| File: | src/fint.c |
| Warning: | line 5510, column 2 Value stored to 'oldStack' is never read |
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| 1 | /***************************************************************************** |
| 2 | * |
| 3 | * fint.c: foam interpreter. |
| 4 | * |
| 5 | * Copyright (c) 1990-2007 Aldor Software Organization Ltd (Aldor.org). |
| 6 | * |
| 7 | ****************************************************************************/ |
| 8 | |
| 9 | #define _POSIX_SOURCE1 1 /* fileno */ |
| 10 | |
| 11 | #include "abpretty.h" |
| 12 | #include "archive.h" |
| 13 | #include "axlobs.h" |
| 14 | #include "bigint.h" |
| 15 | #include "cmdline.h" |
| 16 | #include "comsg.h" |
| 17 | #include "debug.h" |
| 18 | #include "file.h" |
| 19 | #include "fint.h" |
| 20 | #include "fluid.h" |
| 21 | #include "foam_c.h" |
| 22 | #include "lib.h" |
| 23 | #include "opsys.h" |
| 24 | #include "output.h" |
| 25 | #include "store.h" |
| 26 | #include "strops.h" |
| 27 | #include "syme.h" |
| 28 | #include "syscmd.h" |
| 29 | #include "timer.h" |
| 30 | #include "util.h" |
| 31 | #include "xfloat.h" |
| 32 | |
| 33 | |
| 34 | |
| 35 | /* #define FiBool FiWord */ |
| 36 | |
| 37 | int fintMode = FINT_DONT0; |
| 38 | |
| 39 | |
| 40 | /* Exception handling: format of the try-block. */ |
| 41 | static int fintCurrentFormat = emptyFormatSlot4; |
| 42 | |
| 43 | |
| 44 | /* Data Object Representation */ |
| 45 | |
| 46 | typedef Length FiProgPos; /* position in the buffer */ |
| 47 | |
| 48 | struct fmt { |
| 49 | int type; |
| 50 | String id; |
| 51 | int protocol; |
| 52 | int format; |
| 53 | int offset; /* used for lex vars */ |
| 54 | }; |
| 55 | |
| 56 | typedef struct fmt * Fmt; |
| 57 | typedef struct fintUnit * FintUnit; |
| 58 | |
| 59 | struct progInfo { |
| 60 | int progType; /* 0 => normal, 1 => coroutine */ |
| 61 | FintUnit unit; /* unit in which is contained */ |
| 62 | String name; /* name of the const that defines prog */ |
| 63 | FiProgPos fiProgPos; /* pos. of Seq command */ |
| 64 | int size; /* size */ |
| 65 | FiProgPos * labels; /* labels */ |
| 66 | int nLabels; |
| 67 | int labelFmt; |
| 68 | AInt retType; /* return type */ |
| 69 | int mValFmt; |
| 70 | UByte bMask; |
| 71 | Fmt fmtLoc; /* locals */ |
| 72 | int locsCount; |
| 73 | Fmt fmtPar; /* parameters */ |
| 74 | int parsCount; |
| 75 | UByte * dfluid; /* DFluid */ |
| 76 | UByte dfluidsCount; |
| 77 | UByte * denv; /* DEnv */ |
| 78 | UByte denvsCount; |
| 79 | |
| 80 | FiWord _progInfo; /* $$ REMOVE when interfaced w/h C */ |
| 81 | }; |
| 82 | |
| 83 | typedef struct progInfo * ProgInfo; |
| 84 | typedef union dataObj * DataObj; |
| 85 | typedef struct mFmt * MFmt; |
| 86 | typedef struct shDataObj* ShDataObj; |
| 87 | |
| 88 | union dataObj { |
| 89 | FiNil _fiNil; /* (fiNil already defined!) */ |
| 90 | FiWord fiWord; |
| 91 | FiArb fiArb; |
| 92 | FiPtr fiPtr; |
| 93 | FiBool fiBool; |
| 94 | FiByte fiByte; |
| 95 | FiHInt fiHInt; |
| 96 | FiSInt fiSInt; |
| 97 | FiChar fiChar; |
| 98 | FiArr fiArr; |
| 99 | FiRec fiRec; |
| 100 | FiTR fiTR; |
| 101 | FiProgPos fiProgPos; |
| 102 | FiClos fiClos; |
| 103 | FiEnv fiEnv; |
| 104 | FiBInt fiBInt; |
| 105 | FiSFlo fiSFlo; |
| 106 | FiDFlo fiDFlo; |
| 107 | FiProg fiProg; |
| 108 | FiGener fiGener; |
| 109 | FiGenIter fiGenIter; |
| 110 | /* -------- for internal use: -------------- */ |
| 111 | FiFluid fiFluid; |
| 112 | DataObj ptr; |
| 113 | FiProgPos * labels; |
| 114 | ProgInfo progInfo; |
| 115 | FintUnit fiUnit; |
| 116 | MFmt mFmt; |
| 117 | |
| 118 | }; |
| 119 | |
| 120 | struct mFmt { |
| 121 | int fmt; |
| 122 | DataObj values; |
| 123 | |
| 124 | }; /* for multiple values */ |
| 125 | |
| 126 | struct shDataObj { |
| 127 | int refCounter; |
| 128 | union dataObj dataObj; |
| 129 | }; |
| 130 | |
| 131 | # define fintDataSizesizeof(union dataObj) sizeof(union dataObj) |
| 132 | |
| 133 | typedef DataObj * Ref; |
| 134 | typedef AInt dataType; |
| 135 | typedef dataType * DataType; |
| 136 | typedef AInt FintLabel; |
| 137 | |
| 138 | /**************************************************************************** |
| 139 | * |
| 140 | ***************************************************************************/ |
| 141 | |
| 142 | |
| 143 | struct lexLevel { |
| 144 | Fmt fmtLex; |
| 145 | int fmtLexsCount; |
| 146 | int fmtSize; |
| 147 | |
| 148 | }; |
| 149 | |
| 150 | typedef struct lexLevel * LexLevels; |
| 151 | typedef struct lexLevel lexLevel; |
| 152 | |
| 153 | struct fintUnit { |
| 154 | unsigned unitId; /* Unique for every loaded unit */ |
| 155 | UByte * tape; |
| 156 | Buffer buf; |
| 157 | String name; |
| 158 | |
| 159 | Fmt fmtGlobs; |
| 160 | ShDataObj * globValues; |
| 161 | int globsCount; |
| 162 | |
| 163 | Fmt fmtConsts; |
| 164 | DataObj constValues; |
| 165 | int constsCount; |
| 166 | |
| 167 | Fmt fmtFluids; |
| 168 | int fluidsCount; |
| 169 | |
| 170 | LexLevels lexLevels; |
| 171 | int lexLevelsCount; |
| 172 | |
| 173 | }; |
| 174 | |
| 175 | typedef struct fintUnit fintUnit; |
| 176 | |
| 177 | /************************************************************************** |
| 178 | * |
| 179 | * Interface for FintUnit |
| 180 | * |
| 181 | *************************************************************************/ |
| 182 | |
| 183 | |
| 184 | # define fintUnitId(u)((u)->unitId) ((u)->unitId) |
| 185 | # define fintUnitTape(u)((u)->tape) ((u)->tape) |
| 186 | # define fintUnitBuffer(u)((u)->buf) ((u)->buf) |
| 187 | # define fintUnitName(u)((u)->name) ((u)->name) |
| 188 | |
| 189 | # define fintUnitGlobs(u)((u)->fmtGlobs) ((u)->fmtGlobs) |
| 190 | # define fintUnitConsts(u)((u)->fmtConsts) ((u)->fmtConsts) |
| 191 | # define fintUnitFluids(u)((u)->fmtFluids) ((u)->fmtFluids) |
| 192 | # define fintUnitLexLevels(u)((u)->lexLevels) ((u)->lexLevels) |
| 193 | |
| 194 | # define fintUnitGlobsCount(u)((u)->globsCount) ((u)->globsCount) |
| 195 | # define fintUnitConstsCount(u)((u)->constsCount) ((u)->constsCount) |
| 196 | # define fintUnitFluidsCount(u)((u)->fluidsCount) ((u)->fluidsCount) |
| 197 | # define fintUnitLexLevelsCount(u)((u)->lexLevelsCount) ((u)->lexLevelsCount) |
| 198 | # define fintUnitLexsCount(u,lev)(((u)->lexLevels[(lev)]).fmtLexsCount) (((u)->lexLevels[(lev)]).fmtLexsCount) |
| 199 | # define fintUnitFmtSize(u,lev)(((u)->lexLevels[(lev)]).fmtSize) (((u)->lexLevels[(lev)]).fmtSize) |
| 200 | |
| 201 | # define fintUnitGlobValues(u)((u)->globValues) ((u)->globValues) |
| 202 | # define fintUnitConstValues(u)((u)->constValues) ((u)->constValues) |
| 203 | |
| 204 | /************************************************************************** |
| 205 | * |
| 206 | * Basic operation for Format |
| 207 | * |
| 208 | *************************************************************************/ |
| 209 | |
| 210 | # define fmtType(f)((f)->type) ((f)->type) |
| 211 | # define fmtId(f)((f)->id) ((f)->id) |
| 212 | # define fmtProtocol(f)((f)->protocol) ((f)->protocol) |
| 213 | # define fmtFormat(f)((f)->format) ((f)->format) |
| 214 | # define fmtOffset(f)((f)->offset) ((f)->offset) |
| 215 | |
| 216 | /************************************************************************** |
| 217 | * |
| 218 | * Basic operation for globals |
| 219 | * |
| 220 | *************************************************************************/ |
| 221 | |
| 222 | # define globType(n)((((unit)->fmtGlobs)[(n)]).type) ((fintUnitGlobs(unit)((unit)->fmtGlobs)[(n)]).type) |
| 223 | # define globId(n)((((unit)->fmtGlobs)[(n)]).id) ((fintUnitGlobs(unit)((unit)->fmtGlobs)[(n)]).id) |
| 224 | # define globProtocol(n)((((unit)->fmtGlobs)[(n)]).protocol) ((fintUnitGlobs(unit)((unit)->fmtGlobs)[(n)]).protocol) |
| 225 | # define globValue(n)(((unit)->globValues[(n)])->dataObj) (((unit)->globValues[(n)])->dataObj) |
| 226 | |
| 227 | /************************************************************************** |
| 228 | * |
| 229 | * Basic operation for constants |
| 230 | * |
| 231 | *************************************************************************/ |
| 232 | |
| 233 | # define constType(n)((((unit)->fmtConsts)[(n)]).type) ((fintUnitConsts(unit)((unit)->fmtConsts)[(n)]).type) |
| 234 | # define constId(n)((((unit)->fmtConsts)[(n)]).id) ((fintUnitConsts(unit)((unit)->fmtConsts)[(n)]).id) |
| 235 | # define constValue(n)((unit)->constValues[(n)]) ((unit)->constValues[(n)]) |
| 236 | |
| 237 | /************************************************************************** |
| 238 | * |
| 239 | * Basic operation for locals |
| 240 | * |
| 241 | *************************************************************************/ |
| 242 | |
| 243 | # define locType(n)(((prog)->fmtLoc)[(n)].type) (progInfoFmtLoc(prog)((prog)->fmtLoc)[(n)].type) |
| 244 | # define locId(n)(((prog)->fmtLoc)[(n)].id) (progInfoFmtLoc(prog)((prog)->fmtLoc)[(n)].id) |
| 245 | # define locValue(n)(locValues[(n)]) (locValues[(n)]) |
| 246 | |
| 247 | /************************************************************************** |
| 248 | * |
| 249 | * Basic operation for fluids |
| 250 | * |
| 251 | *************************************************************************/ |
| 252 | |
| 253 | # define fluidType(n)(((unit)->fmtFluids)[(n)].type) (fintUnitFluids(unit)((unit)->fmtFluids)[(n)].type) |
| 254 | # define fluidId(n)(((unit)->fmtFluids)[(n)].id) (fintUnitFluids(unit)((unit)->fmtFluids)[(n)].id) |
| 255 | # define fluidValue(n)(fluidValues[(n)].fiFluid) (fluidValues[(n)].fiFluid) |
| 256 | |
| 257 | /************************************************************************** |
| 258 | * |
| 259 | * Basic operation for parameters |
| 260 | * |
| 261 | *************************************************************************/ |
| 262 | |
| 263 | # define parType(n)(((prog)->fmtPar)[(n)].type) (progInfoFmtPar(prog)((prog)->fmtPar)[(n)].type) |
| 264 | # define parId(n)(((prog)->fmtPar)[(n)].id) (progInfoFmtPar(prog)((prog)->fmtPar)[(n)].id) |
| 265 | # define parValue(n)(bp[(n)+10]) (bp[(n)+PAR_OFFSET10]) |
| 266 | |
| 267 | /************************************************************************** |
| 268 | * |
| 269 | * Basic operation for lexicals |
| 270 | * |
| 271 | *************************************************************************/ |
| 272 | |
| 273 | # define lexType(l,n)(((unit)->lexLevels)[(prog->denv[(l)])].fmtLex[(n)].type ) (fintUnitLexLevels(unit)((unit)->lexLevels)[(prog->denv[(l)])].fmtLex[(n)].type) |
| 274 | # define fmtType0(f,n)(((unit)->lexLevels)[(f)].fmtLex[(n)].type) (fintUnitLexLevels(unit)((unit)->lexLevels)[(f)].fmtLex[(n)].type) |
| 275 | # define lexFormat(f,n)(((unit)->lexLevels)[(f)].fmtLex[(n)].format) (fintUnitLexLevels(unit)((unit)->lexLevels)[(f)].fmtLex[(n)].format) |
| 276 | |
| 277 | /************************************************************************** |
| 278 | * |
| 279 | * Basic operation for progInfo |
| 280 | * |
| 281 | *************************************************************************/ |
| 282 | |
| 283 | # define progInfoUnit(p)((p)->unit) ((p)->unit) |
| 284 | # define progInfoName(p)((p)->name) ((p)->name) |
| 285 | # define progInfoTape(p)((p)->tape) ((p)->tape) |
| 286 | # define progInfoSeq(p)((p)->fiProgPos) ((p)->fiProgPos) |
| 287 | # define progInfoSize(p)((p)->size) ((p)->size) |
| 288 | # define progInfoLabels(p)((p)->labels) ((p)->labels) |
| 289 | # define progInfoNLabels(p)((p)->nLabels) ((p)->nLabels) |
| 290 | # define progInfoLabelFmt(p)((p)->labelFmt) ((p)->labelFmt) |
| 291 | # define progInfoFmtLoc(p)((p)->fmtLoc) ((p)->fmtLoc) |
| 292 | # define progInfoRetType(p)((p)->retType) ((p)->retType) |
| 293 | # define progInfoMValFmt(p)((p)->mValFmt) ((p)->mValFmt) |
| 294 | # define progInfoBMask(p)((p)->bMask) ((p)->bMask) |
| 295 | # define progInfoLocsCount(p)((p)->locsCount) ((p)->locsCount) |
| 296 | # define progInfoFmtPar(p)((p)->fmtPar) ((p)->fmtPar) |
| 297 | # define progInfoParsCount(p)((p)->parsCount) ((p)->parsCount) |
| 298 | # define progInfoDFluid(p)((p)->dfluid) ((p)->dfluid) |
| 299 | # define progInfoDFluidsCount(p)((p)->dfluidsCount) ((p)->dfluidsCount) |
| 300 | # define progInfoDEnv(p)((p)->denv) ((p)->denv) |
| 301 | # define progInfoDEnvsCount(p)((p)->denvsCount) ((p)->denvsCount) |
| 302 | |
| 303 | /* -------------------------------------------------------------- */ |
| 304 | |
| 305 | /* type is FOAM_Bool, FOAM_Char, etc. |
| 306 | * ref is a pointer to a dataObj union |
| 307 | * expr is a dataObj union |
| 308 | */ |
| 309 | # define fintSet(type, ref, expr){ do { if (!(ref != ((void*)0))) _do_assert(("ref != NULL"),"fint.c" ,309); } while (0); switch ((int)type) { case FOAM_Char: *(FiChar *)(ref) = (expr).fiChar; break; case FOAM_Bool: (ref)->fiBool = (expr).fiBool; break; case FOAM_Byte: (ref)->fiByte = ( expr).fiByte; break; case FOAM_HInt: (ref)->fiHInt = (expr ).fiHInt; break; case FOAM_SInt: (ref)->fiSInt = (expr).fiSInt ; break; case FOAM_SFlo: (ref)->fiSFlo = (expr).fiSFlo; break ; case FOAM_DFlo: (ref)->fiDFlo = (expr).fiDFlo; break; case FOAM_Word: (ref)->fiWord = (expr).fiWord; break; case FOAM_Arb : (ref)->fiArb = (expr).fiArb; break; case FOAM_Ptr: (ref) ->fiPtr = (expr).fiPtr; break; case FOAM_Rec: (ref)->fiRec = (expr).fiRec; break; case FOAM_Arr: (ref)->fiArr = (expr ).fiArr; break; case FOAM_TR: (ref)->fiTR = (expr).fiTR; break ; case FOAM_Prog: (ref)->fiProgPos=(expr).fiProgPos; break ; case FOAM_Clos: (ref)->fiClos = (expr).fiClos; break; case FOAM_Gener: (ref)->fiGener = (expr).fiGener; break; case FOAM_GenIter : (ref)->fiGenIter = (expr).fiGenIter; break; case FOAM_Env : (ref)->fiEnv = (expr).fiEnv; break; case FOAM_NOp: fintSetMFmt ((ref), &(expr)); break; case FOAM_Nil: (ref)->_fiNil = (expr)._fiNil; break; case FOAM_BInt: (ref)->fiBInt = (Ptr ) (bintCopy((BInt) (expr).fiBInt)); break; default: fintWhere (((int) 0));bug("fintSet: type %d unimplemented.", (int)type) ; } } { \ |
| 310 | assert(ref != NULL)do { if (!(ref != ((void*)0))) _do_assert(("ref != NULL"),"fint.c" ,310); } while (0); \ |
| 311 | switch ((int)type) { \ |
| 312 | case FOAM_Char: *(FiChar *)(ref) = (expr).fiChar; break; \ |
| 313 | case FOAM_Bool: (ref)->fiBool = (expr).fiBool; break; \ |
| 314 | case FOAM_Byte: (ref)->fiByte = (expr).fiByte; break; \ |
| 315 | case FOAM_HInt: (ref)->fiHInt = (expr).fiHInt; break; \ |
| 316 | case FOAM_SInt: (ref)->fiSInt = (expr).fiSInt; break; \ |
| 317 | case FOAM_SFlo: (ref)->fiSFlo = (expr).fiSFlo; break; \ |
| 318 | case FOAM_DFlo: (ref)->fiDFlo = (expr).fiDFlo; break; \ |
| 319 | case FOAM_Word: (ref)->fiWord = (expr).fiWord; break; \ |
| 320 | case FOAM_Arb: (ref)->fiArb = (expr).fiArb; break; \ |
| 321 | case FOAM_Ptr: (ref)->fiPtr = (expr).fiPtr; break; \ |
| 322 | case FOAM_Rec: (ref)->fiRec = (expr).fiRec; break; \ |
| 323 | case FOAM_Arr: (ref)->fiArr = (expr).fiArr; break; \ |
| 324 | case FOAM_TR: (ref)->fiTR = (expr).fiTR; break; \ |
| 325 | case FOAM_Prog: (ref)->fiProgPos=(expr).fiProgPos; break;\ |
| 326 | case FOAM_Clos: (ref)->fiClos = (expr).fiClos; break;\ |
| 327 | case FOAM_Gener: (ref)->fiGener = (expr).fiGener; break;\ |
| 328 | case FOAM_GenIter: (ref)->fiGenIter = (expr).fiGenIter; break;\ |
| 329 | case FOAM_Env: (ref)->fiEnv = (expr).fiEnv; break;\ |
| 330 | case FOAM_NOp: fintSetMFmt((ref), &(expr)); break; \ |
| 331 | case FOAM_Nil: (ref)->_fiNil = (expr)._fiNil; break;\ |
| 332 | case FOAM_BInt: (ref)->fiBInt = (Ptr) (bintCopy((BInt) (expr).fiBInt)); break;\ |
| 333 | default: fintWhere(int0((int) 0));bug("fintSet: type %d unimplemented.", (int)type); \ |
| 334 | } \ |
| 335 | } |
| 336 | |
| 337 | # define fintASetElem(type, ref, n, expr){ switch ((int)type) { case FOAM_Char: ((FiChar *)((ref)-> fiArr))[(n)] = (expr).fiChar; break; case FOAM_Bool: ((FiBool *)((ref)->fiArr))[(n)] = (expr).fiBool; break; case FOAM_Byte : ((FiByte *)((ref)->fiArr))[(n)] = (expr).fiByte; break; case FOAM_HInt: ((FiHInt *)((ref)->fiArr))[(n)] = (expr).fiHInt ; break; case FOAM_SInt: ((FiSInt *)((ref)->fiArr))[(n)] = (expr).fiSInt; break; case FOAM_SFlo: ((FiSFlo *)((ref)-> fiArr))[(n)] = (expr).fiSFlo; break; case FOAM_DFlo: ((FiDFlo *)((ref)->fiArr))[(n)] = (expr).fiDFlo; break; case FOAM_Word : ((FiWord *)((ref)->fiArr))[(n)] = (expr).fiWord; break; case FOAM_BInt: ((FiBInt *)((ref)->fiArr))[(n)] = (expr).fiBint ; break; default: fintWhere(((int) 0));bug("fintASetElem: type %d unimplemented." , (int)type); } } { \ |
| 338 | switch ((int)type) { \ |
| 339 | case FOAM_Char: ((FiChar *)((ref)->fiArr))[(n)] = (expr).fiChar; break; \ |
| 340 | case FOAM_Bool: ((FiBool *)((ref)->fiArr))[(n)] = (expr).fiBool; break; \ |
| 341 | case FOAM_Byte: ((FiByte *)((ref)->fiArr))[(n)] = (expr).fiByte; break; \ |
| 342 | case FOAM_HInt: ((FiHInt *)((ref)->fiArr))[(n)] = (expr).fiHInt; break; \ |
| 343 | case FOAM_SInt: ((FiSInt *)((ref)->fiArr))[(n)] = (expr).fiSInt; break; \ |
| 344 | case FOAM_SFlo: ((FiSFlo *)((ref)->fiArr))[(n)] = (expr).fiSFlo; break; \ |
| 345 | case FOAM_DFlo: ((FiDFlo *)((ref)->fiArr))[(n)] = (expr).fiDFlo; break; \ |
| 346 | case FOAM_Word: ((FiWord *)((ref)->fiArr))[(n)] = (expr).fiWord; break; \ |
| 347 | case FOAM_BInt: ((FiBInt *)((ref)->fiArr))[(n)] = (expr).fiBint; break; \ |
| 348 | default: fintWhere(int0((int) 0));bug("fintASetElem: type %d unimplemented.", (int)type); \ |
| 349 | } \ |
| 350 | } |
| 351 | |
| 352 | # define fintAGetElem(type, pdata, ref, n){ switch ((int)type) { case FOAM_Char: (pdata)->fiChar = ( (FiChar *)((ref)->fiArr))[(n)]; break; case FOAM_Bool: (pdata )->fiBool = ((FiBool *)((ref)->fiArr))[(n)]; break; case FOAM_Byte: (pdata)->fiByte = ((FiByte *)((ref)->fiArr) )[(n)]; break; case FOAM_HInt: (pdata)->fiHInt = ((FiHInt * )((ref)->fiArr))[(n)]; break; case FOAM_SInt: (pdata)-> fiSInt = ((FiSInt *)((ref)->fiArr))[(n)]; break; case FOAM_SFlo : (pdata)->fiSFlo = ((FiSFlo *)((ref)->fiArr))[(n)]; break ; case FOAM_DFlo: (pdata)->fiDFlo = ((FiDFlo *)((ref)-> fiArr))[(n)]; break; case FOAM_Word: (pdata)->fiWord = ((FiWord *)((ref)->fiArr))[(n)]; break; case FOAM_BInt: (pdata)-> fiBInt = ((FiBInt *)((ref)->fiArr))[(n)]; break; default: fintWhere (((int) 0));bug("fintAGetElem: type %d unimplemented.", (int) type); } } { \ |
| 353 | switch ((int)type) { \ |
| 354 | case FOAM_Char: (pdata)->fiChar = ((FiChar *)((ref)->fiArr))[(n)]; break; \ |
| 355 | case FOAM_Bool: (pdata)->fiBool = ((FiBool *)((ref)->fiArr))[(n)]; break; \ |
| 356 | case FOAM_Byte: (pdata)->fiByte = ((FiByte *)((ref)->fiArr))[(n)]; break; \ |
| 357 | case FOAM_HInt: (pdata)->fiHInt = ((FiHInt *)((ref)->fiArr))[(n)]; break; \ |
| 358 | case FOAM_SInt: (pdata)->fiSInt = ((FiSInt *)((ref)->fiArr))[(n)]; break; \ |
| 359 | case FOAM_SFlo: (pdata)->fiSFlo = ((FiSFlo *)((ref)->fiArr))[(n)]; break; \ |
| 360 | case FOAM_DFlo: (pdata)->fiDFlo = ((FiDFlo *)((ref)->fiArr))[(n)]; break; \ |
| 361 | case FOAM_Word: (pdata)->fiWord = ((FiWord *)((ref)->fiArr))[(n)]; break; \ |
| 362 | case FOAM_BInt: (pdata)->fiBInt = ((FiBInt *)((ref)->fiArr))[(n)]; break; \ |
| 363 | default: fintWhere(int0((int) 0));bug("fintAGetElem: type %d unimplemented.", (int)type); \ |
| 364 | } \ |
| 365 | } |
| 366 | |
| 367 | # define fintAGetElemRef(type, pdata, ref, n){ switch ((int)type) { case FOAM_Char:(pdata)=(DataObj)(((FiChar *)((ref)->fiArr)) + (n)); break; case FOAM_Bool:(pdata)=( DataObj)(((FiBool *)((ref)->fiArr)) + (n)); break; case FOAM_Byte :(pdata)=(DataObj)(((FiByte *)((ref)->fiArr)) + (n)); break ; case FOAM_HInt:(pdata)=(DataObj)(((FiHInt *)((ref)->fiArr )) + (n)); break; case FOAM_SInt:(pdata)=(DataObj)(((FiSInt * )((ref)->fiArr)) + (n)); break; case FOAM_SFlo:(pdata)=(DataObj )(((FiSFlo *)((ref)->fiArr)) + (n)); break; case FOAM_DFlo :(pdata)=(DataObj)(((FiDFlo *)((ref)->fiArr)) + (n)); break ; case FOAM_Word:(pdata)=(DataObj)(((FiWord *)((ref)->fiArr )) + (n)); break; case FOAM_BInt:(pdata)=(DataObj)(((FiBInt * )((ref)->fiArr)) + (n)); break; default: fintWhere(((int) 0 ));bug("fintAGetElemRef: type %d unimplemented.", (int)type); } } { \ |
| 368 | switch ((int)type) { \ |
| 369 | case FOAM_Char:(pdata)=(DataObj)(((FiChar *)((ref)->fiArr)) + (n)); break;\ |
| 370 | case FOAM_Bool:(pdata)=(DataObj)(((FiBool *)((ref)->fiArr)) + (n)); break;\ |
| 371 | case FOAM_Byte:(pdata)=(DataObj)(((FiByte *)((ref)->fiArr)) + (n)); break;\ |
| 372 | case FOAM_HInt:(pdata)=(DataObj)(((FiHInt *)((ref)->fiArr)) + (n)); break;\ |
| 373 | case FOAM_SInt:(pdata)=(DataObj)(((FiSInt *)((ref)->fiArr)) + (n)); break;\ |
| 374 | case FOAM_SFlo:(pdata)=(DataObj)(((FiSFlo *)((ref)->fiArr)) + (n)); break;\ |
| 375 | case FOAM_DFlo:(pdata)=(DataObj)(((FiDFlo *)((ref)->fiArr)) + (n)); break;\ |
| 376 | case FOAM_Word:(pdata)=(DataObj)(((FiWord *)((ref)->fiArr)) + (n)); break;\ |
| 377 | case FOAM_BInt:(pdata)=(DataObj)(((FiBInt *)((ref)->fiArr)) + (n)); break;\ |
| 378 | default: fintWhere(int0((int) 0));bug("fintAGetElemRef: type %d unimplemented.", (int)type); \ |
| 379 | } \ |
| 380 | } |
| 381 | |
| 382 | # define fintGetTypeSize(x, type){ switch ((int)type) { case FOAM_Char: (x) = sizeof(FiChar); break ; case FOAM_Bool: (x) = sizeof(FiBool); break; case FOAM_Byte : (x) = sizeof(FiByte); break; case FOAM_HInt: (x) = sizeof(FiHInt ); break; case FOAM_SInt: (x) = sizeof(FiSInt); break; case FOAM_BInt : (x) = sizeof(FiBInt); break; case FOAM_SFlo: (x) = sizeof(FiSFlo ); break; case FOAM_DFlo: (x) = sizeof(FiDFlo); break; case FOAM_Arr : (x) = sizeof(FiArr); break; case FOAM_Rec: (x) = sizeof(FiRec ); break; case FOAM_TR: (x) = sizeof(FiTR); break; case FOAM_Env : (x) = sizeof(FiEnv); break; case FOAM_Prog: (x) = sizeof(FiProg ); break; case FOAM_Clos: (x) = sizeof(FiClos); break; case FOAM_Gener : (x) = sizeof(FiGener); break; case FOAM_GenIter: (x) = sizeof (FiGenIter); break; case FOAM_Ptr: (x) = sizeof(FiPtr); break ; case FOAM_Word: (x) = sizeof(FiWord); break; case FOAM_Arb: (x) = sizeof(FiArb); break; case FOAM_Nil: (x) = sizeof(FiNil ); break; default: fintWhere(((int) 0));bug("fintGetTypeSize: type %d unimplemented." , (int)type); }} { \ |
| 383 | switch ((int)type) { \ |
| 384 | case FOAM_Char: (x) = sizeof(FiChar); break; \ |
| 385 | case FOAM_Bool: (x) = sizeof(FiBool); break; \ |
| 386 | case FOAM_Byte: (x) = sizeof(FiByte); break; \ |
| 387 | case FOAM_HInt: (x) = sizeof(FiHInt); break; \ |
| 388 | case FOAM_SInt: (x) = sizeof(FiSInt); break; \ |
| 389 | case FOAM_BInt: (x) = sizeof(FiBInt); break; \ |
| 390 | case FOAM_SFlo: (x) = sizeof(FiSFlo); break; \ |
| 391 | case FOAM_DFlo: (x) = sizeof(FiDFlo); break; \ |
| 392 | case FOAM_Arr: (x) = sizeof(FiArr); break; \ |
| 393 | case FOAM_Rec: (x) = sizeof(FiRec); break; \ |
| 394 | case FOAM_TR: (x) = sizeof(FiTR); break; \ |
| 395 | case FOAM_Env: (x) = sizeof(FiEnv); break; \ |
| 396 | case FOAM_Prog: (x) = sizeof(FiProg); break; \ |
| 397 | case FOAM_Clos: (x) = sizeof(FiClos); break; \ |
| 398 | case FOAM_Gener: (x) = sizeof(FiGener); break; \ |
| 399 | case FOAM_GenIter: (x) = sizeof(FiGenIter); break; \ |
| 400 | case FOAM_Ptr: (x) = sizeof(FiPtr); break; \ |
| 401 | case FOAM_Word: (x) = sizeof(FiWord); break; \ |
| 402 | case FOAM_Arb: (x) = sizeof(FiArb); break; \ |
| 403 | case FOAM_Nil: (x) = sizeof(FiNil); break; \ |
| 404 | default: fintWhere(int0((int) 0));bug("fintGetTypeSize: type %d unimplemented.", (int)type); \ |
| 405 | }} |
| 406 | |
| 407 | /* $$!! ----- From foam.c; This should be moved in foam.h ----- */ |
| 408 | #define STD_FORMS2 2 /* Number of standard formats. |
| 409 | * I.e. all 4 or 1 bytes. |
| 410 | * Cannot be changed */ |
| 411 | |
| 412 | #define FFO_ORIGIN(FOAM_VECTOR_START) (FOAM_VECTOR_START) |
| 413 | #define FFO_SPAN(FOAM_LIMIT - (FOAM_VECTOR_START)) (FOAM_LIMIT - FFO_ORIGIN(FOAM_VECTOR_START)) |
