Leaked source code of windows server 2003
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42 KiB

/******************************Module*Header*******************************\
*
* !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
* !! !!
* !! WARNING: NOT DDK SAMPLE CODE !!
* !! !!
* !! This source code is provided for completeness only and should not be !!
* !! used as sample code for display driver development. Only those sources !!
* !! marked as sample code for a given driver component should be used for !!
* !! development purposes. !!
* !! !!
* !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
*
* Module Name: ereg.h
*
* Content:
*
* Copyright (c) 1994-1999 3Dlabs Inc. Ltd. All rights reserved.
* Copyright (c) 1995-2003 Microsoft Corporation. All rights reserved.
\*****************************************************************************/
#ifdef __EREG
#pragma message ("FILE : "__FILE__" : Multiple inclusion")
#endif
#define __EREG
#ifndef _MSDOS
typedef unsigned long unsigned32;
typedef signed long signed32;
#else
typedef unsigned long unsigned32;
typedef signed long signed32;
#endif
#define TAGBITS 12
#define CONTEXTBITS 1
#define ADDRBITS (32 - TAGBITS - CONTEXTBITS)
#define ENABLE_BLOCK 1
#define DISABLE_BLOCK 0
#define X_FIELD_MAX 0x7FFF /* signed 16 bits */
#define Y_FIELD_MAX X_FIELD_MAX
typedef unsigned32 __GlintUnsignedIntFmat;
typedef signed32 __GlintSignedIntFmat;
typedef unsigned32 __GlintDataFmat;
typedef signed32 __Glint16FixPt16Fmat;
typedef signed32 __Glint16BitIntFmat;
typedef unsigned32 __GlintBitMaskPatternFmat;
typedef unsigned32 __GlintPointTableFmat;
typedef unsigned32 __GlintAreaStipplePatternFmat;
typedef unsigned32 __GlintSaveLineStippleStateFmat;
typedef unsigned32 __GlintUpdateLineStippleStateFmat;
typedef signed32 __GlintABGRFmat;
typedef signed32 __GlintLBSourceOffsetFmat;
typedef unsigned32 __GlintLBWindowBaseFmat;
typedef unsigned32 __GlintLBDepthFmat;
typedef unsigned32 __GlintDepthFmat;
typedef signed32 __GlintUZFmat;
typedef unsigned32 __GlintLZFmat;
typedef signed32 __GlintFastClearDepthFmat;
typedef signed32 __GlintFBPixelOffsetFmat;
typedef signed32 __GlintFBSourceOffsetFmat;
typedef unsigned32 __GlintFBWindowBaseFmat;
typedef unsigned32 __GlintFBRDataFmat;
typedef unsigned32 __GlintFBSoftwareWriteMaskFmat;
typedef unsigned32 __GlintFBHardwareWriteMaskFmat;
typedef unsigned32 __GlintFBModifiedDataFmat;
typedef unsigned32 __GlintFBPixelWriteMaskFmat;
typedef unsigned32 __GlintFBBlockColorFmat;
typedef unsigned32 __GlintFBBlockColorUFmat;
typedef unsigned32 __GlintFBBlockColorLFmat;
typedef signed32 __Glint1x8InterpFmat;
typedef signed32 __GlintFogFmat;
typedef unsigned char __GlintStencilValFmat;
typedef unsigned32 __GlintAddress;
typedef unsigned32 __GlintWaitForCompletionFmat;
typedef unsigned32 __GlintCoverageValueFmat;
typedef unsigned32 __GlintSpanMaskFmat;
typedef unsigned32 __GlintFBSourceDataFmat;
typedef unsigned32 __GlintFBDataFmat;
typedef struct {
unsigned32 lo;
unsigned32 hi;
} __GlintLBRawDataFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad0: 27;
unsigned32 Sign: 1;
unsigned32 Magnitude: 4;
} __GlintSubPixelCorrectionFmat;
#else
//@@BEGIN_DDKSPLIT
// TMP HACK TO GET NT GOING
//@@END_DDKSPLIT
typedef unsigned32 __GlintSubPixelCorrectionFmat;
/*
typedef struct {
unsigned32 Magnitude: 4;
unsigned32 Sign: 1;
unsigned32 pad0: 27;
} __GlintSubPixelCorrectionFmat;
*/
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 XRight: 16;
unsigned32 XLeft: 16;
} __GlintFastBlockLimitsFmat;
#else
typedef struct {
unsigned32 XLeft: 16;
unsigned32 XRight: 16;
} __GlintFastBlockLimitsFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 Depth: 32;
unsigned32 pad: 12;
unsigned32 GID: 4;
unsigned32 FrameCount: 8;
unsigned32 Stencil: 8;
} __GlintLBDataFmat;
#else
typedef struct {
unsigned32 Depth: 32;
unsigned32 Stencil: 8;
unsigned32 FrameCount: 8;
unsigned32 GID: 4;
unsigned32 pad: 12;
} __GlintLBDataFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 V: 12; /* 12@20 */
unsigned32 U: 20; /* 20@0 */
