valgrind.supp

# We don't care about problems in the ICD or loader
# Many of these could be false positives, since valgrind doesn't know about GPU access
{
  IntelVulkanAddr8
  Memcheck:Addr8
  ...
  obj:*libvulkan_intel.so*
}
{
  IntelVulkanAddr4
  Memcheck:Addr4
  ...
  obj:*libvulkan_intel.so*
}
{
  IntelVulkanAddr2
  Memcheck:Addr2
  ...
  obj:*libvulkan_intel.so*
}
{
  IntelVulkanAddr1
  Memcheck:Addr1
  ...
  obj:*libvulkan_intel.so*
}
{
  IntelVulkanCond
  Memcheck:Cond
  ...
  obj:*libvulkan_intel.so*
}
{
  IntelVulkanValue8
  Memcheck:Value8
  ...
  obj:*libvulkan_intel.so*
}
{
  IntelVulkanLeak
  Memcheck:Leak
	match-leak-kinds: all
  ...
  obj:*libvulkan_intel.so*
}
{
  IntelVulkanLeak
  Memcheck:Leak
	match-leak-kinds: all
  ...
  obj:*libvulkan.so*
}

# Unknown cause but not important leak
{
	UnknownLeak1
 Memcheck:Leak
 match-leak-kinds: all
 fun:malloc
 ...
 fun:_dl_init
}