| 414 | |
| 415 | /************************************************************************** |
| 416 | * |
| 417 | * Tape management |
| 418 | * |
| 419 | *************************************************************************/ |
| 420 | |
| 421 | #define fintGetByte(b)((b) = tape[ip++]) ((b) = tape[ip++]) |
| 422 | #define fintUngetByte()(ip--) (ip--) |
| 423 | #define fintGetHInt(i){ String _s = fintGetn(2); (i) = ((((ULong) _s[0])&((1<< 8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<<8)); } { \ |
| 424 | String _s = fintGetn(HINT_BYTES2); \ |
| 425 | (i) = UNBYTE2(_s[0],_s[1])((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1])& ((1<<8)-1))<<8)); \ |
| 426 | } |
| 427 | |
| 428 | #define fintGetSInt(i){ String _s = fintGetn(4); (i) = (int) (((((ULong) _s[0])& ((1<<8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<< 8))|(((((ULong) _s[2])&((1<<8)-1)) | ((((ULong) _s[ 3])&((1<<8)-1))<<8))<<(2*8))); } { \ |
| 429 | String _s = fintGetn(SINT_BYTES4); \ |
| 430 | (i) = (int) UNBYTE4(_s[0],_s[1],_s[2],_s[3])(((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1])& ((1<<8)-1))<<8))|(((((ULong) _s[2])&((1<< 8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<<8))<< (2*8))); \ |
| 431 | } |
| 432 | |
| 433 | #define fintGetChars(s, cc)strncpy(s, fintGetn(cc), cc) \ |
| 434 | strncpy(s, fintGetn(cc), cc) |
| 435 | |
| 436 | #define FOAM_NARY(-1) (-1) |
| 437 | #define FOAM_FORMAT_GET(tag)((tag)<(FOAM_VECTOR_START)? 0:(((tag)-(FOAM_VECTOR_START)) /(FOAM_LIMIT - (FOAM_VECTOR_START)))) ((tag)<FFO_ORIGIN(FOAM_VECTOR_START)? 0:FOAM_FORMAT_GET_X(tag)(((tag)-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))) |
| 438 | #define FOAM_FORMAT_GET_X(tag)(((tag)-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START ))) (((tag)-FFO_ORIGIN(FOAM_VECTOR_START))/FFO_SPAN(FOAM_LIMIT - (FOAM_VECTOR_START))) |
| 439 | #define FOAM_FORMAT_REMOVE(tag,fmt)((tag) - (fmt)*(FOAM_LIMIT - (FOAM_VECTOR_START))) ((tag) - (fmt)*FFO_SPAN(FOAM_LIMIT - (FOAM_VECTOR_START))) |
| 440 | #define FOAM_FORMAT_FOR(n)((long)(n) <= ((1<<(1*8))-1) ? 1 : 0) \ |
| 441 | ((long)(n) <= MAX_BYTE((1<<(1*8))-1) ? 1 : 0) |
| 442 | |
| 443 | #define fintGetInt(format, i){ switch (format) { case 0: { String _s = fintGetn(4); (i) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((i) = tape[ip++]); break ; default: (i) = (format) - 2; break; } } { \ |
| 444 | switch (format) { \ |
| 445 | case 0: fintGetSInt(i){ String _s = fintGetn(4); (i) = (int) (((((ULong) _s[0])& ((1<<8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<< 8))|(((((ULong) _s[2])&((1<<8)-1)) | ((((ULong) _s[ 3])&((1<<8)-1))<<8))<<(2*8))); }; break; \ |
| 446 | case 1: fintGetByte(i)((i) = tape[ip++]); break; \ |
| 447 | default: (i) = (format) - STD_FORMS2; break; \ |
| 448 | } \ |
| 449 | } |
| 450 | |
| 451 | # define fintGetTagFmt(tag, fmt){ ((tag) = tape[ip++]); fmt = ((tag)<(FOAM_VECTOR_START)? 0 :(((tag)-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); tag = (((tag)) - ((fmt))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } { fintGetByte(tag)((tag) = tape[ip++]); \ |
| 452 | fmt = FOAM_FORMAT_GET(tag)((tag)<(FOAM_VECTOR_START)? 0:(((tag)-(FOAM_VECTOR_START)) /(FOAM_LIMIT - (FOAM_VECTOR_START)))); \ |
| 453 | tag = FOAM_FORMAT_REMOVE((tag),(fmt))(((tag)) - ((fmt))*(FOAM_LIMIT - (FOAM_VECTOR_START))); \ |
| 454 | } |
| 455 | |
| 456 | # define fintGetTagFmtArgc(tag,fmt0,argc0){ { (((tag)) = tape[ip++]); (fmt0) = (((tag))<(FOAM_VECTOR_START )? 0:((((tag))-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); (tag) = ((((tag))) - (((fmt0)))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } if ((foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == (-1)) { switch (fmt0) { case 0: { String _s = fintGetn(4); ( argc0) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((( (ULong) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s [2])&((1<<8)-1)) | ((((ULong) _s[3])&((1<< 8)-1))<<8))<<(2*8))); }; break; case 1: ((argc0) = tape[ip++]); break; default: (argc0) = (fmt0) - 2; break; } } else (argc0) = (foamInfoTable [(int)(tag)-(int)FOAM_START]). argc; } { \ |
| 457 | fintGetTagFmt((tag),(fmt0)){ (((tag)) = tape[ip++]); (fmt0) = (((tag))<(FOAM_VECTOR_START )? 0:((((tag))-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); (tag) = ((((tag))) - (((fmt0)))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } \ |
| 458 | if (foamInfo(tag)(foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == FOAM_NARY(-1)) \ |
| 459 | fintGetInt(fmt0, argc0){ switch (fmt0) { case 0: { String _s = fintGetn(4); (argc0) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc0) = tape[ip++]); break; default: (argc0) = (fmt0) - 2; break; } } \ |
| 460 | else \ |
| 461 | (argc0) = foamInfo(tag)(foamInfoTable [(int)(tag)-(int)FOAM_START]).argc; } |
| 462 | |
| 463 | |
| 464 | /************************************************************************** |
| 465 | * |
| 466 | * Stack management |
| 467 | * |
| 468 | * * Main globals for the stack management are: |
| 469 | * - bp: points to the base of the current stack frame |
| 470 | * - sp: points to the top of the current stack frame |
| 471 | * - stack: points to the current stack (see Stack Chaining) |
| 472 | * |
| 473 | * * A procedure stack frame consists in: |
| 474 | * - header (starting at bp, see below) |
| 475 | * - parameters, if any (starting at bp + PAR_OFFSET) |
| 476 | * - locals, if any (locValues points to (Loc 0)) |
| 477 | * - fluids, if any (fluidValues points to (Fluid 0)) |
| 478 | * |
| 479 | * * Stack Chaining |
| 480 | * In order to provide a virtually infinite stack, the interpreter stack is |
| 481 | * organized as a list of stack. Every element has size STACK_SIZE. The |
| 482 | * starting stack is <headStack>. If a stackFrameAlloc or stackAlloc operation |
| 483 | * needs X bytes and such amount is not available in the current stack, then |
| 484 | * a new stack of size STACK_SIZE is dynamically allocated and is chained to |
| 485 | * the previous stack. |
| 486 | *************************************************************************/ |
| 487 | |
| 488 | # define PAR_OFFSET10 10 |
| 489 | /* stack[bp + PAR_OFFSET] is the first parameter */ |
| 490 | |
| 491 | |
| 492 | # define STACK_SIZE3000 3000 |
| 493 | |
| 494 | /* Description of a procedure stack frame header: */ |
| 495 | |
| 496 | # define stackFrameBp(b)((b)[0].ptr) ((b)[0].ptr) |
| 497 | # define stackFrameIp(b)((b)[1].fiProgPos) ((b)[1].fiProgPos) |
| 498 | # define stackFrameLabels(b)((b)[2].labels) ((b)[2].labels) |
| 499 | # define stackFrameLabelFmt(b)((b)[3].fiChar) ((b)[3].fiChar) |
| 500 | # define stackFrameLocals(b)((b)[4].ptr) ((b)[4].ptr) |
| 501 | # define stackFrameLexEnv(b)((b)[5].fiEnv) ((b)[5].fiEnv) |
| 502 | # define stackFrameProg(b)((b)[6].progInfo) ((b)[6].progInfo) |
| 503 | # define stackFrameUnit(b)((b)[7].unit) ((b)[7].unit) |
| 504 | # define stackFrameFluids(b)((b)[8].ptr) ((b)[8].ptr) |
| 505 | # define stackFrameCurrIter(b)((b)[9].fiGenIter) ((b)[9].fiGenIter) |
| 506 | |
| 507 | # define stackAlloc(ptr0,num){ if (sp + num >= stack + 3000 - 11) stackChain(num); (ptr0 ) = sp; sp += (num); } { \ |
| 508 | if (sp + num >= stack + STACK_SIZE3000 - 11) stackChain(num); \ |
| 509 | (ptr0) = sp; sp += (num); \ |
| 510 | } |
| 511 | |
| 512 | # define stackFrameAlloc(nParam){ if (sp + 10 + nParam >= stack + 3000 - 11) stackChain(nParam +10); sp->ptr = bp; bp = sp; sp += 2; (sp++)->labels = labels ; (sp++)->fiChar = (char) labelFmt; (sp++)->ptr = locValues ; (sp++)->fiEnv = lexEnv; (sp++)->progInfo = prog; (sp++ )->fiUnit = unit; (sp++)->ptr = fluidValues; (sp++)-> fiGenIter = currGenIter; sp += nParam + 1; } { \ |
| 513 | if (sp + PAR_OFFSET10 + nParam >= stack + STACK_SIZE3000 - 11) stackChain(nParam+PAR_OFFSET10); \ |
| 514 | sp->ptr = bp; \ |
| 515 | bp = sp; \ |
| 516 | sp += 2; \ |
| 517 | (sp++)->labels = labels; \ |
| 518 | (sp++)->fiChar = (char) labelFmt; \ |
| 519 | (sp++)->ptr = locValues;\ |
| 520 | (sp++)->fiEnv = lexEnv; \ |
| 521 | (sp++)->progInfo = prog; \ |
| 522 | (sp++)->fiUnit = unit; \ |
| 523 | (sp++)->ptr = fluidValues; \ |
| 524 | (sp++)->fiGenIter = currGenIter; \ |
| 525 | sp += nParam + 1; } |
| 526 | |
| 527 | # define stackFrameFree(){ ip = bp[1].fiProgPos; labels = bp[2].labels; labelFmt = (int ) bp[3].fiChar; locValues = bp[4].ptr; lexEnv = bp[5].fiEnv; prog = bp[6].progInfo; unit = bp[7].fiUnit; fluidValues = bp[8].ptr ; currGenIter = bp[9].fiGenIter; tape = ((unit)->tape); if (bp < stack || bp >= stack + 3000) { sp = stack[1].ptr ; stack = stack[0].ptr; } else sp = bp; bp = bp->ptr; lev0 = (DataObj) lexEnv->level; } { \ |
| 528 | ip = bp[1].fiProgPos; \ |
| 529 | labels = bp[2].labels; \ |
| 530 | labelFmt = (int) bp[3].fiChar; \ |
| 531 | locValues = bp[4].ptr; \ |
| 532 | lexEnv = bp[5].fiEnv; \ |
| 533 | prog = bp[6].progInfo; \ |
| 534 | unit = bp[7].fiUnit; \ |
| 535 | fluidValues = bp[8].ptr; \ |
| 536 | currGenIter = bp[9].fiGenIter; \ |
| 537 | tape = fintUnitTape(unit)((unit)->tape); \ |
| 538 | if (bp < stack || bp >= stack + STACK_SIZE3000) { sp = stack[1].ptr; stack = stack[0].ptr; }\ |
| 539 | else sp = bp; \ |
| 540 | bp = bp->ptr; \ |
| 541 | lev0= (DataObj) lexEnv->level; } |
| 542 | |
| 543 | /* |
| 544 | !! NO GOOD with stackChaining |
| 545 | # define stackPush(type, data) {fintSet((type),sp,(data)); sp++;} |
| 546 | # define stackPop() (sp--, *sp) |
| 547 | */ |
| 548 | /* NOTE: Usage for stackPop(): x = stackPop().fiSInt, etc. */ |
| 549 | |
| 550 | |
| 551 | # define fintEnvPush(lxEnv, lv, en){ lxEnv = (FiEnv) ((DataObj) memset(stoAlloc(0, sizeof(struct _FiEnv) * (1)), 0, sizeof(struct _FiEnv) * (1))); lxEnv-> level = (Ptr) lv; lxEnv->next = (en); lxEnv->info = (FiWord ) ((void*)0); } { \ |
| 552 | lxEnv = (FiEnv) fintAlloc(struct _FiEnv, 1)((DataObj) memset(stoAlloc(0, sizeof(struct _FiEnv) * (1)), 0 , sizeof(struct _FiEnv) * (1))); \ |
| 553 | lxEnv->level = (Ptr) lv; lxEnv->next = (en); \ |
| 554 | lxEnv->info = (FiWord) NULL((void*)0); } |
| 555 | |
| 556 | # define fintClosMake(cl,en,pr){ (cl) = (FiClos) ((DataObj) memset(stoAlloc(0, sizeof(struct _FiClos) * (1)), 0, sizeof(struct _FiClos) * (1))); (cl)-> prog = (FiProg) (pr).fiProgPos; (cl)->env = (en).fiEnv;} { \ |
| 557 | (cl) = (FiClos) fintAlloc(struct _FiClos,1)((DataObj) memset(stoAlloc(0, sizeof(struct _FiClos) * (1)), 0 , sizeof(struct _FiClos) * (1))); \ |
| 558 | (cl)->prog = (FiProg) (pr).fiProgPos; \ |
| 559 | (cl)->env = (en).fiEnv;} |
| 560 | |
| 561 | # define fintGenerMake(gg,en,pr, ssz){ (gg) = (FiGener) ((DataObj) memset(stoAlloc(0, sizeof(struct _FiGener) * (1)), 0, sizeof(struct _FiGener) * (1))); (gg)-> prog = (FiProg) (pr).fiProgPos; (gg)->stateSize = ssz; (gg )->env = (en).fiEnv;} { \ |
| 562 | (gg) = (FiGener) fintAlloc(struct _FiGener,1)((DataObj) memset(stoAlloc(0, sizeof(struct _FiGener) * (1)), 0, sizeof(struct _FiGener) * (1))); \ |
| 563 | (gg)->prog = (FiProg) (pr).fiProgPos; \ |
| 564 | (gg)->stateSize = ssz; \ |
| 565 | (gg)->env = (en).fiEnv;} |
| 566 | |
| 567 | /* |
| 568 | * This value is the number of stack frames printed before executing an |
| 569 | * halt instr. |
| 570 | */ |
| 571 | #define FINT_BACKTRACE_CUTOFF23 23 |
| 572 | |
| 573 | /************************************************************************** |
| 574 | * |
| 575 | * Heap management |
| 576 | * |
| 577 | *************************************************************************/ |
| 578 | # define fintAlloc(type,n)((DataObj) memset(stoAlloc(0, sizeof(type) * (n)), 0, sizeof( type) * (n))) ((DataObj) memset(stoAlloc(OB_Other0, sizeof(type) * (n)), 0, sizeof(type) * (n))) |
| 579 | # define fintFree(p)stoFree((p)) stoFree((p)) |
| 580 | # define fintFree0(p)if (p) stoFree(p) if (p) stoFree(p) |
| 581 | |
| 582 | |
| 583 | /************************************************************************** |
| 584 | *************************************************************************/ |
| 585 | |
| 586 | |
| 587 | #define POS_LEX_FMT4 4 |
| 588 | |
| 589 | #define DECL_INIT_SIZE15 15 |
| 590 | |
| 591 | #define fiTrue((FiBool) 1) ((FiBool) 1) |
| 592 | #define fiFalse((FiBool) 0) ((FiBool) 0) |
| 593 | |
| 594 | /* This macro is used to cast FOAM_Bool to FOAM_Word. This is usefull because |
| 595 | * in a foam program sometime an expr of type Word/SInt is used as an expr. of |
| 596 | * type Bool. |
| 597 | */ |
| 598 | #define fintForceBoolToWord(expr, t)if (t == FOAM_Bool) expr.fiWord = (FiWord) expr.fiBool if (t == FOAM_Bool) expr.fiWord = (FiWord) expr.fiBool |
| 599 | |
| 600 | /****************************************************************************** |
| 601 | * |
| 602 | * :: Jmp Buffer (Halt Recovery) |
| 603 | * |
| 604 | *****************************************************************************/ |
| 605 | |
| 606 | static JmpBuf fintJmpBuf; |
| 607 | |
| 608 | /* |
| 609 | * Whenever a block of statements are protected by |
| 610 | * fiBlock() or fiVoidBlock(), the fintCurrentFormat |
| 611 | * global MUST be saved and restored. It must also |
| 612 | * be saved when using fiProtect() but that never |
| 613 | * seems to be used in the interpreter. |
| 614 | */ |
| 615 | #define fintBlock(ok, val, exn, expr){ int __fmt = fintCurrentFormat; { FiStateBox frobnitz; FiState state = &frobnitz;; if (!(fiSaveState0(state), _setjmp ( state->machineState))) { val = expr; fiRestoreState0(state ); ok = 1; } else { fiRestoreState0(state); if (state->target != (FiWord) state) { fiUnwind(state->target, state->value ); } exn = state->value; ok = 0; } }; fintCurrentFormat = __fmt ; } \ |
| 616 | { \ |
| 617 | int __fmt = fintCurrentFormat; \ |
| 618 | fiBlock(ok, val, exn, expr){ FiStateBox frobnitz; FiState state = &frobnitz;; if (!( fiSaveState0(state), _setjmp (state->machineState))) { val = expr; fiRestoreState0(state); ok = 1; } else { fiRestoreState0 (state); if (state->target != (FiWord) state) { fiUnwind(state ->target, state->value); } exn = state->value; ok = 0 ; } }; \ |
| 619 | fintCurrentFormat = __fmt; \ |
| 620 | } |
| 621 | |
| 622 | #define fintVoidBlock(ok, exn, expr){ int __fmt = fintCurrentFormat; { FiStateBox frobnitz; FiState state = &frobnitz;; if (!(fiSaveState0(state), _setjmp ( state->machineState))) { expr; fiRestoreState0(state); ok = 1; } else { fiRestoreState0(state); if (state->target != ( FiWord) state) { fiUnwind(state->target, state->value); } exn = state->value; ok = 0; } }; fintCurrentFormat = __fmt ; } \ |
| 623 | { \ |
| 624 | int __fmt = fintCurrentFormat; \ |
| 625 | fiVoidBlock(ok, exn, expr){ FiStateBox frobnitz; FiState state = &frobnitz;; if (!( fiSaveState0(state), _setjmp (state->machineState))) { expr ; fiRestoreState0(state); ok = 1; } else { fiRestoreState0(state ); if (state->target != (FiWord) state) { fiUnwind(state-> target, state->value); } exn = state->value; ok = 0; } }; \ |
| 626 | fintCurrentFormat = __fmt; \ |
| 627 | } |
| 628 | |
| 629 | |
| 630 | /****************************************************************************** |
| 631 | * |
| 632 | * :: Debug Stuff |
| 633 | * |
| 634 | *****************************************************************************/ |
| 635 | #ifdef NDEBUG |
| 636 | |
| 637 | #undef assert |
| 638 | #define assert(x)do { if (!(x)) _do_assert(("x"),"fint.c",638); } while (0) |
| 639 | #define softAssert(x)do { if (fintSoftAssertIsOn && !(x)) fintSoftAssert("x" , "fint.c", 639); } while (0) |
| 640 | #define hardAssert(x)do { if (!(x)) fintHardAssert("x", "fint.c", 640); } while (0 ) |
| 641 | |
| 642 | #define fintTypedEval(pExpr,t){ dataType type = fintEval(pExpr); do { if (!(type == t || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == t || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",642); } while (0); } fintEval(pExpr) |
| 643 | #define fintGetTypedReference(pExpr,t){ dataType type = fintGetReference(pExpr); do { if (!(type == t)) _do_assert(("type == t"),"fint.c",643); } while (0); } fintGetReference(pExpr) |
| 644 | #else /* !NDEBUG */ |
| 645 | |
| 646 | localstatic Bool fintSoftAssertIsOn = false((int) 0); |
| 647 | localstatic long instrBreak = -1; |
| 648 | |
| 649 | #define softAssert(x)do { if (fintSoftAssertIsOn && !(x)) fintSoftAssert("x" , "fint.c", 649); } while (0) \ |
| 650 | do { \ |
| 651 | if (fintSoftAssertIsOn && !(x)) \ |
| 652 | fintSoftAssert(#x, __FILE__"fint.c", __LINE__652); \ |
| 653 | } while (0) |
| 654 | #define hardAssert(x)do { if (!(x)) fintHardAssert("x", "fint.c", 654); } while (0 ) \ |
| 655 | do { \ |
| 656 | if (!(x)) \ |
| 657 | fintHardAssert(#x, __FILE__"fint.c", __LINE__657); \ |
| 658 | } while (0) |
| 659 | |
| 660 | #define fintTypedEval(pExpr,t){ dataType type = fintEval(pExpr); do { if (!(type == t || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == t || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",660); } while (0); } { \ |
| 661 | dataType type = fintEval(pExpr); \ |
| 662 | assert(type == t || type == FOAM_Word || type == FOAM_Nil)do { if (!(type == t || type == FOAM_Word || type == FOAM_Nil )) _do_assert(("type == t || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",662); } while (0); \ |
| 663 | } |
| 664 | |
| 665 | #define fintGetTypedReference(pExpr,t){ dataType type = fintGetReference(pExpr); do { if (!(type == t)) _do_assert(("type == t"),"fint.c",665); } while (0); } { \ |
| 666 | dataType type = fintGetReference(pExpr); \ |
| 667 | assert(type == t)do { if (!(type == t)) _do_assert(("type == t"),"fint.c",667) ; } while (0); \ |
| 668 | } |
| 669 | #endif /* NDEBUG */ |
| 670 | |
| 671 | #define fintDEBUGif (!fintDebug) { } else afprintf DEBUG_IF(fint)if (!fintDebug) { } else afprintf |
| 672 | #define fintLinkDEBUGif (!fintLinkDebug) { } else afprintf DEBUG_IF(fintLink)if (!fintLinkDebug) { } else afprintf |
| 673 | #define fintStoDEBUGif (!fintStoDebug) { } else afprintf DEBUG_IF(fintSto)if (!fintStoDebug) { } else afprintf |
| 674 | |
| 675 | /************************************************************************** |
| 676 | * Foreign function data structures |
| 677 | *************************************************************************/ |
| 678 | |
| 679 | |
| 680 | enum fintForeignTag { |
| 681 | FINT_FOREIGN_fputs, |
| 682 | FINT_FOREIGN_fputss, |
| 683 | FINT_FOREIGN_fgetss, |
| 684 | FINT_FOREIGN_isatty, |
| 685 | FINT_FOREIGN_fileno, |
| 686 | FINT_FOREIGN_stdinFile, |
| 687 | FINT_FOREIGN_stdoutFile, |
| 688 | FINT_FOREIGN_stderrFile, |
| 689 | FINT_FOREIGN_formatSInt, |
| 690 | FINT_FOREIGN_formatBInt, |
| 691 | FINT_FOREIGN_formatSFloat, |
| 692 | FINT_FOREIGN_formatDFloat, |
| 693 | FINT_FOREIGN_fiSetDebugVar, |
| 694 | FINT_FOREIGN_fiGetDebugVar, |
| 695 | FINT_FOREIGN_fiSetDebugger, |
| 696 | FINT_FOREIGN_fiGetDebugger, |
| 697 | FINT_FOREIGN_fputc, |
| 698 | FINT_FOREIGN_sqrt, |
| 699 | FINT_FOREIGN_pow, |
| 700 | FINT_FOREIGN_log, |
| 701 | FINT_FOREIGN_log10, |
| 702 | FINT_FOREIGN_exp, |
| 703 | FINT_FOREIGN_sin, |
| 704 | FINT_FOREIGN_cos, |
| 705 | FINT_FOREIGN_tan, |
| 706 | FINT_FOREIGN_sinh, |
| 707 | FINT_FOREIGN_cosh, |
| 708 | FINT_FOREIGN_tanh, |
| 709 | FINT_FOREIGN_asin, |
| 710 | FINT_FOREIGN_acos, |
| 711 | FINT_FOREIGN_atan, |
| 712 | FINT_FOREIGN_atan2, |
| 713 | FINT_FOREIGN_fopen, |
| 714 | FINT_FOREIGN_fclose, |
| 715 | FINT_FOREIGN_fflush, |
| 716 | FINT_FOREIGN_fgetc, |
| 717 | FINT_FOREIGN_lfputc, |
| 718 | FINT_FOREIGN_fseek, |
| 719 | FINT_FOREIGN_fseekset, |
| 720 | FINT_FOREIGN_ftell, |
| 721 | FINT_FOREIGN_mainArgc, |
| 722 | FINT_FOREIGN_mainArgv, |
| 723 | FINT_FOREIGN_strLength, |
| 724 | FINT_FOREIGN_fiStrHash, |
| 725 | /* recent stuff 1.1.9d */ |
| 726 | FINT_FOREIGN_fiDoubleHexPrintToString, |
| 727 | FINT_FOREIGN_fiInitialiseFpu, |
| 728 | FINT_FOREIGN_fiIeeeGetRoundingMode, |
| 729 | FINT_FOREIGN_fiIeeeSetRoundingMode, |
| 730 | FINT_FOREIGN_fiIeeeGetEnabledExceptions, |
| 731 | FINT_FOREIGN_fiIeeeSetEnabledExceptions, |
| 732 | FINT_FOREIGN_fiIeeeGetExceptionStatus, |
| 733 | FINT_FOREIGN_fiIeeeSetExceptionStatus, |
| 734 | |
| 735 | FINT_FOREIGN_fiDFloMantissa, |
| 736 | FINT_FOREIGN_fiDFloExponent, |
| 737 | FINT_FOREIGN_fiSFloMantissa, |
| 738 | FINT_FOREIGN_fiSFloExponent, |
| 739 | |
| 740 | /* Operating System Interface */ |
| 741 | FINT_FOREIGN_osRun, |
| 742 | FINT_FOREIGN_osRunConcurrent, |
| 743 | FINT_FOREIGN_osRunQuoteArg, |
| 744 | FINT_FOREIGN_osCpuTime, |
| 745 | FINT_FOREIGN_osDate, |
| 746 | FINT_FOREIGN_osGetEnv, |
| 747 | FINT_FOREIGN_osPutEnv, |
| 748 | FINT_FOREIGN_osPutEnvIsKept, |
| 749 | FINT_FOREIGN_osIoRdMode, |
| 750 | FINT_FOREIGN_osIoWrMode, |
| 751 | FINT_FOREIGN_osIoApMode, |
| 752 | FINT_FOREIGN_osIoRbMode, |
| 753 | FINT_FOREIGN_osIoWbMode, |
| 754 | FINT_FOREIGN_osIoAbMode, |
| 755 | FINT_FOREIGN_osIoRubMode, |
| 756 | FINT_FOREIGN_osIoWubMode, |
| 757 | FINT_FOREIGN_osIoAubMode, |
| 758 | FINT_FOREIGN_osObjectFileType, |
| 759 | FINT_FOREIGN_osExecFileType, |
| 760 | FINT_FOREIGN_osCurDirName, |
| 761 | FINT_FOREIGN_osTmpDirName, |
| 762 | FINT_FOREIGN_osFnameDirEqual, |
| 763 | FINT_FOREIGN_osSubdir, |
| 764 | FINT_FOREIGN_osSubdirLength, |
| 765 | FINT_FOREIGN_osFnameNParts, |
| 766 | FINT_FOREIGN_osFnameParse, |
| 767 | FINT_FOREIGN_osFnameParseSize, |
| 768 | FINT_FOREIGN_osFnameUnparse, |
| 769 | FINT_FOREIGN_osFnameUnparseSize, |
| 770 | FINT_FOREIGN_osFnameTempSeed, |
| 771 | FINT_FOREIGN_osFnameTempDir, |
| 772 | FINT_FOREIGN_osIsInteractive, |
| 773 | FINT_FOREIGN_osFileRemove, |
| 774 | FINT_FOREIGN_osFileRename, |
| 775 | FINT_FOREIGN_osFileIsThere, |
| 776 | FINT_FOREIGN_osFileHash, |
| 777 | FINT_FOREIGN_osFileSize, |
| 778 | FINT_FOREIGN_osDirIsThere, |
| 779 | FINT_FOREIGN_osDirSwap, |
| 780 | FINT_FOREIGN_osIncludePath, |
| 781 | FINT_FOREIGN_osLibraryPath, |
| 782 | FINT_FOREIGN_osExecutePath, |
| 783 | FINT_FOREIGN_osPathLength, |
| 784 | FINT_FOREIGN_osPathParse, |
| 785 | |
| 786 | FINT_FOREIGN_gcTimer, |
| 787 | FINT_FOREIGN_fiRaiseException, |
| 788 | FINT_FOREIGN_osAllocShow, |
| 789 | FINT_FOREIGN_osAlloc, |
| 790 | FINT_FOREIGN_osFree, |
| 791 | FINT_FOREIGN_osMemMap, |
| 792 | FINT_FOREIGN_randomSeed, |
| 793 | |
| 794 | FINT_FOREIGN_fiNewExportTable, |
| 795 | FINT_FOREIGN_fiAddToExportTable, |
| 796 | FINT_FOREIGN_fiFreeExportTable, |
| 797 | |
| 798 | FINT_FOREIGN_END |
| 799 | }; |
| 800 | |
| 801 | typedef struct { |
| 802 | String string; |
| 803 | enum fintForeignTag funct; |
| 804 | Bool isConst; |
| 805 | } fintForeign; |
| 806 | |
| 807 | #define DECL_FOREIGN(x){ "x", FINT_FOREIGN_x, ((int) 0) } { #x, FINT_FOREIGN_##x, false((int) 0) } |
| 808 | #define DECL_FOREIGN_CONST(x){ "x", FINT_FOREIGN_x, 1 } { #x, FINT_FOREIGN_##x, true1 } |
| 809 | |
| 810 | |
