineCacheCreateInfos(nullptr);
setPipelinePoolSizeCount(0);
setPPipelinePoolSizes(nullptr);
setSemaphoreRequestCount(0);
setCommandBufferRequestCount(0);
setFenceRequestCount(0);
setDeviceMemoryRequestCount(0);
setBufferRequestCount(0);
setImageRequestCount(0);
setEventRequestCount(0);
setQueryPoolRequestCount(0);
setBufferViewRequestCount(0);
setImageViewRequestCount(0);
setLayeredImageViewRequestCount(0);
setPipelineCacheRequestCount(0);
setPipelineLayoutRequestCount(0);
setRenderPassRequestCount(0);
setGraphicsPipelineRequestCount(0);
setComputePipelineRequestCount(0);
setDescriptorSetLayoutRequestCount(0);
setSamplerRequestCount(0);
setDescriptorPoolRequestCount(0);
setDescriptorSetRequestCount(0);
setFramebufferRequestCount(0);
setCommandPoolRequestCount(0);
setSamplerYcbcrConversionRequestCount(0);
setSurfaceRequestCount(0);
setSwapchainRequestCount(0);
setDisplayModeRequestCount(0);
setSubpassDescriptionRequestCount(0);
setAttachmentDescriptionRequestCount(0);
setDescriptorSetLayoutBindingRequestCount(0);
setDescriptorSetLayoutBindingLimit(0);
setMaxImageViewMipLevels(0);
setMaxImageViewArrayLayers(0);
setMaxLayeredImageViewMipLevels(0);
setMaxOcclusionQueriesPerPool(0);
setMaxPipelineStatisticsQueriesPerPool(0);
setMaxTimestampQueriesPerPool(0);
setMaxImmutableSamplersPerDescriptorSetLayout(0);
}
DeviceObjectReservationCreateInfo(const VkDeviceObjectReservationCreateInfo& vkType): VkDeviceObjectReservationCreateInfo(vkType){}
DeviceObjectReservationCreateInfo(VkStructureType inSType, const void* inPNext, uint32_t inPipelineCacheCreateInfoCount, const VkPipelineCacheCreateInfo* inPPipelineCacheCreateInfos, uint32_t inPipelinePoolSizeCount, const VkPipelinePoolSize* inPPipelinePoolSizes, uint32_t inSemaphoreRequestCount, uint32_t inCommandBufferRequestCount, uint32_t inFenceRequestCount, uint32_t inDeviceMemoryRequestCount, uint32_t inBufferRequestCount, uint32_t inImageRequestCount, uint32_t inEventRequestCount, uint32_t inQueryPoolRequestCount, uint32_t inBufferViewRequestCount, uint32_t inImageViewRequestCount, uint32_t inLayeredImageViewRequestCount, uint32_t inPipelineCacheRequestCount, uint32_t inPipelineLayoutRequestCount, uint32_t inRenderPassRequestCount, uint32_t inGraphicsPipelineRequestCount, uint32_t inComputePipelineRequestCount, uint32_t inDescriptorSetLayoutRequestCount, uint32_t inSamplerRequestCount, uint32_t inDescriptorPoolRequestCount, uint32_t inDescriptorSetRequestCount, uint32_t inFramebufferRequestCount, uint32_t inCommandPoolRequestCount, uint32_t inSamplerYcbcrConversionRequestCount, uint32_t inSurfaceRequestCount, uint32_t inSwapchainRequestCount, uint32_t inDisplayModeRequestCount, uint32_t inSubpassDescriptionRequestCount, uint32_t inAttachmentDescriptionRequestCount, uint32_t inDescriptorSetLayoutBindingRequestCount, uint32_t inDescriptorSetLayoutBindingLimit, uint32_t inMaxImageViewMipLevels, uint32_t inMaxImageViewArrayLayers, uint32_t inMaxLayeredImageViewMipLevels, uint32_t inMaxOcclusionQueriesPerPool, uint32_t inMaxPipelineStatisticsQueriesPerPool, uint32_t inMaxTimestampQueriesPerPool,
uint32_t inMaxImmutableSamplersPerDescriptorSetLayout)
{
setSType(inSType);
setPNext(inPNext);
setPipelineCacheCreateInfoCount(inPipelineCacheCreateInfoCount);
setPPipelineCacheCreateInfos(inPPipelineCacheCreateInfos);
setPipelinePoolSizeCount(inPipelinePoolSizeCount);
setPPipelinePoolSizes(inPPipelinePoolSizes);
setSemaphoreRequestCount(inSemaphoreRequestCount);
setCommandBufferRequestCount(inCommandBufferRequestCount);
setFenceRequestCount(inFenceRequestCount);
setDeviceMemoryRequestCount(inDeviceMemoryRequestCount);
setBufferRequestCount(inBufferRequestCount);
setImageRequestCount(inImageRequestCount);
setEventRequestCount(inEventRequestCount);
setQueryPoolRequestCount(inQueryPoolRequestCount);
setBufferViewRequestCount(inBufferViewRequestCount);
setImageViewRequestCount(inImageViewRequestCount);
setLayeredImageViewRequestCount(inLayeredImageViewRequestCount);
setPipelineCacheRequestCount(inPipelineCacheRequestCount);
