/*===================== begin_copyright_notice ==================================

Copyright (c) 2017 Intel Corporation

Permission is hereby granted, free of charge, to any person obtaining a
copy of this software and associated documentation files (the
"Software"), to deal in the Software without restriction, including
without limitation the rights to use, copy, modify, merge, publish,
distribute, sublicense, and/or sell copies of the Software, and to
permit persons to whom the Software is furnished to do so, subject to
the following conditions:

The above copyright notice and this permission notice shall be included
in all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY
CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT,
TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE
SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


======================= end_copyright_notice ==================================*/
#ifndef STRUCTURE_ALINGMENT_VERIFICATION
#pragma once
#endif

#include "../../igfxfmid.h"
#include "usc_config.h"
#include "CppParserMacros.h"
#include "../../gtsysinfo.h"
#ifndef _USC_
#include "../../sku_wa.h"
#endif

// redefine simple types to avoid dependency on external headers
#if defined( _WIN32 )
    typedef unsigned long   DWORD;
    typedef unsigned long   ULONG, *PULONG;
#else
    typedef unsigned int    DWORD;
    typedef unsigned int    ULONG, *PULONG;
#endif

    typedef unsigned short  USHORT, *PUSHORT;
    typedef unsigned short  WORD, *PWORD;

// Note that this out of USC namespace part is used by .c files.

#ifdef __cplusplus
USC_PARAM()
typedef PLATFORM PLATFORM;
#endif // __cplusplus

// Slimmed version of the full GT_SYSTEM_INFO structure ( in inc/umKmInc/sharedata.h ).
USC_PARAM()
typedef struct _SUscGTSystemInfo
{
    // Fields from GT_SYSTEM_INFO structure which contains actual,current number of EU and number of Threads.
    unsigned int    EUCount;            // Total no. of enabled EUs.
    unsigned int    ThreadCount;        // Total no. of system threads available.
    unsigned int    SliceCount;         // Total no. of enabled slices
    unsigned int    SubSliceCount;      // Total no. of enabled subslices.

    bool           IsDynamicallyPopulated;         // System details populated either via fuse reg. (TRUE) or hard-coded (FALSE)
    
    unsigned int   TotalPsThreadsWindowerRange;
    unsigned int   TotalVsThreads;
    unsigned int   TotalVsThreads_Pocs;
    unsigned int   TotalGsThreads;
    unsigned int   TotalDsThreads;
    unsigned int   TotalHsThreads;
    unsigned int   MaxEuPerSubSlice;
    unsigned int   EuCountPerPoolMax;
    unsigned int   EuCountPerPoolMin;
    unsigned int   MaxSlicesSupported;
    unsigned int   MaxSubSlicesSupported;
    unsigned int   CsrSizeInMb;
} SUscGTSystemInfo;

// This slimmed version of the full sku feature table ( in sku_wa.h ).
USC_PARAM()
typedef struct _SUscSkuFeatureTable
{
    //...//
    // flags 1 = available, 0 = not available

    // struct _sku_Core
    unsigned int   FtrDesktop                       : 1;  // Whether Desktop
    unsigned int   FtrChannelSwizzlingXOREnabled    : 1;  // Indicates Channel Swizzling XOR feature support
    //...//
    unsigned int   FtrGtBigDie                      : 1;  // Indicate Big Die Silicon
    unsigned int   FtrGtMediumDie                   : 1;  // Indicate Medium Die Silicon
    unsigned int   FtrGtSmallDie                    : 1;  // Indicate Small Die Silicon
    //...//
    unsigned int   FtrGT1                           : 1;  // Indicates GT1 part
    unsigned int   FtrGT1_5                         : 1;  // Indicates GT1.5 part
    unsigned int   FtrGT2                           : 1;  // Indicates GT2 part
    unsigned int   FtrGT3                           : 1;  // Indicates GT3 part
    unsigned int   FtrGT4                           : 1;  // Indicates GT4 part
    //...//
    unsigned int   FtrIVBM0M1Platform               : 1;  // Indicates whether the platform in IVB M0/M1
    unsigned int   FtrGTL                           : 1;  // Indicates GT Low-end performance part  - New for HSW
    unsigned int   FtrGTM                           : 1;  // Indicates GT Medium performance part   - New for HSW
    unsigned int   FtrGTH                           : 1;  // Indicates GT High-end performance part - New for HSW
    unsigned int   FtrSGTPVSKUStrapPresent          : 1;  // Switchable Graphics Present
    unsigned int   FtrGTA                           : 1;  // Indicates the platform is a Gen9 based LCLP Broxton platform A
    unsigned int   FtrGTC                           : 1;  // Indicates the platform is a Gen9 based LCLP Broxton platform C
    unsigned int   FtrGTX                           : 1;  // Indicates the platform is a Gen9 based LCLP Broxton platform X
    unsigned int   Ftr5Slice                        : 1;  // Indicates KBL 15x8 SKU
    //...//
    unsigned int   FtrGpGpuMidThreadLevelPreempt    : 1;  // Indicates thread level batch Preemption
    unsigned int   FtrIoMmuPageFaulting             : 1;  // Indicates when PageFaultind is enabled
    unsigned int   FtrWddm2Svm : 1;   // WDDMv2 SVM Model (Set in platform SKU files, but disabled by GMM as appropriate for given system.)
    unsigned int   FtrPooledEuEnabled : 1;

    unsigned int   FtrResourceStreamer : 1;
} SUscSkuFeatureTable;

USC_PARAM()
typedef struct _SUscAilInfo
{
    unsigned int EnableWaCheckResourceFormatForNFSRivals          : 1;  // Enables the WaCheckResourceFormatForNFSRivals w/a based on UMD AIL
    unsigned int WaDisableUnsafeArithmeticOperationRefactoring    : 1;  // Holds the WaDisableUnsafeArithmeticOperationRefactoring w/a passed from UMD AIL
    unsigned int WaTrigFuncRangeReduction                         : 1;  // Compiler Workaround for affected games to do range reduction of trig functions
    unsigned int WaHiddenIndexableTempSlot                        : 1;  // Reserve extra space for indexable temp for out-of-bound access
} SUscAilInfo, SCompilerAilInfo;