| 811 | DECLARE_LIST(FintUnit)typedef struct FintUnitListCons { FintUnit first; struct FintUnitListCons *rest; } *FintUnitList; struct FintUnit_listOpsStruct { FintUnitList (*Cons) (FintUnit, FintUnitList); FintUnitList (*Singleton) ( FintUnit); FintUnitList (*List) (int n, ...); FintUnitList (* Listv) (va_list argp); FintUnitList (*ListNull) (FintUnit, ... ); Bool (*Equal) (FintUnitList, FintUnitList, Bool (*f) (FintUnit , FintUnit)); FintUnit (*Find) (FintUnitList, FintUnit, Bool( *eq)(FintUnit,FintUnit) , int *); FintUnit (*Match) (FintUnitList , void *, Bool(*match)(FintUnit, void *), int *); FintUnitList (*MatchAll) (FintUnitList, void *, Bool(*match)(FintUnit, void *)); FintUnitList (*FreeCons) (FintUnitList); void (*Free) ( FintUnitList); FintUnitList (*FreeTo) (FintUnitList, FintUnitList ); void (*FreeDeeply) (FintUnitList, void (*f)(FintUnit)); FintUnitList (*FreeDeeplyTo) (FintUnitList, FintUnitList, void (*f) (FintUnit ) ); FintUnitList (*FreeIfSat) (FintUnitList, void (*f)(FintUnit ), Bool (*s)(FintUnit)); FintUnit (*Elt) (FintUnitList, Length ); FintUnitList (*Drop) (FintUnitList, Length); FintUnitList ( *LastCons) (FintUnitList); Length (*_Length) (FintUnitList); Bool (*IsLength) (FintUnitList, Length); Bool (*IsShorter) (FintUnitList , Length); Bool (*IsLonger) (FintUnitList, Length); FintUnitList (*Copy) (FintUnitList); FintUnitList (*CopyTo) (FintUnitList , FintUnitList); FintUnitList (*CopyDeeply) (FintUnitList, FintUnit (*)(FintUnit)); FintUnitList (*CopyDeeplyTo) (FintUnitList, FintUnitList , FintUnit (*)(FintUnit)); FintUnitList (*Map) (FintUnit (*f) (FintUnit), FintUnitList); FintUnitList (*NMap) (FintUnit (*f )(FintUnit), FintUnitList); FintUnitList (*Reverse) (FintUnitList ); FintUnitList (*NReverse) (FintUnitList); FintUnitList (*Concat ) (FintUnitList, FintUnitList); FintUnitList (*NConcat) (FintUnitList , FintUnitList); Bool (*Memq) (FintUnitList, FintUnit); Bool ( *Member) (FintUnitList, FintUnit, Bool(*eq)(FintUnit,FintUnit ) ); Bool (*ContainsAllq) (FintUnitList, FintUnitList); Bool ( *ContainsAnyq) (FintUnitList, FintUnitList); Bool (*ContainsAll ) (FintUnitList, FintUnitList, Bool (*eq)(FintUnit, FintUnit) ); Bool (*ContainsAny) (FintUnitList, FintUnitList, Bool (*eq )(FintUnit, FintUnit)); int (*Posq) (FintUnitList, FintUnit); int (*Position) (FintUnitList, FintUnit, Bool(*eq)(FintUnit, FintUnit) ); FintUnitList (*NRemove) (FintUnitList, FintUnit, Bool(*eq)(FintUnit,FintUnit) ); void (*FillVector) (FintUnit *, FintUnitList); int (*Print) (FILE *, FintUnitList, int (* pr)(FILE *, FintUnit) ); int (*GPrint) (FILE *, FintUnitList, int (*pr)(FILE *, FintUnit), char *l,char *m,char *r); int ( *Format) (OStream, CString, FintUnitList); }; extern struct FintUnit_listOpsStruct const *FintUnit_listPointer; |
| 812 | CREATE_LIST(FintUnit)struct FintUnit_listOpsStruct const *FintUnit_listPointer = ( struct FintUnit_listOpsStruct const *) &ptrlistOps; |
| 813 | |
| 814 | extern TForm typeInferAs(Stab, AbSyn, TForm); |
| 815 | |
| 816 | /************************************************************************** |
| 817 | * |
| 818 | * Globals |
| 819 | * |
| 820 | *************************************************************************/ |
| 821 | |
| 822 | localstatic FintUnitList fintUnitList; |
| 823 | localstatic Bool fintInitialized = false((int) 0); |
| 824 | localstatic unsigned unitId; /* id number, unique for each unit. */ |
| 825 | localstatic FintUnit unit; /* current unit */ |
| 826 | localstatic FintUnit mainUnit; |
| 827 | |
| 828 | struct mainInfo { |
| 829 | int globsSize; |
| 830 | int constsSize; |
| 831 | int fluidsSize; |
| 832 | int lexLevelsSize; |
| 833 | |
| 834 | } mainInfo; |
| 835 | |
| 836 | localstatic Buffer evalBuf; |
| 837 | |
| 838 | localstatic UByte * tape; /* interpreted string */ |
| 839 | localstatic FiProgPos ip; |
| 840 | localstatic DataObj headStack; /* first stack allocated */ |
| 841 | localstatic DataObj stack; /* current stack */ |
| 842 | localstatic DataObj sp; /* First free cell on the top of the stack. */ |
| 843 | localstatic DataObj bp; /* Bottom of the current frame; refers to a |
| 844 | * dataObj containing the old bp. |
| 845 | */ |
| 846 | localstatic FiGenIter currGenIter; /* Current coroutine */ |
| 847 | localstatic DataObj locValues; /* local values in the current stack frame */ |
| 848 | localstatic DataObj fluidValues; /* fluid values in the current stack frame */ |
| 849 | localstatic FiEnv lexEnv; /* current lexical environment */ |
| 850 | localstatic DataObj lev0; /* lexEnv->level, used to speed up lex(0,n) */ |
| 851 | localstatic ProgInfo prog; /* progInfo for the current program */ |
| 852 | localstatic FiProgPos * labels; |
| 853 | localstatic DataObj stackBase; |
| 854 | localstatic int labelFmt; |
| 855 | |
| 856 | fintForeign fintForeignTable [] = { |
| 857 | DECL_FOREIGN(fputs){ "fputs", FINT_FOREIGN_fputs, ((int) 0) }, |
| 858 | DECL_FOREIGN(fputss){ "fputss", FINT_FOREIGN_fputss, ((int) 0) }, |
| 859 | DECL_FOREIGN(fgetss){ "fgetss", FINT_FOREIGN_fgetss, ((int) 0) }, |
| 860 | DECL_FOREIGN(isatty){ "isatty", FINT_FOREIGN_isatty, ((int) 0) }, |
| 861 | DECL_FOREIGN(fileno){ "fileno", FINT_FOREIGN_fileno, ((int) 0) }, |
| 862 | DECL_FOREIGN(stdinFile){ "stdinFile", FINT_FOREIGN_stdinFile, ((int) 0) }, |
| 863 | DECL_FOREIGN(stdoutFile){ "stdoutFile", FINT_FOREIGN_stdoutFile, ((int) 0) }, |
| 864 | DECL_FOREIGN(stderrFile){ "stderrFile", FINT_FOREIGN_stderrFile, ((int) 0) }, |
| 865 | DECL_FOREIGN(formatSInt){ "formatSInt", FINT_FOREIGN_formatSInt, ((int) 0) }, |
| 866 | DECL_FOREIGN(formatBInt){ "formatBInt", FINT_FOREIGN_formatBInt, ((int) 0) }, |
| 867 | DECL_FOREIGN(formatSFloat){ "formatSFloat", FINT_FOREIGN_formatSFloat, ((int) 0) }, |
| 868 | DECL_FOREIGN(formatDFloat){ "formatDFloat", FINT_FOREIGN_formatDFloat, ((int) 0) }, |
| 869 | DECL_FOREIGN(fiGetDebugVar){ "fiGetDebugVar", FINT_FOREIGN_fiGetDebugVar, ((int) 0) }, |
| 870 | DECL_FOREIGN(fiSetDebugVar){ "fiSetDebugVar", FINT_FOREIGN_fiSetDebugVar, ((int) 0) }, |
| 871 | DECL_FOREIGN(fiGetDebugger){ "fiGetDebugger", FINT_FOREIGN_fiGetDebugger, ((int) 0) }, |
| 872 | DECL_FOREIGN(fiSetDebugger){ "fiSetDebugger", FINT_FOREIGN_fiSetDebugger, ((int) 0) }, |
| 873 | |
| 874 | DECL_FOREIGN(fputc){ "fputc", FINT_FOREIGN_fputc, ((int) 0) }, |
| 875 | DECL_FOREIGN(sqrt){ "sqrt", FINT_FOREIGN_sqrt, ((int) 0) }, |
| 876 | DECL_FOREIGN(pow){ "pow", FINT_FOREIGN_pow, ((int) 0) }, |
| 877 | DECL_FOREIGN(log){ "log", FINT_FOREIGN_log, ((int) 0) }, |
| 878 | DECL_FOREIGN(log10){ "log10", FINT_FOREIGN_log10, ((int) 0) }, |
| 879 | DECL_FOREIGN(exp){ "exp", FINT_FOREIGN_exp, ((int) 0) }, |
| 880 | DECL_FOREIGN(sin){ "sin", FINT_FOREIGN_sin, ((int) 0) }, |
| 881 | DECL_FOREIGN(cos){ "cos", FINT_FOREIGN_cos, ((int) 0) }, |
| 882 | DECL_FOREIGN(tan){ "tan", FINT_FOREIGN_tan, ((int) 0) }, |
| 883 | DECL_FOREIGN(sinh){ "sinh", FINT_FOREIGN_sinh, ((int) 0) }, |
| 884 | DECL_FOREIGN(cosh){ "cosh", FINT_FOREIGN_cosh, ((int) 0) }, |
| 885 | DECL_FOREIGN(tanh){ "tanh", FINT_FOREIGN_tanh, ((int) 0) }, |
| 886 | DECL_FOREIGN(asin){ "asin", FINT_FOREIGN_asin, ((int) 0) }, |
| 887 | DECL_FOREIGN(acos){ "acos", FINT_FOREIGN_acos, ((int) 0) }, |
| 888 | DECL_FOREIGN(atan){ "atan", FINT_FOREIGN_atan, ((int) 0) }, |
| 889 | DECL_FOREIGN(atan2){ "atan2", FINT_FOREIGN_atan2, ((int) 0) }, |
| 890 | DECL_FOREIGN(fopen){ "fopen", FINT_FOREIGN_fopen, ((int) 0) }, |
| 891 | DECL_FOREIGN(fclose){ "fclose", FINT_FOREIGN_fclose, ((int) 0) }, |
| 892 | DECL_FOREIGN(fflush){ "fflush", FINT_FOREIGN_fflush, ((int) 0) }, |
| 893 | DECL_FOREIGN(fgetc){ "fgetc", FINT_FOREIGN_fgetc, ((int) 0) }, |
| 894 | DECL_FOREIGN(lfputc){ "lfputc", FINT_FOREIGN_lfputc, ((int) 0) }, |
| 895 | DECL_FOREIGN(fseek){ "fseek", FINT_FOREIGN_fseek, ((int) 0) }, |
| 896 | DECL_FOREIGN(fseekset){ "fseekset", FINT_FOREIGN_fseekset, ((int) 0) }, |
| 897 | DECL_FOREIGN(ftell){ "ftell", FINT_FOREIGN_ftell, ((int) 0) }, |
| 898 | DECL_FOREIGN(mainArgc){ "mainArgc", FINT_FOREIGN_mainArgc, ((int) 0) }, |
| 899 | DECL_FOREIGN(mainArgv){ "mainArgv", FINT_FOREIGN_mainArgv, ((int) 0) }, |
| 900 | DECL_FOREIGN(strLength){ "strLength", FINT_FOREIGN_strLength, ((int) 0) }, |
| 901 | DECL_FOREIGN(fiStrHash){ "fiStrHash", FINT_FOREIGN_fiStrHash, ((int) 0) }, |
| 902 | /* recent stuff 1.1.9d */ |
| 903 | DECL_FOREIGN(fiDoubleHexPrintToString){ "fiDoubleHexPrintToString", FINT_FOREIGN_fiDoubleHexPrintToString , ((int) 0) }, |
| 904 | DECL_FOREIGN(fiInitialiseFpu){ "fiInitialiseFpu", FINT_FOREIGN_fiInitialiseFpu, ((int) 0) }, |
| 905 | DECL_FOREIGN(fiIeeeGetRoundingMode){ "fiIeeeGetRoundingMode", FINT_FOREIGN_fiIeeeGetRoundingMode , ((int) 0) }, |
| 906 | DECL_FOREIGN(fiIeeeSetRoundingMode){ "fiIeeeSetRoundingMode", FINT_FOREIGN_fiIeeeSetRoundingMode , ((int) 0) }, |
| 907 | DECL_FOREIGN(fiIeeeGetEnabledExceptions){ "fiIeeeGetEnabledExceptions", FINT_FOREIGN_fiIeeeGetEnabledExceptions , ((int) 0) }, |
| 908 | DECL_FOREIGN(fiIeeeSetEnabledExceptions){ "fiIeeeSetEnabledExceptions", FINT_FOREIGN_fiIeeeSetEnabledExceptions , ((int) 0) }, |
| 909 | DECL_FOREIGN(fiIeeeGetExceptionStatus){ "fiIeeeGetExceptionStatus", FINT_FOREIGN_fiIeeeGetExceptionStatus , ((int) 0) }, |
| 910 | DECL_FOREIGN(fiIeeeSetExceptionStatus){ "fiIeeeSetExceptionStatus", FINT_FOREIGN_fiIeeeSetExceptionStatus , ((int) 0) }, |
| 911 | |
| 912 | DECL_FOREIGN(fiDFloMantissa){ "fiDFloMantissa", FINT_FOREIGN_fiDFloMantissa, ((int) 0) }, |
| 913 | DECL_FOREIGN(fiDFloExponent){ "fiDFloExponent", FINT_FOREIGN_fiDFloExponent, ((int) 0) }, |
| 914 | DECL_FOREIGN(fiSFloMantissa){ "fiSFloMantissa", FINT_FOREIGN_fiSFloMantissa, ((int) 0) }, |
| 915 | DECL_FOREIGN(fiSFloExponent){ "fiSFloExponent", FINT_FOREIGN_fiSFloExponent, ((int) 0) }, |
| 916 | /* Operating System Interface */ |
| 917 | DECL_FOREIGN(osRun){ "osRun", FINT_FOREIGN_osRun, ((int) 0) }, |
| 918 | DECL_FOREIGN(osRunConcurrent){ "osRunConcurrent", FINT_FOREIGN_osRunConcurrent, ((int) 0) }, |
| 919 | DECL_FOREIGN(osRunQuoteArg){ "osRunQuoteArg", FINT_FOREIGN_osRunQuoteArg, ((int) 0) }, |
| 920 | DECL_FOREIGN(osCpuTime){ "osCpuTime", FINT_FOREIGN_osCpuTime, ((int) 0) }, |
| 921 | DECL_FOREIGN(osDate){ "osDate", FINT_FOREIGN_osDate, ((int) 0) }, |
| 922 | DECL_FOREIGN(osGetEnv){ "osGetEnv", FINT_FOREIGN_osGetEnv, ((int) 0) }, |
| 923 | DECL_FOREIGN(osPutEnv){ "osPutEnv", FINT_FOREIGN_osPutEnv, ((int) 0) }, |
| 924 | DECL_FOREIGN(osPutEnvIsKept){ "osPutEnvIsKept", FINT_FOREIGN_osPutEnvIsKept, ((int) 0) }, |
| 925 | DECL_FOREIGN_CONST(osIoRdMode){ "osIoRdMode", FINT_FOREIGN_osIoRdMode, 1 }, |
| 926 | DECL_FOREIGN_CONST(osIoWrMode){ "osIoWrMode", FINT_FOREIGN_osIoWrMode, 1 }, |
| 927 | DECL_FOREIGN_CONST(osIoApMode){ "osIoApMode", FINT_FOREIGN_osIoApMode, 1 }, |
| 928 | DECL_FOREIGN_CONST(osIoRbMode){ "osIoRbMode", FINT_FOREIGN_osIoRbMode, 1 }, |
| 929 | DECL_FOREIGN_CONST(osIoWbMode){ "osIoWbMode", FINT_FOREIGN_osIoWbMode, 1 }, |
| 930 | DECL_FOREIGN_CONST(osIoAbMode){ "osIoAbMode", FINT_FOREIGN_osIoAbMode, 1 }, |
| 931 | DECL_FOREIGN_CONST(osIoRubMode){ "osIoRubMode", FINT_FOREIGN_osIoRubMode, 1 }, |
| 932 | DECL_FOREIGN_CONST(osIoWubMode){ "osIoWubMode", FINT_FOREIGN_osIoWubMode, 1 }, |
| 933 | DECL_FOREIGN_CONST(osIoAubMode){ "osIoAubMode", FINT_FOREIGN_osIoAubMode, 1 }, |
| 934 | DECL_FOREIGN_CONST(osObjectFileType){ "osObjectFileType", FINT_FOREIGN_osObjectFileType, 1 }, |
| 935 | DECL_FOREIGN_CONST(osExecFileType){ "osExecFileType", FINT_FOREIGN_osExecFileType, 1 }, |
| 936 | DECL_FOREIGN(osCurDirName){ "osCurDirName", FINT_FOREIGN_osCurDirName, ((int) 0) }, |
| 937 | DECL_FOREIGN(osTmpDirName){ "osTmpDirName", FINT_FOREIGN_osTmpDirName, ((int) 0) }, |
| 938 | DECL_FOREIGN(osFnameDirEqual){ "osFnameDirEqual", FINT_FOREIGN_osFnameDirEqual, ((int) 0) }, |
| 939 | DECL_FOREIGN(osSubdir){ "osSubdir", FINT_FOREIGN_osSubdir, ((int) 0) }, |
| 940 | DECL_FOREIGN(osSubdirLength){ "osSubdirLength", FINT_FOREIGN_osSubdirLength, ((int) 0) }, |
| 941 | DECL_FOREIGN_CONST(osFnameNParts){ "osFnameNParts", FINT_FOREIGN_osFnameNParts, 1 }, |
| 942 | DECL_FOREIGN(osFnameParse){ "osFnameParse", FINT_FOREIGN_osFnameParse, ((int) 0) }, |
| 943 | DECL_FOREIGN(osFnameParseSize){ "osFnameParseSize", FINT_FOREIGN_osFnameParseSize, ((int) 0 ) }, |
| 944 | DECL_FOREIGN(osFnameUnparse){ "osFnameUnparse", FINT_FOREIGN_osFnameUnparse, ((int) 0) }, |
| 945 | DECL_FOREIGN(osFnameUnparseSize){ "osFnameUnparseSize", FINT_FOREIGN_osFnameUnparseSize, ((int ) 0) }, |
| 946 | DECL_FOREIGN(osFnameTempSeed){ "osFnameTempSeed", FINT_FOREIGN_osFnameTempSeed, ((int) 0) }, |
| 947 | DECL_FOREIGN(osFnameTempDir){ "osFnameTempDir", FINT_FOREIGN_osFnameTempDir, ((int) 0) }, |
| 948 | DECL_FOREIGN(osIsInteractive){ "osIsInteractive", FINT_FOREIGN_osIsInteractive, ((int) 0) }, |
| 949 | DECL_FOREIGN(osFileRemove){ "osFileRemove", FINT_FOREIGN_osFileRemove, ((int) 0) }, |
| 950 | DECL_FOREIGN(osFileRename){ "osFileRename", FINT_FOREIGN_osFileRename, ((int) 0) }, |
| 951 | DECL_FOREIGN(osFileIsThere){ "osFileIsThere", FINT_FOREIGN_osFileIsThere, ((int) 0) }, |
| 952 | DECL_FOREIGN(osFileHash){ "osFileHash", FINT_FOREIGN_osFileHash, ((int) 0) }, |
| 953 | DECL_FOREIGN(osFileSize){ "osFileSize", FINT_FOREIGN_osFileSize, ((int) 0) }, |
| 954 | DECL_FOREIGN(osDirIsThere){ "osDirIsThere", FINT_FOREIGN_osDirIsThere, ((int) 0) }, |
| 955 | DECL_FOREIGN(osDirSwap){ "osDirSwap", FINT_FOREIGN_osDirSwap, ((int) 0) }, |
| 956 | DECL_FOREIGN(osIncludePath){ "osIncludePath", FINT_FOREIGN_osIncludePath, ((int) 0) }, |
| 957 | DECL_FOREIGN(osLibraryPath){ "osLibraryPath", FINT_FOREIGN_osLibraryPath, ((int) 0) }, |
| 958 | DECL_FOREIGN(osExecutePath){ "osExecutePath", FINT_FOREIGN_osExecutePath, ((int) 0) }, |
| 959 | DECL_FOREIGN(osPathLength){ "osPathLength", FINT_FOREIGN_osPathLength, ((int) 0) }, |
| 960 | DECL_FOREIGN(osPathParse){ "osPathParse", FINT_FOREIGN_osPathParse, ((int) 0) }, |
| 961 | /* Gc timer */ |
| 962 | DECL_FOREIGN(gcTimer){ "gcTimer", FINT_FOREIGN_gcTimer, ((int) 0) }, |
| 963 | DECL_FOREIGN(fiRaiseException){ "fiRaiseException", FINT_FOREIGN_fiRaiseException, ((int) 0 ) }, |
| 964 | DECL_FOREIGN(osAllocShow){ "osAllocShow", FINT_FOREIGN_osAllocShow, ((int) 0) }, |
| 965 | DECL_FOREIGN(osAlloc){ "osAlloc", FINT_FOREIGN_osAlloc, ((int) 0) }, |
| 966 | DECL_FOREIGN(osFree){ "osFree", FINT_FOREIGN_osFree, ((int) 0) }, |
| 967 | DECL_FOREIGN(osMemMap){ "osMemMap", FINT_FOREIGN_osMemMap, ((int) 0) }, |
| 968 | DECL_FOREIGN(randomSeed){ "randomSeed", FINT_FOREIGN_randomSeed, ((int) 0) }, |
| 969 | |
| 970 | /* Runtime hashcode checks */ |
| 971 | DECL_FOREIGN(fiNewExportTable){ "fiNewExportTable", FINT_FOREIGN_fiNewExportTable, ((int) 0 ) }, |
| 972 | DECL_FOREIGN(fiAddToExportTable){ "fiAddToExportTable", FINT_FOREIGN_fiAddToExportTable, ((int ) 0) }, |
| 973 | DECL_FOREIGN(fiFreeExportTable){ "fiFreeExportTable", FINT_FOREIGN_fiFreeExportTable, ((int) 0) }, |
| 974 | |
| 975 | {NULL((void*)0), FINT_FOREIGN_END} /* TERMINATE TABLE */ |
| 976 | }; |
| 977 | |
| 978 | /************************************************************************** |
| 979 | * Debugging globals |
| 980 | *************************************************************************/ |
| 981 | |
| 982 | Bool fintDebug = false((int) 0); |
| 983 | Bool fintLinkDebug = false((int) 0); |
| 984 | Bool fintStoDebug = false((int) 0); |
| 985 | Bool fintExceptDebug = false((int) 0); |
| 986 | |
| 987 | localstatic long instrCounter = 0; |
| 988 | |
| 989 | /************************************************************************** |
| 990 | * Globals shared with Aldor |
| 991 | *************************************************************************/ |
| 992 | |
| 993 | Bool fintVerbose = true1; /* Valid only with interactive Aldor */ |
| 994 | Bool fintHistory = false((int) 0); /* Valid only with interactive Aldor */ |
| 995 | |
| 996 | UShort intStepNo = 0; /* current step in the interpreter */ |
| 997 | |
| 998 | /************************************************************************** |
| 999 | * |
| 1000 | *************************************************************************/ |
| 1001 | |
| 1002 | Bool fintConfirm = true1; |
| 1003 | Bool fintTimings = true1; /* Display timings in loop mode? */ |
| 1004 | long fintMsgLimit = ABPP_UNCLIPPED(200000L); /* Default no msg limit */ |
| 1005 | long fintExntraceMode = 0; /* Default: no trace */ |
| 1006 | |
| 1007 | /************************************************************************** |
| 1008 | * |
| 1009 | * Local functions prototype |
| 1010 | * |
| 1011 | *************************************************************************/ |
| 1012 | |
| 1013 | localstatic void loadUnitFrLib (Lib); |
| 1014 | localstatic Bool loadOtherUnits (void); |
| 1015 | localstatic void unloadOtherUnits (void); |
| 1016 | localstatic Bool loadMainUnit (Foam); |
| 1017 | localstatic void loadUnit (String, Buffer); |
| 1018 | |
| 1019 | localstatic void readDefs (FintUnit); |
| 1020 | localstatic void readDef (FintUnit); |
| 1021 | |
| 1022 | localstatic void unitFree (FintUnit); |
| 1023 | localstatic Fmt fmtAlloc (int); |
| 1024 | localstatic void fmtFree (Fmt); |
| 1025 | localstatic void fmtGlobalsFree (FintUnit); |
| 1026 | localstatic void fmtConstantsFree (FintUnit); |
| 1027 | localstatic void fmtFluidsFree (FintUnit); |
| 1028 | localstatic void lexLevelsFree (FintUnit); |
| 1029 | localstatic void fintLoadLexLevels (FintUnit, int); |
| 1030 | localstatic ShDataObj shDataObjAdd (AInt, String, int, int, FintUnit); |
| 1031 | localstatic ShDataObj shDataObjFind (AInt, String, int); |
| 1032 | localstatic void shDataObjFree (ShDataObj); |
| 1033 | localstatic void stackChain (int); |
| 1034 | |
| 1035 | |
| 1036 | localstatic dataType fintStmt (DataObj); |
| 1037 | localstatic dataType fintEval (DataObj); |
| 1038 | localstatic dataType fintGetReference (Ref); |
| 1039 | localstatic void fintSetMFmt (DataObj, DataObj); |
| 1040 | |
| 1041 | localstatic int fintReadFmt (Fmt *); |
| 1042 | localstatic void fintLoadGlobalsFmt (FintUnit); |
| 1043 | localstatic void fintLoadConstantsFmt (FintUnit); |
| 1044 | localstatic void fintLoadFluidsFmt (FintUnit); |
| 1045 | localstatic void fintLoadLexLevels (FintUnit, int); |
| 1046 | |
| 1047 | localstatic void skipProg (FiProgPos *, int *); |
| 1048 | localstatic SFloat fintRdSFloat (void); |
| 1049 | localstatic DFloat fintRdDFloat (void); |
| 1050 | localstatic String fintRdChars (int cc); |
| 1051 | localstatic String fintGetn (Length n); |
| 1052 | localstatic void fintPushFluids (int); |
| 1053 | |
| 1054 | extern void fintSoftAssert (char *, char *, int); |
| 1055 | extern void fintHardAssert (char *, char *, int); |
| 1056 | |
| 1057 | localstatic int fintExecMainUnit (void); |
| 1058 | |
| 1059 | localstatic void fintGetInitInterpTime (void); |
| 1060 | localstatic void fintGetEndInterpTime (void); |
| 1061 | |
| 1062 | localstatic dataType fintDoCall0 (DataObj clos, DataObj); |
| 1063 | localstatic dataType fintDoCall1 (DataObj clos, DataObj, DataObj); |
| 1064 | localstatic dataType fintDoCall (DataObj clos, DataObj, int, ...); |
| 1065 | localstatic dataType fintDoCallN (DataObj clos, DataObj, int, DataObj *); |
| 1066 | |
| 1067 | void fintWhere(int level); |
| 1068 | void fintCheckCallStack(void); |
| 1069 | localstatic void * fintSaveState(void); |
| 1070 | localstatic void fintRestoreState(void *); |
| 1071 | |
| 1072 | localstatic Bool fintGenerStep(FiGenIter); |
| 1073 | localstatic DataObj fintGenerLocsAlloc(int sz); |
| 1074 | localstatic void fintGenerLocsFree(DataObj); |
| 1075 | |
| 1076 | /************************************************************************** |
| 1077 | * :: fintInit() |
| 1078 | * :: fintFini() |
| 1079 | *************************************************************************/ |
| 1080 | |
| 1081 | /* Initializes data structures. |
| 1082 | * Must be called before using any other fint function |
| 1083 | */ |
| 1084 | void |
| 1085 | fintInit(void) |
| 1086 | { |
| 1087 | if (!fintInitialized) { |
| 1088 | extern void (*fiExceptionHandler)(char *,void *); |
| 1089 | fiRegisterStateFns(fintSaveState, fintRestoreState); |
| 1090 | fiExceptionHandler = &fintRaiseException; |
| 1091 | fiInitialiseFpu(); |
| 1092 | } |
| 1093 | fintInitialized = true1; |
| 1094 | fintUnitList = listNil(FintUnit)((FintUnitList) 0); |
| 1095 | |
| 1096 | headStack = fintAlloc(union dataObj, STACK_SIZE + 1)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (3000 + 1)), 0, sizeof(union dataObj) * (3000 + 1))); |
| 1097 | headStack[STACK_SIZE3000].ptr = 0; |
| 1098 | |
| 1099 | stack = headStack; |
| 1100 | bp = headStack; |
| 1101 | sp = headStack + 1; |
| 1102 | ip = 0; |
| 1103 | headStack[0].ptr = (DataObj) NULL((void*)0); |
| 1104 | |
| 1105 | /* create a progInfo so that it can process (Clos (Env 0) ...) when |
| 1106 | * reads defs |
| 1107 | */ |
| 1108 | prog = (ProgInfo) fintAlloc(struct progInfo, 1)((DataObj) memset(stoAlloc(0, sizeof(struct progInfo) * (1)), 0, sizeof(struct progInfo) * (1))); |
| 1109 | progInfoDEnv(prog)((prog)->denv) = (UByte *) fintAlloc(UByte, 1)((DataObj) memset(stoAlloc(0, sizeof(UByte) * (1)), 0, sizeof (UByte) * (1))); |
| 1110 | *progInfoDEnv(prog)((prog)->denv) = POS_LEX_FMT4; /* null format */ |
| 1111 | |
| 1112 | evalBuf = bufNew(); |
| 1113 | |
| 1114 | /* *********** mainUnit *********** */ |
| 1115 | |
| 1116 | mainUnit = (FintUnit) fintAlloc(fintUnit,1)((DataObj) memset(stoAlloc(0, sizeof(fintUnit) * (1)), 0, sizeof (fintUnit) * (1))); |
| 1117 | |
| 1118 | fintUnitId(mainUnit)((mainUnit)->unitId) = unitId++; |
| 1119 | fintUnitTape(mainUnit)((mainUnit)->tape) = bufData(evalBuf); |
| 1120 | fintUnitName(mainUnit)((mainUnit)->name) = "main"; |
| 1121 | fintUnitBuffer(mainUnit)((mainUnit)->buf) = evalBuf; |
| 1122 | } |
| 1123 | |
| 1124 | /* Frees all the allocated data structures. |
| 1125 | * Must be called after the last fint() call |
| 1126 | */ |
| 1127 | void |
| 1128 | fintFini(void) |
| 1129 | { |
| 1130 | FintUnitList ul = fintUnitList; |
| 1131 | FintUnit u; |
| 1132 | |
| 1133 | /* fintFree(progInfoDEnv(prog)); |
| 1134 | fintFree(prog); |
| 1135 | */ |
| 1136 | |
| 1137 | for (; ul; ul = cdr(ul)((ul)->rest)) { |
| 1138 | u = car(ul)((ul)->first); |
| 1139 | unitFree(u); |
| 1140 | } |
| 1141 | |
| 1142 | bufFree(evalBuf); |
| 1143 | unloadOtherUnits(); |
| 1144 | } |
| 1145 | |
| 1146 | localstatic void |
| 1147 | fintChainedStackFree(DataObj st) |
| 1148 | { |
| 1149 | if (!st) return; |
| 1150 | |
| 1151 | fintChainedStackFree(st[STACK_SIZE3000].ptr); |
| 1152 | fintFree(st)stoFree((st)); |
| 1153 | } |
| 1154 | |
| 1155 | /* Called before running the garbage collector. |
| 1156 | * Cleans the stack to improve the effectiveness of the garbage coll. |
| 1157 | * Also deletes all the added supplementary stacks |
| 1158 | */ |
| 1159 | void |
| 1160 | fintFreeJunk(void) |
| 1161 | { |
| 1162 | DataObj p = headStack; |
| 1163 | |
| 1164 | while (p < headStack + STACK_SIZE3000) { |
| 1165 | p->fiWord = (FiWord) 0; |
| 1166 | p = (DataObj) (((FiWord *) p) + 1); |
| 1167 | } |
| 1168 | |
| 1169 | fintChainedStackFree(headStack[STACK_SIZE3000].ptr); |
| 1170 | headStack[STACK_SIZE3000].ptr = 0; /* unchain added stacks */ |
| 1171 | |
| 1172 | return; |
| 1173 | } |
| 1174 | |
| 1175 | /***************************************************************************** |
| 1176 | * |
| 1177 | * :: Units loading |
| 1178 | * |
| 1179 | ****************************************************************************/ |
| 1180 | |
| 1181 | |
| 1182 | localstatic LibList libUsedList = 0; |
| 1183 | localstatic LibList libDoneList = 0; |
| 1184 | |
| 1185 | /* Check if a the library corresponding to "name" has been already loaded. |
| 1186 | * If not, push this library in libUsedList, i.e. the list of libraries that |
| 1187 | * must be loaded. |
| 1188 | * NOTE that "name" come from globals with protocol `FOAM_Proto_Init'. |
| 1189 | * NOTE that a library must be loaded exactly once. |
| 1190 | */ |
| 1191 | localstatic void |
| 1192 | lazyLibGet(String name) |
| 1193 | { |
| 1194 | Lib lib; |
| 1195 | char aoFile[80]; |
| 1196 | |
| 1197 | fintLinkDEBUGif (!fintLinkDebug) { } else afprintf(dbOut,"LazyGet of %s...\n", name); |
| 1198 | |
| 1199 | if (name[0] == '-' && name[1] == 0) return; |
| 1200 | |
| 1201 | if (strEqual(name, "runtime")) { |
| 1202 | Archive ar = arFrString("libfoam.al"); |