unsigned32 pad0: 24; /* 24@8 */
unsigned32 V_u: 8; /* 8@0 */
} __GlintTexelCoordUVFmat;
#else
/* CHECK THIS */
typedef struct {
unsigned32 V_u: 8; /* 8@0 */
unsigned32 pad0: 24; /* 24@8 */
unsigned32 U: 20; /* 20@0 */
unsigned32 V: 12; /* 12@20 */
} __GlintTexelCoordUVFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad0: 25;
unsigned32 Present0: 1;
unsigned32 BorderColor0: 1;
unsigned32 Depth0: 5;
} __GlintTexelDataFmat;
#else
typedef struct {
unsigned32 Depth0: 5;
unsigned32 BorderColor0: 1;
unsigned32 Present0: 1;
unsigned32 pad0: 25;
} __GlintTexelDataFmat;
#endif
// SuspendUntilFrameBlank tag has two formats dependant on sync_mode and
// defined by the Hardware FB Arbiter
//
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 sync_mode: 2;
unsigned32 pad2: 3;
unsigned32 ext_index: 11;
unsigned32 pad1: 8;
unsigned32 ext_data: 8;
} __GlintSuspendUntilFrameBlankExtFmat;
#else
typedef struct {
unsigned32 ext_data: 8;
unsigned32 pad1: 8;
unsigned32 ext_index: 11;
unsigned32 pad2: 3;
unsigned32 sync_mode: 2;
} __GlintSuspendUntilFrameBlankExtFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 sync_mode: 2;
unsigned32 pad: 20;
unsigned32 vtg_sclk: 1;
unsigned32 vtg_data: 9;
} __GlintSuspendUntilFrameBlankVtgFmat;
#else
typedef struct {
unsigned32 vtg_data: 9;
unsigned32 vtg_sclk: 1;
unsigned32 pad: 20;
unsigned32 sync_mode: 2;
} __GlintSuspendUntilFrameBlankVtgFmat;
#endif
typedef struct {
unsigned32 UnitEnable: 32;
} __GlintEnableFmat;
#if BIG_ENDIAN == 1
typedef struct {
signed32 Y: 16;
signed32 X: 16;
} __GlintXYFmat;
#else
typedef struct {
signed32 X: 16;
signed32 Y: 16;
} __GlintXYFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
signed32 top: 16;
signed32 left: 16;
} __GlintRectOrigin;
#else
typedef struct {
signed32 left: 16;
signed32 top: 16;
} __GlintRectOrigin;
#endif
#if BIG_ENDIAN == 1
typedef struct {
signed32 cy: 16;
signed32 cx: 16;
} __GlintRectSize;
#else
typedef struct {
signed32 cx: 16;
signed32 cy: 16;
} __GlintRectSize;
#endif
typedef __GlintXYFmat __GlintStepFmat;
#if BIG_ENDIAN == 1
typedef struct {
signed32 Y: 16;
signed32 X: 16; /* 16@0 */
unsigned32 pad0: 30;
unsigned32 WriteMode: 2; /* 2@0 */
} __GlintLBStepFmat;
#else
typedef struct {
signed32 X: 16; /* 16@0 */
signed32 Y: 16;
unsigned32 WriteMode: 2; /* 2@0 */
unsigned32 pad0: 30;
} __GlintLBStepFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad0: 16;
unsigned32 Val: 16;
} __GlintCountFmat;
#else
//@@BEGIN_DDKSPLIT
// TMP HACK TO GET NT GOING
//@@END_DDKSPLIT
typedef unsigned32 __GlintCountFmat;
/*
typedef struct {
unsigned32 Val: 16;
unsigned32 pad0: 16;
} __GlintCountFmat;
*/
#endif
#if BIG_ENDIAN == 1
typedef struct {
signed32 YOrigin: 16;
signed32 XOrigin: 16;
} __GlintGIDTableFmat;
#else
typedef struct {
signed32 XOrigin: 16;
signed32 YOrigin: 16;
} __GlintGIDTableFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 30;
unsigned32 ScreenScissorEnable: 1;
unsigned32 UserScissorEnable: 1;
} __GlintScissorEnableFmat;
#else
typedef struct {
unsigned32 UserScissorEnable: 1;
unsigned32 ScreenScissorEnable: 1;
unsigned32 pad: 30;
} __GlintScissorEnableFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad1: 13;
unsigned32 SpanOperation: 1;
unsigned32 pad0: 1;
unsigned32 SubPixelCorrectionEnable: 1;
unsigned32 CoverageEnable: 1;
unsigned32 FogEnable: 1;
unsigned32 TextureEnable: 1;
unsigned32 SyncOnHostData: 1;
unsigned32 SyncOnBitMask: 1;
unsigned32 UsePointTable: 1;
unsigned32 AntialiasingQuality: 1;
unsigned32 AntialiasEnable: 1;
unsigned32 PrimitiveType: 2;
unsigned32 FastFillIncrement: 2; /* unused on TX */
unsigned32 FastFillEnable: 1;
unsigned32 ResetLineStipple: 1;
unsigned32 LineStippleEnable: 1;
unsigned32 AreaStippleEnable: 1;
} __GlintRenderFmat;
#else
typedef struct {
unsigned32 AreaStippleEnable: 1;
unsigned32 LineStippleEnable: 1;
unsigned32 ResetLineStipple: 1;
unsigned32 FastFillEnable: 1;
unsigned32 FastFillIncrement: 2; /* unused on TX */
unsigned32 PrimitiveType: 2;
unsigned32 AntialiasEnable: 1;
unsigned32 AntialiasingQuality: 1;
unsigned32 UsePointTable: 1;
