/* | file: glsl/icunroll.c | language: 1 (ANSI C) | produced by: GNU C 4.2.1 | compiler dir: /OST/GraphicsGFX/SDP3430/Source/SGX12.19/GFX_Linux_DDK/src/eurasia/tools/intern/oglcompiler | program counter: <0x45354;0x465e4> */ typedef unsigned int size_t typedef long long int __quad_t typedef long int __off_t typedef __quad_t __off64_t struct _IO_FILE { int _flags // @0 char* _IO_read_ptr // @4 char* _IO_read_end // @8 char* _IO_read_base // @c char* _IO_write_base // @10 char* _IO_write_ptr // @14 char* _IO_write_end // @18 char* _IO_buf_base // @1c char* _IO_buf_end // @20 char* _IO_save_base // @24 char* _IO_backup_base // @28 char* _IO_save_end // @2c struct _IO_marker* _markers // @30 struct _IO_FILE* _chain // @34 int _fileno // @38 int _flags2 // @3c __off_t _old_offset // @40 short unsigned int _cur_column // @44 signed char _vtable_offset // @46 char[1] _shortbuf // @47 _IO_lock_t* _lock // @48 __off64_t _offset // @50 void* __pad1 // @58 void* __pad2 // @5c void* __pad3 // @60 void* __pad4 // @64 size_t __pad5 // @68 int _mode // @6c char[40] _unused2 // @70 } typedef void _IO_lock_t struct _IO_marker { struct _IO_marker* _next // @0 struct _IO_FILE* _sbuf // @4 int _pos // @8 } typedef struct GLSLCompilerPrivateDataTAG GLSLCompilerPrivateData struct GLSLCompilerPrivateDataTAG { LanguageContext* psLanguageContext // @0 SymbolTableContext* psSymbolTableContext // @4 SymTable* psVertexSymbolTable // @8 SymTable* psFragmentSymbolTable // @c GLSLIdentifierList sVertexBuiltInsReferenced // @10 GLSLIdentifierList sFragmentBuiltInsReferenced // @1c IMG_VOID* pvUniFlexContext // @28 ErrorLog* psErrorLog // @2c IMG_UINT32 uPointCoordTC // @30 IMG_UINT32 uCurSrcLine // @34 } typedef unsigned char IMG_BYTE typedef char IMG_CHAR typedef long unsigned int IMG_UINT32 typedef long int IMG_INT32 enum tag_img_bool { IMG_FALSE = 0; //0x0 IMG_TRUE = 1; //0x1 IMG_FORCE_ALIGN = 2147483647; //0x7fffffff } typedef enum tag_img_bool IMG_BOOL typedef void IMG_VOID enum TokenNameTag { TOK_INVALID_TOKEN = 0; //0x0 TOK_ARRAY_LENGTH = 1; //0x1 TOK_ATTRIBUTE = 2; //0x2 TOK_BOOL = 3; //0x3 TOK_BREAK = 4; //0x4 TOK_BVEC2 = 5; //0x5 TOK_BVEC3 = 6; //0x6 TOK_BVEC4 = 7; //0x7 TOK_CENTROID = 8; //0x8 TOK_CONST = 9; //0x9 TOK_CONTINUE = 10; //0xa TOK_DISCARD = 11; //0xb TOK_DO = 12; //0xc TOK_ELSE = 13; //0xd TOK_FALSE = 14; //0xe TOK_FLAT = 15; //0xf TOK_FLOAT = 16; //0x10 TOK_FOR = 17; //0x11 TOK_HIGH_PRECISION = 18; //0x12 TOK_IF = 19; //0x13 TOK_IN = 20; //0x14 TOK_INOUT = 21; //0x15 TOK_INT = 22; //0x16 TOK_INVARIANT = 23; //0x17 TOK_IVEC2 = 24; //0x18 TOK_IVEC3 = 25; //0x19 TOK_IVEC4 = 26; //0x1a TOK_LOW_PRECISION = 27; //0x1b TOK_MAT2X2 = 28; //0x1c TOK_MAT2X3 = 29; //0x1d TOK_MAT2X4 = 30; //0x1e TOK_MAT3X2 = 31; //0x1f TOK_MAT3X3 = 32; //0x20 TOK_MAT3X4 = 33; //0x21 TOK_MAT4X2 = 34; //0x22 TOK_MAT4X3 = 35; //0x23 TOK_MAT4X4 = 36; //0x24 TOK_MEDIUM_PRECISION = 37; //0x25 TOK_OUT = 38; //0x26 TOK_PRECISION = 39; //0x27 TOK_RETURN = 40; //0x28 TOK_SAMPLER1D = 41; //0x29 TOK_SAMPLER2D = 42; //0x2a TOK_SAMPLER3D = 43; //0x2b TOK_SAMPLER1DSHADOW = 44; //0x2c TOK_SAMPLER2DSHADOW = 45; //0x2d TOK_SAMPLERCUBE = 46; //0x2e TOK_STRUCT = 47; //0x2f TOK_SUPER_PRECISION = 48; //0x30 TOK_TRUE = 49; //0x31 TOK_UNIFORM = 50; //0x32 TOK_VARYING = 51; //0x33 TOK_VEC2 = 52; //0x34 TOK_VEC3 = 53; //0x35 TOK_VEC4 = 54; //0x36 TOK_VOID = 55; //0x37 TOK_WHILE = 56; //0x38 TOK_ASM = 57; //0x39 TOK_CAST = 58; //0x3a TOK_CLASS = 59; //0x3b TOK_DEFAULT = 60; //0x3c TOK_DOUBLE = 61; //0x3d TOK_DVEC2 = 62; //0x3e TOK_DVEC3 = 63; //0x3f TOK_DVEC4 = 64; //0x40 TOK_ENUM = 65; //0x41 TOK_EXTERN = 66; //0x42 TOK_EXTERNAL = 67; //0x43 TOK_FIXED = 68; //0x44 TOK_FVEC2 = 69; //0x45 TOK_FVEC3 = 70; //0x46 TOK_FVEC4 = 71; //0x47 TOK_GOTO = 72; //0x48 TOK_HALF = 73; //0x49 TOK_HVEC2 = 74; //0x4a TOK_HVEC3 = 75; //0x4b TOK_HVEC4 = 76; //0x4c TOK_INLINE = 77; //0x4d TOK_INPUT = 78; //0x4e TOK_INTERFACE = 79; //0x4f TOK_LONG = 80; //0x50 TOK_NAMESPACE = 81; //0x51 TOK_NOINLINE = 82; //0x52 TOK_OUTPUT = 83; //0x53 TOK_PACKED = 84; //0x54 TOK_PUBLIC = 85; //0x55 TOK_SAMPLER2DRECT = 86; //0x56 TOK_SAMPLER2DRECTSHADOW = 87; //0x57 TOK_SAMPLER3DRECT = 88; //0x58 TOK_SHORT = 89; //0x59 TOK_SIZEOF = 90; //0x5a TOK_STATIC = 91; //0x5b TOK_SWITCH = 92; //0x5c TOK_TEMPLATE = 93; //0x5d TOK_THIS = 94; //0x5e TOK_TYPEDEF = 95; //0x5f