| 1203 | lib = ar ? symeLibrary(car(arGetLibrarySymes(ar)))((Lib) (SYFI_Library < (8 * sizeof(int)) && !((((( ((arGetLibrarySymes(ar))->first))->kind == SYME_Trigger ? libGetAllSymes((((arGetLibrarySymes(ar))->first))->lib ) : ((void*)0)), (((arGetLibrarySymes(ar))->first)))->hasmask ) & (1 << (SYFI_Library))) ? (symeFieldInfo[SYFI_Library ].def) : (((((((arGetLibrarySymes(ar))->first))->kind == SYME_Trigger ? libGetAllSymes((((arGetLibrarySymes(ar))-> first))->lib) : ((void*)0)), (((arGetLibrarySymes(ar))-> first)))->locmask) & (1 << (SYFI_Library))) ? (( ((((((arGetLibrarySymes(ar))->first))->kind == SYME_Trigger ? libGetAllSymes((((arGetLibrarySymes(ar))->first))->lib ) : ((void*)0)), (((arGetLibrarySymes(ar))->first)))->locmask ) & (1 << (SYFI_Library))) ? ((((arGetLibrarySymes( ar))->first))->fieldv)[symeIndex(((arGetLibrarySymes(ar ))->first),SYFI_Library)] : (symeFieldInfo[SYFI_Library].def )) : symeGetFieldFn(((arGetLibrarySymes(ar))->first),SYFI_Library ))) : NULL((void*)0); |
| 1204 | } |
| 1205 | else { |
| 1206 | (void)sprintf(aoFile, "%s.ao", name); |
| 1207 | lib = libFrString(aoFile); |
| 1208 | } |
| 1209 | |
| 1210 | if (lib == NULL((void*)0)) |
| 1211 | LongJmp(fintJmpBuf, 1){ fluidUnwind((fintJmpBuf).fluidLevel, 1); longjmp((fintJmpBuf ).buf, 1);; }; |
| 1212 | |
| 1213 | if (!lib->intLoaded) { |
| 1214 | libUsedList = listCons(Lib)(Lib_listPointer->Cons)(lib, libUsedList); |
| 1215 | lib->intLoaded = true1; |
| 1216 | } |
| 1217 | } |
| 1218 | |
| 1219 | /***************************************************************************** |
| 1220 | * |
| 1221 | ****************************************************************************/ |
| 1222 | |
| 1223 | |
| 1224 | /* Read recursively all the library used */ |
| 1225 | localstatic Bool |
| 1226 | loadOtherUnits(void) |
| 1227 | { |
| 1228 | Lib lib0; |
| 1229 | |
| 1230 | while (libUsedList) { |
| 1231 | lib0 = car(libUsedList)((libUsedList)->first); |
| 1232 | libUsedList = listFreeCons(Lib)(Lib_listPointer->FreeCons)(libUsedList); |
| 1233 | libDoneList = listCons(Lib)(Lib_listPointer->Cons)(lib0, libDoneList); |
| 1234 | loadUnitFrLib(lib0); |
| 1235 | } |
| 1236 | |
| 1237 | return false((int) 0); |
| 1238 | } |
| 1239 | |
| 1240 | localstatic void |
| 1241 | unloadOtherUnits(void) |
| 1242 | { |
| 1243 | Lib lib0; |
| 1244 | |
| 1245 | while (libDoneList) { |
| 1246 | lib0 = car(libDoneList)((libDoneList)->first); |
| 1247 | libDoneList = listFreeCons(Lib)(Lib_listPointer->FreeCons)(libDoneList); |
| 1248 | libClose(lib0); |
| 1249 | } |
| 1250 | } |
| 1251 | |
| 1252 | /* |
| 1253 | Called for each call of fint. |
| 1254 | */ |
| 1255 | localstatic Bool |
| 1256 | loadMainUnit(Foam foam) |
| 1257 | { |
| 1258 | int tag, fmt, argc, i, j, n; |
| 1259 | Buffer buf; |
| 1260 | FintUnit progUnit; |
| 1261 | FiProgPos constPos; |
| 1262 | |
| 1263 | progUnit = (FintUnit) fintAlloc(fintUnit, 1)((DataObj) memset(stoAlloc(0, sizeof(fintUnit) * (1)), 0, sizeof (fintUnit) * (1))); |
| 1264 | fintUnitBuffer(progUnit)((progUnit)->buf) = bufNew(); |
| 1265 | fintUnitId(progUnit)((progUnit)->unitId) = unitId++; |
| 1266 | fintUnitName(progUnit)((progUnit)->name) = "top-level"; |
| 1267 | |
| 1268 | unit = progUnit; |
| 1269 | |
| 1270 | fintUnitList = listCons(FintUnit)(FintUnit_listPointer->Cons)(progUnit, fintUnitList); |
| 1271 | |
| 1272 | bufStart(evalBuf); |
| 1273 | |
| 1274 | (void)foamToBuffer(evalBuf, foamUnitFormats(foam)((foam)->foamUnit.formats)); /* Reads ddecl */ |
| 1275 | |
| 1276 | tape = bufData(evalBuf); |
| 1277 | ip = 0; |
| 1278 | |
| 1279 | fintGetTagFmtArgc(tag, fmt, argc){ { (((tag)) = tape[ip++]); (fmt) = (((tag))<(FOAM_VECTOR_START )? 0:((((tag))-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); (tag) = ((((tag))) - (((fmt)))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } if ((foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == (-1)) { switch (fmt) { case 0: { String _s = fintGetn(4); (argc ) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fmt) - 2; break; } } else (argc) = (foamInfoTable [(int)(tag)-(int)FOAM_START]).argc; }; |
| 1280 | hardAssert(tag == FOAM_DFmt)do { if (!(tag == FOAM_DFmt)) fintHardAssert("tag == FOAM_DFmt" , "fint.c", 1280); } while (0); |
| 1281 | |
| 1282 | fintLoadGlobalsFmt(mainUnit); |
| 1283 | fintLoadConstantsFmt(mainUnit); |
| 1284 | fintLoadFluidsFmt(mainUnit); |
| 1285 | fintLoadLexLevels(mainUnit, argc); |
| 1286 | |
| 1287 | /* Copy shared structures in progUnit */ |
| 1288 | |
| 1289 | fintUnitGlobs(progUnit)((progUnit)->fmtGlobs) = fintUnitGlobs(mainUnit)((mainUnit)->fmtGlobs); |
| 1290 | fintUnitConsts(progUnit)((progUnit)->fmtConsts) = fintUnitConsts(mainUnit)((mainUnit)->fmtConsts); |
| 1291 | fintUnitFluids(progUnit)((progUnit)->fmtFluids) = fintUnitFluids(mainUnit)((mainUnit)->fmtFluids); |
| 1292 | fintUnitLexLevels(progUnit)((progUnit)->lexLevels) = fintUnitLexLevels(mainUnit)((mainUnit)->lexLevels); |
| 1293 | |
| 1294 | fintUnitGlobsCount(progUnit)((progUnit)->globsCount) = fintUnitGlobsCount(mainUnit)((mainUnit)->globsCount); |
| 1295 | fintUnitConstsCount(progUnit)((progUnit)->constsCount) = fintUnitConstsCount(mainUnit)((mainUnit)->constsCount); |
| 1296 | fintUnitFluidsCount(progUnit)((progUnit)->fluidsCount) = fintUnitFluidsCount(mainUnit)((mainUnit)->fluidsCount); |
| 1297 | fintUnitLexLevelsCount(progUnit)((progUnit)->lexLevelsCount) = fintUnitLexLevelsCount(mainUnit)((mainUnit)->lexLevelsCount); |
| 1298 | |
| 1299 | fintUnitGlobValues(progUnit)((progUnit)->globValues) = fintUnitGlobValues(mainUnit)((mainUnit)->globValues); |
| 1300 | fintUnitConstValues(progUnit)((progUnit)->constValues) = fintUnitConstValues(mainUnit)((mainUnit)->constValues); |
| 1301 | |
| 1302 | /******** Reads (Const 0) in mainUnit *********/ |
| 1303 | |
| 1304 | bufStart(evalBuf); |
| 1305 | |
| 1306 | (void)foamToBuffer(evalBuf, foamArgv(foam->foamUnit.defs)((foam->foamUnit.defs)->foamGen.argv)[0].code); |
| 1307 | |
| 1308 | tape = bufData(evalBuf); |
| 1309 | ip = 0; |
| 1310 | |
| 1311 | readDef(mainUnit); |
| 1312 | |
| 1313 | /******** Reads (Const 1..n) in progUnit *********/ |
| 1314 | |
| 1315 | n = fintUnitConstsCount(mainUnit)((mainUnit)->constsCount); |
| 1316 | buf = fintUnitBuffer(progUnit)((progUnit)->buf); |
| 1317 | constPos = 0; |
| 1318 | j = 1; |
| 1319 | |
| 1320 | for (i = 1; j < n; i++) { |
| 1321 | Foam foam0 = foamArgv(foam->foamUnit.defs)((foam->foamUnit.defs)->foamGen.argv)[i].code; |
| 1322 | if (foamTag(foam0->foamGen.argv[0].code)((foam0->foamGen.argv[0].code)->hdr.tag) != FOAM_Const) |
| 1323 | continue; |
| 1324 | (void)foamToBuffer(buf, foam0); |
| 1325 | j++; |
| 1326 | |
| 1327 | tape = bufData(buf); /* here, because may change */ |
| 1328 | ip = constPos; |
| 1329 | constPos = bufPosition(buf); |
| 1330 | readDef(progUnit); |
| 1331 | } |
| 1332 | |
| 1333 | fintUnitTape(mainUnit)((mainUnit)->tape) = bufData(evalBuf); |
| 1334 | fintUnitTape(progUnit)((progUnit)->tape) = bufData(fintUnitBuffer(progUnit)((progUnit)->buf)); |
| 1335 | |
| 1336 | return false((int) 0); |
| 1337 | } |
| 1338 | |
| 1339 | |
| 1340 | localstatic void |
| 1341 | loadUnitFrLib(Lib lib) |
| 1342 | { |
| 1343 | String name; |
| 1344 | Buffer buf; |
| 1345 | |
| 1346 | name = libToStringShort(lib)(((lib)->name)->partv[1]); |
| 1347 | |
| 1348 | fintLinkDEBUGif (!fintLinkDebug) { } else afprintf(dbOut, "----------------- Loading unit %s -----------------\n", name); |
| 1349 | |
| 1350 | hardAssert(lib)do { if (!(lib)) fintHardAssert("lib", "fint.c", 1350); } while (0); |
| 1351 | |
| 1352 | libGetUnitBuffer(lib); |
| 1353 | buf = lib->unitb; |
| 1354 | |
| 1355 | tape = bufData(buf); |
| 1356 | ip = 0; |
| 1357 | |
| 1358 | loadUnit(name, buf); |
| 1359 | } |
| 1360 | |
| 1361 | |
| 1362 | /* Load a new unit from tape |
| 1363 | */ |
| 1364 | localstatic void |
| 1365 | loadUnit(String name, Buffer buf) |
| 1366 | { |
| 1367 | int tag, fmt, argc; |
| 1368 | |
| 1369 | fintGetTagFmtArgc(tag, fmt, argc){ { (((tag)) = tape[ip++]); (fmt) = (((tag))<(FOAM_VECTOR_START )? 0:((((tag))-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); (tag) = ((((tag))) - (((fmt)))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } if ((foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == (-1)) { switch (fmt) { case 0: { String _s = fintGetn(4); (argc ) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fmt) - 2; break; } } else (argc) = (foamInfoTable [(int)(tag)-(int)FOAM_START]).argc; }; |
| 1370 | |
| 1371 | hardAssert(tag == FOAM_Unit)do { if (!(tag == FOAM_Unit)) fintHardAssert("tag == FOAM_Unit" , "fint.c", 1371); } while (0); |
| 1372 | hardAssert(argc == 2)do { if (!(argc == 2)) fintHardAssert("argc == 2", "fint.c", 1372 ); } while (0); |
| 1373 | |
| 1374 | /* allocates fintUnit */ |
| 1375 | unit = (FintUnit) fintAlloc(fintUnit,1)((DataObj) memset(stoAlloc(0, sizeof(fintUnit) * (1)), 0, sizeof (fintUnit) * (1))); |
| 1376 | fintUnitList = listCons(FintUnit)(FintUnit_listPointer->Cons)(unit, fintUnitList); |
| 1377 | |
| 1378 | fintUnitId(unit)((unit)->unitId) = unitId++; |
| 1379 | fintUnitTape(unit)((unit)->tape) = tape; |
| 1380 | fintUnitBuffer(unit)((unit)->buf) = buf; |
| 1381 | fintUnitName(unit)((unit)->name) = strCopy(name); |
| 1382 | |
| 1383 | fintGetTagFmtArgc(tag, fmt, argc){ { (((tag)) = tape[ip++]); (fmt) = (((tag))<(FOAM_VECTOR_START )? 0:((((tag))-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); (tag) = ((((tag))) - (((fmt)))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } if ((foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == (-1)) { switch (fmt) { case 0: { String _s = fintGetn(4); (argc ) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fmt) - 2; break; } } else (argc) = (foamInfoTable [(int)(tag)-(int)FOAM_START]).argc; }; |
| 1384 | hardAssert(tag == FOAM_DFmt)do { if (!(tag == FOAM_DFmt)) fintHardAssert("tag == FOAM_DFmt" , "fint.c", 1384); } while (0); |
| 1385 | |
| 1386 | fintLoadGlobalsFmt(unit); |
| 1387 | fintLoadConstantsFmt(unit); |
| 1388 | fintLoadFluidsFmt(unit); |
| 1389 | fintLoadLexLevels(unit, argc); |
| 1390 | |
| 1391 | readDefs(unit); |
| 1392 | } |
| 1393 | |
| 1394 | |
| 1395 | localstatic void |
| 1396 | readDefs(FintUnit unit) |
| 1397 | { |
| 1398 | int tag, fmt, argc; |
| 1399 | int j; |
| 1400 | |
| 1401 | fintGetTagFmtArgc(tag, fmt, argc){ { (((tag)) = tape[ip++]); (fmt) = (((tag))<(FOAM_VECTOR_START )? 0:((((tag))-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); (tag) = ((((tag))) - (((fmt)))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } if ((foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == (-1)) { switch (fmt) { case 0: { String _s = fintGetn(4); (argc ) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fmt) - 2; break; } } else (argc) = (foamInfoTable [(int)(tag)-(int)FOAM_START]).argc; }; |
| 1402 | hardAssert(tag == FOAM_DDef)do { if (!(tag == FOAM_DDef)) fintHardAssert("tag == FOAM_DDef" , "fint.c", 1402); } while (0); |
| 1403 | |
| 1404 | for (j = 0; j < argc; j++) |
| 1405 | readDef(unit); |
| 1406 | } |
| 1407 | |
| 1408 | localstatic void |
| 1409 | readDef(FintUnit unit) |
| 1410 | { |
| 1411 | int tag, fmt, argc, num = 0; |
| 1412 | DataObj ref; |
| 1413 | union dataObj expr; |
| 1414 | dataType type; |
| 1415 | FiProgPos oldIp; |
| 1416 | |
| 1417 | fintGetTagFmtArgc(tag, fmt, argc){ { (((tag)) = tape[ip++]); (fmt) = (((tag))<(FOAM_VECTOR_START )? 0:((((tag))-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); (tag) = ((((tag))) - (((fmt)))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } if ((foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == (-1)) { switch (fmt) { case 0: { String _s = fintGetn(4); (argc ) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fmt) - 2; break; } } else (argc) = (foamInfoTable [(int)(tag)-(int)FOAM_START]).argc; }; |
| 1418 | hardAssert(tag == FOAM_Def)do { if (!(tag == FOAM_Def)) fintHardAssert("tag == FOAM_Def" , "fint.c", 1418); } while (0); |
| 1419 | hardAssert(argc == 2)do { if (!(argc == 2)) fintHardAssert("argc == 2", "fint.c", 1419 ); } while (0); |
| 1420 | |
| 1421 | oldIp = ip; |
| 1422 | |
| 1423 | fintGetTagFmt(tag, fmt){ ((tag) = tape[ip++]); fmt = ((tag)<(FOAM_VECTOR_START)? 0 :(((tag)-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); tag = (((tag)) - ((fmt))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); }; |
| 1424 | |
| 1425 | if (tag == FOAM_Const) { |
| 1426 | fintGetInt(fmt, num){ switch (fmt) { case 0: { String _s = fintGetn(4); (num) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((num) = tape[ip++]); break ; default: (num) = (fmt) - 2; break; } }; |
| 1427 | hardAssert(num < fintUnitConstsCount(unit))do { if (!(num < ((unit)->constsCount))) fintHardAssert ("num < fintUnitConstsCount(unit)", "fint.c", 1427); } while (0); |
| 1428 | } |
| 1429 | |
| 1430 | if (tag == FOAM_Const && constType(num)((((unit)->fmtConsts)[(num)]).type) == FOAM_Prog) { |
| 1431 | int nLabels, labelsCount, n; |
| 1432 | ProgInfo p; |
| 1433 | FiProgPos * pLabels; |
| 1434 | |
| 1435 | p = (ProgInfo) stoAlloc(OB_Other0, sizeof(struct progInfo)); |
| 1436 | progInfoName(p)((p)->name) = constId(num)((((unit)->fmtConsts)[(num)]).id); |
| 1437 | constValue(num)((unit)->constValues[(num)]).progInfo = p; |
| 1438 | progInfoUnit(p)((p)->unit) = unit; |
| 1439 | |
| 1440 | fintGetTagFmtArgc(tag, fmt, argc){ { (((tag)) = tape[ip++]); (fmt) = (((tag))<(FOAM_VECTOR_START )? 0:((((tag))-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); (tag) = ((((tag))) - (((fmt)))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } if ((foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == (-1)) { switch (fmt) { case 0: { String _s = fintGetn(4); (argc ) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fmt) - 2; break; } } else (argc) = (foamInfoTable [(int)(tag)-(int)FOAM_START]).argc; }; |
| 1441 | hardAssert(tag == FOAM_Prog)do { if (!(tag == FOAM_Prog)) fintHardAssert("tag == FOAM_Prog" , "fint.c", 1441); } while (0); |
| 1442 | |
| 1443 | fintGetInt(int0, progInfoSize(p)){ switch (((int) 0)) { case 0: { String _s = fintGetn(4); ((( p)->size)) = (int) (((((ULong) _s[0])&((1<<8)-1) ) | ((((ULong) _s[1])&((1<<8)-1))<<8))|(((((ULong ) _s[2])&((1<<8)-1)) | ((((ULong) _s[3])&((1<< 8)-1))<<8))<<(2*8))); }; break; case 1: ((((p)-> size)) = tape[ip++]); break; default: (((p)->size)) = (((int ) 0)) - 2; break; } }; /* prog size */ |
| 1444 | fintGetInt(int0 , progInfoNLabels(p)){ switch (((int) 0)) { case 0: { String _s = fintGetn(4); ((( p)->nLabels)) = (int) (((((ULong) _s[0])&((1<<8) -1)) | ((((ULong) _s[1])&((1<<8)-1))<<8))|((( ((ULong) _s[2])&((1<<8)-1)) | ((((ULong) _s[3])& ((1<<8)-1))<<8))<<(2*8))); }; break; case 1 : ((((p)->nLabels)) = tape[ip++]); break; default: (((p)-> nLabels)) = (((int) 0)) - 2; break; } }; /* max label */ |
| 1445 | nLabels = progInfoNLabels(p)((p)->nLabels); |
| 1446 | |
| 1447 | labelFmt = FOAM_FORMAT_FOR(nLabels)((long)(nLabels) <= ((1<<(1*8))-1) ? 1 : 0); |
| 1448 | progInfoLabelFmt(p)((p)->labelFmt) = labelFmt; |
| 1449 | p->_progInfo = 0; |
| 1450 | |
| 1451 | if (nLabels) |
| 1452 | progInfoLabels(p)((p)->labels) = (FiProgPos *) |
| 1453 | stoAlloc(OB_Other0,sizeof(FiProgPos) * nLabels); |
| 1454 | else |
| 1455 | progInfoLabels(p)((p)->labels) = (FiProgPos *) NULL((void*)0); |
| 1456 | |
| 1457 | fintGetByte(progInfoRetType(p))((((p)->retType)) = tape[ip++]); /* return type */ |
| 1458 | fintGetSInt(progInfoMValFmt(p)){ String _s = fintGetn(4); (((p)->mValFmt)) = (int) (((((ULong ) _s[0])&((1<<8)-1)) | ((((ULong) _s[1])&((1<< 8)-1))<<8))|(((((ULong) _s[2])&((1<<8)-1)) | ( (((ULong) _s[3])&((1<<8)-1))<<8))<<(2*8 ))); }; |
| 1459 | |
| 1460 | fintGetSInt(progInfoBMask(p)){ String _s = fintGetn(4); (((p)->bMask)) = (int) (((((ULong ) _s[0])&((1<<8)-1)) | ((((ULong) _s[1])&((1<< 8)-1))<<8))|(((((ULong) _s[2])&((1<<8)-1)) | ( (((ULong) _s[3])&((1<<8)-1))<<8))<<(2*8 ))); }; /* bit mask */ |
| 1461 | fintGetSInt(n){ String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])& ((1<<8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<< 8))|(((((ULong) _s[2])&((1<<8)-1)) | ((((ULong) _s[ 3])&((1<<8)-1))<<8))<<(2*8))); }; /* skip size */ |
| 1462 | fintGetSInt(n){ String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])& ((1<<8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<< 8))|(((((ULong) _s[2])&((1<<8)-1)) | ((((ULong) _s[ 3])&((1<<8)-1))<<8))<<(2*8))); }; /* skip time */ |
| 1463 | fintGetSInt(n){ String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])& ((1<<8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<< 8))|(((((ULong) _s[2])&((1<<8)-1)) | ((((ULong) _s[ 3])&((1<<8)-1))<<8))<<(2*8))); }; /* skip auxbits */ |
| 1464 | |
| 1465 | /* reads par. fmt */ |
| 1466 | progInfoParsCount(p)((p)->parsCount) = fintReadFmt(&progInfoFmtPar(p)((p)->fmtPar)); |
| 1467 | |
| 1468 | /* reads locs. fmt */ |
| 1469 | progInfoLocsCount(p)((p)->locsCount) = fintReadFmt(&progInfoFmtLoc(p)((p)->fmtLoc)); |
| 1470 | |
| 1471 | /* DFluid */ |
| 1472 | |
| 1473 | fintGetTagFmtArgc(tag, fmt, argc){ { (((tag)) = tape[ip++]); (fmt) = (((tag))<(FOAM_VECTOR_START )? 0:((((tag))-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); (tag) = ((((tag))) - (((fmt)))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } if ((foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == (-1)) { switch (fmt) { case 0: { String _s = fintGetn(4); (argc ) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fmt) - 2; break; } } else (argc) = (foamInfoTable [(int)(tag)-(int)FOAM_START]).argc; }; |
| 1474 | hardAssert(tag == FOAM_DFluid)do { if (!(tag == FOAM_DFluid)) fintHardAssert("tag == FOAM_DFluid" , "fint.c", 1474); } while (0); |
| 1475 | |
| 1476 | if (argc) { |
| 1477 | UByte * b; |
| 1478 | |
| 1479 | b = (UByte *) fintAlloc(UByte, argc)((DataObj) memset(stoAlloc(0, sizeof(UByte) * (argc)), 0, sizeof (UByte) * (argc))); |
| 1480 | for (n = 0; n < argc; n++) |
| 1481 | fintGetInt(fmt, b[n]){ switch (fmt) { case 0: { String _s = fintGetn(4); (b[n]) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((b[n]) = tape[ip++]); break ; default: (b[n]) = (fmt) - 2; break; } }; |
| 1482 | |
| 1483 | progInfoDFluid(p)((p)->dfluid) = b; |
| 1484 | } |
| 1485 | else |
| 1486 | progInfoDFluid(p)((p)->dfluid) = NULL((void*)0); |
| 1487 | |
| 1488 | progInfoDFluidsCount(p)((p)->dfluidsCount) = (UByte) argc; |
| 1489 | |
| 1490 | /* DEnv */ |
| 1491 | |
| 1492 | fintGetTagFmtArgc(tag, fmt, argc){ { (((tag)) = tape[ip++]); (fmt) = (((tag))<(FOAM_VECTOR_START )? 0:((((tag))-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); (tag) = ((((tag))) - (((fmt)))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } if ((foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == (-1)) { switch (fmt) { case 0: { String _s = fintGetn(4); (argc ) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fmt) - 2; break; } } else (argc) = (foamInfoTable [(int)(tag)-(int)FOAM_START]).argc; }; |
| 1493 | hardAssert(tag == FOAM_DEnv)do { if (!(tag == FOAM_DEnv)) fintHardAssert("tag == FOAM_DEnv" , "fint.c", 1493); } while (0); |
| 1494 | |
| 1495 | if (argc) { |
| 1496 | UByte * b; |
| 1497 | |
| 1498 | b = (UByte *) fintAlloc(UByte, argc)((DataObj) memset(stoAlloc(0, sizeof(UByte) * (argc)), 0, sizeof (UByte) * (argc))); |
| 1499 | for (n = 0; n < argc; n++) |
| 1500 | fintGetInt(fmt, b[n]){ switch (fmt) { case 0: { String _s = fintGetn(4); (b[n]) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((b[n]) = tape[ip++]); break ; default: (b[n]) = (fmt) - 2; break; } }; |
| 1501 | |
| 1502 | progInfoDEnv(p)((p)->denv) = b; |
| 1503 | } |
| 1504 | else |
| 1505 | progInfoDEnv(p)((p)->denv) = NULL((void*)0); |
| 1506 | |
| 1507 | progInfoDEnvsCount(p)((p)->denvsCount) = (UByte) argc; |
| 1508 | |
| 1509 | pLabels = progInfoLabels(p)((p)->labels); |
| 1510 | labelsCount = 0; |
| 1511 | |
| 1512 | progInfoSeq(p)((p)->fiProgPos) = ip; |
| 1513 | skipProg(pLabels, &labelsCount); |
| 1514 | |
| 1515 | hardAssert(labelsCount <= nLabels)do { if (!(labelsCount <= nLabels)) fintHardAssert("labelsCount <= nLabels" , "fint.c", 1515); } while (0); |
| 1516 | } |
| 1517 | else { |
| 1518 | ip = oldIp; |
| 1519 | type = fintGetReference(&ref); |
| 1520 | fintTypedEval(&expr, type){ dataType type = fintEval(&expr); do { if (!(type == type || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == type || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",1520); } while (0); }; |
| 1521 | fintSet(type, ref, expr){ do { if (!(ref != ((void*)0))) _do_assert(("ref != NULL"),"fint.c" ,1521); } while (0); switch ((int)type) { case FOAM_Char: *(FiChar *)(ref) = (expr).fiChar; break; case FOAM_Bool: (ref)->fiBool = (expr).fiBool; break; case FOAM_Byte: (ref)->fiByte = ( expr).fiByte; break; case FOAM_HInt: (ref)->fiHInt = (expr ).fiHInt; break; case FOAM_SInt: (ref)->fiSInt = (expr).fiSInt ; break; case FOAM_SFlo: (ref)->fiSFlo = (expr).fiSFlo; break ; case FOAM_DFlo: (ref)->fiDFlo = (expr).fiDFlo; break; case FOAM_Word: (ref)->fiWord = (expr).fiWord; break; case FOAM_Arb : (ref)->fiArb = (expr).fiArb; break; case FOAM_Ptr: (ref) ->fiPtr = (expr).fiPtr; break; case FOAM_Rec: (ref)->fiRec = (expr).fiRec; break; case FOAM_Arr: (ref)->fiArr = (expr ).fiArr; break; case FOAM_TR: (ref)->fiTR = (expr).fiTR; break ; case FOAM_Prog: (ref)->fiProgPos=(expr).fiProgPos; break ; case FOAM_Clos: (ref)->fiClos = (expr).fiClos; break; case FOAM_Gener: (ref)->fiGener = (expr).fiGener; break; case FOAM_GenIter : (ref)->fiGenIter = (expr).fiGenIter; break; case FOAM_Env : (ref)->fiEnv = (expr).fiEnv; break; case FOAM_NOp: fintSetMFmt ((ref), &(expr)); break; case FOAM_Nil: (ref)->_fiNil = (expr)._fiNil; break; case FOAM_BInt: (ref)->fiBInt = (Ptr ) (bintCopy((BInt) (expr).fiBInt)); break; default: fintWhere (((int) 0));bug("fintSet: type %d unimplemented.", (int)type) ; } }; |
| 1522 | } |
| 1523 | } |
| 1524 | |
| 1525 | /***************************************************************************** |
| 1526 | * |
| 1527 | * :: Foam Interpretation procedure |
| 1528 | * |
| 1529 | ****************************************************************************/ |
| 1530 | |
| 1531 | /* Execute a statement. Returns true iff a return stmt has been found */ |
| 1532 | |
| 1533 | localstatic dataType |
| 1534 | fintStmt(DataObj retDataObj) |
| 1535 | { |
| 1536 | int fmt, tag, argc; |
| 1537 | int n; |
| 1538 | union dataObj expr; |
| 1539 | FiProgPos stmtPos; |
| 1540 | dataType myType; |
| 1541 | readEvalLoop: |
| 1542 | |
| 1543 | if (DEBUG(fintSto)fintStoDebug) {stoAudit();} |
| 1544 | #ifndef NDEBUG |
| 1545 | if (instrCounter++ == instrBreak) { |
| 1546 | /* stoAudit()*/; /* SET BREAKPOINT HERE */ |
| 1547 | fintDebug = true1; |
| 1548 | } |
| 1549 | #endif |
| 1550 | |
| 1551 | stmtPos = ip; |
| 1552 | |
| 1553 | fintGetTagFmt(tag, fmt){ ((tag) = tape[ip++]); fmt = ((tag)<(FOAM_VECTOR_START)? 0 :(((tag)-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); tag = (((tag)) - ((fmt))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); }; |
| 1554 | |
| 1555 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, ">> %s (<%s> in [%s])\n", |
| 1556 | foamInfo(tag)(foamInfoTable [(int)(tag)-(int)FOAM_START]).str, prog->name, prog->unit->name); |
| 1557 | |
| 1558 | switch (tag) { |
| 1559 | case FOAM_Def: |
| 1560 | case FOAM_Set: { |
| 1561 | DataObj ref; |
| 1562 | dataType type; |
| 1563 | |
| 1564 | |
| 1565 | type = fintGetReference(&ref); |
| 1566 | (void)fintEval(&expr); |
| 1567 | |