unsigned32 SyncOnBitMask: 1;
unsigned32 SyncOnHostData: 1;
unsigned32 TextureEnable: 1;
unsigned32 FogEnable: 1;
unsigned32 CoverageEnable: 1;
unsigned32 SubPixelCorrectionEnable: 1;
unsigned32 pad0: 1;
unsigned32 SpanOperation: 1;
unsigned32 pad1: 13;
} __GlintRenderFmat;
#endif
typedef __GlintRenderFmat __GlintPrepareToRenderFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad1: 13;
unsigned32 YLimitsEnable: 1;
unsigned32 MultiGLINT: 1;
unsigned32 HostDataByteSwapMode: 2;
unsigned32 BitMaskOffset: 5;
unsigned32 BitMaskPacking: 1;
unsigned32 BitMaskByteSwapMode: 2;
unsigned32 pad0: 1;
unsigned32 BiasCoordinates: 2;
unsigned32 FractionAdjust: 2;
unsigned32 InvertBitMask: 1;
unsigned32 MirrorBitMask: 1;
} __GlintRasterizerModeFmat;
#else
typedef struct {
unsigned32 MirrorBitMask: 1;
unsigned32 InvertBitMask: 1;
unsigned32 FractionAdjust: 2;
unsigned32 BiasCoordinates: 2;
unsigned32 pad0: 1;
unsigned32 BitMaskByteSwapMode: 2;
unsigned32 BitMaskPacking: 1;
unsigned32 BitMaskOffset: 5;
unsigned32 HostDataByteSwapMode: 2;
unsigned32 MultiGLINT: 1;
unsigned32 YLimitsEnable: 1;
unsigned32 pad1: 13;
} __GlintRasterizerModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 5;
unsigned32 MirrorStippleMask: 1;
unsigned32 StippleMask: 16;
unsigned32 RepeatFactor: 9;
unsigned32 UnitEnable: 1;
} __GlintLineStippleModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 RepeatFactor: 9;
unsigned32 StippleMask: 16;
unsigned32 MirrorStippleMask: 1;
unsigned32 pad: 5;
} __GlintLineStippleModeFmat;
#endif
typedef __GlintXYFmat __GlintScreenRegionFmat;
typedef __GlintXYFmat __GlintScissorMinXYFmat;
typedef __GlintXYFmat __GlintScissorMaxXYFmat;
typedef __GlintXYFmat __GlintWindowOriginFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 6;
unsigned32 SegmentRepeatCounter: 9;
unsigned32 SegmentBitCounter: 4;
unsigned32 LiveRepeatCounter: 9;
unsigned32 LiveBitCounter: 4;
} __GlintLineStippleCountersFmat;
#else
typedef struct {
unsigned32 LiveBitCounter: 4;
unsigned32 LiveRepeatCounter: 9;
unsigned32 SegmentBitCounter: 4;
unsigned32 SegmentRepeatCounter: 9;
unsigned32 pad: 6;
} __GlintLineStippleCountersFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 12;
unsigned32 MirrorY: 1;
unsigned32 MirrorX: 1;
unsigned32 InvertStipplePattern: 1;
unsigned32 YOffset: 5;
unsigned32 XOffset: 5;
unsigned32 YAddressSelect: 3;
unsigned32 XAddressSelect: 3;
unsigned32 UnitEnable: 1;
} __GlintAreaStippleModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 XAddressSelect: 3;
unsigned32 YAddressSelect: 3;
unsigned32 XOffset: 5;
unsigned32 YOffset: 5;
unsigned32 InvertStipplePattern: 1;
unsigned32 MirrorX: 1;
unsigned32 MirrorY: 1;
unsigned32 pad: 12;
} __GlintAreaStippleModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad0: 31;
unsigned32 Order: 1;
} __GlintRouterModeFmat;
#else
typedef struct {
unsigned32 Order: 1;
unsigned32 pad0: 31;
} __GlintRouterModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 30;
unsigned32 ShadeMode: 1;
unsigned32 UnitEnable: 1;
} __GlintColorDDAModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 ShadeMode: 1;
unsigned32 pad: 30;
} __GlintColorDDAModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 Alpha: 8;
unsigned32 Blue: 8;
unsigned32 Green: 8;
unsigned32 Red: 8;
} __GlintColorFmat;
#else
//@@BEGIN_DDKSPLIT
// TMP HACK TO GET NT GOING
//@@END_DDKSPLIT
typedef unsigned32 __GlintColorFmat;
/*
typedef struct {
unsigned32 Red: 8;
unsigned32 Green: 8;
unsigned32 Blue: 8;
unsigned32 Alpha: 8;
} __GlintColorFmat;
*/
#endif
typedef __GlintColorFmat __GlintConstantColorFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad2: 8;
signed32 Integer: 9;
unsigned32 Fraction: 15;
} __GlintCStartFmat;
#else
typedef struct {
unsigned32 Fraction: 15;
signed32 Integer: 9;
unsigned32 pad2: 8;
} __GlintCStartFmat;
#endif
typedef __GlintCStartFmat __GlintRStartFmat;
typedef __GlintCStartFmat __GlintGStartFmat;
typedef __GlintCStartFmat __GlintBStartFmat;
typedef __GlintCStartFmat __GlintAStartFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad2: 8;
signed32 Integer: 9;