setPipelineLayoutRequestCount(inPipelineLayoutRequestCount);
setRenderPassRequestCount(inRenderPassRequestCount);
setGraphicsPipelineRequestCount(inGraphicsPipelineRequestCount);
setComputePipelineRequestCount(inComputePipelineRequestCount);
setDescriptorSetLayoutRequestCount(inDescriptorSetLayoutRequestCount);
setSamplerRequestCount(inSamplerRequestCount);
setDescriptorPoolRequestCount(inDescriptorPoolRequestCount);
setDescriptorSetRequestCount(inDescriptorSetRequestCount);
setFramebufferRequestCount(inFramebufferRequestCount);
setCommandPoolRequestCount(inCommandPoolRequestCount);
setSamplerYcbcrConversionRequestCount(inSamplerYcbcrConversionRequestCount);
setSurfaceRequestCount(inSurfaceRequestCount);
setSwapchainRequestCount(inSwapchainRequestCount);
setDisplayModeRequestCount(inDisplayModeRequestCount);
setSubpassDescriptionRequestCount(inSubpassDescriptionRequestCount);
setAttachmentDescriptionRequestCount(inAttachmentDescriptionRequestCount);
setDescriptorSetLayoutBindingRequestCount(inDescriptorSetLayoutBindingRequestCount);
setDescriptorSetLayoutBindingLimit(inDescriptorSetLayoutBindingLimit);
setMaxImageViewMipLevels(inMaxImageViewMipLevels);
setMaxImageViewArrayLayers(inMaxImageViewArrayLayers);
setMaxLayeredImageViewMipLevels(inMaxLayeredImageViewMipLevels);
setMaxOcclusionQueriesPerPool(inMaxOcclusionQueriesPerPool);
setMaxPipelineStatisticsQueriesPerPool(inMaxPipelineStatisticsQueriesPerPool);
setMaxTimestampQueriesPerPool(inMaxTimestampQueriesPerPool);
setMaxImmutableSamplersPerDescriptorSetLayout(inMaxImmutableSamplersPerDescriptorSetLayout);
}
inline const VkStructureType getSType() const { return sType; }
inline const void* getPNext() const { return pNext; }
inline const uint32_t getPipelineCacheCreateInfoCount() const { return pipelineCacheCreateInfoCount; }
inline const VkPipelineCacheCreateInfo* getPPipelineCacheCreateInfos() const { return pPipelineCacheCreateInfos; }
inline const uint32_t getPipelinePoolSizeCount() const { return pipelinePoolSizeCount; }
inline const VkPipelinePoolSize* getPPipelinePoolSizes() const { return pPipelinePoolSizes; }
inline const uint32_t getSemaphoreRequestCount() const { return semaphoreRequestCount; }
inline const uint32_t getCommandBufferRequestCount() const { return commandBufferRequestCount; }
inline const uint32_t getFenceRequestCount() const { return fenceRequestCount; }
inline const uint32_t getDeviceMemoryRequestCount() const { return deviceMemoryRequestCount; }
inline const uint32_t getBufferRequestCount() const { return bufferRequestCount; }
inline const uint32_t getImageRequestCount() const { return imageRequestCount; }
inline const uint32_t getEventRequestCount() const { return eventRequestCount; }
inline const uint32_t getQueryPoolRequestCount() const { return queryPoolRequestCount; }
inline const uint32_t getBufferViewRequestCount() const { return bufferViewRequestCount; }
inline const uint32_t getImageViewRequestCount() const { return imageViewRequestCount; }
inline const uint32_t getLayeredImageViewRequestCount() const { return layeredImageViewRequestCount; }
inline const uint32_t getPipelineCacheRequestCount() const { return pipelineCacheRequestCount; }
inline const uint32_t getPipelineLayoutRequestCount() const { return pipelineLayoutRequestCount; }
inline const uint32_t getRenderPassRequestCount() const { return renderPassRequestCount; }
inline const uint32_t getGraphicsPipelineRequestCount() const { return graphicsPipelineRequestCount; }
inline const uint32_t getComputePipelineRequestCount() const { return computePipelineRequestCount; }
inline const uint32_t getDescriptorSetLayoutRequestCount() const { return descriptorSetLayoutRequestCount; }
inline const uint32_t getSamplerRequestCount() const { return samplerRequestCount; }
inline const uint32_t getDescriptorPoolRequestCount() const { return descriptorPoolRequestCount; }
inline const uint32_t getDescriptorSetRequestCount() const { return descriptorSetRequestCount; }
inline const uint32_t getFramebufferRequestCount() const { return framebufferRequestCount; }