| 1568 | fintSet(type, ref, expr){ do { if (!(ref != ((void*)0))) _do_assert(("ref != NULL"),"fint.c" ,1568); } while (0); switch ((int)type) { case FOAM_Char: *(FiChar *)(ref) = (expr).fiChar; break; case FOAM_Bool: (ref)->fiBool = (expr).fiBool; break; case FOAM_Byte: (ref)->fiByte = ( expr).fiByte; break; case FOAM_HInt: (ref)->fiHInt = (expr ).fiHInt; break; case FOAM_SInt: (ref)->fiSInt = (expr).fiSInt ; break; case FOAM_SFlo: (ref)->fiSFlo = (expr).fiSFlo; break ; case FOAM_DFlo: (ref)->fiDFlo = (expr).fiDFlo; break; case FOAM_Word: (ref)->fiWord = (expr).fiWord; break; case FOAM_Arb : (ref)->fiArb = (expr).fiArb; break; case FOAM_Ptr: (ref) ->fiPtr = (expr).fiPtr; break; case FOAM_Rec: (ref)->fiRec = (expr).fiRec; break; case FOAM_Arr: (ref)->fiArr = (expr ).fiArr; break; case FOAM_TR: (ref)->fiTR = (expr).fiTR; break ; case FOAM_Prog: (ref)->fiProgPos=(expr).fiProgPos; break ; case FOAM_Clos: (ref)->fiClos = (expr).fiClos; break; case FOAM_Gener: (ref)->fiGener = (expr).fiGener; break; case FOAM_GenIter : (ref)->fiGenIter = (expr).fiGenIter; break; case FOAM_Env : (ref)->fiEnv = (expr).fiEnv; break; case FOAM_NOp: fintSetMFmt ((ref), &(expr)); break; case FOAM_Nil: (ref)->_fiNil = (expr)._fiNil; break; case FOAM_BInt: (ref)->fiBInt = (Ptr ) (bintCopy((BInt) (expr).fiBInt)); break; default: fintWhere (((int) 0));bug("fintSet: type %d unimplemented.", (int)type) ; } }; |
| 1569 | break; |
| 1570 | } |
| 1571 | case FOAM_Loose: { |
| 1572 | /* Neutralise a pointer */ |
| 1573 | DataObj loc; |
| 1574 | dataType type; |
| 1575 | |
| 1576 | type = fintGetReference(&loc); |
| 1577 | switch ((int)type) { |
| 1578 | case FOAM_SFlo : expr.fiSFlo = 0.0;break; |
| 1579 | case FOAM_DFlo : expr.fiDFlo = 0.0;break; |
| 1580 | default : expr.fiSInt = 0;break; |
| 1581 | } |
| 1582 | |
| 1583 | fintSet(type, loc, expr){ do { if (!(loc != ((void*)0))) _do_assert(("loc != NULL"),"fint.c" ,1583); } while (0); switch ((int)type) { case FOAM_Char: *(FiChar *)(loc) = (expr).fiChar; break; case FOAM_Bool: (loc)->fiBool = (expr).fiBool; break; case FOAM_Byte: (loc)->fiByte = ( expr).fiByte; break; case FOAM_HInt: (loc)->fiHInt = (expr ).fiHInt; break; case FOAM_SInt: (loc)->fiSInt = (expr).fiSInt ; break; case FOAM_SFlo: (loc)->fiSFlo = (expr).fiSFlo; break ; case FOAM_DFlo: (loc)->fiDFlo = (expr).fiDFlo; break; case FOAM_Word: (loc)->fiWord = (expr).fiWord; break; case FOAM_Arb : (loc)->fiArb = (expr).fiArb; break; case FOAM_Ptr: (loc) ->fiPtr = (expr).fiPtr; break; case FOAM_Rec: (loc)->fiRec = (expr).fiRec; break; case FOAM_Arr: (loc)->fiArr = (expr ).fiArr; break; case FOAM_TR: (loc)->fiTR = (expr).fiTR; break ; case FOAM_Prog: (loc)->fiProgPos=(expr).fiProgPos; break ; case FOAM_Clos: (loc)->fiClos = (expr).fiClos; break; case FOAM_Gener: (loc)->fiGener = (expr).fiGener; break; case FOAM_GenIter : (loc)->fiGenIter = (expr).fiGenIter; break; case FOAM_Env : (loc)->fiEnv = (expr).fiEnv; break; case FOAM_NOp: fintSetMFmt ((loc), &(expr)); break; case FOAM_Nil: (loc)->_fiNil = (expr)._fiNil; break; case FOAM_BInt: (loc)->fiBInt = (Ptr ) (bintCopy((BInt) (expr).fiBInt)); break; default: fintWhere (((int) 0));bug("fintSet: type %d unimplemented.", (int)type) ; } }; |
| 1584 | break; |
| 1585 | } |
| 1586 | /* fall through */ |
| 1587 | case FOAM_Free: |
| 1588 | (void)fintEval(&expr); |
| 1589 | fintFree0(expr.fiPtr)if (expr.fiPtr) stoFree(expr.fiPtr); |
| 1590 | break; |
| 1591 | |
| 1592 | case FOAM_Goto: |
| 1593 | fintGetInt(labelFmt, n){ switch (labelFmt) { case 0: { String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (labelFmt) - 2; break; } }; |
| 1594 | ip = labels[n]; |
| 1595 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, "(Goto %d)\n", n); |
| 1596 | break; |
| 1597 | |
| 1598 | case FOAM_If: { |
| 1599 | dataType type; |
| 1600 | type = fintEval(&expr); |
| 1601 | hardAssert(type == FOAM_Word || type == FOAM_Bool)do { if (!(type == FOAM_Word || type == FOAM_Bool)) fintHardAssert ("type == FOAM_Word || type == FOAM_Bool", "fint.c", 1601); } while (0); |
| 1602 | fintGetInt(labelFmt, n){ switch (labelFmt) { case 0: { String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (labelFmt) - 2; break; } }; |
| 1603 | |
| 1604 | if ((type == FOAM_Word ? expr.fiWord : expr.fiBool)) { |
| 1605 | ip = labels[n]; |
| 1606 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, "(if causes jump to label %d)\n", n); |
| 1607 | } |
| 1608 | break; |
| 1609 | } |
| 1610 | case FOAM_Return: |
| 1611 | myType = fintEval(retDataObj); |
| 1612 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, "returning from %s in %s\n", |
| 1613 | prog->name, prog->unit->name); |
| 1614 | return myType; /* Unique exit for a stmt sequence (also: see yield) */ |
| 1615 | |
| 1616 | case FOAM_Seq: /* Ignore... */ |
| 1617 | fintGetInt(fmt,argc){ switch (fmt) { case 0: { String _s = fintGetn(4); (argc) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fmt) - 2; break; } }; |
| 1618 | break; |
| 1619 | |
| 1620 | case FOAM_Select: { |
| 1621 | int i; |
| 1622 | |
| 1623 | fintGetInt(fmt,argc){ switch (fmt) { case 0: { String _s = fintGetn(4); (argc) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fmt) - 2; break; } }; /* Get the arity */ |
| 1624 | fintTypedEval(&expr, FOAM_SInt){ dataType type = fintEval(&expr); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",1624); } while (0); }; |
| 1625 | |
| 1626 | fintGetInt(labelFmt, n){ switch (labelFmt) { case 0: { String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (labelFmt) - 2; break; } }; |
| 1627 | |
| 1628 | /* |
| 1629 | * Bug? What happens if expr.fiSInt >= argc? It looks |
| 1630 | * as though we keep reading the tape interpreting the |
| 1631 | * bytes as labels even if we run out of labels. |
| 1632 | */ |
| 1633 | for (i = 0; i < expr.fiSInt; i++) |
| 1634 | fintGetInt(labelFmt, n){ switch (labelFmt) { case 0: { String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (labelFmt) - 2; break; } }; |
| 1635 | |
| 1636 | if (DEBUG(fint)fintDebug) { |
| 1637 | if (i >= argc) |
| 1638 | (void)fprintf(dbOut, "Select: read too many labels\n"); |
| 1639 | } |
| 1640 | ip = labels[n]; |
| 1641 | |
| 1642 | break; |
| 1643 | } |
| 1644 | case FOAM_Throw: { |
| 1645 | union dataObj expr; |
| 1646 | (void)fintEval(&expr); /* Tag: Ignore */ |
| 1647 | fintTypedEval(&expr, FOAM_Word){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",1647); } while (0); }; |
| 1648 | |
| 1649 | if (fintExntraceMode == 2) { |
| 1650 | /* Stack trace sent to stderr */ |
| 1651 | FILE *oldDbOut = dbOut; |
| 1652 | dbOut = osStderr; |
| 1653 | fprintf(dbOut, "Aldor interpreter: exception raised (may be caught), backtrace:\n"); |
| 1654 | fintWhere(FINT_BACKTRACE_CUTOFF23); |
| 1655 | fprintf(dbOut, "\n"); |
| 1656 | dbOut = oldDbOut; |
| 1657 | }; |
| 1658 | |
| 1659 | fiUnwind(int0((int) 0), expr.fiWord); |
| 1660 | bug("unwind returned"); |
| 1661 | break; |
| 1662 | } |
| 1663 | case FOAM_GenerStep: { |
| 1664 | union dataObj loc; |
| 1665 | Bool done; |
| 1666 | fintGetInt(labelFmt, n){ switch (labelFmt) { case 0: { String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (labelFmt) - 2; break; } }; |
| 1667 | fintTypedEval(&loc, FOAM_GenIter){ dataType type = fintEval(&loc); do { if (!(type == FOAM_GenIter || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_GenIter || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",1667); } while (0); }; |
| 1668 | done = fintGenerStep(loc.fiGenIter); |
| 1669 | if (done) { |
| 1670 | ip = labels[n]; |
| 1671 | } |
| 1672 | break; |
| 1673 | } |
| 1674 | case FOAM_Yield: { |
| 1675 | FiGenIter iter = currGenIter; |
| 1676 | fintTypedEval(&expr, FOAM_Word){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",1676); } while (0); }; |
| 1677 | fiGenerStepIndex(iter)((iter)->step) = ip; |
| 1678 | fiGenerValue(iter)((iter)->value) = expr.fiWord; |
| 1679 | return FOAM_Word; |
| 1680 | } |
| 1681 | case FOAM_GenerValue: |
| 1682 | case FOAM_GenIter: |
| 1683 | case FOAM_CCall: |
| 1684 | case FOAM_BCall: |
| 1685 | case FOAM_OCall: |
| 1686 | case FOAM_PCall: |
| 1687 | case FOAM_BVal: |
| 1688 | case FOAM_Cast: |
| 1689 | case FOAM_ANew: |
| 1690 | case FOAM_RNew: |
| 1691 | case FOAM_RRNew: |
| 1692 | case FOAM_TRNew: |
| 1693 | case FOAM_MFmt: |
| 1694 | case FOAM_Values: |
| 1695 | case FOAM_Catch: |
| 1696 | case FOAM_EEnsure: |
| 1697 | ip = stmtPos; |
| 1698 | (void)fintEval(&expr); /* we ignore the ret value */ |
| 1699 | break; |
| 1700 | case FOAM_Label: |
| 1701 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 1702 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, "(Label %d)\n", n); |
| 1703 | break; |
| 1704 | case FOAM_Nil: |
| 1705 | case FOAM_Lex: /* we get things like that when we -q0 (deadvar |
| 1706 | is effective in killing them */ |
| 1707 | case FOAM_NOp: |
| 1708 | break; |
| 1709 | default: |
| 1710 | fintWhere(int0((int) 0)); |
| 1711 | bug("fintStmt: %s (<%s> in [%s]) unimplemented...\n", |
| 1712 | foamInfo(tag)(foamInfoTable [(int)(tag)-(int)FOAM_START]).str, prog->name, prog->unit->name); |
| 1713 | } |
| 1714 | |
| 1715 | goto readEvalLoop; |
| 1716 | return -1; |
| 1717 | } |
| 1718 | |
| 1719 | localstatic dataType |
| 1720 | fintEvalBCall(DataObj retDataObj) |
| 1721 | { |
| 1722 | int call; |
| 1723 | union dataObj expr1, expr2, expr3, expr4, expr5, expr6; |
| 1724 | dataType type, myType; |
| 1725 | |
| 1726 | #if SMALL_BVAL_TAGS |
| 1727 | fintGetByte(call)((call) = tape[ip++]); |
| 1728 | #else |
| 1729 | fintGetHInt(call){ String _s = fintGetn(2); (call) = ((((ULong) _s[0])&((1 <<8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<< 8)); }; |
| 1730 | #endif |
| 1731 | call += FOAM_BVAL_START; |
| 1732 | |
| 1733 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, |
| 1734 | "fintBCall: %s\n", foamBValInfo(call)(foamBValInfoTable[(int)(call)-(int)FOAM_BVAL_START]).str); |
| 1735 | |
| 1736 | switch (call) { |
| 1737 | |
| 1738 | /* -------------------- Operations on BOOLEAN ------------- */ |
| 1739 | |
| 1740 | case FOAM_BVal_BoolFalse: |
| 1741 | retDataObj->fiBool = fiFalse((FiBool) 0); |
| 1742 | myType = FOAM_Bool; |
| 1743 | break; |
| 1744 | case FOAM_BVal_BoolTrue: |
| 1745 | retDataObj->fiBool = fiTrue((FiBool) 1); |
| 1746 | myType = FOAM_Bool; |
| 1747 | break; |
| 1748 | |
| 1749 | case FOAM_BVal_BoolNot: |
| 1750 | type = fintEval(&expr1); |
| 1751 | |
| 1752 | fintForceBoolToWord(expr1, type)if (type == FOAM_Bool) expr1.fiWord = (FiWord) expr1.fiBool; |
| 1753 | |
| 1754 | retDataObj->fiBool = ((expr1.fiWord) ? (fiFalse((FiBool) 0)) : (fiTrue((FiBool) 1))); |
| 1755 | |
| 1756 | myType = FOAM_Bool; |
| 1757 | break; |
| 1758 | |
| 1759 | case FOAM_BVal_BoolAnd: |
| 1760 | |
| 1761 | type = fintEval(&expr1); |
| 1762 | fintForceBoolToWord(expr1, type)if (type == FOAM_Bool) expr1.fiWord = (FiWord) expr1.fiBool; |
| 1763 | |
| 1764 | type = fintEval(&expr2); |
| 1765 | fintForceBoolToWord(expr2, type)if (type == FOAM_Bool) expr2.fiWord = (FiWord) expr2.fiBool; |
| 1766 | |
| 1767 | retDataObj->fiBool = ((expr1.fiWord && expr2.fiWord) ? |
| 1768 | fiTrue((FiBool) 1) : |
| 1769 | fiFalse((FiBool) 0)); |
| 1770 | |
| 1771 | myType = FOAM_Bool; |
| 1772 | break; |
| 1773 | |
| 1774 | case FOAM_BVal_BoolOr: |
| 1775 | type = fintEval(&expr1); |
| 1776 | fintForceBoolToWord(expr1, type)if (type == FOAM_Bool) expr1.fiWord = (FiWord) expr1.fiBool; |
| 1777 | |
| 1778 | type = fintEval(&expr2); |
| 1779 | fintForceBoolToWord(expr2, type)if (type == FOAM_Bool) expr2.fiWord = (FiWord) expr2.fiBool; |
| 1780 | |
| 1781 | |
| 1782 | retDataObj->fiBool = ((expr1.fiWord || expr2.fiWord) ? |
| 1783 | fiTrue((FiBool) 1) : |
| 1784 | fiFalse((FiBool) 0)); |
| 1785 | |
| 1786 | myType = FOAM_Bool; |
| 1787 | break; |
| 1788 | |
| 1789 | case FOAM_BVal_BoolEQ: |
| 1790 | type = fintEval(&expr1); |
| 1791 | fintForceBoolToWord(expr1, type)if (type == FOAM_Bool) expr1.fiWord = (FiWord) expr1.fiBool; |
| 1792 | |
| 1793 | type = fintEval(&expr2); |
| 1794 | fintForceBoolToWord(expr2, type)if (type == FOAM_Bool) expr2.fiWord = (FiWord) expr2.fiBool; |
| 1795 | |
| 1796 | |
| 1797 | retDataObj->fiBool = ((expr1.fiWord == expr2.fiWord) ? |
| 1798 | fiTrue((FiBool) 1) : |
| 1799 | fiFalse((FiBool) 0)); |
| 1800 | |
| 1801 | myType = FOAM_Bool; |
| 1802 | break; |
| 1803 | |
| 1804 | case FOAM_BVal_BoolNE: |
| 1805 | type = fintEval(&expr1); |
| 1806 | fintForceBoolToWord(expr1, type)if (type == FOAM_Bool) expr1.fiWord = (FiWord) expr1.fiBool; |
| 1807 | |
| 1808 | type = fintEval(&expr2); |
| 1809 | fintForceBoolToWord(expr2, type)if (type == FOAM_Bool) expr2.fiWord = (FiWord) expr2.fiBool; |
| 1810 | |
| 1811 | |
| 1812 | retDataObj->fiBool = ((expr1.fiWord != expr2.fiWord) ? |
| 1813 | fiTrue((FiBool) 1) : |
| 1814 | fiFalse((FiBool) 0)); |
| 1815 | |
| 1816 | myType = FOAM_Bool; |
| 1817 | break; |
| 1818 | |
| 1819 | /* -------------------- Operations on CHAR ------------- */ |
| 1820 | case FOAM_BVal_CharSpace: |
| 1821 | retDataObj->fiChar = ' '; |
| 1822 | myType = FOAM_Char; |
| 1823 | break; |
| 1824 | |
| 1825 | case FOAM_BVal_CharNewline: |
| 1826 | retDataObj->fiChar = '\n'; |
| 1827 | myType = FOAM_Char; |
| 1828 | break; |
| 1829 | |
| 1830 | |
| 1831 | case FOAM_BVal_CharTab: |
| 1832 | retDataObj->fiChar = '\t'; |
| 1833 | myType = FOAM_Char; |
| 1834 | break; |
| 1835 | |
| 1836 | case FOAM_BVal_CharMax: |
| 1837 | retDataObj->fiChar = fiCharMax(); |
| 1838 | myType = FOAM_Char; |
| 1839 | break; |
| 1840 | |
| 1841 | case FOAM_BVal_CharMin: |
| 1842 | retDataObj->fiChar = fiCharMin(); |
| 1843 | myType = FOAM_Char; |
| 1844 | break; |
| 1845 | |
| 1846 | case FOAM_BVal_CharIsDigit: |
| 1847 | (void)fintEval(&expr1); |
| 1848 | retDataObj->fiBool = (FiBool) isdigit(expr1.fiChar)((*__ctype_b_loc ())[(int) ((expr1.fiChar))] & (unsigned short int) _ISdigit); |
| 1849 | myType = FOAM_Bool; |
| 1850 | break; |
| 1851 | |
| 1852 | case FOAM_BVal_CharIsLetter: |
| 1853 | (void)fintEval(&expr1); |
| 1854 | retDataObj->fiBool = (FiBool) isalpha(expr1.fiChar)((*__ctype_b_loc ())[(int) ((expr1.fiChar))] & (unsigned short int) _ISalpha); |
| 1855 | myType = FOAM_Bool; |
| 1856 | break; |
| 1857 | |
| 1858 | case FOAM_BVal_CharEQ: |
| 1859 | (void)fintEval(&expr1); |
| 1860 | (void)fintEval(&expr2); |
| 1861 | retDataObj->fiBool = (expr1.fiChar == expr2.fiChar); |
| 1862 | myType = FOAM_Bool; |
| 1863 | break; |
| 1864 | |
| 1865 | case FOAM_BVal_CharNE: |
| 1866 | (void)fintEval(&expr1); |
| 1867 | (void)fintEval(&expr2); |
| 1868 | retDataObj->fiBool = (expr1.fiChar != expr2.fiChar); |
| 1869 | myType = FOAM_Bool; |
| 1870 | break; |
| 1871 | |
| 1872 | case FOAM_BVal_CharLT: |
| 1873 | (void)fintEval(&expr1); |
| 1874 | (void)fintEval(&expr2); |
| 1875 | retDataObj->fiBool = (expr1.fiChar < expr2.fiChar); |
| 1876 | myType = FOAM_Bool; |
| 1877 | break; |
| 1878 | |
| 1879 | case FOAM_BVal_CharLE: |
| 1880 | (void)fintEval(&expr1); |
| 1881 | (void)fintEval(&expr2); |
| 1882 | retDataObj->fiBool = (expr1.fiChar <= expr2.fiChar); |
| 1883 | myType = FOAM_Bool; |
| 1884 | break; |
| 1885 | |
| 1886 | case FOAM_BVal_CharLower: |
| 1887 | (void)fintEval(&expr1); |
| 1888 | retDataObj->fiChar = fiCharLower(expr1.fiChar); |
| 1889 | myType = FOAM_Char; |
| 1890 | break; |
| 1891 | |
| 1892 | case FOAM_BVal_CharUpper: |
| 1893 | (void)fintEval(&expr1); |
| 1894 | retDataObj->fiChar = fiCharUpper(expr1.fiChar); |
| 1895 | myType = FOAM_Char; |
| 1896 | break; |
| 1897 | |
| 1898 | case FOAM_BVal_CharOrd: |
| 1899 | (void)fintEval(&expr1); |
| 1900 | retDataObj->fiSInt = (FiSInt) (expr1.fiChar); |
| 1901 | myType = FOAM_SInt; |
| 1902 | break; |
| 1903 | |
| 1904 | case FOAM_BVal_CharNum: |
| 1905 | (void)fintEval(&expr1); |
| 1906 | retDataObj->fiChar = (FiChar) (expr1.fiSInt); |
| 1907 | myType = FOAM_Char; |
| 1908 | break; |
| 1909 | |
| 1910 | /* -------------------- Rounding Values ------------- */ |
| 1911 | |
| 1912 | case FOAM_BVal_RoundNearest: |
| 1913 | retDataObj->fiSInt = fiRoundNearest()1; |
| 1914 | myType = FOAM_SInt; |
| 1915 | break; |
| 1916 | |
| 1917 | case FOAM_BVal_RoundZero: |
| 1918 | retDataObj->fiSInt = fiRoundZero()0; |
| 1919 | myType = FOAM_SInt; |
| 1920 | break; |
| 1921 | |
| 1922 | case FOAM_BVal_RoundUp: |
| 1923 | retDataObj->fiSInt = fiRoundUp()2; |
| 1924 | myType = FOAM_SInt; |
| 1925 | break; |
| 1926 | |
| 1927 | case FOAM_BVal_RoundDown: |
| 1928 | retDataObj->fiSInt = fiRoundDown()3; |
| 1929 | myType = FOAM_SInt; |
| 1930 | break; |
| 1931 | |
| 1932 | case FOAM_BVal_RoundDontCare: |
| 1933 | retDataObj->fiSInt = fiRoundDontCare()4; |
| 1934 | myType = FOAM_SInt; |
| 1935 | break; |
| 1936 | |
| 1937 | /* -------------------- Operations on SFLO ------------- */ |
| 1938 | |
| 1939 | case FOAM_BVal_SFlo0: |
| 1940 | retDataObj->fiSFlo = (FiSFlo) 0; |
| 1941 | myType = FOAM_SFlo; |
| 1942 | break; |
| 1943 | |
| 1944 | case FOAM_BVal_SFlo1: |
| 1945 | retDataObj->fiSFlo = (FiSFlo) 1; |
| 1946 | myType = FOAM_SFlo; |
| 1947 | break; |
| 1948 | |
| 1949 | case FOAM_BVal_SFloMax: |
| 1950 | retDataObj->fiSFlo = fiSFloMax(); |
| 1951 | myType = FOAM_SFlo; |
| 1952 | break; |
| 1953 | |
| 1954 | case FOAM_BVal_SFloMin: |
| 1955 | retDataObj->fiSFlo = fiSFloMin(); |
| 1956 | myType = FOAM_SFlo; |
| 1957 | break; |
| 1958 | |
| 1959 | case FOAM_BVal_SFloEpsilon: |
| 1960 | retDataObj->fiSFlo = fiSFloEpsilon(); |
| 1961 | myType = FOAM_SFlo; |
| 1962 | break; |
| 1963 | |
| 1964 | case FOAM_BVal_SFloIsZero: |
| 1965 | (void)fintEval(&expr1); |
| 1966 | retDataObj->fiBool = (expr1.fiSFlo ? fiFalse((FiBool) 0) : fiTrue((FiBool) 1)); |
| 1967 | myType = FOAM_Bool; |
| 1968 | break; |
| 1969 | |
| 1970 | case FOAM_BVal_SFloIsNeg: |
| 1971 | (void)fintEval(&expr1); |
| 1972 | retDataObj->fiBool = (expr1.fiSFlo < 0 ? fiTrue((FiBool) 1) : fiFalse((FiBool) 0)); |
| 1973 | myType = FOAM_Bool; |
| 1974 | break; |
| 1975 | |
| 1976 | case FOAM_BVal_SFloIsPos: |
| 1977 | (void)fintEval(&expr1); |
| 1978 | retDataObj->fiBool = (expr1.fiSFlo > 0 ? fiTrue((FiBool) 1) : fiFalse((FiBool) 0)); |
| 1979 | myType = FOAM_Bool; |
| 1980 | break; |
| 1981 | |
| 1982 | case FOAM_BVal_SFloEQ: |
| 1983 | (void)fintEval(&expr1); |
| 1984 | (void)fintEval(&expr2); |
| 1985 | retDataObj->fiBool = (expr1.fiSFlo == expr2.fiSFlo); |
| 1986 | myType = FOAM_Bool; |
| 1987 | break; |
| 1988 | |
| 1989 | case FOAM_BVal_SFloNE: |
| 1990 | (void)fintEval(&expr1); |
| 1991 | (void)fintEval(&expr2); |
| 1992 | retDataObj->fiBool = (expr1.fiSFlo != expr2.fiSFlo); |
| 1993 | myType = FOAM_Bool; |
| 1994 | break; |
| 1995 | |
| 1996 | case FOAM_BVal_SFloLT: |
| 1997 | (void)fintEval(&expr1); |
| 1998 | (void)fintEval(&expr2); |
| 1999 | retDataObj->fiBool = (expr1.fiSFlo < expr2.fiSFlo); |
| 2000 | myType = FOAM_Bool; |
| 2001 | break; |
| 2002 | |
| 2003 | case FOAM_BVal_SFloLE: |
| 2004 | (void)fintEval(&expr1); |
| 2005 | (void)fintEval(&expr2); |
| 2006 | retDataObj->fiBool = (expr1.fiSFlo <= expr2.fiSFlo); |
| 2007 | myType = FOAM_Bool; |
| 2008 | break; |
| 2009 | |
| 2010 | case FOAM_BVal_SFloNegate: |
| 2011 | (void)fintEval(&expr1); |
| 2012 | retDataObj->fiSFlo = -expr1.fiSFlo; |
| 2013 | myType = FOAM_SFlo; |
| 2014 | break; |
| 2015 | |
| 2016 | case FOAM_BVal_SFloPrev: |
| 2017 | (void)fintEval(&expr1); |
| 2018 | retDataObj->fiSFlo = fiSFloPrev(expr1.fiSFlo); |
| 2019 | myType = FOAM_SFlo; |
| 2020 | break; |
| 2021 | |
| 2022 | case FOAM_BVal_SFloNext: |
| 2023 | (void)fintEval(&expr1); |
| 2024 | retDataObj->fiSFlo = fiSFloNext(expr1.fiSFlo); |
| 2025 | myType = FOAM_SFlo; |
| 2026 | break; |
| 2027 | |
| 2028 | case FOAM_BVal_SFloPlus: |
| 2029 | (void)fintEval(&expr1); |
| 2030 | (void)fintEval(&expr2); |
| 2031 | retDataObj->fiSFlo = (expr1.fiSFlo + expr2.fiSFlo); |
| 2032 | myType = FOAM_SFlo; |
| 2033 | break; |
| 2034 | |
| 2035 | case FOAM_BVal_SFloMinus: |
| 2036 | (void)fintEval(&expr1); |
| 2037 | (void)fintEval(&expr2); |
| 2038 | retDataObj->fiSFlo = (expr1.fiSFlo - expr2.fiSFlo); |
| 2039 | myType = FOAM_SFlo; |
| 2040 | break; |
| 2041 | |
| 2042 | case FOAM_BVal_SFloTimes: |
| 2043 | (void)fintEval(&expr1); |
| 2044 | (void)fintEval(&expr2); |
| 2045 | retDataObj->fiSFlo = (expr1.fiSFlo * expr2.fiSFlo); |
| 2046 | myType = FOAM_SFlo; |
| 2047 | break; |
| 2048 | |
| 2049 | case FOAM_BVal_SFloTimesPlus: |
| 2050 | (void)fintEval(&expr1); |
| 2051 | (void)fintEval(&expr2); |
| 2052 | (void)fintEval(&expr3); |
| 2053 | retDataObj->fiSFlo = fiSFloTimesPlus(expr1.fiSFlo,((expr1.fiSFlo)*(expr2.fiSFlo)+(expr3.fiSFlo)) |
| 2054 | expr2.fiSFlo,((expr1.fiSFlo)*(expr2.fiSFlo)+(expr3.fiSFlo)) |
| 2055 | expr3.fiSFlo)((expr1.fiSFlo)*(expr2.fiSFlo)+(expr3.fiSFlo)); |
| 2056 | myType = FOAM_SFlo; |
| 2057 | break; |
| 2058 | |
| 2059 | case FOAM_BVal_SFloDivide: |
| 2060 | (void)fintEval(&expr1); |
| 2061 | (void)fintEval(&expr2); |
| 2062 | retDataObj->fiSFlo = (expr1.fiSFlo / expr2.fiSFlo); |
| 2063 | myType = FOAM_SFlo; |
| 2064 | break; |
| 2065 | |
| 2066 | case FOAM_BVal_SFloTruncate: |
| 2067 | (void)fintEval(&expr1); |
| 2068 | retDataObj->fiBInt = fiSFloTruncate(expr1.fiSFlo); |
| 2069 | myType = FOAM_BInt; |
| 2070 | break; |
| 2071 | |
| 2072 | case FOAM_BVal_SFloFraction: |
| 2073 | (void)fintEval(&expr1); |
| 2074 | retDataObj->fiSFlo = fiSFloFraction(expr1.fiSFlo); |
| 2075 | myType = FOAM_SFlo; |
| 2076 | break; |
| 2077 | |
| 2078 | case FOAM_BVal_SFloRound: |
| 2079 | (void)fintEval(&expr1); |
| 2080 | (void)fintEval(&expr2); |
| 2081 | retDataObj->fiBInt = fiSFloRound(expr1.fiSFlo, expr2.fiSInt); |
| 2082 | myType = FOAM_BInt; |
| 2083 | break; |
| 2084 | |
| 2085 | case FOAM_BVal_SFloRPlus: |
| 2086 | (void)fintEval(&expr1); |
| 2087 | (void)fintEval(&expr2); |
| 2088 | (void)fintEval(&expr3); |
| 2089 | |
| 2090 | retDataObj->fiSFlo = fiSFloRPlus(expr1.fiSFlo,expr2.fiSFlo, |
| 2091 | expr3.fiSInt); |
| 2092 | myType = FOAM_SFlo; |
| 2093 | break; |
| 2094 | |
| 2095 | case FOAM_BVal_SFloRMinus: |
| 2096 | (void)fintEval(&expr1); |
| 2097 | (void)fintEval(&expr2); |
| 2098 | (void)fintEval(&expr3); |
| 2099 | |
| 2100 | retDataObj->fiSFlo = fiSFloRMinus(expr1.fiSFlo,expr2.fiSFlo, |
| 2101 | expr3.fiSInt); |
| 2102 | myType = FOAM_SFlo; |
| 2103 | break; |
| 2104 | |
| 2105 | case FOAM_BVal_SFloRTimes: |
| 2106 | (void)fintEval(&expr1); |
| 2107 | (void)fintEval(&expr2); |
| 2108 | (void)fintEval(&expr3); |
| 2109 | |
| 2110 | retDataObj->fiSFlo = fiSFloRTimes(expr1.fiSFlo,expr2.fiSFlo, |
| 2111 | expr3.fiSInt); |
| 2112 | myType = FOAM_SFlo; |
| 2113 | break; |
| 2114 | |
| 2115 | case FOAM_BVal_SFloRTimesPlus: |
| 2116 | (void)fintEval(&expr1); |
| 2117 | (void)fintEval(&expr2); |
| 2118 | (void)fintEval(&expr3); |
| 2119 | (void)fintEval(&expr4); |
| 2120 | |
| 2121 | retDataObj->fiSFlo = fiSFloRTimesPlus(expr1.fiSFlo, |
| 2122 | expr2.fiSFlo, |
| 2123 | expr3.fiSFlo, |
| 2124 | expr4.fiSInt); |
| 2125 | myType = FOAM_SFlo; |
| 2126 | break; |
| 2127 | |
| 2128 | case FOAM_BVal_SFloRDivide: |
| 2129 | (void)fintEval(&expr1); |
| 2130 | (void)fintEval(&expr2); |
| 2131 | (void)fintEval(&expr3); |
| 2132 | |
| 2133 | retDataObj->fiSFlo = fiSFloRDivide(expr1.fiSFlo,expr2.fiSFlo, |
| 2134 | expr3.fiSInt); |
| 2135 | myType = FOAM_SFlo; |
| 2136 | break; |
| 2137 | |
| 2138 | case FOAM_BVal_SFloDissemble: |
| 2139 | |
| 2140 | retDataObj->ptr = fintAlloc(union dataObj, 3)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (3)), 0 , sizeof(union dataObj) * (3))); |
| 2141 | |
| 2142 | (void)fintEval(&expr1); |
| 2143 | |
| 2144 | fiSFloDissemble((FiSFlo)expr1.fiSFlo, |
| 2145 | (FiBool *) & (retDataObj->ptr[0].fiBool), |
| 2146 | (FiSInt *) & (retDataObj->ptr[1].fiSInt), |
| 2147 | (FiWord *) & (retDataObj->ptr[2].fiWord)); |
| 2148 | |
| 2149 | myType = FOAM_NOp; |
| 2150 | break; |
| 2151 | |
| 2152 | case FOAM_BVal_SFloAssemble: |
| 2153 | |
| 2154 | (void)fintEval(&expr1); |
| 2155 | (void)fintEval(&expr2); |
| 2156 | (void)fintEval(&expr3); |
| 2157 | |