unsigned32 Fraction: 15;
} __GlintdCdxFmat;
#else
typedef struct {
unsigned32 Fraction: 15;
signed32 Integer: 9;
unsigned32 pad2: 8;
} __GlintdCdxFmat;
#endif
typedef __GlintdCdxFmat __GlintdRdxFmat;
typedef __GlintdCdxFmat __GlintdGdxFmat;
typedef __GlintdCdxFmat __GlintdBdxFmat;
typedef __GlintdCdxFmat __GlintdAdxFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad2: 8;
signed32 Integer: 9;
unsigned32 Fraction: 15;
} __GlintdCdyDomFmat;
#else
typedef struct {
unsigned32 Fraction: 15;
signed32 Integer: 9;
unsigned32 pad2: 8;
} __GlintdCdyDomFmat;
#endif
typedef __GlintdCdyDomFmat __GlintdRdyDomFmat;
typedef __GlintdCdyDomFmat __GlintdGdyDomFmat;
typedef __GlintdCdyDomFmat __GlintdBdyDomFmat;
typedef __GlintdCdyDomFmat __GlintdAdyDomFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 Alpha: 8;
unsigned32 Blue: 8;
unsigned32 Green: 8;
unsigned32 Red: 8;
} __GlintColorFmat_s;
#else
typedef struct {
unsigned32 Red: 8;
unsigned32 Green: 8;
unsigned32 Blue: 8;
unsigned32 Alpha: 8;
} __GlintColorFmat_s;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 20;
unsigned32 Reference: 8;
unsigned32 Compare: 3;
unsigned32 UnitEnable: 1;
} __GlintAlphaTestModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 Compare: 3;
unsigned32 Reference: 8;
unsigned32 pad: 20;
} __GlintAlphaTestModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 12;
unsigned32 GID: 4;
unsigned32 FrameCount: 8;
unsigned32 Stencil: 8;
} __GlintLBStencilFmat;
#else
typedef struct {
unsigned32 Stencil: 8;
unsigned32 FrameCount: 8;
unsigned32 GID: 4;
unsigned32 pad: 12;
} __GlintLBStencilFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 12;
unsigned32 WriteOverride: 1;
unsigned32 DepthFCP: 1;
unsigned32 StencilFCP: 1;
unsigned32 FrameCount: 8;
unsigned32 GID: 4;
unsigned32 LBUpdateSource: 1;
unsigned32 ForceLBUpdate: 1;
unsigned32 CompareMode: 2;
unsigned32 UnitEnable: 1;
} __GlintWindowFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 CompareMode: 2;
unsigned32 ForceLBUpdate: 1;
unsigned32 LBUpdateSource: 1;
unsigned32 GID: 4;
unsigned32 FrameCount: 8;
unsigned32 StencilFCP: 1;
unsigned32 DepthFCP: 1;
unsigned32 WriteOverride: 1;
unsigned32 pad: 12;
} __GlintWindowFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 FastClearValue: 8;
unsigned32 WriteMask: 8;
unsigned32 CompareMask: 8;
unsigned32 ReferenceValue: 8;
} __GlintStencilDataFmat;
#else
typedef struct {
unsigned32 ReferenceValue: 8;
unsigned32 CompareMask: 8;
unsigned32 WriteMask: 8;
unsigned32 FastClearValue: 8;
} __GlintStencilDataFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 15;
unsigned32 Width: 2;
unsigned32 StencilSource: 2;
unsigned32 CompareFunction: 3;
unsigned32 SFail: 3;
unsigned32 DPFail: 3;
unsigned32 DPPass: 3;
unsigned32 UnitEnable: 1;
} __GlintStencilModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 DPPass: 3;
unsigned32 DPFail: 3;
unsigned32 SFail: 3;
unsigned32 CompareFunction: 3;
unsigned32 StencilSource: 2;
unsigned32 Width: 2;
unsigned32 pad: 15;
} __GlintStencilModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 24;
unsigned32 Stencil: 8;
} __GlintStencilFmat;
#else
typedef struct {
unsigned32 Stencil: 8;
unsigned32 pad: 24;
} __GlintStencilFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 25;
unsigned32 CompareMode: 3;
unsigned32 NewDepthSource: 2;
unsigned32 WriteMask: 1;
unsigned32 UnitEnable: 1;
} __GlintDepthModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 WriteMask: 1;
unsigned32 NewDepthSource: 2;
unsigned32 CompareMode: 3;
unsigned32 pad: 25;
} __GlintDepthModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 29;
unsigned32 UpLoadData: 2;
unsigned32 WriteEnable: 1;
} __GlintLBWriteModeFmat;
#else
typedef struct {
unsigned32 WriteEnable: 1;
unsigned32 UpLoadData: 2;
unsigned32 pad: 29;
} __GlintLBWriteModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad0: 7;
unsigned32 PatchCode: 3;
unsigned32 ScanlineInterval: 2;
unsigned32 Patch: 1;
unsigned32 WindowOrigin: 1;
unsigned32 DataType: 2;
unsigned32 spare: 5;
unsigned32 ReadDestinationEnable: 1;