inline const uint32_t getCommandPoolRequestCount() const { return commandPoolRequestCount; }
inline const uint32_t getSamplerYcbcrConversionRequestCount() const { return samplerYcbcrConversionRequestCount; }
inline const uint32_t getSurfaceRequestCount() const { return surfaceRequestCount; }
inline const uint32_t getSwapchainRequestCount() const { return swapchainRequestCount; }
inline const uint32_t getDisplayModeRequestCount() const { return displayModeRequestCount; }
inline const uint32_t getSubpassDescriptionRequestCount() const { return subpassDescriptionRequestCount; }
inline const uint32_t getAttachmentDescriptionRequestCount() const { return attachmentDescriptionRequestCount; }
inline const uint32_t getDescriptorSetLayoutBindingRequestCount() const { return descriptorSetLayoutBindingRequestCount; }
inline const uint32_t getDescriptorSetLayoutBindingLimit() const { return descriptorSetLayoutBindingLimit; }
inline const uint32_t getMaxImageViewMipLevels() const { return maxImageViewMipLevels; }
inline const uint32_t getMaxImageViewArrayLayers() const { return maxImageViewArrayLayers; }
inline const uint32_t getMaxLayeredImageViewMipLevels() const { return maxLayeredImageViewMipLevels; }
inline const uint32_t getMaxOcclusionQueriesPerPool() const { return maxOcclusionQueriesPerPool; }
inline const uint32_t getMaxPipelineStatisticsQueriesPerPool() const { return maxPipelineStatisticsQueriesPerPool; }
inline const uint32_t getMaxTimestampQueriesPerPool() const { return maxTimestampQueriesPerPool; }
inline const uint32_t getMaxImmutableSamplersPerDescriptorSetLayout() const { return maxImmutableSamplersPerDescriptorSetLayout; }
inline void setSType(VkStructureType inSType) { this->sType = inSType; }
inline void setPNext(void const* inPNext) { this->pNext = inPNext; }
inline void setPipelineCacheCreateInfoCount(uint32_t inPipelineCacheCreateInfoCount) { this->pipelineCacheCreateInfoCount = inPipelineCacheCreateInfoCount; }
inline void setPPipelineCacheCreateInfos(VkPipelineCacheCreateInfo const* inPPipelineCacheCreateInfos) { this->pPipelineCacheCreateInfos = inPPipelineCacheCreateInfos; }
inline void setPipelinePoolSizeCount(uint32_t inPipelinePoolSizeCount) { this->pipelinePoolSizeCount = inPipelinePoolSizeCount; }
inline void setPPipelinePoolSizes(VkPipelinePoolSize const* inPPipelinePoolSizes) { this->pPipelinePoolSizes = inPPipelinePoolSizes; }
inline void setSemaphoreRequestCount(uint32_t inSemaphoreRequestCount) { this->semaphoreRequestCount = inSemaphoreRequestCount; }
inline void setCommandBufferRequestCount(uint32_t inCommandBufferRequestCount) { this->commandBufferRequestCount = inCommandBufferRequestCount; }
inline void setFenceRequestCount(uint32_t inFenceRequestCount) { this->fenceRequestCount = inFenceRequestCount; }
inline void setDeviceMemoryRequestCount(uint32_t inDeviceMemoryRequestCount) { this->deviceMemoryRequestCount = inDeviceMemoryRequestCount; }
inline void setBufferRequestCount(uint32_t inBufferRequestCount) { this->bufferRequestCount = inBufferRequestCount; }
inline void setImageRequestCount(uint32_t inImageRequestCount) { this->imageRequestCount = inImageRequestCount; }
inline void setEventRequestCount(uint32_t inEventRequestCount) { this->eventRequestCount = inEventRequestCount; }
inline void setQueryPoolRequestCount(uint32_t inQueryPoolRequestCount) { this->queryPoolRequestCount = inQueryPoolRequestCount; }
inline void setBufferViewRequestCount(uint32_t inBufferViewRequestCount) { this->bufferViewRequestCount = inBufferViewRequestCount; }
inline void setImageViewRequestCount(uint32_t inImageViewRequestCount) { this->imageViewRequestCount = inImageViewRequestCount; }
inline void setLayeredImageViewRequestCount(uint32_t inLayeredImageViewRequestCount) { this->layeredImageViewRequestCount = inLayeredImageViewRequestCount; }
inline void setPipelineCacheRequestCount(uint32_t inPipelineCacheRequestCount) { this->pipelineCacheRequestCount = inPipelineCacheRequestCount; }
inline void setPipelineLayoutRequestCount(uint32_t inPipelineLayoutRequestCount) { this->pipelineLayoutRequestCount = inPipelineLayoutRequestCount; }