| 2158 | retDataObj->fiSFlo = fiSFloAssemble((FiBool)expr1.fiBool, |
| 2159 | expr2.fiSInt, |
| 2160 | expr3.fiWord); |
| 2161 | |
| 2162 | myType = FOAM_SFlo; |
| 2163 | break; |
| 2164 | |
| 2165 | /* -------------------- Operations on DFLO ------------- */ |
| 2166 | |
| 2167 | case FOAM_BVal_DFlo0: |
| 2168 | retDataObj->fiDFlo = (FiDFlo) 0; |
| 2169 | myType = FOAM_DFlo; |
| 2170 | break; |
| 2171 | |
| 2172 | case FOAM_BVal_DFlo1: |
| 2173 | retDataObj->fiDFlo = (FiDFlo) 1; |
| 2174 | myType = FOAM_DFlo; |
| 2175 | break; |
| 2176 | |
| 2177 | |
| 2178 | case FOAM_BVal_DFloMax: |
| 2179 | retDataObj->fiDFlo = fiDFloMax(); |
| 2180 | myType = FOAM_DFlo; |
| 2181 | break; |
| 2182 | |
| 2183 | case FOAM_BVal_DFloMin: |
| 2184 | retDataObj->fiDFlo = fiDFloMin(); |
| 2185 | myType = FOAM_DFlo; |
| 2186 | break; |
| 2187 | |
| 2188 | case FOAM_BVal_DFloEpsilon: |
| 2189 | retDataObj->fiDFlo = fiDFloEpsilon(); |
| 2190 | myType = FOAM_DFlo; |
| 2191 | break; |
| 2192 | |
| 2193 | case FOAM_BVal_DFloIsZero: |
| 2194 | (void)fintEval(&expr1); |
| 2195 | retDataObj->fiBool = (expr1.fiDFlo ? fiFalse((FiBool) 0) : fiTrue((FiBool) 1)); |
| 2196 | myType = FOAM_Bool; |
| 2197 | break; |
| 2198 | |
| 2199 | case FOAM_BVal_DFloIsNeg: |
| 2200 | (void)fintEval(&expr1); |
| 2201 | retDataObj->fiBool = (expr1.fiDFlo < 0 ? fiTrue((FiBool) 1) : fiFalse((FiBool) 0)); |
| 2202 | myType = FOAM_Bool; |
| 2203 | break; |
| 2204 | |
| 2205 | case FOAM_BVal_DFloIsPos: |
| 2206 | (void)fintEval(&expr1); |
| 2207 | retDataObj->fiBool = (expr1.fiDFlo > 0 ? fiTrue((FiBool) 1) : fiFalse((FiBool) 0)); |
| 2208 | myType = FOAM_Bool; |
| 2209 | break; |
| 2210 | |
| 2211 | case FOAM_BVal_DFloEQ: |
| 2212 | (void)fintEval(&expr1); |
| 2213 | (void)fintEval(&expr2); |
| 2214 | retDataObj->fiBool = (expr1.fiDFlo == expr2.fiDFlo); |
| 2215 | myType = FOAM_Bool; |
| 2216 | break; |
| 2217 | |
| 2218 | case FOAM_BVal_DFloNE: |
| 2219 | (void)fintEval(&expr1); |
| 2220 | (void)fintEval(&expr2); |
| 2221 | retDataObj->fiBool = (expr1.fiDFlo != expr2.fiDFlo); |
| 2222 | myType = FOAM_Bool; |
| 2223 | break; |
| 2224 | |
| 2225 | case FOAM_BVal_DFloLT: |
| 2226 | (void)fintEval(&expr1); |
| 2227 | (void)fintEval(&expr2); |
| 2228 | retDataObj->fiBool = (expr1.fiDFlo < expr2.fiDFlo); |
| 2229 | myType = FOAM_Bool; |
| 2230 | break; |
| 2231 | |
| 2232 | case FOAM_BVal_DFloLE: |
| 2233 | (void)fintEval(&expr1); |
| 2234 | (void)fintEval(&expr2); |
| 2235 | retDataObj->fiBool = (expr1.fiDFlo <= expr2.fiDFlo); |
| 2236 | myType = FOAM_Bool; |
| 2237 | break; |
| 2238 | |
| 2239 | case FOAM_BVal_DFloNegate: |
| 2240 | (void)fintEval(&expr1); |
| 2241 | retDataObj->fiDFlo = -expr1.fiDFlo; |
| 2242 | myType = FOAM_DFlo; |
| 2243 | break; |
| 2244 | |
| 2245 | case FOAM_BVal_DFloPrev: |
| 2246 | (void)fintEval(&expr1); |
| 2247 | retDataObj->fiDFlo = fiDFloPrev(expr1.fiDFlo); |
| 2248 | myType = FOAM_DFlo; |
| 2249 | break; |
| 2250 | |
| 2251 | case FOAM_BVal_DFloNext: |
| 2252 | (void)fintEval(&expr1); |
| 2253 | retDataObj->fiDFlo = fiDFloNext(expr1.fiDFlo); |
| 2254 | myType = FOAM_DFlo; |
| 2255 | break; |
| 2256 | |
| 2257 | case FOAM_BVal_DFloPlus: |
| 2258 | (void)fintEval(&expr1); |
| 2259 | (void)fintEval(&expr2); |
| 2260 | retDataObj->fiDFlo = (expr1.fiDFlo + expr2.fiDFlo); |
| 2261 | myType = FOAM_DFlo; |
| 2262 | break; |
| 2263 | |
| 2264 | case FOAM_BVal_DFloMinus: |
| 2265 | (void)fintEval(&expr1); |
| 2266 | (void)fintEval(&expr2); |
| 2267 | retDataObj->fiDFlo = (expr1.fiDFlo - expr2.fiDFlo); |
| 2268 | myType = FOAM_DFlo; |
| 2269 | break; |
| 2270 | |
| 2271 | case FOAM_BVal_DFloTimes: |
| 2272 | (void)fintEval(&expr1); |
| 2273 | (void)fintEval(&expr2); |
| 2274 | retDataObj->fiDFlo = (expr1.fiDFlo * expr2.fiDFlo); |
| 2275 | myType = FOAM_DFlo; |
| 2276 | break; |
| 2277 | |
| 2278 | case FOAM_BVal_DFloTimesPlus: |
| 2279 | (void)fintEval(&expr1); |
| 2280 | (void)fintEval(&expr2); |
| 2281 | (void)fintEval(&expr3); |
| 2282 | retDataObj->fiDFlo = fiDFloTimesPlus(expr1.fiDFlo,((expr1.fiDFlo)*(expr2.fiDFlo)+(expr3.fiDFlo)) |
| 2283 | expr2.fiDFlo,((expr1.fiDFlo)*(expr2.fiDFlo)+(expr3.fiDFlo)) |
| 2284 | expr3.fiDFlo)((expr1.fiDFlo)*(expr2.fiDFlo)+(expr3.fiDFlo)); |
| 2285 | myType = FOAM_DFlo; |
| 2286 | break; |
| 2287 | |
| 2288 | case FOAM_BVal_DFloDivide: |
| 2289 | (void)fintEval(&expr1); |
| 2290 | (void)fintEval(&expr2); |
| 2291 | retDataObj->fiDFlo = (expr1.fiDFlo / expr2.fiDFlo); |
| 2292 | myType = FOAM_DFlo; |
| 2293 | break; |
| 2294 | |
| 2295 | case FOAM_BVal_DFloTruncate: |
| 2296 | (void)fintEval(&expr1); |
| 2297 | retDataObj->fiBInt = fiDFloTruncate(expr1.fiDFlo); |
| 2298 | myType = FOAM_BInt; |
| 2299 | break; |
| 2300 | |
| 2301 | case FOAM_BVal_DFloFraction: |
| 2302 | (void)fintEval(&expr1); |
| 2303 | retDataObj->fiDFlo = fiDFloFraction(expr1.fiDFlo); |
| 2304 | myType = FOAM_DFlo; |
| 2305 | break; |
| 2306 | |
| 2307 | case FOAM_BVal_DFloRound: |
| 2308 | (void)fintEval(&expr1); |
| 2309 | (void)fintEval(&expr2); |
| 2310 | retDataObj->fiBInt = fiDFloRound(expr1.fiDFlo, expr2.fiSInt); |
| 2311 | myType = FOAM_BInt; |
| 2312 | break; |
| 2313 | |
| 2314 | case FOAM_BVal_DFloRPlus: |
| 2315 | (void)fintEval(&expr1); |
| 2316 | (void)fintEval(&expr2); |
| 2317 | (void)fintEval(&expr3); |
| 2318 | |
| 2319 | retDataObj->fiDFlo = fiDFloRPlus(expr1.fiDFlo,expr2.fiDFlo, |
| 2320 | expr3.fiSInt); |
| 2321 | myType = FOAM_DFlo; |
| 2322 | break; |
| 2323 | |
| 2324 | case FOAM_BVal_DFloRMinus: |
| 2325 | (void)fintEval(&expr1); |
| 2326 | (void)fintEval(&expr2); |
| 2327 | (void)fintEval(&expr3); |
| 2328 | |
| 2329 | retDataObj->fiDFlo = fiDFloRMinus(expr1.fiDFlo,expr2.fiDFlo, |
| 2330 | expr3.fiSInt); |
| 2331 | myType = FOAM_DFlo; |
| 2332 | break; |
| 2333 | |
| 2334 | case FOAM_BVal_DFloRTimes: |
| 2335 | (void)fintEval(&expr1); |
| 2336 | (void)fintEval(&expr2); |
| 2337 | (void)fintEval(&expr3); |
| 2338 | |
| 2339 | retDataObj->fiDFlo = fiDFloRTimes(expr1.fiDFlo,expr2.fiDFlo, |
| 2340 | expr3.fiSInt); |
| 2341 | myType = FOAM_DFlo; |
| 2342 | break; |
| 2343 | |
| 2344 | case FOAM_BVal_DFloRDivide: |
| 2345 | (void)fintEval(&expr1); |
| 2346 | (void)fintEval(&expr2); |
| 2347 | (void)fintEval(&expr3); |
| 2348 | |
| 2349 | retDataObj->fiDFlo = fiDFloRDivide(expr1.fiDFlo,expr2.fiDFlo, |
| 2350 | expr3.fiSInt); |
| 2351 | myType = FOAM_DFlo; |
| 2352 | break; |
| 2353 | |
| 2354 | case FOAM_BVal_DFloRTimesPlus: |
| 2355 | (void)fintEval(&expr1); |
| 2356 | (void)fintEval(&expr2); |
| 2357 | (void)fintEval(&expr3); |
| 2358 | (void)fintEval(&expr4); |
| 2359 | |
| 2360 | retDataObj->fiDFlo = fiDFloRTimesPlus(expr1.fiDFlo, |
| 2361 | expr2.fiDFlo, |
| 2362 | expr3.fiDFlo, |
| 2363 | expr4.fiSInt); |
| 2364 | myType = FOAM_DFlo; |
| 2365 | break; |
| 2366 | |
| 2367 | case FOAM_BVal_DFloDissemble: |
| 2368 | |
| 2369 | retDataObj->ptr = fintAlloc(union dataObj, 4)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (4)), 0 , sizeof(union dataObj) * (4))); |
| 2370 | |
| 2371 | (void)fintEval(&expr1); |
| 2372 | |
| 2373 | fiDFloDissemble((FiDFlo)expr1.fiDFlo, |
| 2374 | (FiBool *) & (retDataObj->ptr[0].fiBool), |
| 2375 | (FiSInt *) & (retDataObj->ptr[1].fiSInt), |
| 2376 | (FiWord *) & (retDataObj->ptr[2].fiWord), |
| 2377 | (FiWord *) & (retDataObj->ptr[3].fiWord)); |
| 2378 | |
| 2379 | myType = FOAM_NOp; |
| 2380 | break; |
| 2381 | |
| 2382 | case FOAM_BVal_DFloAssemble: |
| 2383 | (void)fintEval(&expr1); |
| 2384 | (void)fintEval(&expr2); |
| 2385 | (void)fintEval(&expr3); |
| 2386 | (void)fintEval(&expr4); |
| 2387 | |
| 2388 | retDataObj->fiDFlo = fiDFloAssemble((FiBool)expr1.fiBool, |
| 2389 | expr2.fiSInt, |
| 2390 | expr3.fiWord, |
| 2391 | expr4.fiWord); |
| 2392 | myType = FOAM_DFlo; |
| 2393 | break; |
| 2394 | |
| 2395 | /* -------------------- Operations on BYTE ------------- */ |
| 2396 | |
| 2397 | case FOAM_BVal_Byte0: |
| 2398 | retDataObj->fiByte = (FiByte) 0; |
| 2399 | myType = FOAM_Byte; |
| 2400 | break; |
| 2401 | |
| 2402 | case FOAM_BVal_Byte1: |
| 2403 | retDataObj->fiByte = (FiByte) 1; |
| 2404 | myType = FOAM_Byte; |
| 2405 | break; |
| 2406 | |
| 2407 | case FOAM_BVal_ByteMax: |
| 2408 | retDataObj->fiByte = fiByteMax(); |
| 2409 | myType = FOAM_Byte; |
| 2410 | break; |
| 2411 | |
| 2412 | case FOAM_BVal_ByteMin: |
| 2413 | retDataObj->fiByte = fiByteMin(); |
| 2414 | myType = FOAM_Byte; |
| 2415 | break; |
| 2416 | |
| 2417 | /* -------------------- Operations on WORD ------------- */ |
| 2418 | |
| 2419 | case FOAM_BVal_WordTimesDouble: |
| 2420 | retDataObj->ptr = fintAlloc(union dataObj, 2)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (2)), 0 , sizeof(union dataObj) * (2))); |
| 2421 | |
| 2422 | (void)fintEval(&expr1); |
| 2423 | (void)fintEval(&expr2); |
| 2424 | |
| 2425 | fiWordTimesDouble(expr1.fiWord, expr2.fiWord, |
| 2426 | &expr3.fiWord,&expr4.fiWord); |
| 2427 | |
| 2428 | retDataObj->ptr[0].fiWord = expr3.fiWord; |
| 2429 | retDataObj->ptr[1].fiWord = expr4.fiWord; |
| 2430 | |
| 2431 | myType = FOAM_NOp; |
| 2432 | break; |
| 2433 | |
| 2434 | case FOAM_BVal_WordDivideDouble: |
| 2435 | retDataObj->ptr = fintAlloc(union dataObj, 3)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (3)), 0 , sizeof(union dataObj) * (3))); |
| 2436 | |
| 2437 | (void)fintEval(&expr1); |
| 2438 | (void)fintEval(&expr2); |
| 2439 | (void)fintEval(&expr3); |
| 2440 | |
| 2441 | fiWordDivideDouble(expr1.fiWord, expr2.fiWord, expr3.fiWord, |
| 2442 | &expr4.fiWord,&expr5.fiWord,&expr6.fiWord); |
| 2443 | |
| 2444 | retDataObj->ptr[0].fiWord = expr4.fiWord; |
| 2445 | retDataObj->ptr[1].fiWord = expr5.fiWord; |
| 2446 | retDataObj->ptr[2].fiWord = expr6.fiWord; |
| 2447 | |
| 2448 | myType = FOAM_NOp; |
| 2449 | break; |
| 2450 | |
| 2451 | case FOAM_BVal_WordPlusStep: |
| 2452 | retDataObj->ptr = fintAlloc(union dataObj, 2)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (2)), 0 , sizeof(union dataObj) * (2))); |
| 2453 | |
| 2454 | (void)fintEval(&expr1); |
| 2455 | (void)fintEval(&expr2); |
| 2456 | (void)fintEval(&expr3); |
| 2457 | |
| 2458 | fiWordPlusStep(expr1.fiWord, expr2.fiWord, expr3.fiWord, |
| 2459 | &expr4.fiWord,&expr5.fiWord); |
| 2460 | |
| 2461 | retDataObj->ptr[0].fiWord = expr4.fiWord; |
| 2462 | retDataObj->ptr[1].fiWord = expr5.fiWord; |
| 2463 | |
| 2464 | myType = FOAM_NOp; |
| 2465 | break; |
| 2466 | |
| 2467 | case FOAM_BVal_WordTimesStep: |
| 2468 | retDataObj->ptr = fintAlloc(union dataObj, 2)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (2)), 0 , sizeof(union dataObj) * (2))); |
| 2469 | |
| 2470 | (void)fintEval(&expr1); |
| 2471 | (void)fintEval(&expr2); |
| 2472 | (void)fintEval(&expr3); |
| 2473 | (void)fintEval(&expr4); |
| 2474 | |
| 2475 | fiWordTimesStep(expr1.fiWord, expr2.fiWord, expr3.fiWord, |
| 2476 | expr4.fiWord,&expr5.fiWord,&expr6.fiWord); |
| 2477 | |
| 2478 | retDataObj->ptr[0].fiWord = expr5.fiWord; |
| 2479 | retDataObj->ptr[1].fiWord = expr6.fiWord; |
| 2480 | |
| 2481 | myType = FOAM_NOp; |
| 2482 | break; |
| 2483 | |
| 2484 | /* -------------------- Operations on HINT ------------- */ |
| 2485 | |
| 2486 | case FOAM_BVal_HInt0: |
| 2487 | retDataObj->fiHInt = (FiHInt) 0; |
| 2488 | myType = FOAM_HInt; |
| 2489 | break; |
| 2490 | |
| 2491 | case FOAM_BVal_HInt1: |
| 2492 | retDataObj->fiHInt = (FiHInt) 1; |
| 2493 | myType = FOAM_HInt; |
| 2494 | break; |
| 2495 | |
| 2496 | case FOAM_BVal_HIntMax: |
| 2497 | retDataObj->fiHInt = fiHIntMax(); |
| 2498 | myType = FOAM_HInt; |
| 2499 | break; |
| 2500 | |
| 2501 | case FOAM_BVal_HIntMin: |
| 2502 | retDataObj->fiHInt = fiHIntMin(); |
| 2503 | myType = FOAM_HInt; |
| 2504 | break; |
| 2505 | |
| 2506 | /* -------------------- Operations on SINT ------------- */ |
| 2507 | |
| 2508 | case FOAM_BVal_SInt0: |
| 2509 | retDataObj->fiSInt = (FiSInt) 0; |
| 2510 | myType = FOAM_SInt; |
| 2511 | break; |
| 2512 | |
| 2513 | case FOAM_BVal_SInt1: |
| 2514 | retDataObj->fiSInt = (FiSInt) 1; |
| 2515 | myType = FOAM_SInt; |
| 2516 | break; |
| 2517 | |
| 2518 | case FOAM_BVal_SIntMax: |
| 2519 | retDataObj->fiSInt = fiSIntMax(); |
| 2520 | myType = FOAM_SInt; |
| 2521 | break; |
| 2522 | |
| 2523 | case FOAM_BVal_SIntMin: |
| 2524 | retDataObj->fiSInt = fiSIntMin(); |
| 2525 | myType = FOAM_SInt; |
| 2526 | break; |
| 2527 | |
| 2528 | case FOAM_BVal_SIntIsZero: |
| 2529 | (void)fintEval(&expr1); |
| 2530 | retDataObj->fiBool = (expr1.fiSInt ? fiFalse((FiBool) 0) : fiTrue((FiBool) 1)); |
| 2531 | myType = FOAM_Bool; |
| 2532 | break; |
| 2533 | |
| 2534 | case FOAM_BVal_SIntIsNeg: |
| 2535 | (void)fintEval(&expr1); |
| 2536 | retDataObj->fiBool = (expr1.fiSInt < 0 ? fiTrue((FiBool) 1) : fiFalse((FiBool) 0)); |
| 2537 | myType = FOAM_Bool; |
| 2538 | break; |
| 2539 | |
| 2540 | case FOAM_BVal_SIntIsPos: |
| 2541 | (void)fintEval(&expr1); |
| 2542 | retDataObj->fiBool = (expr1.fiSInt > 0 ? fiTrue((FiBool) 1) : fiFalse((FiBool) 0)); |
| 2543 | myType = FOAM_Bool; |
| 2544 | break; |
| 2545 | |
| 2546 | case FOAM_BVal_SIntIsEven: |
| 2547 | (void)fintEval(&expr1); |
| 2548 | retDataObj->fiBool = (expr1.fiSInt & 1 ? fiFalse((FiBool) 0) : fiTrue((FiBool) 1)); |
| 2549 | myType = FOAM_Bool; |
| 2550 | break; |
| 2551 | |
| 2552 | case FOAM_BVal_SIntIsOdd: |
| 2553 | (void)fintEval(&expr1); |
| 2554 | retDataObj->fiBool = (expr1.fiSInt & 1 ? fiTrue((FiBool) 1) : fiFalse((FiBool) 0)); |
| 2555 | myType = FOAM_Bool; |
| 2556 | break; |
| 2557 | |
| 2558 | case FOAM_BVal_SIntEQ: |
| 2559 | (void)fintEval(&expr1); |
| 2560 | (void)fintEval(&expr2); |
| 2561 | retDataObj->fiBool = (expr1.fiSInt == expr2.fiSInt); |
| 2562 | myType = FOAM_Bool; |
| 2563 | break; |
| 2564 | |
| 2565 | case FOAM_BVal_SIntNE: |
| 2566 | (void)fintEval(&expr1); |
| 2567 | (void)fintEval(&expr2); |
| 2568 | retDataObj->fiBool = (expr1.fiSInt != expr2.fiSInt); |
| 2569 | myType = FOAM_Bool; |
| 2570 | break; |
| 2571 | |
| 2572 | case FOAM_BVal_SIntLT: |
| 2573 | (void)fintEval(&expr1); |
| 2574 | (void)fintEval(&expr2); |
| 2575 | retDataObj->fiBool = (expr1.fiSInt < expr2.fiSInt); |
| 2576 | myType = FOAM_Bool; |
| 2577 | break; |
| 2578 | |
| 2579 | case FOAM_BVal_SIntLE: |
| 2580 | (void)fintEval(&expr1); |
| 2581 | (void)fintEval(&expr2); |
| 2582 | retDataObj->fiBool = (expr1.fiSInt <= expr2.fiSInt); |
| 2583 | myType = FOAM_Bool; |
| 2584 | break; |
| 2585 | |
| 2586 | case FOAM_BVal_SIntNegate: |
| 2587 | (void)fintEval(&expr1); |
| 2588 | retDataObj->fiSInt = -(expr1.fiSInt); |
| 2589 | myType = FOAM_SInt; |
| 2590 | break; |
| 2591 | |
| 2592 | case FOAM_BVal_SIntPrev: |
| 2593 | (void)fintEval(&expr1); |
| 2594 | retDataObj->fiSInt = (expr1.fiSInt - 1); |
| 2595 | myType = FOAM_SInt; |
| 2596 | break; |
| 2597 | |
| 2598 | case FOAM_BVal_SIntNext: |
| 2599 | (void)fintEval(&expr1); |
| 2600 | retDataObj->fiSInt = (expr1.fiSInt + 1); |
| 2601 | myType = FOAM_SInt; |
| 2602 | break; |
| 2603 | |
| 2604 | case FOAM_BVal_SIntPlus: |
| 2605 | (void)fintEval(&expr1); |
| 2606 | (void)fintEval(&expr2); |
| 2607 | retDataObj->fiSInt = (expr1.fiSInt + expr2.fiSInt); |
| 2608 | myType = FOAM_SInt; |
| 2609 | break; |
| 2610 | |
| 2611 | case FOAM_BVal_SIntMinus: |
| 2612 | (void)fintEval(&expr1); |
| 2613 | (void)fintEval(&expr2); |
| 2614 | retDataObj->fiSInt = (expr1.fiSInt - expr2.fiSInt); |
| 2615 | myType = FOAM_SInt; |
| 2616 | break; |
| 2617 | |
| 2618 | case FOAM_BVal_SIntTimes: |
| 2619 | (void)fintEval(&expr1); |
| 2620 | (void)fintEval(&expr2); |
| 2621 | retDataObj->fiSInt = (expr1.fiSInt * expr2.fiSInt); |
| 2622 | myType = FOAM_SInt; |
| 2623 | break; |
| 2624 | |
| 2625 | case FOAM_BVal_SIntTimesPlus: |
| 2626 | (void)fintEval(&expr1); |
| 2627 | (void)fintEval(&expr2); |
| 2628 | (void)fintEval(&expr3); |
| 2629 | retDataObj->fiSInt = (expr1.fiSInt * expr2.fiSInt + expr3.fiSInt); |
| 2630 | myType = FOAM_SInt; |
| 2631 | break; |
| 2632 | |
| 2633 | case FOAM_BVal_SIntMod: |
| 2634 | (void)fintEval(&expr1); |
| 2635 | (void)fintEval(&expr2); |
| 2636 | retDataObj->fiSInt = (expr1.fiSInt % expr2.fiSInt); |
| 2637 | myType = FOAM_SInt; |
| 2638 | break; |
| 2639 | |
| 2640 | case FOAM_BVal_SIntQuo: |
| 2641 | (void)fintEval(&expr1); |
| 2642 | (void)fintEval(&expr2); |
| 2643 | retDataObj->fiSInt = fiSIntQuo(expr1.fiSInt, expr2.fiSInt)((expr1.fiSInt)/(expr2.fiSInt)); |
| 2644 | myType = FOAM_SInt; |
| 2645 | break; |
| 2646 | |
| 2647 | case FOAM_BVal_SIntRem: |
| 2648 | (void)fintEval(&expr1); |
| 2649 | (void)fintEval(&expr2); |
| 2650 | retDataObj->fiSInt = fiSIntRem(expr1.fiSInt, expr2.fiSInt)((expr1.fiSInt)%(expr2.fiSInt)); |
| 2651 | myType = FOAM_SInt; |
| 2652 | break; |
| 2653 | |
| 2654 | case FOAM_BVal_SIntDivide: |
| 2655 | (void)fintEval(&expr1); |
| 2656 | (void)fintEval(&expr2); |
| 2657 | |
| 2658 | retDataObj->ptr = fintAlloc(union dataObj, 2)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (2)), 0 , sizeof(union dataObj) * (2))); |
| 2659 | fiSIntDivide(expr1.fiSInt, expr2.fiSInt, |
| 2660 | (FiSInt *) & (retDataObj->ptr[0].fiSInt) , |
| 2661 | (FiSInt *) & (retDataObj->ptr[1].fiSInt)); |
| 2662 | |
| 2663 | myType = FOAM_NOp; |
| 2664 | break; |
| 2665 | |
| 2666 | case FOAM_BVal_SIntGcd: |
| 2667 | (void)fintEval(&expr1); |
| 2668 | (void)fintEval(&expr2); |
| 2669 | retDataObj->fiSInt = fiSIntGcd(expr1.fiSInt, expr2.fiSInt); |
| 2670 | myType = FOAM_SInt; |
| 2671 | break; |
| 2672 | |
| 2673 | /* case FOAM_BVal_SIntPlusMod: |
| 2674 | * case FOAM_BVal_SIntMinusMod: |
| 2675 | * case FOAM_BVal_SIntTimesMod: |
| 2676 | * |
| 2677 | * SEE FOAM_BVal_SInt[Plus|Minus|Times] |
| 2678 | */ |
| 2679 | |
| 2680 | case FOAM_BVal_SIntPlusMod: |
| 2681 | (void)fintEval(&expr1); |
| 2682 | (void)fintEval(&expr2); |
| 2683 | (void)fintEval(&expr3); |
| 2684 | retDataObj->fiSInt = (expr1.fiSInt + expr2.fiSInt) % expr3.fiSInt; |
| 2685 | myType = FOAM_SInt; |
| 2686 | break; |
| 2687 | |
| 2688 | case FOAM_BVal_SIntMinusMod: |
| 2689 | (void)fintEval(&expr1); |
| 2690 | (void)fintEval(&expr2); |
| 2691 | (void)fintEval(&expr3); |
| 2692 | retDataObj->fiSInt = (expr1.fiSInt - expr2.fiSInt) % expr3.fiSInt; |
| 2693 | myType = FOAM_SInt; |
| 2694 | break; |
| 2695 | |
| 2696 | case FOAM_BVal_SIntTimesMod: |
| 2697 | (void)fintEval(&expr1); |
| 2698 | (void)fintEval(&expr2); |
| 2699 | (void)fintEval(&expr3); |
| 2700 | retDataObj->fiSInt = (expr1.fiSInt * expr2.fiSInt) % expr3.fiSInt; |
| 2701 | myType = FOAM_SInt; |
| 2702 | break; |
| 2703 | |
| 2704 | case FOAM_BVal_SIntLength: |
| 2705 | (void)fintEval(&expr1); |
| 2706 | |
| 2707 | retDataObj->fiSInt = fiSIntLength(expr1.fiSInt); |
| 2708 | myType = FOAM_SInt; |
| 2709 | break; |
| 2710 | |
| 2711 | case FOAM_BVal_SIntShiftUp: |
| 2712 | (void)fintEval(&expr1); |
| 2713 | (void)fintEval(&expr2); |
| 2714 | retDataObj->fiSInt = (expr1.fiSInt << expr2.fiSInt); |
| 2715 | myType = FOAM_SInt; |
| 2716 | break; |
| 2717 | |
| 2718 | case FOAM_BVal_SIntShiftDn: |
| 2719 | (void)fintEval(&expr1); |
| 2720 | (void)fintEval(&expr2); |
| 2721 | retDataObj->fiSInt = (expr1.fiSInt >> expr2.fiSInt); |
| 2722 | myType = FOAM_SInt; |
| 2723 | break; |
| 2724 | |
| 2725 | case FOAM_BVal_SIntBit: |
| 2726 | (void)fintEval(&expr1); |
| 2727 | (void)fintEval(&expr2); |
| 2728 | retDataObj->fiBool = fiSIntBit(expr1.fiSInt, expr2.fiSInt)(!!((expr1.fiSInt) & (1L << (expr2.fiSInt)))); |
| 2729 | myType = FOAM_Bool; |
| 2730 | break; |
| 2731 | |
| 2732 | case FOAM_BVal_SIntNot: |
| 2733 | (void)fintEval(&expr1); |
| 2734 | |
| 2735 | retDataObj->fiSInt = ~(expr1.fiSInt); |
| 2736 | myType = FOAM_SInt; |
| 2737 | break; |
| 2738 | |
| 2739 | case FOAM_BVal_SIntAnd: |
| 2740 | (void)fintEval(&expr1); |
| 2741 | (void)fintEval(&expr2); |
| 2742 | retDataObj->fiSInt = (expr1.fiSInt & expr2.fiSInt); |
| 2743 | myType = FOAM_SInt; |
| 2744 | break; |
| 2745 | |
| 2746 | case FOAM_BVal_SIntOr: |
| 2747 | (void)fintEval(&expr1); |
| 2748 | (void)fintEval(&expr2); |
| 2749 | retDataObj->fiSInt = (expr1.fiSInt | expr2.fiSInt); |
| 2750 | myType = FOAM_SInt; |
| 2751 | break; |
| 2752 | |
| 2753 | case FOAM_BVal_SIntXOr: |
| 2754 | (void)fintEval(&expr1); |
| 2755 | (void)fintEval(&expr2); |
| 2756 | retDataObj->fiSInt = (expr1.fiSInt ^ expr2.fiSInt); |
| 2757 | myType = FOAM_SInt; |
| 2758 | break; |
| 2759 | |
| 2760 | case FOAM_BVal_SIntHashCombine: |
| 2761 | (void)fintEval(&expr1); |
| 2762 | (void)fintEval(&expr2); |
| 2763 | retDataObj->fiSInt = hashCombinePair(expr1.fiSInt, expr2.fiSInt); |
| 2764 | myType = FOAM_SInt; |
| 2765 | break; |
| 2766 | |
| 2767 | /* -------------------- Operations on BInt ------------- */ |
| 2768 | |
| 2769 | case FOAM_BVal_BInt0: |
| 2770 | retDataObj->fiBInt = fiBInt0(); |
| 2771 | myType = FOAM_BInt; |
| 2772 | break; |
| 2773 | |
| 2774 | case FOAM_BVal_BInt1: |
| 2775 | retDataObj->fiBInt = fiBInt1(); |
| 2776 | myType = FOAM_BInt; |
| 2777 | break; |
| 2778 | |
| 2779 | case FOAM_BVal_BIntIsZero: |
| 2780 | (void)fintEval(&expr1); |
| 2781 | retDataObj->fiBool = fiBIntIsZero(expr1.fiBInt); |
| 2782 | myType = FOAM_Bool; |
| 2783 | break; |
| 2784 | |
| 2785 | case FOAM_BVal_BIntIsNeg: |
| 2786 | (void)fintEval(&expr1); |
| 2787 | retDataObj->fiBool = fiBIntIsNeg(expr1.fiBInt); |
| 2788 | myType = FOAM_Bool; |
| 2789 | break; |
| 2790 | |
| 2791 | case FOAM_BVal_BIntIsEven: |
| 2792 | (void)fintEval(&expr1); |
| 2793 | retDataObj->fiBool = fiBIntEQ(fiBIntMod(expr1.fiBInt, fiBIntNew(2)), fiBInt0()); |
| 2794 | myType = FOAM_Bool; |
| 2795 | break; |
| 2796 | |
| 2797 | case FOAM_BVal_BIntIsOdd: |
| 2798 | (void)fintEval(&expr1); |
| 2799 | retDataObj->fiBool = fiBIntNE(fiBIntMod(expr1.fiBInt, fiBIntNew(2)), fiBInt0()); |
| 2800 | myType = FOAM_Bool; |
| 2801 | break; |
| 2802 | |
| 2803 | case FOAM_BVal_BIntIsSingle: |
| 2804 | (void)fintEval(&expr1); |
| 2805 | retDataObj->fiBool = fiBIntIsSingle(expr1.fiBInt); |
| 2806 | myType = FOAM_Bool; |
| 2807 | break; |
| 2808 | |
| 2809 | case FOAM_BVal_BIntIsPos: |
| 2810 | (void)fintEval(&expr1); |
| 2811 | retDataObj->fiBool = fiBIntIsPos(expr1.fiBInt); |
| 2812 | myType = FOAM_Bool; |
| 2813 | break; |
| 2814 | |
| 2815 | case FOAM_BVal_BIntEQ: |
| 2816 | (void)fintEval(&expr1); |
| 2817 | (void)fintEval(&expr2); |
| 2818 | retDataObj->fiBool = fiBIntEQ(expr1.fiBInt, expr2.fiBInt); |
| 2819 | myType = FOAM_Bool; |
| 2820 | break; |
| 2821 | |
| 2822 | case FOAM_BVal_BIntNE: |
| 2823 | (void)fintEval(&expr1); |
| 2824 | (void)fintEval(&expr2); |
| 2825 | retDataObj->fiBool = fiBIntNE(expr1.fiBInt, expr2.fiBInt); |
| 2826 | myType = FOAM_Bool; |
| 2827 | break; |
| 2828 | |
| 2829 | case FOAM_BVal_BIntLT: |
| 2830 | (void)fintEval(&expr1); |
| 2831 | (void)fintEval(&expr2); |
| 2832 | retDataObj->fiBool = fiBIntLT(expr1.fiBInt, expr2.fiBInt); |
| 2833 | myType = FOAM_Bool; |
| 2834 | break; |
| 2835 | |
| 2836 | case FOAM_BVal_BIntLE: |
| 2837 | (void)fintEval(&expr1); |
| 2838 | (void)fintEval(&expr2); |
| 2839 | retDataObj->fiBool = fiBIntLE(expr1.fiBInt, expr2.fiBInt); |
| 2840 | myType = FOAM_Bool; |
| 2841 | break; |
| 2842 | |
| 2843 | case FOAM_BVal_BIntNegate: |
| 2844 | (void)fintEval(&expr1); |
| 2845 | retDataObj->fiBInt = fiBIntNegate(expr1.fiBInt); |
| 2846 | myType = FOAM_BInt; |
| 2847 | break; |
| 2848 | |
| 2849 | case FOAM_BVal_BIntPrev: |
| 2850 | (void)fintEval(&expr1); |
| 2851 | retDataObj->fiBInt = fiBIntMinus(expr1.fiBInt, fiBInt1()); |
| 2852 | myType = FOAM_BInt; |
| 2853 | break; |
| 2854 | |
| 2855 | case FOAM_BVal_BIntNext: |
| 2856 | (void)fintEval(&expr1); |
| 2857 | retDataObj->fiBInt = fiBIntPlus(expr1.fiBInt, fiBInt1()); |
| 2858 | myType = FOAM_BInt; |
| 2859 | break; |
| 2860 | |
| 2861 | case FOAM_BVal_BIntPlus: |