unsigned32 ReadSourceEnable: 1;
unsigned32 PP2: 3;
unsigned32 PP1: 3;
unsigned32 PP0: 3;
} __GlintLBReadModeFmat;
#else
typedef struct {
unsigned32 PP0: 3;
unsigned32 PP1: 3;
unsigned32 PP2: 3;
unsigned32 ReadSourceEnable: 1;
unsigned32 ReadDestinationEnable: 1;
unsigned32 spare: 5;
unsigned32 DataType: 2;
unsigned32 WindowOrigin: 1;
unsigned32 Patch: 1;
unsigned32 ScanlineInterval: 2;
unsigned32 PatchCode: 3;
unsigned32 pad0: 7;
} __GlintLBReadModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 14;
unsigned32 Compact32: 1;
unsigned32 GIDPosition: 4;
unsigned32 GIDWidth: 1;
unsigned32 FrameCountPosition: 3;
unsigned32 FrameCountWidth: 2;
unsigned32 StencilPosition: 3;
unsigned32 StencilWidth: 2;
unsigned32 DepthWidth: 2;
} __GlintLBFormatFmat;
#else
typedef struct {
unsigned32 DepthWidth: 2;
unsigned32 StencilWidth: 2;
unsigned32 StencilPosition: 3;
unsigned32 FrameCountWidth: 2;
unsigned32 FrameCountPosition: 3;
unsigned32 GIDWidth: 1;
unsigned32 GIDPosition: 4;
unsigned32 Compact32: 1;
unsigned32 pad: 14;
} __GlintLBFormatFmat;
#endif
typedef __GlintLBFormatFmat __GlintLBReadFormatFmat;
typedef __GlintLBFormatFmat __GlintLBWriteFormatFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad2: 5;
unsigned32 PatchMode: 2;
unsigned32 ScanlineInterval: 2;
signed32 RelativeOffset: 3;
unsigned32 PackedData: 1;
unsigned32 PatchEnable: 1;
unsigned32 TexelInhibit: 1;
unsigned32 WindowOrigin: 1;
unsigned32 DataType: 1;
unsigned32 pad0: 4;
unsigned32 ReadDestinationEnable: 1;
unsigned32 ReadSourceEnable: 1;
unsigned32 PP2: 3;
unsigned32 PP1: 3;
unsigned32 PP0: 3;
} __GlintFBReadModeFmat;
#else
typedef struct {
unsigned32 PP0: 3;
unsigned32 PP1: 3;
unsigned32 PP2: 3;
unsigned32 ReadSourceEnable: 1;
unsigned32 ReadDestinationEnable: 1;
unsigned32 pad0: 4;
unsigned32 DataType: 1;
unsigned32 WindowOrigin: 1;
unsigned32 TexelInhibit: 1;
unsigned32 PatchEnable: 1;
unsigned32 PackedData: 1;
signed32 RelativeOffset: 3;
unsigned32 ScanlineInterval: 2;
unsigned32 PatchMode: 2;
unsigned32 pad2: 5;
} __GlintFBReadModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad1: 28;
unsigned32 UpLoadData: 1;
unsigned32 BlockWidth: 2; /* BACKWARDS COMPATABILITY */
unsigned32 UnitEnable: 1;
} __GlintFBWriteModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 BlockWidth: 2; /* BACKWARDS COMPATABILITY */
unsigned32 UpLoadData: 1;
unsigned32 pad1: 28;
} __GlintFBWriteModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 30;
unsigned32 ColorMode: 1;
unsigned32 UnitEnable: 1;
} __GlintAntialiasModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 ColorMode: 1;
unsigned32 pad: 30;
} __GlintAntialiasModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 15;
unsigned32 ColorFormatExtension: 1;
unsigned32 AlphaDst: 1;
unsigned32 BlendType: 1;
unsigned32 ColorOrder: 1;
unsigned32 NoAlphaBuffer: 1;
unsigned32 ColorFormat: 4;
unsigned32 DestinationBlend: 3;
unsigned32 SourceBlend: 4;
unsigned32 UnitEnable: 1;
} __PermediaAlphaBlendModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 SourceBlend: 4;
unsigned32 DestinationBlend: 3;
unsigned32 ColorFormat: 4;
unsigned32 NoAlphaBuffer: 1;
unsigned32 ColorOrder: 1;
unsigned32 BlendType: 1;
unsigned32 AlphaDst: 1;
unsigned32 ColorFormatExtension: 1;
unsigned32 pad: 15;
} __PermediaAlphaBlendModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 14;
unsigned32 AlphaConversion: 1;
unsigned32 ColorConversion: 1;
unsigned32 AlphaDst: 1;
unsigned32 BlendType: 1;
unsigned32 ColorOrder: 1;
unsigned32 NoAlphaBuffer: 1;
unsigned32 ColorFormat: 4;
unsigned32 DestinationBlend: 3;
unsigned32 SourceBlend: 4;
unsigned32 UnitEnable: 1;
} __GlintAlphaBlendModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 SourceBlend: 4;
unsigned32 DestinationBlend: 3;
unsigned32 ColorFormat: 4;
unsigned32 NoAlphaBuffer: 1;
unsigned32 ColorOrder: 1;
unsigned32 BlendType: 1;
unsigned32 AlphaDst: 1;
unsigned32 ColorConversion: 1;
unsigned32 AlphaConversion: 1;
unsigned32 pad: 14;
} __GlintAlphaBlendModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad0: 15;
unsigned32 ColorFormatExtension: 1;