TOK_UNION = 96; //0x60 TOK_UNSIGNED = 97; //0x61 TOK_USING = 98; //0x62 TOK_VOLATILE = 99; //0x63 TOK_CASE = 100; //0x64 TOK_CHAR = 101; //0x65 TOK_BYTE = 102; //0x66 TOK_INCOMMENT = 103; //0x67 TOK_OUTCOMMENT = 104; //0x68 TOK_COMMENT = 105; //0x69 TOK_AMPERSAND = 106; //0x6a TOK_BANG = 107; //0x6b TOK_CARET = 108; //0x6c TOK_COMMA = 109; //0x6d TOK_COLON = 110; //0x6e TOK_DASH = 111; //0x6f TOK_DOT = 112; //0x70 TOK_DOTDOT = 113; //0x71 TOK_EQUAL = 114; //0x72 TOK_LEFT_ANGLE = 115; //0x73 TOK_LEFT_BRACE = 116; //0x74 TOK_LEFT_BRACKET = 117; //0x75 TOK_LEFT_PAREN = 118; //0x76 TOK_PERCENT = 119; //0x77 TOK_PLUS = 120; //0x78 TOK_QUESTION = 121; //0x79 TOK_RIGHT_ANGLE = 122; //0x7a TOK_RIGHT_BRACE = 123; //0x7b TOK_RIGHT_BRACKET = 124; //0x7c TOK_RIGHT_PAREN = 125; //0x7d TOK_SEMICOLON = 126; //0x7e TOK_SLASH = 127; //0x7f TOK_STAR = 128; //0x80 TOK_TILDA = 129; //0x81 TOK_VERTICAL_BAR = 130; //0x82 TOK_APOSTROPHE = 131; //0x83 TOK_AT = 132; //0x84 TOK_BACK_SLASH = 133; //0x85 TOK_DOLLAR = 134; //0x86 TOK_HASH = 135; //0x87 TOK_SPEECH_MARK = 136; //0x88 TOK_UNDERSCORE = 137; //0x89 TOK_ADD_ASSIGN = 138; //0x8a TOK_AND_ASSIGN = 139; //0x8b TOK_AND_OP = 140; //0x8c TOK_DEC_OP = 141; //0x8d TOK_DIV_ASSIGN = 142; //0x8e TOK_EQ_OP = 143; //0x8f TOK_INC_OP = 144; //0x90 TOK_GE_OP = 145; //0x91 TOK_LE_OP = 146; //0x92 TOK_LEFT_ASSIGN = 147; //0x93 TOK_LEFT_OP = 148; //0x94 TOK_MOD_ASSIGN = 149; //0x95 TOK_MUL_ASSIGN = 150; //0x96 TOK_NE_OP = 151; //0x97 TOK_OR_ASSIGN = 152; //0x98 TOK_OR_OP = 153; //0x99 TOK_RIGHT_ASSIGN = 154; //0x9a TOK_RIGHT_OP = 155; //0x9b TOK_SUB_ASSIGN = 156; //0x9c TOK_XOR_OP = 157; //0x9d TOK_XOR_ASSIGN = 158; //0x9e TOK_FLOATCONSTANT = 159; //0x9f TOK_BOOLCONSTANT = 160; //0xa0 TOK_INTCONSTANT = 161; //0xa1 TOK_IDENTIFIER = 162; //0xa2 TOK_PROGRAMHEADER = 163; //0xa3 TOK_ABS = 164; //0xa4 TOK_ADD = 165; //0xa5 TOK_ADDRESS = 166; //0xa6 TOK_ALIAS = 167; //0xa7 TOK_ARL = 168; //0xa8 TOK_ATTRIB = 169; //0xa9 TOK_DP3 = 170; //0xaa TOK_DP4 = 171; //0xab TOK_DPH = 172; //0xac TOK_DST = 173; //0xad TOK_END = 174; //0xae TOK_EX2 = 175; //0xaf TOK_EXP = 176; //0xb0 TOK_FLR = 177; //0xb1 TOK_FRC = 178; //0xb2 TOK_LIT = 179; //0xb3 TOK_LG2 = 180; //0xb4 TOK_LOG = 181; //0xb5 TOK_MAD = 182; //0xb6 TOK_MAX = 183; //0xb7 TOK_MIN = 184; //0xb8 TOK_MOV = 185; //0xb9 TOK_MUL = 186; //0xba TOK_OPTION = 187; //0xbb TOK_PARAM = 188; //0xbc TOK_POW = 189; //0xbd TOK_PROGRAM = 190; //0xbe TOK_RCP = 191; //0xbf TOK_RESULT = 192; //0xc0 TOK_RSQ = 193; //0xc1 TOK_SGE = 194; //0xc2 TOK_SLT = 195; //0xc3 TOK_SUB = 196; //0xc4 TOK_STATE = 197; //0xc5 TOK_SWZ = 198; //0xc6 TOK_TEMP = 199; //0xc7 TOK_VERTEX = 200; //0xc8 TOK_XPD = 201; //0xc9 TOK_ATTRIB_LC = 202; //0xca TOK_COLOR = 203; //0xcb TOK_FOGCOORD = 204; //0xcc TOK_MATRIXINDEX = 205; //0xcd TOK_NORMAL = 206; //0xce TOK_POSITION = 207; //0xcf TOK_PRIMARY = 208; //0xd0 TOK_SECONDARY = 209; //0xd1 TOK_TEXCOORD = 210; //0xd2 TOK_WEIGHT = 211; //0xd3 TOK_ENV = 212; //0xd4 TOK_LOCAL = 213; //0xd5 TOK_AMBIENT = 214; //0xd6 TOK_BACK = 215; //0xd7 TOK_DIFFUSE = 216; //0xd8 TOK_EMISSION = 217; //0xd9 TOK_FRONT = 218; //0xda TOK_MATERIAL = 219; //0xdb TOK_SHININESS = 220; //0xdc TOK_SPECULAR = 221; //0xdd TOK_ATTENUATION = 222; //0xde TOK_DIRECTION = 223; //0xdf TOK_LIGHT = 224; //0xe0 TOK_LIGHTMODEL = 225; //0xe1 TOK_LIGHTPROD = 226; //0xe2 TOK_SCENECOLOR = 227; //0xe3 TOK_SPOT = 228; //0xe4 TOK_EYE = 229; //0xe5 TOK_OBJECT = 230; //0xe6 TOK_TEXGEN = 231; //0xe7 TOK_FOG = 232; //0xe8 TOK_PARAMS = 233; //0xe9 TOK_CLIP = 234; //0xea TOK_PLANE = 235; //0xeb TOK_POINT = 236; //0xec TOK_SIZE = 237; //0xed TOK_INVERSE = 238; //0xee TOK_INVTRANS = 239; //0xef TOK_MATRIX = 240; //0xf0 TOK_MODELVIEW = 241; //0xf1 TOK_MVP = 242; //0xf2 TOK_PALETTE = 243; //0xf3 TOK_PROJECTION = 244; //0xf4 TOK_ROW = 245; //0xf5 TOK_TEXTURE = 246; //0xf6 TOK_TRANSPOSE = 247; //0xf7 TOK_POINTSIZE = 248; //0xf8 TOK_1SWIZZLE = 249; //0xf9 TOK_2SWIZZLE = 250; //0xfa TOK_3SWIZZLE = 251; //0xfb TOK_4SWIZZLE = 252; //0xfc TOK_TEXGENCOORD = 253; //0xfd TOK_SWIZZLE = 254; //0xfe TOK_WRITEMASK = 255; //0xff TOK_SET_PREDICATE = 256; //0x100 TOK_TEST_PREDICATE = 257; //0x101 TOK_NEWLINE = 258; //0x102 TOK_CARRIGE_RETURN = 259; //0x103 TOK_TAB = 260; //0x104 TOK_VTAB = 261; //0x105 TOK_LANGUAGE_VERSION = 262; //0x106 TOK_EXTENSION_CHANGE = 263; //0x107 TOK_STRING = 264; //0x108 TOK_ENDOFSTRING = 265; //0x109 TOK_TERMINATEPARSING = 266; //0x10a TOKLAST = 267; //0x10b } typedef enum TokenNameTag TokenName struct TokenTAG { TokenName eTokenName // @0 IMG_CHAR* pszStartOfLine // @4 IMG_UINT32 uStringNumber // @8 IMG_UINT32 uLineNumber // @c IMG_UINT32 uCharNumber // @10 IMG_UINT32 uSizeOfDataInBytes // @14 IMG_VOID* pvData // @18 } typedef struct TokenTAG Token enum SyntaxSymbolMatchTAG { SYNTAX_SYMBOL_NO_MATCH = 0; //0x0 SYNTAX_SYMBOL_MATCH = 1; //0x1 } typedef enum SyntaxSymbolMatchTAG SyntaxSymbolMatch enum SyntaxSymbolTypeTAG { SYMTYPE_RULE = 0; //0x0 SYMTYPE_TOKEN = 1; //0x1 } typedef enum SyntaxSymbolTypeTAG SyntaxSymbolType typedef struct SyntaxSymbolTAG* PSyntaxSymbol struct SyntaxSymbolTAG { IMG_UINT32 uSyntaxSymbolName // @0 const IMG_CHAR* pSyntaxSymbolName // @4 SyntaxSymbolType eSyntaxSymbolType // @8 TokenName eTokenName // @c PFN_STATEMENT_MATCH pfnSyntaxSymbolMatchFN // @10 PFN_STATEMENT_UNMATCH pfnSyntaxSymbolUnmatchFN // @14 IMG_CHAR* pszDataMatch // @18 IMG_UINT32 uLRSyntaxSymbolName // @1c } typedef SyntaxSymbolMatch* PFN_STATEMENT_MATCH typedef enum SyntaxSymbolMatchTAG SyntaxSymbolMatch typedef void* PFN_STATEMENT_UNMATCH void typedef struct SyntaxSymbolTAG SyntaxSymbol struct SyntaxSymbolLookupEntryTAG { IMG_UINT32 uSyntaxSymbolGrammarStartPos // @0 IMG_UINT32 uRuleNumber // @4 IMG_UINT32 uNumVariants // @8 } typedef struct SyntaxSymbolLookupEntryTAG SyntaxSymbolLookupEntry struct SyntaxTableTAG { SyntaxSymbol* psSyntaxSymbolTable // @0 IMG_UINT32 uSyntaxSymbolTableSize // @4 SyntaxSymbolLookupEntry* psLookupTable // @8 IMG_UINT32* psSyntaxGrammar // @c IMG_UINT32 uNumberSyntaxGrammarRules // @10 IMG_UINT32 uEmptySyntaxSymbolName // @14 } typedef struct SyntaxTableTAG SyntaxTable typedef void* PFN_SYMBOL_DECONSTRUCTOR void struct SymTableEntry_TAG { IMG_CHAR* pszString // @0 IMG_UINT32 uSymbolID // @4 IMG_UINT32 bScopeModifier // @8 IMG_UINT32 uScopeLevel // @8 IMG_UINT32 uRefCount // @8 IMG_UINT32 uDataSizeInBytes // @8 IMG_VOID* pvData // @c PFN_SYMBOL_DECONSTRUCTOR pfnSymbolDeconstructor // @10 } typedef struct SymTableEntry_TAG SymTableEntry struct SymTable_TAG { IMG_CHAR[20] acDesc // @0 IMG_UINT32 uNumEntries // @14 IMG_UINT32 uMaxNumEntries // @18 IMG_UINT32 uMaxNumBitsForSymbolTableIDs // @1c IMG_UINT32 uSymbolIDShift // @20 IMG_UINT32 uSymbolIDMask // @24 IMG_UINT32 uMaxTableSize // @28 IMG_UINT32 uMaxNumUniqueSymbolIDs // @2c IMG_UINT32 uCurrentScopeLevel // @30 IMG_UINT32 uUniqueSymbolTableID // @34 IMG_UINT32 uGetNextSymbolCounter // @38 IMG_UINT32 uGetNextSymbolScopeLevel // @3c struct SymTable_TAG* psSecondarySymbolTable // @40 SymTableEntry* psEntries // @44 } typedef struct SymTable_TAG SymTable struct SymbolTableContextTAG { IMG_UINT32 uSymbolTableListSize // @0 SymTable** ppsSymbolTables // @4 } typedef struct SymbolTableContextTAG SymbolTableContext struct MemHeapTAG { IMG_UINT32 uHeapItemSizeInBytes // @0 IMG_UINT32 uHeapSizeInBytes // @4 IMG_BYTE* pbHeap // @8 IMG_BYTE* pbEndOfHeap // @c IMG_BYTE* pbCurrentWaterMark // @10 IMG_VOID* pvFreeListHead // @14 } typedef struct MemHeapTAG MemHeap struct ParseTreeEntryTAG { IMG_UINT32 uSyntaxSymbolName // @0 IMG_UINT32 eSyntaxSymbolType // @0 IMG_UINT32 uSyntaxTablePos // @0 IMG_UINT32 uSyntaxRuleOffset // @0 IMG_UINT32 uNumRuleVariantsChecked // @0 IMG_UINT32 bStopBackTracking // @0 Token* psToken // @4 struct ParseTreeEntryTAG* psNextRule // @8 struct ParseTreeEntryTAG* psPrevRule // @c struct ParseTreeEntryTAG* psChildRule // @10 struct ParseTreeEntryTAG* psParentRule // @14 PFN_STATEMENT_UNMATCH pfnSyntaxSymbolUnmatchFN // @18 } typedef struct ParseTreeEntryTAG ParseTreeEntry struct LanguageContextTAG { SyntaxTable* psSyntaxTable // @0 IMG_UINT32 uLastSyntaxSymbolName // @4 IMG_UINT32 uEmptySyntaxSymbolName // @8 IMG_UINT32 uHeadSyntaxSymbolName // @c } typedef struct LanguageContextTAG LanguageContext struct ParseContextTAG { GLSLCompilerPrivateData* psCPD // @0 IMG_CHAR** ppszSources // @4 IMG_UINT32 uNumSources // @8 Token* psTokenList // @c IMG_UINT32 uNumTokens // @10 IMG_UINT32 uCurrentToken // @14 IMG_UINT32 uFurthestMatchedToken // @18 IMG_UINT32 uFurthestMatchedSyntaxSymbol // @1c ParseTreeEntry* psParseTree // @20 MemHeap* psParseTreeMemHeap // @24 IMG_UINT32 uNumParseTreeBranchesCreated // @28 IMG_UINT32 uNumParseTreeBranchesRemoved // @2c IMG_UINT32 uMaxNumParseTreeBranches // @30 IMG_VOID* pvPreProcessorData // @34 } typedef struct ParseContextTAG ParseContext enum ErrorTypeTAG { ERRORTYPE_INTERNAL = 1; //0x1 ERRORTYPE_PROGRAM_ERROR = 2; //0x2 ERRORTYPE_PROGRAM_WARNING = 4; //0x4 ERRORTYPE_ALL = 7; //0x7 } typedef enum ErrorTypeTAG ErrorType struct ErrorMessageTAG { ErrorType eErrorType // @0 IMG_CHAR* pszErrorMessageString // @4 IMG_CHAR* pszStartOfLine // @8 IMG_UINT32 uCharNumber // @c } typedef struct ErrorMessageTAG ErrorMessage struct ErrorLogTAG { ErrorMessage[100] sErrorMessages // @0 IMG_UINT32 uNumProgramErrorMessages // @640 IMG_UINT32 uNumProgramWarningMessages // @644 IMG_UINT32 uNumInternalErrorMessages // @648 IMG_UINT32 uTotalNumErrorMessages // @64c IMG_BOOL bDisplayMessages // @650 } typedef struct ErrorLogTAG ErrorLog enum GLSLICOpcodeTAG { GLSLIC_OP_NOP = 0; //0x0 GLSLIC_OP_MOV = 1; //0x1 GLSLIC_OP_ADD = 2; //0x2 GLSLIC_OP_SUB = 3; //0x3 GLSLIC_OP_MUL = 4; //0x4 GLSLIC_OP_DIV = 5; //0x5 GLSLIC_OP_SEQ = 6; //0x6 GLSLIC_OP_SNE = 7; //0x7 GLSLIC_OP_SLT = 8; //0x8 GLSLIC_OP_SLE = 9; //0x9 GLSLIC_OP_SGT = 10; //0xa GLSLIC_OP_SGE = 11; //0xb GLSLIC_OP_NOT = 12; //0xc GLSLIC_OP_IF = 13; //0xd GLSLIC_OP_IFNOT = 14; //0xe GLSLIC_OP_IFLT = 15; //0xf GLSLIC_OP_IFLE = 16; //0x10 GLSLIC_OP_IFGT = 17; //0x11 GLSLIC_OP_IFGE = 18; //0x12 GLSLIC_OP_IFEQ = 19; //0x13 GLSLIC_OP_IFNE = 20; //0x14 GLSLIC_OP_ELSE = 21; //0x15 GLSLIC_OP_ENDIF = 22; //0x16 GLSLIC_OP_LABEL = 23; //0x17 GLSLIC_OP_RET = 24; //0x18 GLSLIC_OP_CALL = 25; //0x19 GLSLIC_OP_LOOP = 26; //0x1a GLSLIC_OP_STATICLOOP = 27; //0x1b GLSLIC_OP_ENDLOOP = 28; //0x1c GLSLIC_OP_CONTINUE = 29; //0x1d GLSLIC_OP_CONTDEST = 30; //0x1e GLSLIC_OP_BREAK = 31; //0x1f GLSLIC_OP_DISCARD = 32; //0x20 GLSLIC_OP_SANY = 33; //0x21 GLSLIC_OP_SALL = 34; //0x22 GLSLIC_OP_ABS = 35; //0x23 GLSLIC_OP_MIN = 36; //0x24 GLSLIC_OP_MAX = 37; //0x25 GLSLIC_OP_SGN = 38; //0x26 GLSLIC_OP_RCP = 39; //0x27 GLSLIC_OP_RSQ = 40; //0x28 GLSLIC_OP_LOG2 = 41; //0x29 GLSLIC_OP_EXP2 = 42; //0x2a GLSLIC_OP_DOT = 43; //0x2b GLSLIC_OP_CROSS = 44; //0x2c GLSLIC_OP_SIN = 45; //0x2d GLSLIC_OP_COS = 46; //0x2e GLSLIC_OP_FLOOR = 47; //0x2f GLSLIC_OP_CEIL = 48; //0x30 GLSLIC_OP_DFDX = 49; //0x31 GLSLIC_OP_DFDY = 50; //0x32 GLSLIC_OP_TEXLD = 51; //0x33 GLSLIC_OP_TEXLDP = 52; //0x34 GLSLIC_OP_TEXLDB = 53; //0x35 GLSLIC_OP_TEXLDL = 54; //0x36 GLSLIC_OP_TEXLDD = 55; //0x37 GLSLIC_OP_POW = 56; //0x38 GLSLIC_OP_FRC = 57; //0x39 GLSLIC_OP_MOD = 58; //0x3a GLSLIC_OP_TAN = 59; //0x3b GLSLIC_OP_ASIN = 60; //0x3c GLSLIC_OP_ACOS = 61; //0x3d GLSLIC_OP_ATAN = 62; //0x3e GLSLIC_OP_MAD = 63; //0x3f GLSLIC_OP_MIX = 64; //0x40 GLSLIC_OP_NRM3 = 65; //0x41 GLSLIC_OP_NUM = 66; //0x42 GLSLIC_OP_FORCEDWORD = 2147483647; //0x7fffffff } typedef enum GLSLICOpcodeTAG GLSLICOpcode enum GLSLICExtensionsSupportedTAG { GLSLIC_EXT_POW = 1; //0x1 GLSLIC_EXT_FRC = 2; //0x2 GLSLIC_EXT_MOD = 4; //0x4 GLSLIC_EXT_TAN = 8; //0x8 GLSLIC_EXT_ASIN = 16; //0x10 GLSLIC_EXT_ACOS = 32; //0x20 GLSLIC_EXT_ATAN = 64; //0x40 GLSLIC_EXT_MAD = 128; //0x80 GLSLIC_EXT_SAT_MOD = 256; //0x100 GLSLIC_EXT_NEG_MOD = 512; //0x200 GLSLIC_EXT_FORCEDWORD = 2147483647; //0x7fffffff } typedef enum GLSLICExtensionsSupportedTAG GLSLICExtensionsSupported enum GLSLICVecComponentTAG { GLSLIC_VECCOMP_X = 0; //0x0 GLSLIC_VECCOMP_Y = 1; //0x1 GLSLIC_VECCOMP_Z = 2; //0x2 GLSLIC_VECCOMP_W = 3; //0x3 } typedef enum GLSLICVecComponentTAG GLSLICVecComponent struct GLSLICVecSwizWMaskTAG { IMG_UINT32 uNumComponents // @0 GLSLICVecComponent[4] aeVecComponent // @4 } typedef struct GLSLICVecSwizWMaskTAG GLSLICVecSwizWMask struct GLSLICOperandOffsetTAG { IMG_UINT32 uOffsetSymbolID // @0 IMG_UINT32 uStaticOffset // @4 } typedef struct GLSLICOperandOffsetTAG GLSLICOperandOffset enum GLSLICModifierTAG { GLSLIC_MODIFIER_NONE = 0; //0x0 GLSLIC_MODIFIER_NEGATE = 1; //0x1 GLSLIC_MODIFIER_SATURATE = 2; //0x2 GLSLIC_MODIFIER_FORCEDWORD = 2147483647; //0x7fffffff } typedef enum GLSLICModifierTAG GLSLICModifier struct GLSLICOperandTAG { IMG_UINT32 uSymbolID // @0 GLSLICVecSwizWMask sSwizWMask // @4 GLSLICModifier eInstModifier // @18 IMG_UINT32 uNumOffsets // @1c GLSLICOperandOffset* psOffsets // @20 } typedef struct GLSLICOperandTAG GLSLICOperand struct GLSLICInstructionTAG { GLSLICOpcode eOpCode // @0 IMG_UINT32 uPredicateBoolSymID // @4 IMG_BOOL bPredicateNegate // @8 GLSLICOperand[5] asOperand // @c IMG_CHAR* pszOriginalLine // @c0 struct GLSLICInstructionTAG* psNext // @c4 struct GLSLICInstructionTAG* psPrev // @c8 } typedef struct GLSLICInstructionTAG GLSLICInstruction struct GLSLICDepthTextureTAG { IMG_INT32 iOffset // @0 IMG_UINT32 uTextureSymID // @4 IMG_UINT32 uTexDescSymID // @8 } typedef struct GLSLICDepthTextureTAG GLSLICDepthTexture struct GLSLICProgramTAG { GLSLICInstruction* psInstrHead // @0 GLSLICInstruction* psInstrTail // @4 IMG_UINT32 uNumDepthTextures // @8 GLSLICDepthTexture[8] asDepthTexture // @c SymTable* psSymbolTable // @6c ErrorLog* psErrorLog // @70 IMG_VOID* pvContextData // @74 } typedef struct GLSLICProgramTAG GLSLICProgram enum GLSLLogFilesTAG { GLSLLF_NOT_LOG = 0; //0x0 GLSLLF_LOG_ICODE_ONLY = 1; //0x1 GLSLLF_LOG_ALL = 2; //0x2 } typedef enum GLSLLogFilesTAG GLSLLogFiles enum GLSLProgramTypeTAG { GLSLPT_VERTEX = 0; //0x0 GLSLPT_FRAGMENT = 1; //0x1 } typedef enum GLSLProgramTypeTAG GLSLProgramType enum GLSLExtensionTAG { GLSLEXT_NONE = 0; //0x0 GLSLEXT_OES_TEXTURE_3D = 1; //0x1 GLSLEXT_OES_STANDARD_NOISE = 2; //0x2 GLSLEXT_OES_STANDARD_DERIVATIVES = 4; //0x4 GLSLEXT_OES_INVARIANTALL = 8; //0x8 GLSLEXT_IMG_PRECISION = 16; //0x10 GLSLEXT_FORCE_I32 = 2147483647; //0x7fffffff } typedef enum GLSLExtensionTAG GLSLExtension enum GLSLPrecisionQualifierTAG { GLSLPRECQ_UNKNOWN = 0; //0x0 GLSLPRECQ_LOW = 1; //0x1 GLSLPRECQ_MEDIUM = 2; //0x2 GLSLPRECQ_HIGH = 3; //0x3 GLSLPRECQ_INVALID = 4; //0x4 } typedef enum GLSLPrecisionQualifierTAG GLSLPrecisionQualifier enum GLSLBuiltInVariableWrittenToTAG { GLSLBVWT_POSITION = 1; //0x1 GLSLBVWT_POINTSIZE = 2; //0x2 GLSLBVWT_CLIPVERTEX = 4; //0x4 GLSLBVWT_FRONTCOLOR = 8; //0x8 GLSLBVWT_BACKCOLOR = 16; //0x10 GLSLBVWT_FRONTSECONDARYCOLOR = 32; //0x20 GLSLBVWT_BACKSECONDARYCOLOR = 64; //0x40 GLSLBVWT_TEXCOORD = 128; //0x80 GLSLBVWT_FRAGCOLOR = 256; //0x100 GLSLBVWT_FRAGDATA = 512; //0x200 GLSLBVWT_FRAGDEPTH = 1024; //0x400 GLSLBVWT_FOGFRAGCOORD = 2048; //0x800 GLSLBVWT_FORCE_I32 = 2147483647; //0x7fffffff } typedef enum GLSLBuiltInVariableWrittenToTAG GLSLBuiltInVariableWrittenTo enum GLSLCompilerWarningsTAG { GLSLCW_WARN_GRADIENT_CALC_INSIDE_CONDITIONAL = 1; //0x1 GLSLCW_WARN_USE_OF_UNINITIALISED_DATA = 2; //0x2 GLSLCW_WARN_FUNCTION_NOT_CALLED = 4; //0x4 GLSLCW_WARN_RECURSIVE_FUNCTION_CALL = 8; //0x8 GLSLCW_WARN_ALL = 2147483647; //0x7fffffff } typedef enum GLSLCompilerWarningsTAG GLSLCompilerWarnings struct GLSLRequestedPrecisionsTAG { GLSLPrecisionQualifier eDefaultUserVertFloat // @0 GLSLPrecisionQualifier eDefaultUserVertInt // @4 GLSLPrecisionQualifier eDefaultUserVertSampler // @8 GLSLPrecisionQualifier eDefaultUserFragFloat // @c GLSLPrecisionQualifier eDefaultUserFragInt // @10 GLSLPrecisionQualifier eDefaultUserFragSampler // @14 GLSLPrecisionQualifier eVertBooleanPrecision // @18 GLSLPrecisionQualifier eFragBooleanPrecision // @1c GLSLPrecisionQualifier eBIStateFloat // @20 GLSLPrecisionQualifier eBIStateInt // @24 GLSLPrecisionQualifier eBIVertAttribFloat // @28 GLSLPrecisionQualifier eBIVaryingFloat // @2c GLSLPrecisionQualifier eBIFragFloat // @30 GLSLPrecisionQualifier eGLPosition // @34 GLSLPrecisionQualifier eGLPointSize // @38 GLSLPrecisionQualifier eGLPointCoord // @3c GLSLPrecisionQualifier eDepthRange // @40 GLSLPrecisionQualifier eForceUserVertFloat // @44 GLSLPrecisionQualifier eForceUserVertInt // @48 GLSLPrecisionQualifier eForceUserVertSampler // @4c GLSLPrecisionQualifier eForceUserFragFloat // @50 GLSLPrecisionQualifier eForceUserFragInt // @54 GLSLPrecisionQualifier eForceUserFragSampler // @58 } typedef struct GLSLRequestedPrecisionsTAG GLSLRequestedPrecisions struct GLSLCompilerResourcesTAG { IMG_INT32 iGLMaxVertexAttribs // @0 IMG_INT32 iGLMaxTextureImageUnits // @4 IMG_INT32 iGLMaxDrawBuffers // @8 IMG_INT32 iGLMaxVertexTextureImageUnits // @c IMG_INT32 iGLMaxCombinedTextureImageUnits // @10 IMG_INT32 iGLMaxVertexUniformVectors // @14 IMG_INT32 iGLMaxVaryingVectors // @18 IMG_INT32 iGLMaxFragmentUniformVectors // @1c } typedef struct GLSLCompilerResourcesTAG GLSLCompilerResources struct GLSLInlineFuncRulesTAG { IMG_BOOL bInlineSamplerParamFunc // @0 IMG_BOOL bInlineCalledOnceFunc // @4 IMG_UINT32 uNumICInstrsBodyLessThan // @8 IMG_UINT32 uNumParamComponentsGreaterThan // @c } typedef struct GLSLInlineFuncRulesTAG GLSLInlineFuncRules