USC_PARAM()
typedef struct _SUscAdapterInfo
{
    SUscSkuFeatureTable UscSkuFeatureTable;
    SUscGTSystemInfo    UscGTSystemInfo;
    SUscAilInfo         UscAilInfo;
} SUscAdapterInfo;

#ifdef _USC_
#ifndef SKU_FEATURE_TABLE
#define SKU_FEATURE_TABLE  SUscSkuFeatureTable
#endif
#endif

//Updated interface structure that will be used by DX9, DX10 and DX12
USC_PARAM()
 typedef struct _SCompilerPlatformInfo
{
    GT_SYSTEM_INFO          sysInfo;
    SCompilerAilInfo        AilInfo;
    SUscSkuFeatureTable     uscSkuFeatureTable; // This slimmed version of the full sku feature table ( in sku_wa.h )
    SKU_FEATURE_TABLE       skuFeatureTable;
} SCompilerPlatformInfo;

#if defined ICBE_LHDM || defined ICBE_LINUX
#undef SKU_FEATURE_TABLE
#endif

#ifdef __cplusplus
namespace USC
{
typedef SCompilerPlatformInfo SUSCCompilerPlatformInfo;
/*****************************************************************************\

Function:
    InitializeUscAdapterInfo

Description:
    Initializes the USC (slim) adapter info structure by coping required fields 
    from the big sku table and gtSystemInfo structure. 
    This is a helper function for USC clients.

Input:
    BigSkuTable  bigSkuTable - sku feature table containing to initialize
                              USC sku feature table.
    
    BigGTSystemInfo bigGTSystemInfo - GT_SYSTEM_INFO containing actuall data about
                                      EU and Thread count.
Output:
    SUscAdapterInfo &uscAdpaterInfo - USC adapter info structure correctly
                                       initialized.

\*****************************************************************************/
template<typename BigSkuTable, typename BigGTSystemInfo>
inline void InitializeUscAdapterInfo(
    const BigSkuTable   &bigSkuTable,
    const BigGTSystemInfo &bigGTSystemInfo,
    SUscAdapterInfo &uscAdpaterInfo )
{
    uscAdpaterInfo.UscSkuFeatureTable.FtrDesktop         = bigSkuTable.FtrDesktop;          // Whether Desktop
        
    uscAdpaterInfo.UscSkuFeatureTable.FtrGtBigDie        = bigSkuTable.FtrGtBigDie;         // Indicates Big Die Silicon.
    uscAdpaterInfo.UscSkuFeatureTable.FtrGtMediumDie     = bigSkuTable.FtrGtMediumDie;      // Indicates Medium Die Silicon.
    uscAdpaterInfo.UscSkuFeatureTable.FtrGtSmallDie      = bigSkuTable.FtrGtSmallDie;       // Indicates Small Die Silicon.
    uscAdpaterInfo.UscSkuFeatureTable.FtrGT1             = bigSkuTable.FtrGT1;              // Indicates GT1 part.
    uscAdpaterInfo.UscSkuFeatureTable.FtrGT1_5           = bigSkuTable.FtrGT1_5;            // Indicates GT1.5 part.
    uscAdpaterInfo.UscSkuFeatureTable.FtrGT2             = bigSkuTable.FtrGT2;              // Indicates GT2 part.    
    uscAdpaterInfo.UscSkuFeatureTable.FtrGT3             = bigSkuTable.FtrGT3;              // Indicates GT3 part.  
    uscAdpaterInfo.UscSkuFeatureTable.FtrGT4             = bigSkuTable.FtrGT4;              // Indicates GT4 part.  
    uscAdpaterInfo.UscSkuFeatureTable.FtrGTL             = bigSkuTable.FtrGT1;              // Indicates GT Low-end performance part.
    uscAdpaterInfo.UscSkuFeatureTable.FtrGTM             = bigSkuTable.FtrGT2;              // Indicates GT Medium performance part.
    uscAdpaterInfo.UscSkuFeatureTable.FtrGTH             = bigSkuTable.FtrGT3;              // Indicates GT High-end performance part.
    uscAdpaterInfo.UscSkuFeatureTable.FtrIVBM0M1Platform = bigSkuTable.FtrIVBM0M1Platform;  // Indicates whether the platform in IVB M0/M1
    uscAdpaterInfo.UscSkuFeatureTable.FtrGTA             = bigSkuTable.FtrGTA;            // Indicates a Gen9 based LCLP Broxton platform A.
    uscAdpaterInfo.UscSkuFeatureTable.FtrGTC             = bigSkuTable.FtrGTC;            // Indicates a Gen9 based LCLP Broxton platform C.
    uscAdpaterInfo.UscSkuFeatureTable.FtrGTX             = bigSkuTable.FtrGTX;            // Indicates a Gen9 based LCLP Broxton platform X.
    uscAdpaterInfo.UscSkuFeatureTable.Ftr5Slice          = bigSkuTable.Ftr5Slice;       // Indicates KBL 15x8 SKU  HALO Sku
    uscAdpaterInfo.UscSkuFeatureTable.FtrGpGpuMidThreadLevelPreempt = bigSkuTable.FtrGpGpuMidThreadLevelPreempt; //Indicates if preEmption is enabled (HSW+) 
    uscAdpaterInfo.UscSkuFeatureTable.FtrIoMmuPageFaulting = bigSkuTable.FtrIoMmuPageFaulting; //Indicates if page faulting is enabled. 
    uscAdpaterInfo.UscSkuFeatureTable.FtrWddm2Svm = bigSkuTable.FtrWddm2Svm;
    uscAdpaterInfo.UscSkuFeatureTable.FtrPooledEuEnabled = bigSkuTable.FtrPooledEuEnabled;
    uscAdpaterInfo.UscSkuFeatureTable.FtrResourceStreamer = bigSkuTable.FtrResourceStreamer;
    