inline void setRenderPassRequestCount(uint32_t inRenderPassRequestCount) { this->renderPassRequestCount = inRenderPassRequestCount; }
inline void setGraphicsPipelineRequestCount(uint32_t inGraphicsPipelineRequestCount) { this->graphicsPipelineRequestCount = inGraphicsPipelineRequestCount; }
inline void setComputePipelineRequestCount(uint32_t inComputePipelineRequestCount) { this->computePipelineRequestCount = inComputePipelineRequestCount; }
inline void setDescriptorSetLayoutRequestCount(uint32_t inDescriptorSetLayoutRequestCount) { this->descriptorSetLayoutRequestCount = inDescriptorSetLayoutRequestCount; }
inline void setSamplerRequestCount(uint32_t inSamplerRequestCount) { this->samplerRequestCount = inSamplerRequestCount; }
inline void setDescriptorPoolRequestCount(uint32_t inDescriptorPoolRequestCount) { this->descriptorPoolRequestCount = inDescriptorPoolRequestCount; }
inline void setDescriptorSetRequestCount(uint32_t inDescriptorSetRequestCount) { this->descriptorSetRequestCount = inDescriptorSetRequestCount; }
inline void setFramebufferRequestCount(uint32_t inFramebufferRequestCount) { this->framebufferRequestCount = inFramebufferRequestCount; }
inline void setCommandPoolRequestCount(uint32_t inCommandPoolRequestCount) { this->commandPoolRequestCount = inCommandPoolRequestCount; }
inline void setSamplerYcbcrConversionRequestCount(uint32_t inSamplerYcbcrConversionRequestCount) { this->samplerYcbcrConversionRequestCount = inSamplerYcbcrConversionRequestCount; }
inline void setSurfaceRequestCount(uint32_t inSurfaceRequestCount) { this->surfaceRequestCount = inSurfaceRequestCount; }
inline void setSwapchainRequestCount(uint32_t inSwapchainRequestCount) { this->swapchainRequestCount = inSwapchainRequestCount; }
inline void setDisplayModeRequestCount(uint32_t inDisplayModeRequestCount) { this->displayModeRequestCount = inDisplayModeRequestCount; }
inline void setSubpassDescriptionRequestCount(uint32_t inSubpassDescriptionRequestCount) { this->subpassDescriptionRequestCount = inSubpassDescriptionRequestCount; }
inline void setAttachmentDescriptionRequestCount(uint32_t inAttachmentDescriptionRequestCount) { this->attachmentDescriptionRequestCount = inAttachmentDescriptionRequestCount; }
inline void setDescriptorSetLayoutBindingRequestCount(uint32_t inDescriptorSetLayoutBindingRequestCount) { this->descriptorSetLayoutBindingRequestCount = inDescriptorSetLayoutBindingRequestCount; }
inline void setDescriptorSetLayoutBindingLimit(uint32_t inDescriptorSetLayoutBindingLimit) { this->descriptorSetLayoutBindingLimit = inDescriptorSetLayoutBindingLimit; }
inline void setMaxImageViewMipLevels(uint32_t inMaxImageViewMipLevels) { this->maxImageViewMipLevels = inMaxImageViewMipLevels; }
inline void setMaxImageViewArrayLayers(uint32_t inMaxImageViewArrayLayers) { this->maxImageViewArrayLayers = inMaxImageViewArrayLayers; }
inline void setMaxLayeredImageViewMipLevels(uint32_t inMaxLayeredImageViewMipLevels) { this->maxLayeredImageViewMipLevels = inMaxLayeredImageViewMipLevels; }
inline void setMaxOcclusionQueriesPerPool(uint32_t inMaxOcclusionQueriesPerPool) { this->maxOcclusionQueriesPerPool = inMaxOcclusionQueriesPerPool; }
inline void setMaxPipelineStatisticsQueriesPerPool(uint32_t inMaxPipelineStatisticsQueriesPerPool) { this->maxPipelineStatisticsQueriesPerPool = inMaxPipelineStatisticsQueriesPerPool; }
inline void setMaxTimestampQueriesPerPool(uint32_t inMaxTimestampQueriesPerPool) { this->maxTimestampQueriesPerPool = inMaxTimestampQueriesPerPool; }
inline void setMaxImmutableSamplersPerDescriptorSetLayout(uint32_t inMaxImmutableSamplersPerDescriptorSetLayout) { this->maxImmutableSamplersPerDescriptorSetLayout = inMaxImmutableSamplersPerDescriptorSetLayout; }
};
struct PipelineOfflineCreateInfo: private VkPipelineOfflineCreateInfo
{
PipelineOfflineCreateInfo()
{
setSType(VK_STRUCTURE_TYPE_PIPELINE_OFFLINE_CREATE_INFO);
setPNext(nullptr);
memset(pipelineIdentifier, 0, sizeof(pipelineIdentifier));