struct GLSLUnrollLoopRulesTAG { IMG_BOOL bEnableUnroll // @0 IMG_BOOL bUnrollRelativeAddressingOnly // @4 IMG_UINT32 uMaxNumIterations // @8 } typedef struct GLSLUnrollLoopRulesTAG GLSLUnrollLoopRules struct GLSLInitCompilerContextTAG { GLSLLogFiles eLogFiles // @0 IMG_BOOL bSuccessfulInit // @4 GLSLRequestedPrecisions sRequestedPrecisions // @8 GLSLCompilerResources sCompilerResources // @64 GLSLInlineFuncRules sInlineFuncRules // @84 GLSLUnrollLoopRules sUnrollLoopRules // @94 IMG_VOID* pvCompilerPrivateData // @a0 } typedef struct GLSLInitCompilerContextTAG GLSLInitCompilerContext enum GLSLNodeTypeTAG { GLSLNT_IDENTIFIER = 0; //0x0 GLSLNT_FIELD_SELECTION = 1; //0x1 GLSLNT_ARRAY_SPECIFIER = 2; //0x2 GLSLNT_POST_INC = 3; //0x3 GLSLNT_POST_DEC = 4; //0x4 GLSLNT_FUNCTION_CALL = 5; //0x5 GLSLNT_ARRAY_LENGTH = 6; //0x6 GLSLNT_PRE_INC = 7; //0x7 GLSLNT_PRE_DEC = 8; //0x8 GLSLNT_NEGATE = 9; //0x9 GLSLNT_POSITIVE = 10; //0xa GLSLNT_NOT = 11; //0xb GLSLNT_BITWISE_NOT = 12; //0xc GLSLNT_MULTIPLY = 13; //0xd GLSLNT_DIVIDE = 14; //0xe GLSLNT_MODULUS = 15; //0xf GLSLNT_ADD = 16; //0x10 GLSLNT_SUBTRACT = 17; //0x11 GLSLNT_SHIFT_LEFT = 18; //0x12 GLSLNT_SHIFT_RIGHT = 19; //0x13 GLSLNT_LESS_THAN = 20; //0x14 GLSLNT_GREATER_THAN = 21; //0x15 GLSLNT_LESS_THAN_EQUAL = 22; //0x16 GLSLNT_GREATER_THAN_EQUAL = 23; //0x17 GLSLNT_EQUAL_TO = 24; //0x18 GLSLNT_NOTEQUAL_TO = 25; //0x19 GLSLNT_INCLUSIVE_OR = 26; //0x1a GLSLNT_EXCLUSIVE_OR = 27; //0x1b GLSLNT_AND = 28; //0x1c GLSLNT_LOGICAL_OR = 29; //0x1d GLSLNT_LOGICAL_XOR = 30; //0x1e GLSLNT_LOGICAL_AND = 31; //0x1f GLSLNT_QUESTION = 32; //0x20 GLSLNT_EQUAL = 33; //0x21 GLSLNT_MUL_ASSIGN = 34; //0x22 GLSLNT_DIV_ASSIGN = 35; //0x23 GLSLNT_MOD_ASSIGN = 36; //0x24 GLSLNT_ADD_ASSIGN = 37; //0x25 GLSLNT_SUB_ASSIGN = 38; //0x26 GLSLNT_RIGHT_ASSIGN = 39; //0x27 GLSLNT_LEFT_ASSIGN = 40; //0x28 GLSLNT_AND_ASSIGN = 41; //0x29 GLSLNT_XOR_ASSIGN = 42; //0x2a GLSLNT_OR_ASSIGN = 43; //0x2b GLSLNT_SUBEXPRESSION = 44; //0x2c GLSLNT_EXPRESSION = 45; //0x2d GLSLNT_CONTINUE = 46; //0x2e GLSLNT_BREAK = 47; //0x2f GLSLNT_DISCARD = 48; //0x30 GLSLNT_RETURN = 49; //0x31 GLSLNT_FOR = 50; //0x32 GLSLNT_WHILE = 51; //0x33 GLSLNT_DO = 52; //0x34 GLSLNT_IF = 53; //0x35 GLSLNT_STATEMENT_LIST = 54; //0x36 GLSLNT_FUNCTION_DEFINITION = 55; //0x37 GLSLNT_DECLARATION = 56; //0x38 GLSLNT_SHADER = 57; //0x39 GLSLNT_ERROR = 58; //0x3a } typedef enum GLSLNodeTypeTAG GLSLNodeType struct GLSLNodeTAG { GLSLNodeType eNodeType // @0 struct GLSLNodeTAG* psParent // @4 IMG_UINT32 uNumChildren // @8 struct GLSLNodeTAG** ppsChildren // @c IMG_UINT32 uSymbolTableID // @10 ParseTreeEntry* psParseTreeEntry // @14 Token* psToken // @18 IMG_BOOL bEvaluated // @1c } typedef struct GLSLNodeTAG GLSLNode struct GLSLPrototypedFunctionTAG { IMG_UINT32 uSymbolTableID // @0 struct GLSLPrototypedFunctionTAG* psNext // @4 struct GLSLPrototypedFunctionTAG* psPrev // @8 } typedef struct GLSLPrototypedFunctionTAG GLSLPrototypedFunction struct GLSLIdentifierListTAG { IMG_UINT32* puIdentifiersReferenced // @0 IMG_UINT32 uNumIdentifiersReferenced // @4 IMG_UINT32 uIdentifiersReferencedListSize // @8 } typedef struct GLSLIdentifierListTAG GLSLIdentifierList struct GLSLTreeContextTAG { IMG_UINT32 uNumResults // @0 IMG_UINT32 uNumUnnamedStructures // @4 IMG_UINT32 uCurrentFunctionDefinitionSymbolID // @8 IMG_BOOL bFunctionReturnStatus // @c IMG_UINT32 uLoopLevel // @10 IMG_UINT32 uConditionLevel // @14 GLSLProgramType eProgramType // @18 GLSLInitCompilerContext* psInitCompilerContext // @1c GLSLPrecisionQualifier eDefaultFloatPrecision // @20 GLSLPrecisionQualifier eDefaultIntPrecision // @24 GLSLPrecisionQualifier eDefaultSamplerPrecision // @28 GLSLPrecisionQualifier eForceUserFloatPrecision // @2c GLSLPrecisionQualifier eForceUserIntPrecision // @30 GLSLPrecisionQualifier eForceUserSamplerPrecision // @34 IMG_BOOL bShaderHasModifiedPrecision // @38 ParseContext* psParseContext // @3c SymTable* psSymbolTable // @40 GLSLNode* psAbstractSyntaxTree // @44 GLSLBuiltInVariableWrittenTo eBuiltInsWrittenTo // @48 GLSLIdentifierList* psBuiltInsReferenced // @4c IMG_UINT32* puBuiltInFunctionsCalled // @50 IMG_UINT32 uNumBuiltInFunctionsCalled // @54 GLSLNode* psMainFunctionNode // @58 IMG_BOOL bDiscardExecuted // @5c GLSLPrototypedFunction* psPrototypedFunction // @60 GLSLCompilerWarnings eEnabledWarnings // @64 GLSLExtension eEnabledExtensions // @68 IMG_UINT32 uSupportedLanguageVersion // @6c } typedef struct GLSLTreeContextTAG GLSLTreeContext struct GLSLICFunctionDefinitionTAG { IMG_UINT32 uFunctionDefinitionID // @0 IMG_UINT32 uParamSymbolID // @4 IMG_UINT32 uReturnDataSymbolID // @8 } typedef struct GLSLICFunctionDefinitionTAG GLSLICFunctionDefinition struct GLSLICShaderChildTAG { IMG_BOOL bDeclaration // @0 IMG_BOOL bCodeGenerated // @4 IMG_BOOL bToBeInlined // @8 IMG_BOOL bEmptyBody // @c GLSLICInstruction* psCodeStart // @10 GLSLICInstruction* psCodeEnd // @14 IMG_UINT32 uFunctionDefinitionID // @18 } typedef struct GLSLICShaderChildTAG GLSLICShaderChild struct GLSLICContextTAG { GLSLTreeContext* psTreeContext // @0 GLSLICExtensionsSupported eExtensionsSupported // @4 IMG_BOOL bPostOpPending // @8 GLSLPrecisionQualifier eDefaultFloatPrecision // @c GLSLPrecisionQualifier eBooleanPrecision // @10 GLSLInitCompilerContext* psInitCompilerContext // @14 IMG_BOOL bMainFunction // @18 IMG_UINT32 uTempIssusedNo // @1c IMG_INT32 iConditionLevel // @20 IMG_BOOL bHadReturn // @24 GLSLProgramType eProgramType // @28 GLSLBuiltInVariableWrittenTo eBuiltInsWrittenTo // @2c GLSLICFunctionDefinition* psArcCos2Func // @30 GLSLICFunctionDefinition* psArcSin2Func // @34 GLSLICFunctionDefinition* psArcTanFunc // @38 GLSLICFunctionDefinition* psArcTan2Func // @3c GLSLICFunctionDefinition*[4] psNoiseFuncs // @40 IMG_UINT32 uNumShaderChildren // @50 GLSLICShaderChild* psShaderChildren // @54 MemHeap* psInstructionHeap // @58 } typedef struct GLSLICContextTAG GLSLICContext struct ICodeOpTableTAG { GLSLICOpcode eICOpCode // @0 IMG_BOOL bHasDest // @4 IMG_UINT32 uNumSrcOperands // @8 const IMG_CHAR* pszStr // @c } typedef struct ICodeOpTableTAG ICodeOpTable struct GLSLICInvariantTAG { IMG_BOOL bInvariant // @0 IMG_INT32 iInvariantValue // @4 IMG_INT32[5] iWriteToLine // @8 } typedef struct GLSLICInvariantTAG GLSLICInvariant typedef struct { IMG_UINT32 uLoopVarID // @0 IMG_INT32 iInitValue // @4 GLSLICOpcode eCompareOp // @8 IMG_INT32 iComparedValue // @c GLSLICOpcode eUpdateOp // @10 IMG_INT32 iUpdateValue // @14 IMG_UINT32 uNumBodyInstrs // @18 GLSLICInvariant* apsInvariants // @1c IMG_BOOL bRelativeAddressing // @20 IMG_UINT32 uNumIterations // @24 } GLSLICLoopInfo // function IMG_BOOL EvaluateCondition( GLSLCompilerPrivateData* psCPD IMG_INT32 iLoopValue GLSLICLoopInfo* psLoopInfo ) { IMG_BOOL condition } // function GLSLICInstruction* FindWrittenToInstrForSymbolID( GLSLICInstruction* psSearchStart GLSLICInstruction* psSearchEnd IMG_UINT32 uSymID ) { IMG_INT32 iCodeConditionLevel GLSLICInstruction* psInstr } // function IMG_INT32 FindWrittenToLineForSymbolID( GLSLICInstruction* psSearchStart IMG_INT32 iStartIndex IMG_UINT32 uSymID ) { IMG_INT32 iCodeConditionLevel GLSLICInstruction* psInstr IMG_INT32 loc } // function PC=<0x45354;0x457fc> void RewriteLoopCode( GLSLCompilerPrivateData* psCPD GLSLICProgram* psICProgram GLSLICInstruction* psStart GLSLICInstruction* psEnd GLSLICLoopInfo* psLoopInfo IMG_INT32 iLoopValue GLSLPrecisionQualifier eLoopVarPrecision ) { GLSLICInstruction* psInstr IMG_UINT32 i IMG_UINT32 j IMG_UINT32 k IMG_UINT32 uLoopValueID SymTable* psSymTab IMG_UINT32 uSymID GLSLICInvariant* psInvariants { IMG_INT32[5] iValue IMG_INT32 iData } { IMG_INT32 iWriteToLine // inlined // function IMG_INT32 FindWrittenToLineForSymbolID( GLSLICInstruction* psSearchStart IMG_INT32 iStartIndex IMG_UINT32 uSymID ) { IMG_INT32 iCodeConditionLevel GLSLICInstruction* psInstr IMG_INT32 loc } } } // function IMG_BOOL ExamineLoopUpdateCode( GLSLCompilerPrivateData* psCPD GLSLICProgram* psICProgram GLSLICInstruction* psStart GLSLICInstruction* psEnd GLSLICLoopInfo* psLoopInfo ) { IMG_UINT32 uNumLValues IMG_BOOL bSingleInteger GLSLICInstruction* psInstr GLSLICInstruction* psInstr1 SymTable* psSymbolTab { IMG_INT32 iData IMG_UINT32 uSrcASymID { GLSLICInstruction* psWriteTo { { IMG_INT32 iCodeConditionLevel GLSLICInstruction* psInstr } } } } { IMG_INT32 iData IMG_BOOL bOK IMG_UINT32 uScopeLevel IMG_UINT32 uLoopVarID } } // function IMG_BOOL ExamineLoopBodyCode( GLSLCompilerPrivateData* psCPD GLSLICProgram* psICProgram GLSLICInstruction* psStart GLSLICInstruction* psEnd GLSLICLoopInfo* psLoopInfo ) { GLSLICInstruction* psInstr IMG_UINT32 i IMG_UINT32 j IMG_UINT32 k IMG_UINT32 uSymID