    uscAdpaterInfo.UscGTSystemInfo.EUCount = bigGTSystemInfo.EUCount;
    uscAdpaterInfo.UscGTSystemInfo.ThreadCount = bigGTSystemInfo.ThreadCount;
    uscAdpaterInfo.UscGTSystemInfo.SliceCount = bigGTSystemInfo.SliceCount;
    uscAdpaterInfo.UscGTSystemInfo.SubSliceCount = bigGTSystemInfo.SubSliceCount;
    uscAdpaterInfo.UscGTSystemInfo.TotalPsThreadsWindowerRange = bigGTSystemInfo.TotalPsThreadsWindowerRange;
    uscAdpaterInfo.UscGTSystemInfo.TotalVsThreads = bigGTSystemInfo.TotalVsThreads;
    uscAdpaterInfo.UscGTSystemInfo.TotalVsThreads_Pocs = bigGTSystemInfo.TotalVsThreads_Pocs;
    uscAdpaterInfo.UscGTSystemInfo.TotalDsThreads = bigGTSystemInfo.TotalDsThreads;
    uscAdpaterInfo.UscGTSystemInfo.TotalGsThreads = bigGTSystemInfo.TotalGsThreads;
    uscAdpaterInfo.UscGTSystemInfo.TotalHsThreads = bigGTSystemInfo.TotalHsThreads;
    uscAdpaterInfo.UscGTSystemInfo.MaxEuPerSubSlice = bigGTSystemInfo.MaxEuPerSubSlice;
    uscAdpaterInfo.UscGTSystemInfo.EuCountPerPoolMax = bigGTSystemInfo.EuCountPerPoolMax;
    uscAdpaterInfo.UscGTSystemInfo.EuCountPerPoolMin = bigGTSystemInfo.EuCountPerPoolMin;
    uscAdpaterInfo.UscGTSystemInfo.MaxSlicesSupported = bigGTSystemInfo.MaxSlicesSupported;
    uscAdpaterInfo.UscGTSystemInfo.MaxSubSlicesSupported = bigGTSystemInfo.MaxSubSlicesSupported;
    uscAdpaterInfo.UscGTSystemInfo.IsDynamicallyPopulated = bigGTSystemInfo.IsDynamicallyPopulated;
    uscAdpaterInfo.UscGTSystemInfo.CsrSizeInMb = bigGTSystemInfo.CsrSizeInMb;
}

/*****************************************************************************\

Function:
    InitializeUscSkuTable

Description:
    Initializes the USC (slim) sku table by coping required fields from the big 
    sku table. This is a helper function for USC clients.

Input:
    BigSkuTable  bigSkuTable - sku feature table containing to initialize
                              USC sku feature table.

Output:
    SUscSkuFeatureTable &uscSkuTable - USC sku feature table correctly
                                       initialized.

\*****************************************************************************/
// Some API clients (OCL,DXVA) do not provide yet GT_SYSTEM_INFO structure.
// Shader Compiler object must be created with "old" way i.e. usage of fixed EU,Thread count values.
// The InitializeUscSkuTable method is called and uscAdpaterInfo.UscGTSystemInfo is zeroed.

// This method should be removed in the future.
template<typename BigSkuTable>
inline void InitializeUscSkuTable(
    const BigSkuTable   &bigSkuTable,
    SUscSkuFeatureTable &uscSkuTable )
{
    uscSkuTable.FtrDesktop         = bigSkuTable.FtrDesktop;          // Whether Desktop
    uscSkuTable.FtrChannelSwizzlingXOREnabled = bigSkuTable.FtrChannelSwizzlingXOREnabled; // Indicates Channel Swizzling XOR feature support
        
    uscSkuTable.FtrGtBigDie        = bigSkuTable.FtrGtBigDie;         // Indicates Big Die Silicon.
    uscSkuTable.FtrGtMediumDie     = bigSkuTable.FtrGtMediumDie;      // Indicates Medium Die Silicon.
    uscSkuTable.FtrGtSmallDie      = bigSkuTable.FtrGtSmallDie;       // Indicates Small Die Silicon.
    uscSkuTable.FtrGT1             = bigSkuTable.FtrGT1;              // Indicates GT1 part.
    uscSkuTable.FtrGT1_5           = bigSkuTable.FtrGT1_5;            // Indicates GT1.5 part.
    uscSkuTable.FtrGT2             = bigSkuTable.FtrGT2;              // Indicates GT2 part.    
    uscSkuTable.FtrGT3             = bigSkuTable.FtrGT3;              // Indicates GT3 part.  
    uscSkuTable.FtrGT4             = bigSkuTable.FtrGT4;              // Indicates GT4 part.  
    uscSkuTable.FtrGTL             = bigSkuTable.FtrGT1;              // Indicates GT Low-end performance part.
    uscSkuTable.FtrGTM             = bigSkuTable.FtrGT2;              // Indicates GT Medium performance part.
    uscSkuTable.FtrGTH             = bigSkuTable.FtrGT3;              // Indicates GT High-end performance part.
    uscSkuTable.FtrIVBM0M1Platform = bigSkuTable.FtrIVBM0M1Platform;  // Indicates whether the platform in IVB M0/M1
    uscSkuTable.FtrGTA            = bigSkuTable.FtrGTA;            // Indicates a Gen9 based LCLP Broxton platform A.
    uscSkuTable.FtrGTC            = bigSkuTable.FtrGTC;            // Indicates a Gen9 based LCLP Broxton platform C.
    uscSkuTable.FtrGTX            = bigSkuTable.FtrGTX;            // Indicates a Gen9 based LCLP Broxton platform X.
    uscSkuTable.Ftr5Slice         = bigSkuTable.Ftr5Slice;       // Indicates KBL 15x8 SKU  HALO Sku
    uscSkuTable.FtrGpGpuMidThreadLevelPreempt = bigSkuTable.FtrGpGpuMidThreadLevelPreempt; //Indicates if preEmption is enabled (HSW+) 
    uscSkuTable.FtrIoMmuPageFaulting = bigSkuTable.FtrIoMmuPageFaulting; //Indicates if page faulting is enabled. 
}