| 2862 | (void)fintEval(&expr1); |
| 2863 | (void)fintEval(&expr2); |
| 2864 | retDataObj->fiBInt = fiBIntPlus(expr1.fiBInt, expr2.fiBInt); |
| 2865 | myType = FOAM_BInt; |
| 2866 | break; |
| 2867 | |
| 2868 | case FOAM_BVal_BIntMinus: |
| 2869 | (void)fintEval(&expr1); |
| 2870 | (void)fintEval(&expr2); |
| 2871 | retDataObj->fiBInt = fiBIntMinus(expr1.fiBInt, expr2.fiBInt); |
| 2872 | myType = FOAM_BInt; |
| 2873 | break; |
| 2874 | |
| 2875 | case FOAM_BVal_BIntTimes: |
| 2876 | (void)fintEval(&expr1); |
| 2877 | (void)fintEval(&expr2); |
| 2878 | retDataObj->fiBInt = fiBIntTimes(expr1.fiBInt, expr2.fiBInt); |
| 2879 | myType = FOAM_BInt; |
| 2880 | break; |
| 2881 | |
| 2882 | case FOAM_BVal_BIntTimesPlus: |
| 2883 | (void)fintEval(&expr1); |
| 2884 | (void)fintEval(&expr2); |
| 2885 | (void)fintEval(&expr3); |
| 2886 | retDataObj->fiBInt = fiBIntTimesPlus(expr1.fiBInt, |
| 2887 | expr2.fiBInt, |
| 2888 | expr3.fiBInt); |
| 2889 | myType = FOAM_BInt; |
| 2890 | break; |
| 2891 | |
| 2892 | case FOAM_BVal_BIntMod: |
| 2893 | (void)fintEval(&expr1); |
| 2894 | (void)fintEval(&expr2); |
| 2895 | retDataObj->fiBInt = fiBIntMod(expr1.fiBInt, expr2.fiBInt); |
| 2896 | myType = FOAM_BInt; |
| 2897 | break; |
| 2898 | |
| 2899 | case FOAM_BVal_BIntQuo: |
| 2900 | (void)fintEval(&expr1); |
| 2901 | (void)fintEval(&expr2); |
| 2902 | retDataObj->fiBInt = fiBIntQuo(expr1.fiBInt, expr2.fiBInt); |
| 2903 | myType = FOAM_BInt; |
| 2904 | break; |
| 2905 | |
| 2906 | case FOAM_BVal_BIntRem: |
| 2907 | (void)fintEval(&expr1); |
| 2908 | (void)fintEval(&expr2); |
| 2909 | retDataObj->fiBInt = fiBIntRem(expr1.fiBInt, expr2.fiBInt); |
| 2910 | myType = FOAM_BInt; |
| 2911 | break; |
| 2912 | |
| 2913 | case FOAM_BVal_BIntDivide: |
| 2914 | (void)fintEval(&expr1); |
| 2915 | (void)fintEval(&expr2); |
| 2916 | |
| 2917 | retDataObj->ptr = fintAlloc(union dataObj, 2)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (2)), 0 , sizeof(union dataObj) * (2))); |
| 2918 | fiBIntDivide(expr1.fiBInt, expr2.fiBInt, |
| 2919 | (FiBInt *) & (retDataObj->ptr[0].fiBInt), |
| 2920 | (FiBInt *) & (retDataObj->ptr[1].fiBInt)); |
| 2921 | |
| 2922 | myType = FOAM_NOp; |
| 2923 | break; |
| 2924 | |
| 2925 | case FOAM_BVal_BIntGcd: |
| 2926 | (void)fintEval(&expr1); |
| 2927 | (void)fintEval(&expr2); |
| 2928 | retDataObj->fiBInt = fiBIntGcd(expr1.fiBInt, expr2.fiBInt); |
| 2929 | myType = FOAM_BInt; |
| 2930 | break; |
| 2931 | |
| 2932 | case FOAM_BVal_BIntSIPower: |
| 2933 | (void)fintEval(&expr1); |
| 2934 | (void)fintEval(&expr2); |
| 2935 | retDataObj->fiBInt = fiBIntSIPower(expr1.fiBInt, expr2.fiSInt); |
| 2936 | myType = FOAM_BInt; |
| 2937 | break; |
| 2938 | |
| 2939 | case FOAM_BVal_BIntBIPower: |
| 2940 | (void)fintEval(&expr1); |
| 2941 | (void)fintEval(&expr2); |
| 2942 | retDataObj->fiBInt = fiBIntBIPower(expr1.fiBInt, expr2.fiBInt); |
| 2943 | myType = FOAM_BInt; |
| 2944 | break; |
| 2945 | |
| 2946 | case FOAM_BVal_BIntPowerMod: |
| 2947 | (void)fintEval(&expr1); |
| 2948 | (void)fintEval(&expr2); |
| 2949 | (void)fintEval(&expr3); |
| 2950 | retDataObj->fiBInt = fiBIntPowerMod(expr1.fiBInt, |
| 2951 | expr2.fiBInt, |
| 2952 | expr3.fiBInt); |
| 2953 | myType = FOAM_BInt; |
| 2954 | break; |
| 2955 | |
| 2956 | case FOAM_BVal_BIntLength: |
| 2957 | (void)fintEval(&expr1); |
| 2958 | retDataObj->fiSInt = fiBIntLength(expr1.fiBInt); |
| 2959 | myType = FOAM_SInt; |
| 2960 | break; |
| 2961 | |
| 2962 | case FOAM_BVal_BIntShiftUp: |
| 2963 | (void)fintEval(&expr1); |
| 2964 | (void)fintEval(&expr2); |
| 2965 | retDataObj->fiBInt = fiBIntShiftUp(expr1.fiBInt, (int)expr2.fiSInt); |
| 2966 | myType = FOAM_BInt; |
| 2967 | break; |
| 2968 | |
| 2969 | case FOAM_BVal_BIntShiftDn: |
| 2970 | (void)fintEval(&expr1); |
| 2971 | (void)fintEval(&expr2); |
| 2972 | retDataObj->fiBInt = fiBIntShiftDn(expr1.fiBInt, (int)expr2.fiSInt); |
| 2973 | myType = FOAM_BInt; |
| 2974 | break; |
| 2975 | |
| 2976 | case FOAM_BVal_BIntShiftRem: |
| 2977 | (void)fintEval(&expr1); |
| 2978 | (void)fintEval(&expr2); |
| 2979 | retDataObj->fiBInt = fiBIntShiftRem(expr1.fiBInt, (int)expr2.fiSInt); |
| 2980 | myType = FOAM_BInt; |
| 2981 | break; |
| 2982 | |
| 2983 | case FOAM_BVal_BIntBit: |
| 2984 | (void)fintEval(&expr1); |
| 2985 | (void)fintEval(&expr2); |
| 2986 | retDataObj->fiBool = fiBIntBit(expr1.fiBInt, expr2.fiSInt); |
| 2987 | myType = FOAM_Bool; |
| 2988 | break; |
| 2989 | |
| 2990 | /* -------------------- Operations on Ptr ------------- */ |
| 2991 | |
| 2992 | case FOAM_BVal_PtrNil: |
| 2993 | retDataObj->fiPtr = 0; |
| 2994 | myType = FOAM_Ptr; |
| 2995 | break; |
| 2996 | |
| 2997 | case FOAM_BVal_PtrIsNil: |
| 2998 | (void)fintEval(&expr1); |
| 2999 | retDataObj->fiBool = (expr1.fiPtr == 0); |
| 3000 | myType = FOAM_Bool; |
| 3001 | break; |
| 3002 | |
| 3003 | case FOAM_BVal_PtrMagicEQ: |
| 3004 | (void)fintEval(&expr1); |
| 3005 | (void)fintEval(&expr2); |
| 3006 | retDataObj->fiBool = (expr1.fiPtr == expr2.fiPtr); |
| 3007 | myType = FOAM_Bool; |
| 3008 | break; |
| 3009 | |
| 3010 | case FOAM_BVal_PtrEQ: |
| 3011 | (void)fintEval(&expr1); |
| 3012 | (void)fintEval(&expr2); |
| 3013 | retDataObj->fiBool = (expr1.fiPtr == expr2.fiPtr); |
| 3014 | myType = FOAM_Bool; |
| 3015 | break; |
| 3016 | |
| 3017 | case FOAM_BVal_PtrNE: |
| 3018 | (void)fintEval(&expr1); |
| 3019 | (void)fintEval(&expr2); |
| 3020 | retDataObj->fiBool = (expr1.fiPtr != expr2.fiPtr); |
| 3021 | myType = FOAM_Bool; |
| 3022 | break; |
| 3023 | |
| 3024 | /* -------------------- Text Operations ----------------- */ |
| 3025 | case FOAM_BVal_FormatSFlo: |
| 3026 | (void)fintEval(&expr1); |
| 3027 | (void)fintEval(&expr2); |
| 3028 | (void)fintEval(&expr3); |
| 3029 | |
| 3030 | retDataObj->fiSInt = fiFormatSFlo(expr1.fiSFlo, |
| 3031 | expr2.fiArr, expr3.fiSInt); |
| 3032 | myType = FOAM_SInt; |
| 3033 | break; |
| 3034 | |
| 3035 | case FOAM_BVal_FormatDFlo: |
| 3036 | (void)fintEval(&expr1); |
| 3037 | (void)fintEval(&expr2); |
| 3038 | (void)fintEval(&expr3); |
| 3039 | |
| 3040 | retDataObj->fiSInt = fiFormatDFlo(expr1.fiDFlo, |
| 3041 | expr2.fiArr, expr3.fiSInt); |
| 3042 | myType = FOAM_SInt; |
| 3043 | break; |
| 3044 | |
| 3045 | case FOAM_BVal_FormatSInt: |
| 3046 | (void)fintEval(&expr1); |
| 3047 | (void)fintEval(&expr2); |
| 3048 | (void)fintEval(&expr3); |
| 3049 | |
| 3050 | retDataObj->fiSInt = fiFormatSInt(expr1.fiSInt, |
| 3051 | expr2.fiArr, expr3.fiSInt); |
| 3052 | myType = FOAM_SInt; |
| 3053 | break; |
| 3054 | |
| 3055 | case FOAM_BVal_FormatBInt: |
| 3056 | (void)fintEval(&expr1); |
| 3057 | (void)fintEval(&expr2); |
| 3058 | (void)fintEval(&expr3); |
| 3059 | |
| 3060 | retDataObj->fiSInt = fiFormatBInt(expr1.fiBInt, |
| 3061 | expr2.fiArr, expr3.fiSInt); |
| 3062 | myType = FOAM_SInt; |
| 3063 | break; |
| 3064 | |
| 3065 | case FOAM_BVal_ScanSFlo: |
| 3066 | (void)fintEval(&expr1); |
| 3067 | (void)fintEval(&expr2); |
| 3068 | |
| 3069 | retDataObj->ptr = fintAlloc(union dataObj, 2)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (2)), 0 , sizeof(union dataObj) * (2))); |
| 3070 | fiScanSFlo( expr1.fiArr, |
| 3071 | (FiSInt) expr2.fiSInt, |
| 3072 | (FiSFlo *) & (retDataObj->ptr[0].fiSFlo), |
| 3073 | (FiSInt *) & (retDataObj->ptr[1].fiSInt)); |
| 3074 | |
| 3075 | myType = FOAM_NOp; |
| 3076 | break; |
| 3077 | |
| 3078 | case FOAM_BVal_ScanDFlo: |
| 3079 | (void)fintEval(&expr1); |
| 3080 | (void)fintEval(&expr2); |
| 3081 | |
| 3082 | retDataObj->ptr = fintAlloc(union dataObj, 2)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (2)), 0 , sizeof(union dataObj) * (2))); |
| 3083 | fiScanDFlo( expr1.fiArr, |
| 3084 | (FiSInt) expr2.fiSInt, |
| 3085 | (FiDFlo *) & (retDataObj->ptr[0].fiDFlo), |
| 3086 | (FiSInt *) & (retDataObj->ptr[1].fiSInt)); |
| 3087 | |
| 3088 | myType = FOAM_NOp; |
| 3089 | break; |
| 3090 | |
| 3091 | case FOAM_BVal_ScanSInt: |
| 3092 | (void)fintEval(&expr1); |
| 3093 | (void)fintEval(&expr2); |
| 3094 | |
| 3095 | retDataObj->ptr = fintAlloc(union dataObj, 2)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (2)), 0 , sizeof(union dataObj) * (2))); |
| 3096 | fiScanSInt( expr1.fiArr, |
| 3097 | (FiSInt) expr2.fiSInt, |
| 3098 | (FiSInt *) & (retDataObj->ptr[0].fiSInt), |
| 3099 | (FiSInt *) & (retDataObj->ptr[1].fiSInt)); |
| 3100 | |
| 3101 | myType = FOAM_NOp; |
| 3102 | break; |
| 3103 | |
| 3104 | case FOAM_BVal_ScanBInt: |
| 3105 | (void)fintEval(&expr1); |
| 3106 | (void)fintEval(&expr2); |
| 3107 | |
| 3108 | retDataObj->ptr = fintAlloc(union dataObj, 2)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (2)), 0 , sizeof(union dataObj) * (2))); |
| 3109 | fiScanBInt( expr1.fiArr, |
| 3110 | (FiSInt) expr2.fiSInt, |
| 3111 | (FiBInt *) & (retDataObj->ptr[0].fiBInt), |
| 3112 | (FiSInt *) & (retDataObj->ptr[1].fiSInt)); |
| 3113 | myType = FOAM_NOp; |
| 3114 | break; |
| 3115 | |
| 3116 | /* -------------------- Conversion Operations ------------- */ |
| 3117 | |
| 3118 | case FOAM_BVal_SFloToDFlo: |
| 3119 | (void)fintEval(&expr1); |
| 3120 | retDataObj->fiDFlo = fiSFloToDFlo(expr1.fiSFlo)((FiDFlo)(expr1.fiSFlo)); |
| 3121 | myType = FOAM_DFlo; |
| 3122 | break; |
| 3123 | |
| 3124 | case FOAM_BVal_DFloToSFlo: |
| 3125 | (void)fintEval(&expr1); |
| 3126 | retDataObj->fiSFlo = fiDFloToSFlo(expr1.fiDFlo)((FiSFlo)(expr1.fiDFlo)); |
| 3127 | myType = FOAM_SFlo; |
| 3128 | break; |
| 3129 | |
| 3130 | case FOAM_BVal_ByteToSInt: |
| 3131 | (void)fintEval(&expr1); |
| 3132 | retDataObj->fiSInt = fiByteToSInt(expr1.fiByte)((FiSInt)(expr1.fiByte)); |
| 3133 | myType = FOAM_SInt; |
| 3134 | break; |
| 3135 | |
| 3136 | case FOAM_BVal_SIntToByte: |
| 3137 | (void)fintEval(&expr1); |
| 3138 | retDataObj->fiByte = fiSIntToByte(expr1.fiSInt)((FiByte)(expr1.fiSInt)); |
| 3139 | myType = FOAM_Byte; |
| 3140 | break; |
| 3141 | |
| 3142 | case FOAM_BVal_HIntToSInt: |
| 3143 | (void)fintEval(&expr1); |
| 3144 | retDataObj->fiSInt = fiHIntToSInt(expr1.fiHInt)((FiSInt)(expr1.fiHInt)); |
| 3145 | myType = FOAM_SInt; |
| 3146 | break; |
| 3147 | |
| 3148 | case FOAM_BVal_SIntToHInt: |
| 3149 | (void)fintEval(&expr1); |
| 3150 | retDataObj->fiHInt = fiSIntToHInt(expr1.fiSInt)((FiHInt)(expr1.fiSInt)); |
| 3151 | myType = FOAM_HInt; |
| 3152 | break; |
| 3153 | |
| 3154 | case FOAM_BVal_SIntToBInt: |
| 3155 | (void)fintEval(&expr1); |
| 3156 | retDataObj->fiBInt = fiSIntToBInt(expr1.fiSInt); |
| 3157 | myType = FOAM_BInt; |
| 3158 | break; |
| 3159 | |
| 3160 | case FOAM_BVal_BIntToSInt: |
| 3161 | (void)fintEval(&expr1); |
| 3162 | retDataObj->fiSInt = fiBIntToSInt(expr1.fiBInt); |
| 3163 | myType = FOAM_SInt; |
| 3164 | break; |
| 3165 | |
| 3166 | case FOAM_BVal_SIntToSFlo: |
| 3167 | (void)fintEval(&expr1); |
| 3168 | retDataObj->fiSFlo = (FiSFlo) expr1.fiSInt; |
| 3169 | myType = FOAM_SFlo; |
| 3170 | break; |
| 3171 | |
| 3172 | case FOAM_BVal_SIntToDFlo: |
| 3173 | (void)fintEval(&expr1); |
| 3174 | retDataObj->fiDFlo = (FiDFlo) expr1.fiSInt; |
| 3175 | myType = FOAM_DFlo; |
| 3176 | break; |
| 3177 | |
| 3178 | case FOAM_BVal_BIntToSFlo: |
| 3179 | (void)fintEval(&expr1); |
| 3180 | retDataObj->fiSFlo = fiBIntToSFlo(expr1.fiBInt); |
| 3181 | myType = FOAM_SFlo; |
| 3182 | break; |
| 3183 | |
| 3184 | case FOAM_BVal_BIntToDFlo: |
| 3185 | (void)fintEval(&expr1); |
| 3186 | retDataObj->fiDFlo = fiBIntToDFlo(expr1.fiBInt); |
| 3187 | myType = FOAM_DFlo; |
| 3188 | break; |
| 3189 | |
| 3190 | case FOAM_BVal_PtrToSInt: |
| 3191 | (void)fintEval(&expr1); |
| 3192 | retDataObj->fiSInt = fiPtrToSInt(expr1.fiPtr)((FiSInt)(expr1.fiPtr)); |
| 3193 | myType = FOAM_SInt; |
| 3194 | break; |
| 3195 | |
| 3196 | case FOAM_BVal_SIntToPtr: |
| 3197 | (void)fintEval(&expr1); |
| 3198 | retDataObj->fiPtr = fiSIntToPtr(expr1.fiSInt)((FiPtr) (expr1.fiSInt)); |
| 3199 | myType = FOAM_Ptr; |
| 3200 | break; |
| 3201 | |
| 3202 | case FOAM_BVal_ArrToSFlo: |
| 3203 | (void)fintEval(&expr1); |
| 3204 | retDataObj->fiSFlo = fiArrToSFlo((FiArr) expr1.fiArr); |
| 3205 | myType = FOAM_SFlo; |
| 3206 | break; |
| 3207 | |
| 3208 | case FOAM_BVal_ArrToDFlo: |
| 3209 | (void)fintEval(&expr1); |
| 3210 | retDataObj->fiDFlo = fiArrToDFlo((FiArr) expr1.fiArr); |
| 3211 | myType = FOAM_DFlo; |
| 3212 | break; |
| 3213 | |
| 3214 | case FOAM_BVal_ArrToSInt: |
| 3215 | (void)fintEval(&expr1); |
| 3216 | retDataObj->fiSInt = fiArrToSInt(expr1.fiArr); |
| 3217 | myType = FOAM_SInt; |
| 3218 | break; |
| 3219 | |
| 3220 | case FOAM_BVal_ArrToBInt: |
| 3221 | (void)fintEval(&expr1); |
| 3222 | retDataObj->fiBInt = fiArrToBInt(expr1.fiArr); |
| 3223 | myType = FOAM_BInt; |
| 3224 | break; |
| 3225 | |
| 3226 | /* ---------------- Platform specific operations ------------- */ |
| 3227 | |
| 3228 | case FOAM_BVal_PlatformRTE: |
| 3229 | retDataObj->fiSInt = fiPlatformRTE(); |
| 3230 | myType = FOAM_SInt; |
| 3231 | break; |
| 3232 | |
| 3233 | case FOAM_BVal_PlatformOS: |
| 3234 | retDataObj->fiSInt = fiPlatformOS(); |
| 3235 | myType = FOAM_SInt; |
| 3236 | break; |
| 3237 | |
| 3238 | case FOAM_BVal_Halt: |
| 3239 | |
| 3240 | (void)fintEval(&expr1); |
| 3241 | fintWhere(0); |
| 3242 | switch ((int)expr1.fiSInt) { |
| 3243 | case FOAM_Halt_BadDependentType: |
| 3244 | fiRaiseException((FiWord)"(Aldor error) Bad use of a dependent type"); |
| 3245 | break; |
| 3246 | case FOAM_Halt_NeverReached: |
| 3247 | fiRaiseException((FiWord)"(Aldor error) Reached a \"never\""); |
| 3248 | break; |
| 3249 | case FOAM_Halt_BadUnionCase: |
| 3250 | fiRaiseException((FiWord)"(Aldor error) Bad union branch."); |
| 3251 | break; |
| 3252 | case FOAM_Halt_AssertFailed: |
| 3253 | fiRaiseException((FiWord)"(Aldor error) Assertion failed."); |
| 3254 | break; |
| 3255 | case FOAM_Halt_BadFortranRecursion: |
| 3256 | fiRaiseException((FiWord)"(Aldor error) Bad Fortran recursion."); |
| 3257 | break; |
| 3258 | case FOAM_Halt_BadPointerWrite: |
| 3259 | fiRaiseException((FiWord)"(Aldor error) Write to invalid pointer (read-only?)."); |
| 3260 | break; |
| 3261 | default: |
| 3262 | fiRaiseException((FiWord)"(Aldor error) Halt"); |
| 3263 | break; |
| 3264 | } |
| 3265 | LongJmp(fintJmpBuf, 1){ fluidUnwind((fintJmpBuf).fluidLevel, 1); longjmp((fintJmpBuf ).buf, 1);; }; |
| 3266 | |
| 3267 | myType = FOAM_Nil; |
| 3268 | break; |
| 3269 | |
| 3270 | /* ----------------- Store manager operations ------------- */ |
| 3271 | |
| 3272 | case FOAM_BVal_StoForceGC: |
| 3273 | fiStoForceGC(); |
| 3274 | retDataObj->fiPtr = 0; /* Hopefully never used */ |
| 3275 | myType = FOAM_NOp; |
| 3276 | break; |
| 3277 | |
| 3278 | case FOAM_BVal_StoInHeap: |
| 3279 | fintTypedEval(&expr1, FOAM_Ptr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3279); } while (0); }; |
| 3280 | retDataObj->fiBool = fiStoInHeap(expr1.fiPtr); |
| 3281 | myType = FOAM_Bool; |
| 3282 | break; |
| 3283 | |
| 3284 | case FOAM_BVal_StoIsWritable: |
| 3285 | fintTypedEval(&expr1, FOAM_Ptr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3285); } while (0); }; |
| 3286 | retDataObj->fiSInt = fiStoIsWritable(expr1.fiPtr); |
| 3287 | myType = FOAM_SInt; |
| 3288 | break; |
| 3289 | |
| 3290 | case FOAM_BVal_StoMarkObject: |
| 3291 | fintTypedEval(&expr1, FOAM_Ptr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3291); } while (0); }; |
| 3292 | retDataObj->fiSInt = fiStoMarkObject(expr1.fiPtr); |
| 3293 | myType = FOAM_SInt; |
| 3294 | break; |
| 3295 | |
| 3296 | case FOAM_BVal_StoRecode: |
| 3297 | fintTypedEval(&expr1, FOAM_Ptr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3297); } while (0); }; |
| 3298 | fintTypedEval(&expr2, FOAM_SInt){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3298); } while (0); }; |
| 3299 | retDataObj->fiWord = fiStoRecode(expr1.fiPtr, expr2.fiSInt); |
| 3300 | myType = FOAM_Word; |
| 3301 | break; |
| 3302 | |
| 3303 | case FOAM_BVal_StoNewObject: |
| 3304 | fintTypedEval(&expr1, FOAM_SInt){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3304); } while (0); }; |
| 3305 | fintTypedEval(&expr2, FOAM_Bool){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Bool || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Bool || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3305); } while (0); }; |
| 3306 | fiStoNewObject(expr1.fiSInt, expr2.fiBool); |
| 3307 | retDataObj->fiPtr = 0; /* Hopefully never used */ |
| 3308 | myType = FOAM_NOp; |
| 3309 | break; |
| 3310 | |
| 3311 | case FOAM_BVal_StoATracer: |
| 3312 | fintTypedEval(&expr1, FOAM_SInt){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3312); } while (0); }; |
| 3313 | fintTypedEval(&expr2, FOAM_Clos){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3313); } while (0); }; |
| 3314 | fiStoATracer(expr1.fiSInt, expr2.fiClos); |
| 3315 | retDataObj->fiPtr = 0; /* Hopefully never used */ |
| 3316 | myType = FOAM_NOp; |
| 3317 | break; |
| 3318 | |
| 3319 | case FOAM_BVal_StoCTracer: |
| 3320 | fintTypedEval(&expr1, FOAM_SInt){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3320); } while (0); }; |
| 3321 | fintTypedEval(&expr2, FOAM_Word){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3321); } while (0); }; |
| 3322 | fiStoATracer(expr1.fiSInt, (FiClos) expr2.fiWord); |
| 3323 | retDataObj->fiPtr = 0; /* Hopefully never used */ |
| 3324 | myType = FOAM_NOp; |
| 3325 | break; |
| 3326 | |
| 3327 | case FOAM_BVal_StoShow: |
| 3328 | fintTypedEval(&expr1, FOAM_SInt){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3328); } while (0); }; |
| 3329 | fiStoShow(expr1.fiSInt); |
| 3330 | retDataObj->fiPtr = 0; /* Hopefully never used */ |
| 3331 | myType = FOAM_NOp; |
| 3332 | break; |
| 3333 | |
| 3334 | case FOAM_BVal_StoShowArgs: |
| 3335 | fintTypedEval(&expr1, FOAM_Ptr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3335); } while (0); }; |
| 3336 | retDataObj->fiSInt = fiStoShowArgs(expr1.fiPtr); |
| 3337 | myType = FOAM_SInt; |
| 3338 | break; |
| 3339 | |
| 3340 | /* --------------------- Raw type tags ------------------ */ |
| 3341 | |
| 3342 | case FOAM_BVal_TypeInt8: |
| 3343 | retDataObj->fiSInt = fiTypeInt8()(-1); |
| 3344 | myType = FOAM_SInt; |
| 3345 | break; |
| 3346 | |
| 3347 | case FOAM_BVal_TypeInt16: |
| 3348 | retDataObj->fiSInt = fiTypeInt16()(-2); |
| 3349 | myType = FOAM_SInt; |
| 3350 | break; |
| 3351 | |
| 3352 | case FOAM_BVal_TypeInt32: |
| 3353 | retDataObj->fiSInt = fiTypeInt32()(-3); |
| 3354 | myType = FOAM_SInt; |
| 3355 | break; |
| 3356 | |
| 3357 | case FOAM_BVal_TypeInt64: |
| 3358 | retDataObj->fiSInt = fiTypeInt64()(-4); |
| 3359 | myType = FOAM_SInt; |
| 3360 | break; |
| 3361 | |
| 3362 | case FOAM_BVal_TypeInt128: |
| 3363 | retDataObj->fiSInt = fiTypeInt128()(-5); |
| 3364 | myType = FOAM_SInt; |
| 3365 | break; |
| 3366 | |
| 3367 | case FOAM_BVal_TypeNil: |
| 3368 | retDataObj->fiSInt = fiTypeNil()( 0); |
| 3369 | myType = FOAM_SInt; |
| 3370 | break; |
| 3371 | |
| 3372 | case FOAM_BVal_TypeChar: |
| 3373 | retDataObj->fiSInt = fiTypeChar()( 1); |
| 3374 | myType = FOAM_SInt; |
| 3375 | break; |
| 3376 | |
| 3377 | case FOAM_BVal_TypeBool: |
| 3378 | retDataObj->fiSInt = fiTypeBool()( 2); |
| 3379 | myType = FOAM_SInt; |
| 3380 | break; |
| 3381 | |
| 3382 | case FOAM_BVal_TypeByte: |
| 3383 | retDataObj->fiSInt = fiTypeByte()( 3); |
| 3384 | myType = FOAM_SInt; |
| 3385 | break; |
| 3386 | |
| 3387 | case FOAM_BVal_TypeHInt: |
| 3388 | retDataObj->fiSInt = fiTypeHInt()( 4); |
| 3389 | myType = FOAM_SInt; |
| 3390 | break; |
| 3391 | |
| 3392 | case FOAM_BVal_TypeSInt: |
| 3393 | retDataObj->fiSInt = fiTypeSInt()( 5); |
| 3394 | myType = FOAM_SInt; |
| 3395 | break; |
| 3396 | |
| 3397 | case FOAM_BVal_TypeBInt: |
| 3398 | retDataObj->fiSInt = fiTypeBInt()( 6); |
| 3399 | myType = FOAM_SInt; |
| 3400 | break; |
| 3401 | |
| 3402 | case FOAM_BVal_TypeSFlo: |
| 3403 | retDataObj->fiSInt = fiTypeSFlo()( 7); |
| 3404 | myType = FOAM_SInt; |
| 3405 | break; |
| 3406 | |
| 3407 | case FOAM_BVal_TypeDFlo: |
| 3408 | retDataObj->fiSInt = fiTypeDFlo()( 8); |
| 3409 | myType = FOAM_SInt; |
| 3410 | break; |
| 3411 | |
| 3412 | case FOAM_BVal_TypeWord: |
| 3413 | retDataObj->fiSInt = fiTypeWord()( 9); |
| 3414 | myType = FOAM_SInt; |
| 3415 | break; |
| 3416 | |
| 3417 | case FOAM_BVal_TypeClos: |
| 3418 | retDataObj->fiSInt = fiTypeClos()(10); |
| 3419 | myType = FOAM_SInt; |
| 3420 | break; |
| 3421 | |
| 3422 | case FOAM_BVal_TypePtr: |
| 3423 | retDataObj->fiSInt = fiTypePtr()(11); |
| 3424 | myType = FOAM_SInt; |
| 3425 | break; |
| 3426 | |
| 3427 | case FOAM_BVal_TypeRec: |
| 3428 | retDataObj->fiSInt = fiTypeRec()(12); |
| 3429 | myType = FOAM_SInt; |
| 3430 | break; |
| 3431 | |
| 3432 | case FOAM_BVal_TypeArr: |
| 3433 | retDataObj->fiSInt = fiTypeArr()(14); |
| 3434 | myType = FOAM_SInt; |
| 3435 | break; |
| 3436 | |
| 3437 | case FOAM_BVal_TypeTR: |
| 3438 | retDataObj->fiSInt = fiTypeTR()(15); |
| 3439 | myType = FOAM_SInt; |
| 3440 | break; |
| 3441 | |
| 3442 | case FOAM_BVal_SizeOfInt8: |
| 3443 | retDataObj->fiSInt = fiSizeOfInt8()1; |
| 3444 | myType = FOAM_SInt; |
| 3445 | break; |
| 3446 | |
| 3447 | case FOAM_BVal_SizeOfInt16: |
| 3448 | retDataObj->fiSInt = fiSizeOfInt16()2; |
| 3449 | myType = FOAM_SInt; |
| 3450 | break; |
| 3451 | |
| 3452 | case FOAM_BVal_SizeOfInt32: |
| 3453 | retDataObj->fiSInt = fiSizeOfInt32()4; |
| 3454 | myType = FOAM_SInt; |
| 3455 | break; |
| 3456 | |
| 3457 | case FOAM_BVal_SizeOfInt64: |
| 3458 | retDataObj->fiSInt = fiSizeOfInt64()8; |
| 3459 | myType = FOAM_SInt; |
| 3460 | break; |
| 3461 | |
| 3462 | case FOAM_BVal_SizeOfInt128: |
| 3463 | retDataObj->fiSInt = fiSizeOfInt128()16; |
| 3464 | myType = FOAM_SInt; |
| 3465 | break; |
| 3466 | |
| 3467 | case FOAM_BVal_SizeOfNil: |
| 3468 | retDataObj->fiSInt = fiSizeOfNil()sizeof(FiNil); |
| 3469 | myType = FOAM_SInt; |
| 3470 | break; |
| 3471 | |
| 3472 | case FOAM_BVal_SizeOfChar: |
| 3473 | retDataObj->fiSInt = fiSizeOfChar()sizeof(FiChar); |
| 3474 | myType = FOAM_SInt; |
| 3475 | break; |
| 3476 | |
| 3477 | case FOAM_BVal_SizeOfBool: |
| 3478 | retDataObj->fiSInt = fiSizeOfBool()sizeof(FiBool); |
| 3479 | myType = FOAM_SInt; |
| 3480 | break; |
| 3481 | |
| 3482 | case FOAM_BVal_SizeOfByte: |
| 3483 | retDataObj->fiSInt = fiSizeOfByte()sizeof(FiByte); |
| 3484 | myType = FOAM_SInt; |
| 3485 | break; |
| 3486 | |
| 3487 | case FOAM_BVal_SizeOfHInt: |
| 3488 | retDataObj->fiSInt = fiSizeOfHInt()sizeof(FiHInt); |
| 3489 | myType = FOAM_SInt; |
| 3490 | break; |
| 3491 | |
| 3492 | case FOAM_BVal_SizeOfSInt: |
| 3493 | retDataObj->fiSInt = fiSizeOfSInt()sizeof(FiSInt); |
| 3494 | myType = FOAM_SInt; |
| 3495 | break; |
| 3496 | |
| 3497 | case FOAM_BVal_SizeOfBInt: |
| 3498 | retDataObj->fiSInt = fiSizeOfBInt()sizeof(FiBInt); |
| 3499 | myType = FOAM_SInt; |
| 3500 | break; |
| 3501 | |
| 3502 | case FOAM_BVal_SizeOfSFlo: |
| 3503 | retDataObj->fiSInt = fiSizeOfSFlo()sizeof(FiSFlo); |
| 3504 | myType = FOAM_SInt; |
| 3505 | break; |
| 3506 | |
| 3507 | case FOAM_BVal_SizeOfDFlo: |
| 3508 | retDataObj->fiSInt = fiSizeOfDFlo()sizeof(FiDFlo); |
| 3509 | myType = FOAM_SInt; |
| 3510 | break; |
| 3511 | |
| 3512 | case FOAM_BVal_SizeOfWord: |
| 3513 | retDataObj->fiSInt = fiSizeOfWord()sizeof(FiWord); |
| 3514 | myType = FOAM_SInt; |
| 3515 | break; |
| 3516 | |
| 3517 | case FOAM_BVal_SizeOfClos: |
| 3518 | retDataObj->fiSInt = fiSizeOfClos()sizeof(FiClos); |
| 3519 | myType = FOAM_SInt; |
| 3520 | break; |
| 3521 | |
| 3522 | case FOAM_BVal_SizeOfPtr: |
| 3523 | retDataObj->fiSInt = fiSizeOfPtr()sizeof(FiPtr); |
| 3524 | myType = FOAM_SInt; |
| 3525 | break; |
| 3526 | |
| 3527 | case FOAM_BVal_SizeOfRec: |
| 3528 | retDataObj->fiSInt = fiSizeOfRec()sizeof(FiRec); |
| 3529 | myType = FOAM_SInt; |