setPipelineMatchControl(VK_PIPELINE_MATCH_CONTROL_APPLICATION_UUID_EXACT_MATCH);
setDeviceSize(0);
}
PipelineOfflineCreateInfo(const VkPipelineOfflineCreateInfo& vkType): VkPipelineOfflineCreateInfo(vkType){}
PipelineOfflineCreateInfo(VkStructureType inSType, const void* inPNext, uint8_t* inPipelineIdentifier, VkPipelineMatchControl inMatchControl, VkDeviceSize inPoolEntrySize)
{
setSType(inSType);
setPNext(inPNext);
setPipelineIdentifierUUID(inPipelineIdentifier);
setPipelineMatchControl(inMatchControl);
setDeviceSize(inPoolEntrySize);
}
inline VkStructureType getSType() const { return sType; }
inline const void* getPNext() const { return pNext; }
inline uint8_t getPipelineIdentifierUUID() const { return pipelineIdentifier[0]; }
inline VkPipelineMatchControl getPipelineMatchControl() const { return matchControl; }
inline VkDeviceSize getDeviceSize() const { return poolEntrySize; }
inline void setSType(VkStructureType inSType) { this->sType = inSType; }
inline void setPNext(const void* inPNext) { this->pNext = inPNext; }
inline void setPipelineIdentifierUUID(uint8_t* inPipelineIdentifier) { memcpy(&this->pipelineIdentifier, &inPipelineIdentifier, VK_UUID_SIZE); }
inline void setPipelineMatchControl(VkPipelineMatchControl inMatchControl) { this->matchControl = inMatchControl; }
inline void setDeviceSize(VkDeviceSize inPoolEntrySize) { this->poolEntrySize = inPoolEntrySize; }
};
struct CommandPoolMemoryReservationCreateInfo: private VkCommandPoolMemoryReservationCreateInfo
{
CommandPoolMemoryReservationCreateInfo()
{
setSType(VK_STRUCTURE_TYPE_COMMAND_POOL_MEMORY_RESERVATION_CREATE_INFO);
setPNext(nullptr);
setCommandPoolReservedSize(0);
setCommandPoolMaxCommandBuffers(0);
}
CommandPoolMemoryReservationCreateInfo(const VkCommandPoolMemoryReservationCreateInfo& vkType): VkCommandPoolMemoryReservationCreateInfo(vkType){}
CommandPoolMemoryReservationCreateInfo(VkStructureType inSType, const void* inPNext, VkDeviceSize inCommandPoolReservedSize, uint32_t inCommandPoolMaxCommandBuffers)
{
setSType(inSType);
setPNext(inPNext);
setCommandPoolReservedSize(inCommandPoolReservedSize);
setCommandPoolMaxCommandBuffers(inCommandPoolMaxCommandBuffers);
}
inline VkStructureType getSType() const { return sType; }
inline const void* getPNext() const { return pNext; }
inline const VkDeviceSize getCommandPoolReservedSize() const { return commandPoolReservedSize; }
inline const uint32_t getCommandPoolMaxCommandBuffers() const { return commandPoolMaxCommandBuffers; }
inline void setSType(VkStructureType inSType) { this->sType = inSType; }
inline void setPNext(const void* inPNext) { this->pNext = inPNext; }
inline void setCommandPoolReservedSize(VkDeviceSize inCommandPoolReservedSize) { this->commandPoolReservedSize = inCommandPoolReservedSize; }
inline void setCommandPoolMaxCommandBuffers(uint32_t inCommandPoolMaxCommandBuffers) { this->commandPoolMaxCommandBuffers = inCommandPoolMaxCommandBuffers; }
};
struct CommandPoolMemoryConsumption: private VkCommandPoolMemoryConsumption
{
CommandPoolMemoryConsumption()
{
setSType(VK_STRUCTURE_TYPE_COMMAND_POOL_MEMORY_RESERVATION_CREATE_INFO);
setPNext(nullptr);
setCommandPoolAllocated(0);
setCommandPoolReservedSize(0);
setCommandBufferAllocated(0);
}
CommandPoolMemoryConsumption(const VkCommandPoolMemoryConsumption& vkType): VkCommandPoolMemoryConsumption(vkType){}
CommandPoolMemoryConsumption(VkStructureType inSType, void* inPNext, VkDeviceSize inCommandPoolAllocated, VkDeviceSize inCommandPoolReservedSize, VkDeviceSize inCommandBufferAllocated)
{
setSType(inSType);
setPNext(inPNext);
setCommandPoolAllocated(inCommandPoolAllocated);
setCommandPoolReservedSize(inCommandPoolReservedSize);
setCommandBufferAllocated(inCommandBufferAllocated);
}
inline VkStructureType getSType() const { return sType; }
inline const void* getPNext() const { return pNext; }
inline const VkDeviceSize getCommandPoolAllocated() const { return commandPoolAllocated; }
inline const VkDeviceSize getCommandPoolReservedSize() const { return commandPoolReservedSize; }