USC_PARAM()
enum OPTIMIZER_LEVEL
{
    OPTIMIZER_LEVEL_0,     // -o0 fast compilation
    OPTIMIZER_LEVEL_1,     // -o1 full compilation (default)
    OPTIMIZER_LEVEL_2,     // -o2 specialized compilation
    USC_PARAM_HIDE()
    NUM_OPTIMIZER_LEVELS
};

USC_PARAM()
enum SIMD_LEVEL
{
    SIMD_LEVEL_DEFAULT,     // request all SIMD compilations at once
    SIMD_LEVEL_LOW,         // request SIMD8 only
    SIMD_LEVEL_HIGH,        // request all higher SIMD modes
    USC_PARAM_HIDE()
    NUM_SIMD_LEVELS
};

enum SHADER_TYPE
{
    VERTEX_SHADER,
    GEOMETRY_SHADER,
    PIXEL_SHADER,
    HULL_SHADER,
    DOMAIN_SHADER,
    COMPUTE_SHADER,
    NUM_SHADER_TYPES
};

enum SIMD_MODE
{    
    SIMD_MODE_8 = 0,
    SIMD_MODE_16,
    SIMD_MODE_32,
    SIMD_MODE_4x2,
    NUM_SIMD_MODES
};

enum PS_DISPATCH_TYPES
{
    PS_SIMD8_DISPATCH,
    PS_SIMD16_DISPATCH,
    PS_SIMD32_DISPATCH,
    NUM_PS_DISPATCH_TYPES
};

enum USC_CLIENT_TYPE
{    
    USC_CLIENT_D3D9,    
    USC_CLIENT_D3D10,
    USC_CLIENT_D3D12,
    USC_CLIENT_OGL,
    USC_CLIENT_OCL,
    NUM_USC_CLIENT_TYPES
};

struct SShaderStageBTLayout
{
    // systemThreadIdx should be the same for all shader stages.
    unsigned int   systemThreadIdx;

    unsigned int   minConstantBufferIdx;
    unsigned int   maxConstantBufferIdx;
    unsigned int   streamOutmputStatisticsIdx;
    unsigned int   minStreamOutputBufferIdx;
    unsigned int   maxStreamOutputBufferIdx;
    unsigned int   minUAVIdx;          // minRTorUAVIdx
    unsigned int   maxUAVIdx;          // maxRTorUAVIdx
    unsigned int   minUAVCounterIdx;   // pre-DEVHSW
    unsigned int   maxUAVCounterIdx;   // pre-DEVHSW
    unsigned int   JournalIdx;         // journal resource index used by Kernel Trace / Profiling query to measure kernel execution time
    unsigned int   JournalCounterIdx;  // journal counter resource index
    unsigned int   TGSMIdx;
    unsigned int   minColorBufferIdx;
    unsigned int   maxColorBufferIdx;
    unsigned int   minResourceIdx;
    unsigned int   maxResourceIdx;
    unsigned int   NULLSurfaceIdx;
    unsigned int   RasterizerInfoSurfaceIdx;    // Special SS for SampleInfo on rasterizer0 for OGL.
    unsigned int   TPMIdx;
    unsigned int   surfaceScratchIdx;
    unsigned int   maxBTsize;
   
    // Three following fields are offsets from minConstantBufferIdx:
    // NULL CB offset should be programmed right after the
    // last constant buffer index. Such programming will allow USC
    // to correctly clamp indexable CB indexes (when relative constant 
    // buffer addressing is used in a shader) and out of 
    // bounds reads will return 0. Incorrect programming of this 
    // field may cause out of bounds accesses not to return 0.
    unsigned int   constantBufferNullBoundOffset;
    unsigned int   immediateConstantBufferOffset;
    unsigned int   interfaceConstantBufferOffset;

    // Following field is an offset from minResourceIdx:
    // NULL resource offset should be programmed right after the
    // last shader resource index. Such programming will allow USC
    // to correctly clamp indexable resource indexes (when relative 
    // shader resource addressing is used in a shader )and out of 
    // bounds reads will return 0. Incorrect programming of this 
    // field may cause out of bounds accesses not to return 0.
    unsigned int   resourceNullBoundOffset;

    // Passing this flags reroutes all BTI reads via Bindless heap from the shader
    // for SKL Bindless for DX Testing
    bool   BindLessBTIEnable;

    // Used to access the indirect draw arguments buffer.  Used by
    // geometry reordering optimization.
    unsigned int   indirectBufferOffset;
};

USC_PARAM()
struct SBindingTableLayout
{
    SShaderStageBTLayout m_Layout[NUM_SHADER_TYPES];
};

// global const to start with when defining custom BTI layout.
const SBindingTableLayout  g_cZeroBindingTableLayout  = {};
const SShaderStageBTLayout g_cZeroShaderStageBTLayout = {};

/*****************************************************************************\
DEFINE: GTDI_MAX_KI_OFFSETS                                                 
\*****************************************************************************/
#define GTDI_MAX_KI_OFFSETS 26

/*****************************************************************************\
DEFINE: GTDI_MAX_KI_AGGREGATED_OFFSETS                                                 
\*****************************************************************************/
#define GTDI_MAX_KI_AGGREGATED_OFFSETS 20