IMG_BOOL bInvariant GLSLICInvariant* psInvariants IMG_INT32 iLoopLevel IMG_UINT32 uNumInstrs IMG_BOOL bStaticLoop { IMG_INT32 iCodeConditionLevel { IMG_INT32 iData { IMG_INT32 iWriteToLine { { IMG_INT32 iCodeConditionLevel GLSLICInstruction* psInstr IMG_INT32 loc } } } } } } // function IMG_BOOL ExamineLoopConditionCode( GLSLCompilerPrivateData* psCPD GLSLICProgram* psICProgram GLSLICInstruction* psStart GLSLICInstruction* psEnd GLSLICLoopInfo* psLoopInfo ) { GLSLICInstruction* psInstr GLSLICInstruction* psLOOPInstr { IMG_INT32 iData } } // function IMG_BOOL ExamineLoopInitCode( GLSLCompilerPrivateData* psCPD GLSLICProgram* psICProgram GLSLICInstruction* psStart GLSLICInstruction* psEnd GLSLICLoopInfo* psLoopInfo ) { GLSLICInstruction* psInstr IMG_INT32 iData } // function IMG_UINT32 CalculateLoopNumIterations( GLSLCompilerPrivateData* psCPD GLSLICLoopInfo* psLoopInfo ) { IMG_INT32 iLoopValue IMG_UINT32 uNumIterations { { IMG_BOOL condition } } } // function void UnrollLoopFORCode( GLSLCompilerPrivateData* psCPD GLSLICProgram* psICProgram GLSLICInstruction* psStart GLSLICInstruction* psEnd GLSLICLoopInfo* psLoopInfo ) { IMG_INT32 iLoopValue IMG_UINT32 uLoopValueID IMG_UINT32 uNumIterations GLSLICInstruction* psClonedStart GLSLICInstruction* psCloneEnd GLSLPrecisionQualifier eLoopVarPrecision { { IMG_BOOL condition } } } // function void FreeInvariantInfo( GLSLICLoopInfo* psLoopInfo ) { } // external function PC=<0x457fc;0x465e4> void ICUnrollLoopFOR( GLSLCompilerPrivateData* psCPD GLSLICProgram* psICProgram IMG_BOOL bUnrollLoop GLSLICInstruction* psInitStart GLSLICInstruction* psInitEnd GLSLICInstruction* psCondStart GLSLICInstruction* psCondEnd GLSLICInstruction* psUpdateStart GLSLICInstruction* psUpdateEnd ) { GLSLICInstruction* psLoopStart GLSLICInstruction* psLoopEnd GLSLICLoopInfo sLoopInfo GLSLICContext* psICContext GLSLUnrollLoopRules* psUnrollLoopRules IMG_BOOL bStaticLoop TidyUp: \\ label @0x45890 // inlined // function IMG_BOOL ExamineLoopUpdateCode( GLSLCompilerPrivateData* psCPD GLSLICProgram* psICProgram GLSLICInstruction* psStart GLSLICInstruction* psEnd GLSLICLoopInfo* psLoopInfo ) { IMG_UINT32 uNumLValues IMG_BOOL bSingleInteger GLSLICInstruction* psInstr GLSLICInstruction* psInstr1 SymTable* psSymbolTab { IMG_INT32 iData IMG_UINT32 uSrcASymID { GLSLICInstruction* psWriteTo { { IMG_INT32 iCodeConditionLevel GLSLICInstruction* psInstr } } } } { IMG_INT32 iData IMG_BOOL bOK IMG_UINT32 uScopeLevel IMG_UINT32 uLoopVarID } } // inlined // function void FreeInvariantInfo( GLSLICLoopInfo* psLoopInfo ) { } // inlined // function IMG_BOOL ExamineLoopBodyCode( GLSLCompilerPrivateData* psCPD GLSLICProgram* psICProgram GLSLICInstruction* psStart GLSLICInstruction* psEnd GLSLICLoopInfo* psLoopInfo ) { GLSLICInstruction* psInstr IMG_UINT32 i IMG_UINT32 j IMG_UINT32 k IMG_UINT32 uSymID IMG_BOOL bInvariant GLSLICInvariant* psInvariants IMG_INT32 iLoopLevel IMG_UINT32 uNumInstrs IMG_BOOL bStaticLoop { IMG_INT32 iCodeConditionLevel { IMG_INT32 iData { IMG_INT32 iWriteToLine { { IMG_INT32 iCodeConditionLevel GLSLICInstruction* psInstr IMG_INT32 loc } } } } } } // inlined // function IMG_BOOL ExamineLoopConditionCode( GLSLCompilerPrivateData* psCPD GLSLICProgram* psICProgram GLSLICInstruction* psStart GLSLICInstruction* psEnd GLSLICLoopInfo* psLoopInfo ) { GLSLICInstruction* psInstr GLSLICInstruction* psLOOPInstr { IMG_INT32 iData } } // inlined // function IMG_BOOL ExamineLoopInitCode( GLSLCompilerPrivateData* psCPD GLSLICProgram* psICProgram GLSLICInstruction* psStart GLSLICInstruction* psEnd GLSLICLoopInfo* psLoopInfo ) { GLSLICInstruction* psInstr IMG_INT32 iData } // inlined // function IMG_UINT32 CalculateLoopNumIterations( GLSLCompilerPrivateData* psCPD GLSLICLoopInfo* psLoopInfo ) { IMG_INT32 iLoopValue IMG_UINT32 uNumIterations { { IMG_BOOL condition } } } // inlined // function void UnrollLoopFORCode( GLSLCompilerPrivateData* psCPD GLSLICProgram* psICProgram GLSLICInstruction* psStart GLSLICInstruction* psEnd GLSLICLoopInfo* psLoopInfo ) { IMG_INT32 iLoopValue IMG_UINT32 uLoopValueID IMG_UINT32 uNumIterations GLSLICInstruction* psClonedStart GLSLICInstruction* psCloneEnd GLSLPrecisionQualifier eLoopVarPrecision { { IMG_BOOL condition } } } { GLSLICInstruction* psLoopInst } } struct _IO_FILE* stdin struct _IO_FILE* stdout const ICodeOpTable[NaN] asICodeOpTable