inline const VkDeviceSize getCommandBufferAllocated() const { return commandBufferAllocated; }
inline void setSType(VkStructureType inSType) { this->sType = inSType; }
inline void setPNext(void* inPNext) { this->pNext = inPNext; }
inline void setCommandPoolAllocated(VkDeviceSize inCommandPoolAllocated) { this->commandPoolAllocated = inCommandPoolAllocated; }
inline void setCommandPoolReservedSize(VkDeviceSize inCommandPoolReservedSize) { this->commandPoolReservedSize = inCommandPoolReservedSize; }
inline void setCommandBufferAllocated(VkDeviceSize inCommandBufferAllocated) { this->commandBufferAllocated = inCommandBufferAllocated; }
};
struct PhysicalDeviceVulkanSC10Properties: private VkPhysicalDeviceVulkanSC10Properties
{
PhysicalDeviceVulkanSC10Properties()
{
setSType(VK_STRUCTURE_TYPE_PHYSICAL_DEVICE_VULKAN_SC_1_0_PROPERTIES);
setPNext(nullptr);
setDeviceNoDynamicHostAllocations(VK_FALSE);
setDeviceDestroyFreesMemory(VK_FALSE);
setCommandPoolMultipleCommandBuffersRecording(VK_FALSE);
setCommandPoolResetCommandBuffer(VK_FALSE);
setCommandBufferSimultaneousUse(VK_FALSE);
setSecondaryCommandBufferNullOrImagelessFramebuffer(VK_FALSE);
setRecycleDescriptorSetMemory(VK_FALSE);
setInRecyclePipelineMemory(VK_FALSE);
setMaxRenderPassSubpasses(0);
setMaxRenderPassDependencies(0);
setMaxSubpassInputAttachments(0);
setMaxSubpassPreserveAttachments(0);
setMaxFramebufferAttachments(0);
setMaxDescriptorSetLayoutBindings(0);
setMaxQueryFaultCount(0);
setMaxCallbackFaultCount(0);
setMaxCommandPoolCommandBuffers(0);
setMaxCommandBufferSize(0);
}
PhysicalDeviceVulkanSC10Properties(const VkPhysicalDeviceVulkanSC10Properties& vkType): VkPhysicalDeviceVulkanSC10Properties(vkType){}
PhysicalDeviceVulkanSC10Properties(VkStructureType inSType, void* inPNext, VkBool32 inDeviceNoDynamicHostAllocations, VkBool32 inDeviceDestroyFreesMemory, VkBool32 inCommandPoolMultipleCommandBuffersRecording, VkBool32 inCommandPoolResetCommandBuffer, VkBool32 inCommandBufferSimultaneousUse, VkBool32 inSecondaryCommandBufferNullOrImagelessFramebuffer, VkBool32 inRecycleDescriptorSetMemory, VkBool32 inRecyclePipelineMemory, uint32_t inMaxRenderPassSubpasses, uint32_t inMaxRenderPassDependencies, uint32_t inMaxSubpassInputAttachments, uint32_t inMaxSubpassPreserveAttachments, uint32_t inMaxFramebufferAttachments, uint32_t inMaxDescriptorSetLayoutBindings, uint32_t inMaxQueryFaultCount, uint32_t inMaxCallbackFaultCount, uint32_t inMaxCommandPoolCommandBuffers, VkDeviceSize inMaxCommandBufferSize)
{
setSType(inSType);
setPNext(inPNext);
setDeviceNoDynamicHostAllocations(inDeviceNoDynamicHostAllocations);
setDeviceDestroyFreesMemory(inDeviceDestroyFreesMemory);
setCommandPoolMultipleCommandBuffersRecording(inCommandPoolMultipleCommandBuffersRecording);
setCommandPoolResetCommandBuffer(inCommandPoolResetCommandBuffer);
setCommandBufferSimultaneousUse(inCommandBufferSimultaneousUse);
setSecondaryCommandBufferNullOrImagelessFramebuffer(inSecondaryCommandBufferNullOrImagelessFramebuffer);
setRecycleDescriptorSetMemory(inRecycleDescriptorSetMemory);
setInRecyclePipelineMemory(inRecyclePipelineMemory);
setMaxRenderPassSubpasses(inMaxRenderPassSubpasses);
setMaxRenderPassDependencies(inMaxRenderPassDependencies);
setMaxSubpassInputAttachments(inMaxSubpassInputAttachments);
setMaxSubpassPreserveAttachments(inMaxSubpassPreserveAttachments);
setMaxFramebufferAttachments(inMaxFramebufferAttachments);
setMaxDescriptorSetLayoutBindings(inMaxDescriptorSetLayoutBindings);
setMaxQueryFaultCount(inMaxQueryFaultCount);
setMaxCallbackFaultCount(inMaxCallbackFaultCount);
setMaxCommandPoolCommandBuffers(inMaxCommandPoolCommandBuffers);
setMaxCommandBufferSize(inMaxCommandBufferSize);
}
inline VkStructureType getSType() const { return sType; }
inline const void* getPNext() const { return pNext; }
inline const VkBool32 getDeviceNoDynamicHostAllocations() const { return deviceNoDynamicHostAllocations; }
inline const VkBool32 getDeviceDestroyFreesMemory() const { return deviceDestroyFreesMemory; }
inline const VkBool32 getCommandPoolMultipleCommandBuffersRecording() const { return commandPoolMultipleCommandBuffersRecording; }