/*****************************************************************************\
ENUM: GTDI_KI_BUILD_TYPE_ENUM                                                 
\*****************************************************************************/
typedef enum GTDI_KI_BUILD_TYPE_ENUM                                                    
{
    GTDI_KERNEL_REGULAR                 = 0,   //use that value to switch off kernel build override
    GTDI_KERNEL_TRACE                   = 1,
    GTDI_KERNEL_PROFILE                 = 2,
    GTDI_KERNEL_ISA_PROFILE             = 3,
    GTDI_KERNEL_PROFILE_AGGREGATED      = 4,
    GTDI_KERNEL_ISA_PROFILE_AGGREGATED  = 5,
    GTDI_KERNEL_ISA_COUNTERS            = 6,
    GTDI_KERNEL_GT_PIN_COMPILER         = 7,
    GTDI_KERNEL_GPGPU_TRACE             = 8,
    GTDI_NUM_KERNEL_PROFILING_TYPES     = 9
} GTDI_KI_BUILD_TYPE;

/*****************************************************************************\
ENUM: GTDI_PROFILING_POINT_TYPE_ENUM                                           
\*****************************************************************************/
typedef enum GTDI_KERNEL_PROFILING_POINT_TYPE_ENUM 
{
    GTDI_PROFILING_POINT_TIMESTAMP_INTEL          =   1 << 0,
    GTDI_PROFILING_POINT_STALL_COUNTER_INTEL      =   1 << 1,
    GTDI_PROFILING_POINT_SAMPLER_MESSAGE_INTEL    =   1 << 2,
    GTDI_PROFILING_POINT_DATA_PORT_MESSAGE_INTEL  =   1 << 3,
    GTDI_PROFILING_POINT_WORKGROUP_ID_X_INTEL     =   1 << 4,
    GTDI_PROFILING_POINT_WORKGROUP_ID_Y_INTEL     =   1 << 5,
    GTDI_PROFILING_POINT_WORKGROUP_ID_Z_INTEL     =   1 << 6,
    GTDI_PROFILING_POINT_EXECUTION_MASK_INTEL     =   1 << 7,
    GTDI_PROFILING_POINT_HIT_COUNTER_INTEL        =   1 << 8
} GTDI_KERNEL_PROFILING_POINT_TYPE;

/*****************************************************************************\
STRUCT: STracingOptions
\*****************************************************************************/
struct STracingOptions
{
    unsigned int        InstrumentationType;
    unsigned int        KernelID;
    unsigned int        OffsetCount;
    unsigned int        Offsets[GTDI_MAX_KI_OFFSETS];
    unsigned int        OffsetType[GTDI_MAX_KI_OFFSETS];
    unsigned int        UseEUThreadMasks;
    unsigned int        PartitionCount;
    unsigned int        EUMask;
    unsigned int        ThreadCount;
    unsigned int        CfgID;
    unsigned int        GatherGatewayTimestamp;
    unsigned int        ShaderILCodeSize;
    void*               ShaderILCode;
    char*               KernelName;
};

/*****************************************************************************\
ENUM: GFX3DPRIMITIVE_TOPOLOGY_TYPE
\*****************************************************************************/
enum GFX3DPRIMITIVE_TOPOLOGY_TYPE
{
    GFX3DPRIM_POINTLIST         = 0x01,
    GFX3DPRIM_LINELIST          = 0x02,
    GFX3DPRIM_LINESTRIP         = 0x03,
    GFX3DPRIM_TRILIST           = 0x04,
    GFX3DPRIM_TRISTRIP          = 0x05,
    GFX3DPRIM_TRIFAN            = 0x06,
    GFX3DPRIM_QUADLIST          = 0x07,
    GFX3DPRIM_QUADSTRIP         = 0x08,
    GFX3DPRIM_LINELIST_ADJ      = 0x09,
    GFX3DPRIM_LINESTRIP_ADJ     = 0x0A,
    GFX3DPRIM_TRILIST_ADJ       = 0x0B,
    GFX3DPRIM_TRISTRIP_ADJ      = 0x0C,
    GFX3DPRIM_TRISTRIP_REVERSE  = 0x0D,
    GFX3DPRIM_POLYGON           = 0x0E,
    GFX3DPRIM_RECTLIST          = 0x0F,
    GFX3DPRIM_LINELOOP          = 0x10,
    GFX3DPRIM_POINTLIST_BF      = 0x11,
    GFX3DPRIM_LINESTRIP_CONT    = 0x12,
    GFX3DPRIM_LINESTRIP_BF      = 0x13,
    GFX3DPRIM_LINESTRIP_CONT_BF = 0x14,
    GFX3DPRIM_TRIFAN_NOSTIPPLE  = 0x16,
    GFX3DPRIM_PATCHLIST_1       = 0x20,
    GFX3DPRIM_PATCHLIST_2       = 0x21,
    GFX3DPRIM_PATCHLIST_3       = 0x22,
    GFX3DPRIM_PATCHLIST_4       = 0x23,
    GFX3DPRIM_PATCHLIST_5       = 0x24,
    GFX3DPRIM_PATCHLIST_6       = 0x25,
    GFX3DPRIM_PATCHLIST_7       = 0x26,
    GFX3DPRIM_PATCHLIST_8       = 0x27,
    GFX3DPRIM_PATCHLIST_9       = 0x28,
    GFX3DPRIM_PATCHLIST_10      = 0x29,
    GFX3DPRIM_PATCHLIST_11      = 0x2A,
    GFX3DPRIM_PATCHLIST_12      = 0x2B,
    GFX3DPRIM_PATCHLIST_13      = 0x2C,
    GFX3DPRIM_PATCHLIST_14      = 0x2D,
    GFX3DPRIM_PATCHLIST_15      = 0x2E,
    GFX3DPRIM_PATCHLIST_16      = 0x2F,
    GFX3DPRIM_PATCHLIST_17      = 0x30,
    GFX3DPRIM_PATCHLIST_18      = 0x31,
    GFX3DPRIM_PATCHLIST_19      = 0x32,
    GFX3DPRIM_PATCHLIST_20      = 0x33,
    GFX3DPRIM_PATCHLIST_21      = 0x34,
    GFX3DPRIM_PATCHLIST_22      = 0x35,
    GFX3DPRIM_PATCHLIST_23      = 0x36,
    GFX3DPRIM_PATCHLIST_24      = 0x37,
    GFX3DPRIM_PATCHLIST_25      = 0x38,
    GFX3DPRIM_PATCHLIST_26      = 0x39,
    GFX3DPRIM_PATCHLIST_27      = 0x3A,
    GFX3DPRIM_PATCHLIST_28      = 0x3B,
    GFX3DPRIM_PATCHLIST_29      = 0x3C,
    GFX3DPRIM_PATCHLIST_30      = 0x3D,
    GFX3DPRIM_PATCHLIST_31      = 0x3E,
    GFX3DPRIM_PATCHLIST_32      = 0x3F
};