unsigned32 RoundingMode: 1;
unsigned32 AlphaDither: 1;
unsigned32 ForceAlpha: 2;
unsigned32 DitherMethod: 1;
unsigned32 ColorOrder: 1;
unsigned32 YOffset: 2;
unsigned32 XOffset: 2;
unsigned32 ColorFormat: 4;
unsigned32 DitherEnable: 1;
unsigned32 UnitEnable: 1;
} __GlintDitherModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 DitherEnable: 1;
unsigned32 ColorFormat: 4;
unsigned32 XOffset: 2;
unsigned32 YOffset: 2;
unsigned32 ColorOrder: 1;
unsigned32 DitherMethod: 1;
unsigned32 ForceAlpha: 2;
unsigned32 AlphaDither: 1;
unsigned32 RoundingMode: 1;
unsigned32 ColorFormatExtension: 1;
unsigned32 pad0: 15;
} __GlintDitherModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 26;
unsigned32 UseConstantFBWriteData: 1;
unsigned32 LogicalOp: 4;
unsigned32 LogicalOpEnable: 1;
} __GlintLogicalOpModeFmat;
#else
typedef struct {
unsigned32 LogicalOpEnable: 1;
unsigned32 LogicalOp: 4;
unsigned32 UseConstantFBWriteData: 1;
unsigned32 pad: 26;
} __GlintLogicalOpModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 10;
unsigned32 ExternalDMA : 1;
unsigned32 RLEHostOut: 1;
unsigned32 Context: 2;
unsigned32 ByteSwapMode: 2;
unsigned32 Remainder: 2;
unsigned32 Statistics: 2;
unsigned32 Synchronization: 2;
unsigned32 Color: 2;
unsigned32 Stencil : 2;
unsigned32 Depth: 2;
unsigned32 Passive: 2;
unsigned32 Active: 2;
} __GlintFilterModeFmat;
#else
typedef struct {
unsigned32 Active: 2;
unsigned32 Passive: 2;
unsigned32 Depth: 2;
unsigned32 Stencil : 2;
unsigned32 Color: 2;
unsigned32 Synchronization: 2;
unsigned32 Statistics: 2;
unsigned32 Remainder: 2;
unsigned32 ByteSwapMode: 2;
unsigned32 Context: 2;
unsigned32 RLEHostOut: 1;
unsigned32 ExternalDMA : 1;
unsigned32 pad: 10;
} __GlintFilterModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 26;
unsigned32 Spans: 1;
unsigned32 CompareFunction: 1;
unsigned32 PassiveSteps: 1;
unsigned32 ActiveSteps: 1;
unsigned32 StatType: 1;
unsigned32 Enable: 1;
} __GlintStatisticModeFmat;
#else
typedef struct {
unsigned32 Enable: 1;
unsigned32 StatType: 1;
unsigned32 ActiveSteps: 1;
unsigned32 PassiveSteps: 1;
unsigned32 CompareFunction: 1;
unsigned32 Spans: 1;
unsigned32 pad: 26;
} __GlintStatisticModeFmat;
#endif
typedef __GlintXYFmat __GlintMinRegionFmat;
typedef __GlintXYFmat __GlintMaxRegionFmat;
typedef __GlintXYFmat __GlintMinHitRegionFmat;
typedef __GlintXYFmat __GlintMaxHitRegionFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 InterruptEnable: 1;
unsigned32 pad: 31;
} __GlintSyncFmat;
#else
typedef struct {
unsigned32 pad: 31;
unsigned32 InterruptEnable: 1;
} __GlintSyncFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 Count: 16;
unsigned32 Mode: 2;
unsigned32 unused: 4;
unsigned32 Context: 1;
unsigned32 MajorGroup: 5;
unsigned32 Offset: 4;
} __GlintDMATag;
#else
typedef struct {
unsigned32 Offset: 4;
unsigned32 MajorGroup: 5;
unsigned32 Context: 1;
unsigned32 unused: 4;
unsigned32 Mode: 2;
unsigned32 Count: 16;
} __GlintDMATag;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 20;
unsigned32 ColorLoadMode: 2;
unsigned32 BaseFormat: 3;
unsigned32 KsDDA: 1;
unsigned32 KdDDA: 1;
unsigned32 TextureType: 1;
unsigned32 ApplicationMode: 3;
unsigned32 UnitEnable: 1;
} __GlintTextureColorModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 ApplicationMode: 3;
unsigned32 TextureType: 1;
unsigned32 KdDDA: 1;
unsigned32 KsDDA: 1;
unsigned32 BaseFormat: 3;
unsigned32 ColorLoadMode: 2;
unsigned32 pad: 20;
} __GlintTextureColorModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 28;
unsigned32 Sense: 1;
unsigned32 Source: 2;
unsigned32 UnitEnable: 1;
} __GlintChromaTestModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 Source: 2;
unsigned32 Sense: 1;
unsigned32 pad: 25;
} __GlintChromaTestModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 29;
unsigned32 Filter: 3;
} __GlintTextureFilterFmat;
#else
typedef struct {
unsigned32 Filter: 3;
unsigned32 pad: 29;
} __GlintTextureFilterFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 Alpha: 8;
unsigned32 Blue: 8;
unsigned32 Green: 8;
unsigned32 Red: 8;