inline const VkBool32 getCommandPoolResetCommandBuffer() const { return commandPoolResetCommandBuffer; }
inline const VkBool32 getCommandBufferSimultaneousUse() const { return commandBufferSimultaneousUse; }
inline const VkBool32 getSecondaryCommandBufferNullOrImagelessFramebuffer() const { return secondaryCommandBufferNullOrImagelessFramebuffer; }
inline const VkBool32 getRecycleDescriptorSetMemory() const { return recycleDescriptorSetMemory; }
inline const VkBool32 getRecyclePipelineMemory() const { return recyclePipelineMemory; }
inline const uint32_t getMaxRenderPassSubpasses() const { return maxRenderPassSubpasses; }
inline const uint32_t getMaxRenderPassDependencies() const { return maxRenderPassDependencies; }
inline const uint32_t getMaxSubpassInputAttachments() const { return maxSubpassInputAttachments; }
inline const uint32_t getMaxSubpassPreserveAttachments() const { return maxSubpassPreserveAttachments; }
inline const uint32_t getMaxFramebufferAttachments() const { return maxFramebufferAttachments; }
inline const uint32_t getMaxDescriptorSetLayoutBindings() const { return maxDescriptorSetLayoutBindings; }
inline const uint32_t getMaxQueryFaultCount() const { return maxQueryFaultCount; }
inline const uint32_t getMaxCallbackFaultCount() const { return maxCallbackFaultCount; }
inline const uint32_t getMaxCommandPoolCommandBuffers() const { return maxCommandPoolCommandBuffers; }
inline const VkDeviceSize getMaxCommandBufferSize() const { return maxCommandBufferSize; }
inline void setSType(VkStructureType inSType) { this->sType = inSType; }
inline void setPNext(void* inPNext) { this->pNext = inPNext; }
inline void setDeviceNoDynamicHostAllocations(VkBool32 inDeviceNoDynamicHostAllocations) { this->deviceNoDynamicHostAllocations = inDeviceNoDynamicHostAllocations; }
inline void setDeviceDestroyFreesMemory(VkBool32 inDeviceDestroyFreesMemory) { this->deviceDestroyFreesMemory = inDeviceDestroyFreesMemory; }
inline void setCommandPoolMultipleCommandBuffersRecording(VkBool32 inCommandPoolMultipleCommandBuffersRecording) { this->commandPoolMultipleCommandBuffersRecording = inCommandPoolMultipleCommandBuffersRecording; }
inline void setCommandPoolResetCommandBuffer(VkBool32 inCommandPoolResetCommandBuffer) { this->commandPoolResetCommandBuffer = inCommandPoolResetCommandBuffer; }
inline void setCommandBufferSimultaneousUse(VkBool32 inCommandBufferSimultaneousUse) { this->commandBufferSimultaneousUse = inCommandBufferSimultaneousUse; }
inline void setSecondaryCommandBufferNullOrImagelessFramebuffer(VkBool32 inSecondaryCommandBufferNullOrImagelessFramebuffer) { this->secondaryCommandBufferNullOrImagelessFramebuffer = inSecondaryCommandBufferNullOrImagelessFramebuffer; }
inline void setRecycleDescriptorSetMemory(VkBool32 inRecycleDescriptorSetMemory) { this->recycleDescriptorSetMemory = inRecycleDescriptorSetMemory; }
inline void setInRecyclePipelineMemory(VkBool32 inRecyclePipelineMemory) { this->recyclePipelineMemory = inRecyclePipelineMemory; }
inline void setMaxRenderPassSubpasses(uint32_t inMaxRenderPassSubpasses) { this->maxRenderPassSubpasses = inMaxRenderPassSubpasses; }
inline void setMaxRenderPassDependencies(uint32_t inMaxRenderPassDependencies) { this->maxRenderPassDependencies = inMaxRenderPassDependencies; }
inline void setMaxSubpassInputAttachments(uint32_t inMaxSubpassInputAttachments) { this->maxSubpassInputAttachments = inMaxSubpassInputAttachments; }
inline void setMaxSubpassPreserveAttachments(uint32_t inMaxSubpassPreserveAttachments) { this->maxSubpassPreserveAttachments = inMaxSubpassPreserveAttachments; }
inline void setMaxFramebufferAttachments(uint32_t inMaxFramebufferAttachments) { this->maxFramebufferAttachments = inMaxFramebufferAttachments; }
inline void setMaxDescriptorSetLayoutBindings(uint32_t inMaxDescriptorSetLayoutBindings) { this->maxDescriptorSetLayoutBindings = inMaxDescriptorSetLayoutBindings; }
inline void setMaxQueryFaultCount(uint32_t inMaxQueryFaultCount) { this->maxQueryFaultCount = inMaxQueryFaultCount; }