/*****************************************************************************\
ENUM: GFX3DSTATE_PROGRAM_FLOW
\*****************************************************************************/
enum GFX3DSTATE_PROGRAM_FLOW
{
    GFX3DSTATE_PROGRAM_FLOW_MULTIPLE  = 0x0,
    GFX3DSTATE_PROGRAM_FLOW_SINGLE    = 0x1
};

/*****************************************************************************\
ENUM: GFX3DSTATE_FLOATING_POINT_MODE

Description: 
    Indicates the floating point mode to be used by the hardware when running 
    compiled kernel program. 
\*****************************************************************************/
enum GFX3DSTATE_FLOATING_POINT_MODE
{
    GFX3DSTATE_FLOATING_POINT_IEEE_754        = 0x0,
    GFX3DSTATE_FLOATING_POINT_NON_IEEE_754    = 0x1
};


/*****************************************************************************\
ENUM: GFX3DSTATE_POSITIONXY_OFFSET
\*****************************************************************************/
enum GFX3DSTATE_POSITIONXY_OFFSET
{
    GFX3DSTATE_POSITIONXY_OFFSET_NONE       = 0x0,
    // Reserved                             = 0x1,
    GFX3DSTATE_POSITIONXY_OFFSET_CENTROID   = 0x2,
    GFX3DSTATE_POSITIONXY_OFFSET_SAMPLE     = 0x3
};

/*****************************************************************************\
ENUM: GFX3DSTATE_POSITIONZW_INTERPOLATION_MODE
\*****************************************************************************/
enum GFX3DSTATE_POSITIONZW_INTERPOLATION_MODE
{
    GFX3DSTATE_POSITIONZW_INTERPOLATION_PIXEL       = 0x0,
    // Reserved                                     = 0x1,
    GFX3DSTATE_POSITIONZW_INTERPOLATION_CENTROID    = 0x2,
    GFX3DSTATE_POSITIONZW_INTERPOLATION_SAMPLE      = 0x3
};


//////////////////////////////////////////////////////////////////////////////
enum RENDERSTATE_FOG_FUNCTION
{
    RENDERSTATE_FOG_VERTEX,
    RENDERSTATE_FOG_PIXEL_EXP,
    RENDERSTATE_FOG_PIXEL_EXP2,
    RENDERSTATE_FOG_PIXEL_LINEAR,
    NUM_RENDERSTATE_FOG_FUNCTIONS
};

//////////////////////////////////////////////////////////////////////////////
enum RENDERSTATE_FOG_SOURCE
{
    RENDERSTATE_FOG_SOURCE_Z,
    RENDERSTATE_FOG_SOURCE_W,
    RENDERSTATE_FOG_SOURCE_FOG_COORDINATE,
    NUM_RENDERSTATE_FOG_SOURCES
};

//////////////////////////////////////////////////////////////////////////////
enum RENDERSTATE_ALPHATEST_FORMAT
{
    RENDERSTATE_ALPHATEST_FORMAT_UNORM8,
    RENDERSTATE_ALPHATEST_FORMAT_FLOAT32,
    NUM_RENDERSTATE_ALPHATEST_FORMATS
};

/*****************************************************************************\
ENUM: MAPFILTER_TYPE
\*****************************************************************************/
enum MAPFILTER_TYPE
{
    MAPFILTER_TYPE_POINT,
    MAPFILTER_TYPE_LINEAR,
    NUM_MAPFILTER_TYPES
};

/*****************************************************************************\
ENUM: COMPARE_FUNCTION
\*****************************************************************************/
enum COMPARE_FUNCTION
{
    COMPARE_FUNCTION_ALWAYS,
    COMPARE_FUNCTION_NEVER,
    COMPARE_FUNCTION_LESS,
    COMPARE_FUNCTION_EQUAL,
    COMPARE_FUNCTION_LEQUAL,
    COMPARE_FUNCTION_GREATER,
    COMPARE_FUNCTION_NOTEQUAL,
    COMPARE_FUNCTION_GEQUAL,
    NUM_COMPARE_FUNCTIONS
};

/*****************************************************************************\
ENUM: STENCIL_PASS_OPERATION
\*****************************************************************************/
enum STENCIL_OPERATION
{
    STENCIL_OP_STENCILOP_KEEP = 0x0,
    STENCIL_OP_STENCILOP_ZERO = 0x1,
    STENCIL_OP_STENCILOP_REPLACE = 0x2,
    STENCIL_OP_STENCILOP_INCRSAT = 0x3,
    STENCIL_OP_STENCILOP_DECRSAT = 0x4,
    STENCIL_OP_STENCILOP_INCR = 0x5,
    STENCIL_OP_STENCILOP_DECR = 0x6,
    STENCIL_OP_STENCILOP_INVERT = 0x7
};