# Try to suppress only access from mapped pointers, to avoid false negatives
{
	InitialStateMemcpy
	Memcheck:Addr8
	fun:memcpy@@GLIBC_2.14
	...
	fun:_ZN13WrappedVulkan22Serialise_InitialStateE10ResourceIdP12WrappedVkRes
}
{
	InitialStateMemcpy
	Memcheck:Addr4
	fun:memcpy@@GLIBC_2.14
	...
	fun:_ZN13WrappedVulkan22Serialise_InitialStateE10ResourceIdP12WrappedVkRes
}
{
	InitialStateMemcpy
	Memcheck:Addr2
	fun:memcpy@@GLIBC_2.14
	...
	fun:_ZN13WrappedVulkan22Serialise_InitialStateE10ResourceIdP12WrappedVkRes
}
{
	InitialStateMemcpy
	Memcheck:Addr1
	fun:memcpy@@GLIBC_2.14
	...
	fun:_ZN13WrappedVulkan22Serialise_InitialStateE10ResourceIdP12WrappedVkRes
}
{
	DebugInitMemcpy
	Memcheck:Addr8
	fun:memcpy@@GLIBC_2.14
	fun:_ZN18VulkanDebugManagerC1EP13WrappedVulkanP10VkDevice_T
}
{
	UnmapMemcpy
	Memcheck:Addr8
	fun:memcpy@@GLIBC_2.14
	fun:_ZN13WrappedVulkan23Serialise_vkUnmapMemoryEP10SerialiserP10VkDevice_TP16VkDeviceMemory_T
}
{
	UnmapMemcpy
	Memcheck:Addr4
	fun:memcpy@@GLIBC_2.14
	fun:_ZN13WrappedVulkan23Serialise_vkUnmapMemoryEP10SerialiserP10VkDevice_TP16VkDeviceMemory_T
}
{
	UnmapMemcpy
	Memcheck:Addr2
	fun:memcpy@@GLIBC_2.14
	fun:_ZN13WrappedVulkan23Serialise_vkUnmapMemoryEP10SerialiserP10VkDevice_TP16VkDeviceMemory_T
}
{
	UnmapMemcpy
	Memcheck:Addr1
	fun:memcpy@@GLIBC_2.14
	fun:_ZN13WrappedVulkan23Serialise_vkUnmapMemoryEP10SerialiserP10VkDevice_TP16VkDeviceMemory_T
}
{
	FlushMemcpy
	Memcheck:Addr8
	fun:memcpy@@GLIBC_2.14
	fun:_ZN13WrappedVulkan35Serialise_vkFlushMappedMemoryRangesEP10SerialiserP10VkDevice_TjPK19VkMappedMemoryRange
}
{
	FlushMemcpy
	Memcheck:Addr4
	fun:memcpy@@GLIBC_2.14
	fun:_ZN13WrappedVulkan35Serialise_vkFlushMappedMemoryRangesEP10SerialiserP10VkDevice_TjPK19VkMappedMemoryRange
}
{
	FlushMemcpy
	Memcheck:Addr2
	fun:memcpy@@GLIBC_2.14
	fun:_ZN13WrappedVulkan35Serialise_vkFlushMappedMemoryRangesEP10SerialiserP10VkDevice_TjPK19VkMappedMemoryRange
}
{
	FlushMemcpy
	Memcheck:Addr1
	fun:memcpy@@GLIBC_2.14
	fun:_ZN13WrappedVulkan35Serialise_vkFlushMappedMemoryRangesEP10SerialiserP10VkDevice_TjPK19VkMappedMemoryRange
}
{
	GetTextureDataMemcpy
	Memcheck:Addr8
	fun:memcpy@@GLIBC_2.14
	fun:_ZN12VulkanReplay14GetTextureDataE10ResourceIdjj19FormatComponentTypebbffRm
}
{
	GetTextureDataMemcpy
	Memcheck:Addr4
	fun:memcpy@@GLIBC_2.14
	fun:_ZN12VulkanReplay14GetTextureDataE10ResourceIdjj19FormatComponentTypebbffRm
}
{
	GetTextureDataMemcpy
	Memcheck:Addr2
	fun:memcpy@@GLIBC_2.14
	fun:_ZN12VulkanReplay14GetTextureDataE10ResourceIdjj19FormatComponentTypebbffRm
}
{
	GetTextureDataMemcpy
	Memcheck:Addr1
	fun:memcpy@@GLIBC_2.14
	fun:_ZN12VulkanReplay14GetTextureDataE10ResourceIdjj19FormatComponentTypebbffRm
}
{
	GetBufferDataMemcpy
	Memcheck:Addr8
	fun:memcpy@@GLIBC_2.14
	fun:_ZN18VulkanDebugManager13GetBufferDataE10ResourceIdmmRSt6vectorIhSaIhEE
}
{
	GetBufferDataMemcpy
	Memcheck:Addr4
	fun:memcpy@@GLIBC_2.14
	fun:_ZN18VulkanDebugManager13GetBufferDataE10ResourceIdmmRSt6vectorIhSaIhEE
}
{
	GetBufferDataMemcpy
	Memcheck:Addr2
	fun:memcpy@@GLIBC_2.14
	fun:_ZN18VulkanDebugManager13GetBufferDataE10ResourceIdmmRSt6vectorIhSaIhEE
}
{
	GetBufferDataMemcpy
	Memcheck:Addr1
	fun:memcpy@@GLIBC_2.14
	fun:_ZN18VulkanDebugManager13GetBufferDataE10ResourceIdmmRSt6vectorIhSaIhEE
}
{
	InitPostVSDataMemcpy
	Memcheck:Addr8
	fun:memcpy@@GLIBC_2.14
	fun:_ZN18VulkanDebugManager17InitPostVSBuffersEj
}
{
	InitPostVSDataMemcpy
	Memcheck:Addr4
	fun:memcpy@@GLIBC_2.14
	fun:_ZN18VulkanDebugManager17InitPostVSBuffersEj
}
{
	InitPostVSDataMemcpy
	Memcheck:Addr2
	fun:memcpy@@GLIBC_2.14
	fun:_ZN18VulkanDebugManager17InitPostVSBuffersEj
}
{
	InitPostVSDataMemcpy
	Memcheck:Addr1
	fun:memcpy@@GLIBC_2.14
	fun:_ZN18VulkanDebugManager17InitPostVSBuffersEj
}
# We read from mapped memory here rather than just memcpy'ing, have to suppress the whole thing
# near/far calculations
{
	InitPostVSDataRead
	Memcheck:Addr4
	fun:_ZN18VulkanDebugManager17InitPostVSBuffersEj
}
# manual depth/stencil packing
{
	InitPostVSDataRead
	Memcheck:Addr4
	fun:_ZN12VulkanReplay14GetTextureDataE10ResourceIdjj19FormatComponentTypebbffRm
}
{
	InitPostVSDataRead
	Memcheck:Addr2
	fun:_ZN12VulkanReplay14GetTextureDataE10ResourceIdjj19FormatComponentTypebbffRm
}
{
	InitPostVSDataRead
	Memcheck:Addr1
	fun:_ZN12VulkanReplay14GetTextureDataE10ResourceIdjj19FormatComponentTypebbffRm
}

# Temporary leak - to be fixed, but has to happen upstream
{
	glslangLeaks
	Memcheck:Leak
  match-leak-kinds: all
  ...
  fun:_Z17InitSPIRVCompilerv
}

# These are deliberate leaks, only once per program run, or once per API load
{
	GlobalLogfileString
	Memcheck:Leak
	match-leak-kinds: reachable
	fun:_Znwm
	fun:_ZL7logfilev
}
{
	GlobalLogfileString2
	Memcheck:Leak
	match-leak-kinds: reachable
	fun:_Znwm
	...
	fun:_Z15rdclog_filenamePKc
}
{
	LoadVulkanModule
	Memcheck:Leak
	match-leak-kinds: reachable
	...
	fun:_ZN7Process10LoadModuleEPKc
	fun:_Z25Vulkan_CreateReplayDevicePKcPP13IReplayDriver
}