inline void setMaxCallbackFaultCount(uint32_t inMaxCallbackFaultCount) { this->maxCallbackFaultCount = inMaxCallbackFaultCount; }
inline void setMaxCommandPoolCommandBuffers(uint32_t inMaxCommandPoolCommandBuffers) { this->maxCommandPoolCommandBuffers = inMaxCommandPoolCommandBuffers; }
inline void setMaxCommandBufferSize(VkDeviceSize inMaxCommandBufferSize) { this->maxCommandBufferSize = inMaxCommandBufferSize; }
};
struct LayerInstanceLink_: private VkLayerInstanceLink_
{
LayerInstanceLink_()
{
setPNext(nullptr);
setPfnNextGetInstanceProcAddr(nullptr);
setInPfnNextGetPhysicalDeviceProcAddr(nullptr);
}
LayerInstanceLink_(const VkLayerInstanceLink_& vkType): VkLayerInstanceLink_(vkType){}
LayerInstanceLink_(VkLayerInstanceLink_* pNext, PFN_vkGetInstanceProcAddr pfnNextGetInstanceProcAddr, PFN_GetPhysicalDeviceProcAddr pfnNextGetPhysicalDeviceProcAddr)
{
setPNext(pNext);
setPfnNextGetInstanceProcAddr(pfnNextGetInstanceProcAddr);
setInPfnNextGetPhysicalDeviceProcAddr(pfnNextGetPhysicalDeviceProcAddr);
}
inline const void* getPNext() const { return pNext; }
inline PFN_vkGetInstanceProcAddr getPfnNextGetInstanceProcAddr() const { return pfnNextGetInstanceProcAddr; }
inline PFN_GetPhysicalDeviceProcAddr getPfnNextGetPhysicalDeviceProcAddr() const { return pfnNextGetPhysicalDeviceProcAddr; }
inline void setPNext(VkLayerInstanceLink_* inPNext) { this->pNext = inPNext; }
inline void setPfnNextGetInstanceProcAddr(PFN_vkGetInstanceProcAddr inPfnNextGetInstanceProcAddr) { this->pfnNextGetInstanceProcAddr = inPfnNextGetInstanceProcAddr; }
inline void setInPfnNextGetPhysicalDeviceProcAddr(PFN_GetPhysicalDeviceProcAddr inPfnNextGetPhysicalDeviceProcAddr) { this->pfnNextGetPhysicalDeviceProcAddr = inPfnNextGetPhysicalDeviceProcAddr; }
};
struct LayerInstanceCreateInfo: private VkLayerInstanceCreateInfo
{
LayerInstanceCreateInfo()
{
setSType(VK_STRUCTURE_TYPE_LOADER_INSTANCE_CREATE_INFO);
setPNext(nullptr);
setFunction(VK_LAYER_LINK_INFO);
setPLayerInfo(nullptr);
}
LayerInstanceCreateInfo(const VkLayerInstanceCreateInfo& vkType): VkLayerInstanceCreateInfo(vkType){}
LayerInstanceCreateInfo(VkStructureType inSType, void* inPNext, VkLayerFunction inFunction)
{
setSType(inSType);
setPNext(inPNext);
setFunction(inFunction);
// Union member will need to be defined with an extra setter to avoid overwritting previous values assigned.
}
inline VkStructureType getSType() const { return sType; }
inline const void* getPNext() const { return pNext; }
inline VkLayerFunction getFunction() const { return function; }
inline const VkLayerInstanceLink* getPLayerInfo() const { return u.pLayerInfo; }
inline const PFN_vkSetInstanceLoaderData getPfnSetInstanceLoaderData() const { return u.pfnSetInstanceLoaderData; }
inline const PFN_vkLayerCreateDevice getPfnLayerCreateDevice() const { return u.layerDevice.pfnLayerCreateDevice; }
inline const PFN_vkLayerDestroyDevice getPfnLayerDestroyDevice() const { return u.layerDevice.pfnLayerDestroyDevice; }
inline const VkLoaderFeatureFlags getLoaderFeatures() const { return u.loaderFeatures; }
inline void setSType(VkStructureType inSType) { this->sType = inSType; }
inline void setPNext(void* inPNext) { this->pNext = inPNext; }
inline void setFunction(VkLayerFunction inFunction) { this->function = inFunction; }
inline void setPLayerInfo(VkLayerInstanceLink* inPLayerInfo) { this->u.pLayerInfo = inPLayerInfo; }
inline void setPfnSetInstanceLoaderData(PFN_vkSetInstanceLoaderData inPfnSetInstanceLoaderData) { this->u.pfnSetInstanceLoaderData = inPfnSetInstanceLoaderData; }
inline void setPfnLayerCreateDevice(PFN_vkLayerCreateDevice inPfnLayerCreateDevice) { this->u.layerDevice.pfnLayerCreateDevice = inPfnLayerCreateDevice; }
inline void setPfnLayerDestroyDevice(PFN_vkLayerDestroyDevice inPfnLayerDestroyDevice) { this->u.layerDevice.pfnLayerDestroyDevice = inPfnLayerDestroyDevice; }
inline void setLoaderFeatures(VkLoaderFeatureFlags inLoaderFeatures) { this->u.loaderFeatures = inLoaderFeatures; }
};
} // namespace pvrvksc
// clang-format on