/*****************************************************************************\
STRUCT: SSWStencilParams
\*****************************************************************************/
struct SSWStencilParams
{
    unsigned char           CheckForSWStencil : 1;
    unsigned char           CompileForSWStencil : 1;
    COMPARE_FUNCTION        FrontFaceStencilFunc;
    COMPARE_FUNCTION        BackFaceStencilFunc;
    STENCIL_OPERATION       FrontFaceStencilPassOp;
    STENCIL_OPERATION  BackFaceStencilPassOp;

    SSWStencilParams()
    {
        CheckForSWStencil = 0;
        CompileForSWStencil = 0;
        FrontFaceStencilFunc = COMPARE_FUNCTION_ALWAYS;
        BackFaceStencilFunc = COMPARE_FUNCTION_ALWAYS;
        FrontFaceStencilPassOp = STENCIL_OP_STENCILOP_KEEP;
        BackFaceStencilPassOp = STENCIL_OP_STENCILOP_KEEP;
    }
};

struct NOSParams
{
    SSWStencilParams* pSWStencilParams;

    NOSParams()
    {
        pSWStencilParams = 0;
    }
};

/*****************************************************************************\
ENUM: INPUT_COVERAGE_MASK_MODE
\*****************************************************************************/
enum INPUT_COVERAGE_MASK_MODE
{
    INPUT_COVERAGE_MASK_MODE_NORMAL,
    INPUT_COVERAGE_MASK_MODE_INNER,
    INPUT_COVERAGE_MASK_MODE_DEPTH
};

/*****************************************************************************\
ENUM: SYSTEM_THREAD_MODE

Description:
    Enum type bitmask describing the System Thread mode. The System Thread might 
    support shader debugging and/or the Context Save Restore (CSR) subroutine 
    called GPGPU preemption.
\*****************************************************************************/
typedef enum SYSTEM_THREAD_MODE_ENUM
{
    SYSTEM_THREAD_MODE_NONE         = 0x0,
    SYSTEM_THREAD_MODE_DEBUG        = 0x1,
    SYSTEM_THREAD_MODE_CSR          = 0x2,
    SYSTEM_THREAD_MODE_DEBUG_LOCAL  = 0x4
} SYSTEM_THREAD_MODE;

/*****************************************************************************\
\*****************************************************************************/
struct SSystemThreadKernelOutput
{
    void*                           m_pKernelProgram;           // Kernel Start Pointer
    unsigned int                    m_KernelProgramSize;
    unsigned int                    m_SystemThreadScratchSpace; // Scratch Space size in bytes
    unsigned int                    m_SystemThreadResourceSize; // Resource size in bytes
};

/*****************************************************************************\
ENUM: USC_SHADER_COMPILER_CONTROLS

      IL level optimizations.

\*****************************************************************************/
USC_PARAM()
enum USC_SHADER_COMPILER_CONTROLS
{
    IndirectTemporaryRemovalEnable,
    CallCndTranslationEnable,
    LoopUnrollingEnable,
    ILPatternMatchingEnable,
    ConditionalExpressionSimplificationEnable,
    TrivialSwitchRemovalEnable,
    TrivialIfRemovalEnable,
    EarlyEOTAfterDiscardEnable,
    SwitchTranslationEnable,
    EarlyReturnRemovalEnable,
    InlineSubstitutionEnable,
    CallToSubroutineCallEnable,
    ConstantBufferToConstantRegisterEnable,
    ConstantBufferToConstantRegisterLDRAWEnable,
    ParseOpcodesToPrecModifierEnable,
    IndexedTempGRFCachingEnable,
    ILConstantFoldingEnable,
    ILConstantFoldingAggressive,
    PrintfExpansionEnable,
    TranslateVendorExtensionsEnable,
    RemoveDeadOutputEnable,
    PerformImageSerializeEnable,
    PointerLoadToIndexedLoad,

    // PatternMatch controls.
    FMulFAddToFMad,
    MovFCmpBranchToMovFCmp,
    MovCndToMov,
    LDStructuredScalarToVector,
    FLogFExp2ScalarToVector,
    MovFCmpToFMax,
    IfDiscardToDiscardCND,
    IfBranchFlattening,
    ContinueCndRemoval,
    FCmpGtToFMaxOrFCmpLtToFMin,
    PreserveFunctionRetMovs,

    MaxLoopUnrollLength,
    MaxConstantBufferPairs,
    PartialUnrollFactor,
    ProcessDynamicResourceIndexingEnable,
    IfConversionLength,

    USC_PARAM_HIDE()
    NUM_USC_SHADER_COMPILER_CONTROLS
};

/*****************************************************************************\
ENUM: USC_KERNEL_COMPILER_CONTROLS

      LLIR/ISA level optimizations.