} __GlintTexelFmat;
#else
typedef struct {
unsigned32 Red: 8;
unsigned32 Green: 8;
unsigned32 Blue: 8;
unsigned32 Alpha: 8;
} __GlintTexelFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 30;
unsigned32 ColorMode: 1;
unsigned32 UnitEnable: 1;
} __GlintFogModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 ColorMode: 1;
unsigned32 pad: 30;
} __GlintFogModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 14;
unsigned32 TextureMapType: 1;
unsigned32 Height: 4;
unsigned32 Width: 4;
unsigned32 EnableDY: 1;
unsigned32 EnableLOD: 1;
unsigned32 InhibitDDA: 1;
unsigned32 Mode: 1;
unsigned32 TWrap: 2;
unsigned32 SWrap: 2;
unsigned32 UnitEnable: 1;
} __GlintTextureAddressModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 SWrap: 2;
unsigned32 TWrap: 2;
unsigned32 Mode: 1;
unsigned32 InhibitDDA: 1;
unsigned32 EnableLOD: 1;
unsigned32 EnableDY: 1;
unsigned32 Width: 4;
unsigned32 Height: 4;
unsigned32 TextureMapType: 1;
unsigned32 pad: 14;
} __GlintTextureAddressModeFmat;
#endif
typedef signed32 __GlintSStartFmat;
typedef signed32 __GlintTStartFmat;
typedef signed32 __GlintQStartFmat;
typedef signed32 __GlintdSdxFmat;
typedef signed32 __GlintdTdxFmat;
typedef signed32 __GlintdQdxFmat;
typedef signed32 __GlintdSdyDomFmat;
typedef signed32 __GlintdTdyDomFmat;
typedef signed32 __GlintdQdyDomFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad0: 12;
unsigned32 U: 20;
} __GlintTexelCoordUFmat;
#else
typedef struct {
unsigned32 U: 20;
unsigned32 pad0: 12;
} __GlintTexelCoordUFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad0: 12;
unsigned32 V: 20;
} __GlintTexelCoordVFmat;
#else
typedef struct {
unsigned32 V: 20;
unsigned32 pad0: 12;
} __GlintTexelCoordVFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad0: 4;
unsigned32 BorderClamp: 1;
unsigned32 FBSourceAddr: 2;
unsigned32 PrimaryCache: 1;
unsigned32 MipMap: 1;
unsigned32 Mode: 1;
unsigned32 VWrap: 2;
unsigned32 UWrap: 2;
unsigned32 MinFilter: 3;
unsigned32 MagFilter: 1;
unsigned32 Patch: 1;
unsigned32 Border: 1;
unsigned32 Depth: 3;
unsigned32 Height: 4;
unsigned32 Width: 4;
unsigned32 UnitEnable: 1;
} __GlintTextureReadModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 Width: 4;
unsigned32 Height: 4;
unsigned32 Depth: 3;
unsigned32 Border: 1;
unsigned32 Patch: 1;
unsigned32 MagFilter: 1;
unsigned32 MinFilter: 3;
unsigned32 UWrap: 2;
unsigned32 VWrap: 2;
unsigned32 Mode: 1;
unsigned32 MipMap: 1;
unsigned32 PrimaryCache: 1;
unsigned32 FBSourceAddr: 2;
unsigned32 BorderClamp: 1;
unsigned32 pad0: 4;
} __GlintTextureReadModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 Pad0: 29;
unsigned32 AlphaMapSense: 1;
unsigned32 AlphaMapEnable: 1;
unsigned32 UnitEnable: 1;
} __GlintTextureFilterModeFmat;
#else
typedef struct {
unsigned32 UnitEnable: 1;
unsigned32 AlphaMapEnable: 1;
unsigned32 AlphaMapSense: 1;
unsigned32 Pad0: 29;
} __GlintTextureFilterModeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad0: 12;
unsigned32 OneCompFormat: 2;
unsigned32 LUTOffset: 8;
unsigned32 ByteSwapBitMask: 1;
unsigned32 InvertBitMask: 1;
unsigned32 MirrorBitMask: 1;
unsigned32 OutputFormat: 2;
unsigned32 NumberComps: 2;
unsigned32 ColorOrder: 1;
unsigned32 Format: 1;
unsigned32 Endian: 1;
} __GlintTextureFormatFmat;
#else
typedef struct {
unsigned32 Endian: 1;
unsigned32 Format: 1;
unsigned32 ColorOrder: 1;
unsigned32 NumberComps: 2;
unsigned32 OutputFormat: 2;
unsigned32 MirrorBitMask: 1;
unsigned32 InvertBitMask: 1;
unsigned32 ByteSwapBitMask: 1;
unsigned32 LUTOffset: 8;
unsigned32 OneCompFormat: 2;
unsigned32 pad0: 12;
} __GlintTextureFormatFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 3;
unsigned32 Addr: 29;
} __GlintTextureAddressFmat;
#else
typedef struct {
unsigned32 Addr: 29;
unsigned32 pad: 3;
} __GlintTextureAddressFmat;
#endif
typedef __GlintTextureAddressFmat __GlintTextureBaseAddressFmat;
typedef __GlintTextureAddressFmat __GlintTextureBaseAddressLRFmat;
typedef __GlintTexelFmat __GlintTexelLUTFmat;
typedef __GlintTexelFmat __GlintBorderColorFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 5;