\*****************************************************************************/
USC_PARAM()
enum USC_KERNEL_COMPILER_CONTROLS
{
    ValueNumberingEnable,
    BlockLoadDirectConstantsEnable,
    BlockLoadIndirectConstantsEnable,
    BlockLoadScatteredConstantsEnable,
    OptimizeReplicateEnable,
    Optimize64bitReplicateEnable,
    ReorderInstructionsEnable,
    ClusterSamplesEnable,
    DeferredInterpolationEnable,
    AtomicReorderInstructionsEnable,
    CoalescingEnable,
    CoalesceCopiesEnable,
    CoalesceBitcastsEnable,
    CoalesceSplitsEnable,
    CoalesceJoinsEnable,
    CoalesceMultiplePayloadsEnable,
    CoalesceHeadersLastEnable,
    OptimizeResourceLoadsEnable,
    ISASchedulingEnable,
    Reduce64To32ALUBitEnable,
    Reduce32To8ALUBitEnable,
    Reduce64To32ALUTopDownPassBitEnable,
    Reduce64To32ALUBottomUpPassBitEnable,
    Reduce64To32ALUSplitPassBitEnable,
    MergeSplitJoinDpEnable,
    FoldUnpacksEnable,    
    ConstantFoldingEnable,
    LoopInvariantCodeMotionEnable,
    InputMarkingEnable,
    DispatchDetectionEnable,
    SimdReductionEnable,
    LocallyScalarSimdReductionEnable,
    CPLoadBufferOptimizationEnable,
    RoundRobinRegisterAllocationEnable,
    PatternMatchReplaceEnable,
    EuBypassEnable,
    GRFBankAlignmentEnable,
    OptimizeValuesNamespaceEnable,
    UrbAtomicsEnable,
    ScalarAtomicEnable,
    ComputeToAccumulatorEnable,
    OptimizeSimd8MovsEnable,
    AlignedPointerDetectionEnable,
    BlockLoadGloballyScalarPointerEnable,
    ChannelPropagationEnable,
    CoalesceLdEnable,
    CoalesceLdThreadEnable,
    CoalesceLdCrossLaneEnable,
    CoalesceStoreEnable,
    CutNonspillableLiveRangesEnable,
    DecreaseGRFPressureIfSpilledEnable,
    CodeSinkingEnable,
    MovPropagationEnable,
    CondModPropagationEnable,
    ImmediatesToConstantBufferEnable,
    ImmediatesToConstantBufferOptimizeALUEnable,
    PointerALUOptimizationEnable,
    KillAfterDiscardEnable,
    RematerializationEnable,
    RegionPreSchedulingEnable,
    PruningEnable,
    DeadBranchRemovalEnable,
    NoSrcDepSetEnable,
    ShaderHWInputPackingEnable,
    ShaderDeclarationPackingEnable,
    TPMPromotionEnable,
    SSAAllocatorEnable, 
    SSAAllocator1BBOnly, 
    SSAAllocatorSIMD8Only, 
    GotoJoinOptEnable,
    GotoAroundGotoMergeEnable,
    StatefulCompilationEnable,
    AtomicDstRemovalEnable,
    MergeSimd8SamplerCBLoadsToSimd16Enable,        
    SoftwareFp16PayloadEnable,
    SplitQuadTo32bitForALUEnable,
    SIMD32DivergentLoopHeuristicEnable,
    SIMD32SampleCountHeuristicEnable,
    SIMD32ConcurrentValuesHeuristicEnable,
    SIMD32ExtraHeuristicsEnable,

    // *******  Switches affecting floating point math optimizations ******
    NoSignedZerosEnable,           // allow optimizations to disregard the sign of zero
    FiniteMathOnlyEnable,          // assume floating point arguments and results are never Inf, NaN values
    UnsafeMathOptimizationsEnable, // allow algebraically equivalent transformations which may not hold in IEEE 754 arithmetic, e.g. (x+y)-y -> x

    // Required controls.
    TrackParallelInterferences,
    ForceUnalignedPointerReadDetectionEnable,
    ForceUnalignedPointerWriteDetectionEnable,
    DivergentPointerEnable,
    StructuralAnalysisEnable,

    // Numeric controls.
    IndirectCBOptimizationMode,
    ImmediatesToConstantBufferMinImmediates,
    MaxNumOfMulInstructionsPerPowUnwind,
    MulWeightOfSqrtInstructionInPowUnwind,
    MulWeightOfInvInstructionInPowUnwind,

    // Decomposer controls.
    DecomposeFDivToFRcpFMul,

    // LIR Pattern Match controls - they're all dependent from PatternMatchReplaceEnable.
    // i.e. PatternMatchReplaceEnable set to 0 will disable them all.
    PMRChannelMatchEnable,
    PMRPowerMatchEnable,
    PMREUBypassMatchEnable,
    PMRComparisonMatchEnable,
    PMRFlowControlMatchEnable,
    PMRMultiplyMatchEnable,
    PMRMulMadMatchEnable,
    PMRSqrtMatchEnable,
    PMRFDivMatchEnable,
    PMRSelectMatchEnable,
    PMRMinMaxMatchEnable,
    PMRMulDivMatchEnable,
    PMRFDP3MatchEnable,
    PMRFDP4ToHMatchEnable,
    PMRMov0FDPMatchEnable,
    PMRMadMatchEnable,    // equal to old MadPatternMatchReplaceEnable
    PMRBfeMatchEnable,
    PMRLrpMatchEnable,
    PMRTrivialLrpMatchEnable,
    PMRMovLrpToAddMadMatchEnable,
    PMRBfiMatchEnable,
    PMRShrShlMatchEnable,
    PMRAddShlMatchEnable,
    PMRAddAddMatchEnable,
    PMRAndShiftMatchEnable,
    PMRJOIN_DPMatchEnable,
    PMRConvert64bitTo32bit,
    PMRGetValueFromActiveChannelMatchEnable,
    PMRCselMatchEnable,
    PMRReplicateComponentMatchEnable,
    PMRFDPHMatchEnable,
    PMRPackMatchEnable,
    PMRFFRCMatchEnable,
    PMRConstantPropagationMatchEnable,
    PMRTrivialPOWMatchEnable,
    PMRMulAddToMulMatchEnable,
    PMRVecImmScalarMatchEnable,
    PMRMovTwoLowPrecImmEnable,
    PMRIntConvertToBitcastEnable,
    PMRHoistBitcastsEnable,
    PMRMediaBlockReadPackMatchEnable,
    PMRAverageMatchEnable,
    PMRPropIntConvMatchEnable,
    PMRConvToMovMatchEnable,
    PMRPropagateRedundantPackEnable,
    PMRHoistSaturateEnable,
    PMRMergeWordByteUnpacksEnable,
    PMRMergeWordUnpacksEnable,
    PMRPropLowPrecEnable,

    USC_PARAM_HIDE()
    NUM_USC_KERNEL_COMPILER_CONTROLS
};

} // namespace USC

#endif // __cplusplus