unsigned32 Blue: 9;
unsigned32 Green: 9;
unsigned32 Red: 9;
} __GlintTextureKFmat;
#else
typedef struct {
unsigned32 Red: 9;
unsigned32 Green: 9;
unsigned32 Blue: 9;
unsigned32 pad: 5;
} __GlintTextureKFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad2: 8;
signed32 Integer: 2;
unsigned32 Fraction: 22;
} __GlintKStartFmat;
#else
typedef struct {
unsigned32 Fraction: 22;
signed32 Integer: 2;
unsigned32 pad2: 8;
} __GlintKStartFmat;
#endif
typedef __GlintKStartFmat __GlintKsStartFmat;
typedef __GlintKStartFmat __GlintKdStartFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad2: 8;
signed32 Integer: 2;
unsigned32 Fraction: 22;
} __GlintdKdxFmat;
#else
typedef struct {
unsigned32 Fraction: 22;
signed32 Integer: 2;
unsigned32 pad2: 8;
} __GlintdKdxFmat;
#endif
typedef __GlintdKdxFmat __GlintdKsdxFmat;
typedef __GlintdKdxFmat __GlintdKddxFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad2: 8;
signed32 Integer: 2;
unsigned32 Fraction: 22;
} __GlintdKdyDomFmat;
#else
typedef struct {
unsigned32 Fraction: 22;
signed32 Integer: 2;
unsigned32 pad2: 8;
} __GlintdKdyDomFmat;
#endif
typedef __GlintdKdyDomFmat __GlintdKsdyDomFmat;
typedef __GlintdKdyDomFmat __GlintdKddyDomFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 30;
unsigned32 Mode: 1;
unsigned32 Invalidate: 1;
} __GlintTextureCacheControlFmat;
#else
typedef struct {
unsigned32 Invalidate: 1;
unsigned32 Mode: 1;
unsigned32 pad: 30;
} __GlintTextureCacheControlFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 18;
unsigned32 XMask: 5;
unsigned32 YShift: 3;
unsigned32 YMask: 5;
unsigned32 PatternEnable: 1;
} __GlintPatternRAMModeFmat;
#else
typedef struct {
unsigned32 PatternEnable: 1;
unsigned32 YMask: 5;
unsigned32 YShift: 3;
unsigned32 XMask: 5;
unsigned32 pad: 18;
} __GlintPatternRAMModeFmat;
#endif
typedef __GlintUnsignedIntFmat __GlintPatternRAMDataFmat;
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 30;
unsigned32 Size: 2;
} __GlintPixelSizeFmat;
#else
typedef struct {
unsigned32 Size: 2;
unsigned32 pad: 30;
} __GlintPixelSizeFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 27;
unsigned32 Scanline: 3;
unsigned32 ScanlineInterval: 2;
} __GlintScanlineOwnershipFmat;
#else
typedef struct {
unsigned32 ScanlineInterval: 2;
unsigned32 Scanline: 3;
unsigned32 pad: 27;
} __GlintScanlineOwnershipFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
signed32 YMax: 16;
signed32 YMin: 16;
} __GlintYLimitsFmat;
#else
typedef struct {
signed32 YMin: 16;
signed32 YMax: 16;
} __GlintYLimitsFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
signed32 XMax: 16;
signed32 XMin: 16;
} __GlintXLimitsFmat;
#else
typedef struct {
signed32 XMin: 16;
signed32 XMax: 16;
} __GlintXLimitsFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned32 pad: 8;
unsigned32 Offset: 24;
} __GlintTextureDownloadOffsetFmat;
#else
typedef struct {
unsigned32 Offset: 24;
unsigned32 pad: 8;
} __GlintTextureDownloadOffsetFmat;
#endif
#if BIG_ENDIAN == 1
typedef struct {
unsigned int TargetChip: 2;
unsigned int DepthFormat: 2;
unsigned int FogEnable: 1;
unsigned int TextureEnable: 1;
unsigned int SmoothShadingEnable: 1;
unsigned int DepthEnable: 1;
unsigned int SpecularTextureEnable: 1;
unsigned int DiffuseTextureEnable: 1;
unsigned int SubPixelCorrectionEnable: 1;
unsigned int DiamondExit: 1;
unsigned int NoDraw: 1;
unsigned int ClampEnable: 1;
unsigned int TextureParameterMode: 2;
unsigned int FillDirection: 1;
unsigned int pad: 15;
} __GambitDeltaModeFmat;
#else
typedef struct {
unsigned int TargetChip: 2;
unsigned int DepthFormat: 2;
unsigned int FogEnable: 1;
unsigned int TextureEnable: 1;
unsigned int SmoothShadingEnable: 1;
unsigned int DepthEnable: 1;
unsigned int SpecularTextureEnable: 1;
unsigned int DiffuseTextureEnable: 1;
unsigned int SubPixelCorrectionEnable: 1;
unsigned int DiamondExit: 1;
unsigned int NoDraw: 1;
unsigned int ClampEnable: 1;
unsigned int TextureParameterMode: 2;
unsigned int FillDirection: 1;
unsigned int pad: 15;
} __GambitDeltaModeFmat;
#endif
typedef unsigned32 __GlintTextureDataFmat;