| 3530 | break; |
| 3531 | |
| 3532 | case FOAM_BVal_SizeOfArr: |
| 3533 | retDataObj->fiSInt = fiSizeOfArr()sizeof(FiArr); |
| 3534 | myType = FOAM_SInt; |
| 3535 | break; |
| 3536 | |
| 3537 | case FOAM_BVal_SizeOfTR: |
| 3538 | retDataObj->fiSInt = fiSizeOfTR()sizeof(FiTR); |
| 3539 | myType = FOAM_SInt; |
| 3540 | break; |
| 3541 | |
| 3542 | /* ----------------- Linked list operations ------------- */ |
| 3543 | |
| 3544 | case FOAM_BVal_ListNil: |
| 3545 | retDataObj->fiPtr = fiListNil(); |
| 3546 | myType = FOAM_Ptr; |
| 3547 | break; |
| 3548 | |
| 3549 | case FOAM_BVal_ListEmptyP: |
| 3550 | fintTypedEval(&expr1, FOAM_Ptr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3550); } while (0); }; |
| 3551 | retDataObj->fiBool = fiListEmptyP(expr1.fiPtr); |
| 3552 | myType = FOAM_Bool; |
| 3553 | break; |
| 3554 | |
| 3555 | case FOAM_BVal_ListHead: |
| 3556 | fintTypedEval(&expr1, FOAM_Ptr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3556); } while (0); }; |
| 3557 | retDataObj->fiWord = fiListHead(expr1.fiPtr); |
| 3558 | myType = FOAM_Word; |
| 3559 | break; |
| 3560 | |
| 3561 | case FOAM_BVal_ListTail: |
| 3562 | fintTypedEval(&expr1, FOAM_Ptr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3562); } while (0); }; |
| 3563 | retDataObj->fiPtr = fiListTail(expr1.fiPtr); |
| 3564 | myType = FOAM_Ptr; |
| 3565 | break; |
| 3566 | |
| 3567 | case FOAM_BVal_ListCons: |
| 3568 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3568); } while (0); }; |
| 3569 | fintTypedEval(&expr2, FOAM_Ptr){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3569); } while (0); }; |
| 3570 | retDataObj->fiPtr = fiListCons(expr1.fiWord, expr2.fiPtr); |
| 3571 | myType = FOAM_Ptr; |
| 3572 | break; |
| 3573 | |
| 3574 | default: |
| 3575 | bug("BCall: %s (<%s> in [%s]) unimplemented...\n", |
| 3576 | foamBValInfo(call)(foamBValInfoTable[(int)(call)-(int)FOAM_BVAL_START]).str, prog->name, prog->unit->name); |
| 3577 | NotReached(myType = FOAM_Nil){(void)bug("Not supposed to reach line %d in file: %s\n",3577 , "fint.c");}; |
| 3578 | } |
| 3579 | |
| 3580 | return myType; |
| 3581 | |
| 3582 | /**************************** END OF BCALL ***************************/ |
| 3583 | } |
| 3584 | |
| 3585 | /* Execute the program inside the current tape in the environment related to |
| 3586 | * unit. |
| 3587 | * the return value is the type of the evaluated expression, |
| 3588 | * retDataObj is a pointer to the value |
| 3589 | */ |
| 3590 | |
| 3591 | localstatic dataType fintEval_(DataObj retDataObj); |
| 3592 | localstatic dataType |
| 3593 | fintEval(DataObj retDataObj) |
| 3594 | { |
| 3595 | dataType d; |
| 3596 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, "(fintEval:\n"); |
| 3597 | d = fintEval_(retDataObj); |
| 3598 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, " fintEval)"); |
| 3599 | |
| 3600 | return d; |
| 3601 | } |
| 3602 | |
| 3603 | localstatic dataType |
| 3604 | fintEval_(DataObj retDataObj) |
| 3605 | { |
| 3606 | extern int isatty(int); |
| 3607 | int fmt, tag, argc; |
| 3608 | long n; |
| 3609 | union dataObj expr; |
| 3610 | dataType type, myType = FOAM_NOp; |
| 3611 | |
| 3612 | fintGetTagFmtArgc(tag, fmt, argc){ { (((tag)) = tape[ip++]); (fmt) = (((tag))<(FOAM_VECTOR_START )? 0:((((tag))-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); (tag) = ((((tag))) - (((fmt)))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } if ((foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == (-1)) { switch (fmt) { case 0: { String _s = fintGetn(4); (argc ) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fmt) - 2; break; } } else (argc) = (foamInfoTable [(int)(tag)-(int)FOAM_START]).argc; }; |
| 3613 | |
| 3614 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, "fintEval: %s\n", foamInfo(tag)(foamInfoTable [(int)(tag)-(int)FOAM_START]).str); |
| 3615 | |
| 3616 | switch (tag) { |
| 3617 | |
| 3618 | case FOAM_EEnsure: |
| 3619 | case FOAM_OCall: |
| 3620 | case FOAM_CCall: { |
| 3621 | union dataObj par; |
| 3622 | dataType retType; |
| 3623 | UByte denv; |
| 3624 | ProgInfo prog0; |
| 3625 | FiEnv env; |
| 3626 | |
| 3627 | DataObj sp0; |
| 3628 | DataObj oldStack; |
| 3629 | int nFluids; |
| 3630 | |
| 3631 | /* This is a bad place for this, but f. call seems to |
| 3632 | * be a horrendous operation |
| 3633 | */ |
| 3634 | if (tag == FOAM_EEnsure) { |
| 3635 | retType = FOAM_NOp; |
| 3636 | fintTypedEval(&expr, FOAM_Env){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3636); } while (0); }; |
| 3637 | if ((FiEnv)(expr.fiEnv->info) == (FiEnv) NULL((void*)0)) { |
| 3638 | myType = FOAM_NOp; |
| 3639 | return myType; |
| 3640 | } |
| 3641 | prog0 = (ProgInfo)((FiClos) expr.fiEnv->info)->prog; |
| 3642 | env = ((FiClos) expr.fiEnv->info)->env; |
| 3643 | argc = 0; |
| 3644 | } |
| 3645 | else if (tag == FOAM_CCall) { |
| 3646 | fintGetByte(retType)((retType) = tape[ip++]); /* return type */ |
| 3647 | type = fintEval(&expr); |
| 3648 | hardAssert(type == FOAM_Clos || type == FOAM_Word)do { if (!(type == FOAM_Clos || type == FOAM_Word)) fintHardAssert ("type == FOAM_Clos || type == FOAM_Word", "fint.c", 3648); } while (0); |
| 3649 | hardAssert(expr.fiClos != NULL)do { if (!(expr.fiClos != ((void*)0))) fintHardAssert("expr.fiClos != NULL" , "fint.c", 3649); } while (0); |
| 3650 | prog0 = (ProgInfo) expr.fiClos->prog; |
| 3651 | env = expr.fiClos->env; |
| 3652 | argc -= 2; |
| 3653 | } |
| 3654 | else { |
| 3655 | fintGetByte(retType)((retType) = tape[ip++]); /* return type */ |
| 3656 | fintTypedEval(&expr, FOAM_Prog){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Prog || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Prog || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3656); } while (0); }; |
| 3657 | prog0 = expr.progInfo; |
| 3658 | fintTypedEval(&expr, FOAM_Env){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3658); } while (0); }; |
| 3659 | env = expr.fiEnv; |
| 3660 | argc -= 3; |
| 3661 | } |
| 3662 | |
| 3663 | hardAssert(argc >= 0)do { if (!(argc >= 0)) fintHardAssert("argc >= 0", "fint.c" , 3663); } while (0); |
| 3664 | |
| 3665 | |
| 3666 | stackAlloc(sp0, argc + PAR_OFFSET){ if (sp + argc + 10 >= stack + 3000 - 11) stackChain(argc + 10); (sp0) = sp; sp += (argc + 10); }; |
| 3667 | oldStack = stack; |
| 3668 | |
| 3669 | if (DEBUG(fint)fintDebug) { |
| 3670 | fintCheckCallStack(); |
| 3671 | } |
| 3672 | |
| 3673 | for (n = 0; n < argc; n++) { |
| 3674 | type = fintEval(&par); |
| 3675 | fintSet(type, sp0 + n + PAR_OFFSET, par){ do { if (!(sp0 + n + 10 != ((void*)0))) _do_assert(("sp0 + n + 10 != NULL" ),"fint.c",3675); } while (0); switch ((int)type) { case FOAM_Char : *(FiChar *)(sp0 + n + 10) = (par).fiChar; break; case FOAM_Bool : (sp0 + n + 10)->fiBool = (par).fiBool; break; case FOAM_Byte : (sp0 + n + 10)->fiByte = (par).fiByte; break; case FOAM_HInt : (sp0 + n + 10)->fiHInt = (par).fiHInt; break; case FOAM_SInt : (sp0 + n + 10)->fiSInt = (par).fiSInt; break; case FOAM_SFlo : (sp0 + n + 10)->fiSFlo = (par).fiSFlo; break; case FOAM_DFlo : (sp0 + n + 10)->fiDFlo = (par).fiDFlo; break; case FOAM_Word : (sp0 + n + 10)->fiWord = (par).fiWord; break; case FOAM_Arb : (sp0 + n + 10)->fiArb = (par).fiArb; break; case FOAM_Ptr : (sp0 + n + 10)->fiPtr = (par).fiPtr; break; case FOAM_Rec : (sp0 + n + 10)->fiRec = (par).fiRec; break; case FOAM_Arr : (sp0 + n + 10)->fiArr = (par).fiArr; break; case FOAM_TR : (sp0 + n + 10)->fiTR = (par).fiTR; break; case FOAM_Prog : (sp0 + n + 10)->fiProgPos=(par).fiProgPos; break; case FOAM_Clos : (sp0 + n + 10)->fiClos = (par).fiClos; break; case FOAM_Gener : (sp0 + n + 10)->fiGener = (par).fiGener; break; case FOAM_GenIter : (sp0 + n + 10)->fiGenIter = (par).fiGenIter; break; case FOAM_Env: (sp0 + n + 10)->fiEnv = (par).fiEnv; break; case FOAM_NOp: fintSetMFmt((sp0 + n + 10), &(par)); break; case FOAM_Nil: (sp0 + n + 10)->_fiNil = (par)._fiNil; break; case FOAM_BInt: (sp0 + n + 10)->fiBInt = (Ptr) (bintCopy((BInt ) (par).fiBInt)); break; default: fintWhere(((int) 0));bug("fintSet: type %d unimplemented." , (int)type); } }; |
| 3676 | } |
| 3677 | |
| 3678 | sp = sp0; |
| 3679 | stack = oldStack; |
| 3680 | |
| 3681 | stackFrameAlloc(argc){ if (sp + 10 + argc >= stack + 3000 - 11) stackChain(argc +10); sp->ptr = bp; bp = sp; sp += 2; (sp++)->labels = labels ; (sp++)->fiChar = (char) labelFmt; (sp++)->ptr = locValues ; (sp++)->fiEnv = lexEnv; (sp++)->progInfo = prog; (sp++ )->fiUnit = unit; (sp++)->ptr = fluidValues; (sp++)-> fiGenIter = currGenIter; sp += argc + 1; }; /* creates a frame for argc param. */ |
| 3682 | |
| 3683 | hardAssert(sp < stack + STACK_SIZE + 1)do { if (!(sp < stack + 3000 + 1)) fintHardAssert("sp < stack + STACK_SIZE + 1" , "fint.c", 3683); } while (0); |
| 3684 | |
| 3685 | if (DEBUG(fint)fintDebug) { |
| 3686 | int k; |
| 3687 | fprintf(dbOut, "((%s ", foamInfo(tag)(foamInfoTable [(int)(tag)-(int)FOAM_START]).str); |
| 3688 | (void)fprintf(dbOut, "to %s in %s with par: ", |
| 3689 | prog0->name, |
| 3690 | prog0->unit->name); |
| 3691 | for (k = 0; k < argc; k++) |
| 3692 | (void)fprintf(dbOut, "%p ", (void *) parValue(k)(bp[(k)+10]).fiPtr); |
| 3693 | (void)fprintf(dbOut, ")\n"); |
| 3694 | } |
| 3695 | |
| 3696 | stackFrameIp(bp)((bp)[1].fiProgPos) = ip; |
| 3697 | |
| 3698 | /* set globals and env for the call */ |
| 3699 | prog = prog0; |
| 3700 | unit = prog->unit; |
| 3701 | tape = fintUnitTape(unit)((unit)->tape); |
| 3702 | labels = progInfoLabels(prog)((prog)->labels); |
| 3703 | labelFmt = progInfoLabelFmt(prog)((prog)->labelFmt); |
| 3704 | ip = progInfoSeq(prog)((prog)->fiProgPos); |
| 3705 | |
| 3706 | if (progInfoLocsCount(prog)((prog)->locsCount)) |
| 3707 | stackAlloc(locValues, progInfoLocsCount(prog)){ if (sp + ((prog)->locsCount) >= stack + 3000 - 11) stackChain (((prog)->locsCount)); (locValues) = sp; sp += (((prog)-> locsCount)); }; |
| 3708 | |
| 3709 | nFluids = progInfoDFluidsCount(prog)((prog)->dfluidsCount); |
| 3710 | |
| 3711 | if (nFluids) |
| 3712 | fintPushFluids(nFluids); |
| 3713 | |
| 3714 | denv = progInfoDEnv(prog)((prog)->denv)[0]; |
| 3715 | |
| 3716 | if (fintUnitLexsCount(unit, denv)(((unit)->lexLevels[(denv)]).fmtLexsCount)) { |
| 3717 | lev0 = fintAlloc(union dataObj,((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * ((((unit )->lexLevels[(denv)]).fmtLexsCount))), 0, sizeof(union dataObj ) * ((((unit)->lexLevels[(denv)]).fmtLexsCount)))) |
| 3718 | fintUnitLexsCount(unit, denv))((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * ((((unit )->lexLevels[(denv)]).fmtLexsCount))), 0, sizeof(union dataObj ) * ((((unit)->lexLevels[(denv)]).fmtLexsCount)))); |
| 3719 | } |
| 3720 | else |
| 3721 | lev0 = NULL((void*)0); |
| 3722 | |
| 3723 | fintEnvPush(lexEnv, lev0, env){ lexEnv = (FiEnv) ((DataObj) memset(stoAlloc(0, sizeof(struct _FiEnv) * (1)), 0, sizeof(struct _FiEnv) * (1))); lexEnv-> level = (Ptr) lev0; lexEnv->next = (env); lexEnv->info = (FiWord) ((void*)0); }; |
| 3724 | |
| 3725 | (void)fintStmt(retDataObj); |
| 3726 | softAssert(retType == progInfoRetType(prog))do { if (fintSoftAssertIsOn && !(retType == ((prog)-> retType))) fintSoftAssert("retType == progInfoRetType(prog)", "fint.c", 3726); } while (0); |
| 3727 | |
| 3728 | if (DEBUG(fint)fintDebug) { |
| 3729 | fintCheckCallStack(); |
| 3730 | } |
| 3731 | |
| 3732 | if (nFluids) |
| 3733 | fiGlobalFluidStack = |
| 3734 | (FiFluidStack) fluidValue(nFluids)(fluidValues[(nFluids)].fiFluid); |
| 3735 | |
| 3736 | stackFrameFree(){ ip = bp[1].fiProgPos; labels = bp[2].labels; labelFmt = (int ) bp[3].fiChar; locValues = bp[4].ptr; lexEnv = bp[5].fiEnv; prog = bp[6].progInfo; unit = bp[7].fiUnit; fluidValues = bp[8].ptr ; currGenIter = bp[9].fiGenIter; tape = ((unit)->tape); if (bp < stack || bp >= stack + 3000) { sp = stack[1].ptr ; stack = stack[0].ptr; } else sp = bp; bp = bp->ptr; lev0 = (DataObj) lexEnv->level; }; |
| 3737 | if (DEBUG(fint)fintDebug) { |
| 3738 | fintCheckCallStack(); |
| 3739 | } |
| 3740 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, " call returns %p)", (char*) retDataObj->fiSInt); |
| 3741 | |
| 3742 | return retType; |
| 3743 | } |
| 3744 | |
| 3745 | case FOAM_Glo: |
| 3746 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 3747 | |
| 3748 | hardAssert(n < fintUnitGlobsCount(unit))do { if (!(n < ((unit)->globsCount))) fintHardAssert("n < fintUnitGlobsCount(unit)" , "fint.c", 3748); } while (0); |
| 3749 | |
| 3750 | fintSet(globType(n), retDataObj, globValue(n)){ do { if (!(retDataObj != ((void*)0))) _do_assert(("retDataObj != NULL" ),"fint.c",3750); } while (0); switch ((int)((((unit)->fmtGlobs )[(n)]).type)) { case FOAM_Char: *(FiChar *)(retDataObj) = (( ((unit)->globValues[(n)])->dataObj)).fiChar; break; case FOAM_Bool: (retDataObj)->fiBool = ((((unit)->globValues [(n)])->dataObj)).fiBool; break; case FOAM_Byte: (retDataObj )->fiByte = ((((unit)->globValues[(n)])->dataObj)).fiByte ; break; case FOAM_HInt: (retDataObj)->fiHInt = ((((unit)-> globValues[(n)])->dataObj)).fiHInt; break; case FOAM_SInt: (retDataObj)->fiSInt = ((((unit)->globValues[(n)])-> dataObj)).fiSInt; break; case FOAM_SFlo: (retDataObj)->fiSFlo = ((((unit)->globValues[(n)])->dataObj)).fiSFlo; break ; case FOAM_DFlo: (retDataObj)->fiDFlo = ((((unit)->globValues [(n)])->dataObj)).fiDFlo; break; case FOAM_Word: (retDataObj )->fiWord = ((((unit)->globValues[(n)])->dataObj)).fiWord ; break; case FOAM_Arb: (retDataObj)->fiArb = ((((unit)-> globValues[(n)])->dataObj)).fiArb; break; case FOAM_Ptr: ( retDataObj)->fiPtr = ((((unit)->globValues[(n)])->dataObj )).fiPtr; break; case FOAM_Rec: (retDataObj)->fiRec = (((( unit)->globValues[(n)])->dataObj)).fiRec; break; case FOAM_Arr : (retDataObj)->fiArr = ((((unit)->globValues[(n)])-> dataObj)).fiArr; break; case FOAM_TR: (retDataObj)->fiTR = ((((unit)->globValues[(n)])->dataObj)).fiTR; break; case FOAM_Prog: (retDataObj)->fiProgPos=((((unit)->globValues [(n)])->dataObj)).fiProgPos; break; case FOAM_Clos: (retDataObj )->fiClos = ((((unit)->globValues[(n)])->dataObj)).fiClos ; break; case FOAM_Gener: (retDataObj)->fiGener = ((((unit )->globValues[(n)])->dataObj)).fiGener; break; case FOAM_GenIter : (retDataObj)->fiGenIter = ((((unit)->globValues[(n)]) ->dataObj)).fiGenIter; break; case FOAM_Env: (retDataObj)-> fiEnv = ((((unit)->globValues[(n)])->dataObj)).fiEnv; break ; case FOAM_NOp: fintSetMFmt((retDataObj), &((((unit)-> globValues[(n)])->dataObj))); break; case FOAM_Nil: (retDataObj )->_fiNil = ((((unit)->globValues[(n)])->dataObj))._fiNil ; break; case FOAM_BInt: (retDataObj)->fiBInt = (Ptr) (bintCopy ((BInt) ((((unit)->globValues[(n)])->dataObj)).fiBInt)) ; break; default: fintWhere(((int) 0));bug("fintSet: type %d unimplemented." , (int)((((unit)->fmtGlobs)[(n)]).type)); } }; |
| 3751 | |
| 3752 | myType = globType(n)((((unit)->fmtGlobs)[(n)]).type); |
| 3753 | |
| 3754 | return myType; |
| 3755 | |
| 3756 | case FOAM_Loc: |
| 3757 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 3758 | |
| 3759 | hardAssert(progInfoFmtLoc(prog))do { if (!(((prog)->fmtLoc))) fintHardAssert("progInfoFmtLoc(prog)" , "fint.c", 3759); } while (0); |
| 3760 | hardAssert(n < progInfoLocsCount(prog))do { if (!(n < ((prog)->locsCount))) fintHardAssert("n < progInfoLocsCount(prog)" , "fint.c", 3760); } while (0); |
| 3761 | |
| 3762 | fintSet(locType(n), retDataObj, locValue(n)){ do { if (!(retDataObj != ((void*)0))) _do_assert(("retDataObj != NULL" ),"fint.c",3762); } while (0); switch ((int)(((prog)->fmtLoc )[(n)].type)) { case FOAM_Char: *(FiChar *)(retDataObj) = ((locValues [(n)])).fiChar; break; case FOAM_Bool: (retDataObj)->fiBool = ((locValues[(n)])).fiBool; break; case FOAM_Byte: (retDataObj )->fiByte = ((locValues[(n)])).fiByte; break; case FOAM_HInt : (retDataObj)->fiHInt = ((locValues[(n)])).fiHInt; break; case FOAM_SInt: (retDataObj)->fiSInt = ((locValues[(n)])) .fiSInt; break; case FOAM_SFlo: (retDataObj)->fiSFlo = ((locValues [(n)])).fiSFlo; break; case FOAM_DFlo: (retDataObj)->fiDFlo = ((locValues[(n)])).fiDFlo; break; case FOAM_Word: (retDataObj )->fiWord = ((locValues[(n)])).fiWord; break; case FOAM_Arb : (retDataObj)->fiArb = ((locValues[(n)])).fiArb; break; case FOAM_Ptr: (retDataObj)->fiPtr = ((locValues[(n)])).fiPtr; break; case FOAM_Rec: (retDataObj)->fiRec = ((locValues[( n)])).fiRec; break; case FOAM_Arr: (retDataObj)->fiArr = ( (locValues[(n)])).fiArr; break; case FOAM_TR: (retDataObj)-> fiTR = ((locValues[(n)])).fiTR; break; case FOAM_Prog: (retDataObj )->fiProgPos=((locValues[(n)])).fiProgPos; break; case FOAM_Clos : (retDataObj)->fiClos = ((locValues[(n)])).fiClos; break; case FOAM_Gener: (retDataObj)->fiGener = ((locValues[(n)] )).fiGener; break; case FOAM_GenIter: (retDataObj)->fiGenIter = ((locValues[(n)])).fiGenIter; break; case FOAM_Env: (retDataObj )->fiEnv = ((locValues[(n)])).fiEnv; break; case FOAM_NOp: fintSetMFmt((retDataObj), &((locValues[(n)]))); break; case FOAM_Nil: (retDataObj)->_fiNil = ((locValues[(n)]))._fiNil ; break; case FOAM_BInt: (retDataObj)->fiBInt = (Ptr) (bintCopy ((BInt) ((locValues[(n)])).fiBInt)); break; default: fintWhere (((int) 0));bug("fintSet: type %d unimplemented.", (int)(((prog )->fmtLoc)[(n)].type)); } }; |
| 3763 | |
| 3764 | myType = locType(n)(((prog)->fmtLoc)[(n)].type); |
| 3765 | |
| 3766 | return myType; |
| 3767 | |
| 3768 | case FOAM_Par: |
| 3769 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 3770 | |
| 3771 | hardAssert(progInfoFmtPar(prog))do { if (!(((prog)->fmtPar))) fintHardAssert("progInfoFmtPar(prog)" , "fint.c", 3771); } while (0); |
| 3772 | hardAssert(n < progInfoParsCount(prog))do { if (!(n < ((prog)->parsCount))) fintHardAssert("n < progInfoParsCount(prog)" , "fint.c", 3772); } while (0); |
| 3773 | |
| 3774 | fintSet(parType(n), retDataObj, parValue(n)){ do { if (!(retDataObj != ((void*)0))) _do_assert(("retDataObj != NULL" ),"fint.c",3774); } while (0); switch ((int)(((prog)->fmtPar )[(n)].type)) { case FOAM_Char: *(FiChar *)(retDataObj) = ((bp [(n)+10])).fiChar; break; case FOAM_Bool: (retDataObj)->fiBool = ((bp[(n)+10])).fiBool; break; case FOAM_Byte: (retDataObj) ->fiByte = ((bp[(n)+10])).fiByte; break; case FOAM_HInt: ( retDataObj)->fiHInt = ((bp[(n)+10])).fiHInt; break; case FOAM_SInt : (retDataObj)->fiSInt = ((bp[(n)+10])).fiSInt; break; case FOAM_SFlo: (retDataObj)->fiSFlo = ((bp[(n)+10])).fiSFlo; break ; case FOAM_DFlo: (retDataObj)->fiDFlo = ((bp[(n)+10])).fiDFlo ; break; case FOAM_Word: (retDataObj)->fiWord = ((bp[(n)+10 ])).fiWord; break; case FOAM_Arb: (retDataObj)->fiArb = (( bp[(n)+10])).fiArb; break; case FOAM_Ptr: (retDataObj)->fiPtr = ((bp[(n)+10])).fiPtr; break; case FOAM_Rec: (retDataObj)-> fiRec = ((bp[(n)+10])).fiRec; break; case FOAM_Arr: (retDataObj )->fiArr = ((bp[(n)+10])).fiArr; break; case FOAM_TR: (retDataObj )->fiTR = ((bp[(n)+10])).fiTR; break; case FOAM_Prog: (retDataObj )->fiProgPos=((bp[(n)+10])).fiProgPos; break; case FOAM_Clos : (retDataObj)->fiClos = ((bp[(n)+10])).fiClos; break; case FOAM_Gener: (retDataObj)->fiGener = ((bp[(n)+10])).fiGener ; break; case FOAM_GenIter: (retDataObj)->fiGenIter = ((bp [(n)+10])).fiGenIter; break; case FOAM_Env: (retDataObj)-> fiEnv = ((bp[(n)+10])).fiEnv; break; case FOAM_NOp: fintSetMFmt ((retDataObj), &((bp[(n)+10]))); break; case FOAM_Nil: (retDataObj )->_fiNil = ((bp[(n)+10]))._fiNil; break; case FOAM_BInt: ( retDataObj)->fiBInt = (Ptr) (bintCopy((BInt) ((bp[(n)+10]) ).fiBInt)); break; default: fintWhere(((int) 0));bug("fintSet: type %d unimplemented." , (int)(((prog)->fmtPar)[(n)].type)); } }; |
| 3775 | |
| 3776 | myType = parType(n)(((prog)->fmtPar)[(n)].type); |
| 3777 | |
| 3778 | return myType; |
| 3779 | |
| 3780 | case FOAM_Lex: { |
| 3781 | int lev, type; |
| 3782 | DataObj pLev; |
| 3783 | |
| 3784 | fintGetInt(fmt, lev){ switch (fmt) { case 0: { String _s = fintGetn(4); (lev) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((lev) = tape[ip++]); break ; default: (lev) = (fmt) - 2; break; } }; |
| 3785 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 3786 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, "(Lex %d %d)", (int) lev, (int) n); |
| 3787 | switch (lev) { |
| 3788 | case 0: type = lexType(lev, n)(((unit)->lexLevels)[(prog->denv[(lev)])].fmtLex[(n)].type ); |
| 3789 | fintSet(type, retDataObj, lev0[n]){ do { if (!(retDataObj != ((void*)0))) _do_assert(("retDataObj != NULL" ),"fint.c",3789); } while (0); switch ((int)type) { case FOAM_Char : *(FiChar *)(retDataObj) = (lev0[n]).fiChar; break; case FOAM_Bool : (retDataObj)->fiBool = (lev0[n]).fiBool; break; case FOAM_Byte : (retDataObj)->fiByte = (lev0[n]).fiByte; break; case FOAM_HInt : (retDataObj)->fiHInt = (lev0[n]).fiHInt; break; case FOAM_SInt : (retDataObj)->fiSInt = (lev0[n]).fiSInt; break; case FOAM_SFlo : (retDataObj)->fiSFlo = (lev0[n]).fiSFlo; break; case FOAM_DFlo : (retDataObj)->fiDFlo = (lev0[n]).fiDFlo; break; case FOAM_Word : (retDataObj)->fiWord = (lev0[n]).fiWord; break; case FOAM_Arb : (retDataObj)->fiArb = (lev0[n]).fiArb; break; case FOAM_Ptr : (retDataObj)->fiPtr = (lev0[n]).fiPtr; break; case FOAM_Rec : (retDataObj)->fiRec = (lev0[n]).fiRec; break; case FOAM_Arr : (retDataObj)->fiArr = (lev0[n]).fiArr; break; case FOAM_TR : (retDataObj)->fiTR = (lev0[n]).fiTR; break; case FOAM_Prog : (retDataObj)->fiProgPos=(lev0[n]).fiProgPos; break; case FOAM_Clos: (retDataObj)->fiClos = (lev0[n]).fiClos; break ; case FOAM_Gener: (retDataObj)->fiGener = (lev0[n]).fiGener ; break; case FOAM_GenIter: (retDataObj)->fiGenIter = (lev0 [n]).fiGenIter; break; case FOAM_Env: (retDataObj)->fiEnv = (lev0[n]).fiEnv; break; case FOAM_NOp: fintSetMFmt((retDataObj ), &(lev0[n])); break; case FOAM_Nil: (retDataObj)->_fiNil = (lev0[n])._fiNil; break; case FOAM_BInt: (retDataObj)-> fiBInt = (Ptr) (bintCopy((BInt) (lev0[n]).fiBInt)); break; default : fintWhere(((int) 0));bug("fintSet: type %d unimplemented.", (int)type); } }; |
| 3790 | myType = type; |
| 3791 | return myType; |
| 3792 | |
| 3793 | case 1: pLev = ((DataObj) lexEnv->next->level); |
| 3794 | break; |
| 3795 | case 2: pLev = ((DataObj) lexEnv->next->next->level); |
| 3796 | break; |
| 3797 | case 3: pLev = ((DataObj) lexEnv->next->next->next->level); |
| 3798 | break; |
| 3799 | case 4: pLev = ((DataObj) lexEnv->next->next->next->next->level); |
| 3800 | break; |
| 3801 | default: { |
| 3802 | FiEnv e = lexEnv; |
| 3803 | int j; |
| 3804 | |
| 3805 | for (j = 0; j < lev; j++) |
| 3806 | e = e->next; |
| 3807 | pLev = (DataObj) e->level; |
| 3808 | break; |
| 3809 | } |
| 3810 | } |
| 3811 | |
| 3812 | hardAssert(lev < progInfoDEnvsCount(prog))do { if (!(lev < ((prog)->denvsCount))) fintHardAssert( "lev < progInfoDEnvsCount(prog)", "fint.c", 3812); } while (0); |
| 3813 | |
| 3814 | type = lexType(lev, n)(((unit)->lexLevels)[(prog->denv[(lev)])].fmtLex[(n)].type ); |
| 3815 | fintSet(type, retDataObj, pLev[n]){ do { if (!(retDataObj != ((void*)0))) _do_assert(("retDataObj != NULL" ),"fint.c",3815); } while (0); switch ((int)type) { case FOAM_Char : *(FiChar *)(retDataObj) = (pLev[n]).fiChar; break; case FOAM_Bool : (retDataObj)->fiBool = (pLev[n]).fiBool; break; case FOAM_Byte : (retDataObj)->fiByte = (pLev[n]).fiByte; break; case FOAM_HInt : (retDataObj)->fiHInt = (pLev[n]).fiHInt; break; case FOAM_SInt : (retDataObj)->fiSInt = (pLev[n]).fiSInt; break; case FOAM_SFlo : (retDataObj)->fiSFlo = (pLev[n]).fiSFlo; break; case FOAM_DFlo : (retDataObj)->fiDFlo = (pLev[n]).fiDFlo; break; case FOAM_Word : (retDataObj)->fiWord = (pLev[n]).fiWord; break; case FOAM_Arb : (retDataObj)->fiArb = (pLev[n]).fiArb; break; case FOAM_Ptr : (retDataObj)->fiPtr = (pLev[n]).fiPtr; break; case FOAM_Rec : (retDataObj)->fiRec = (pLev[n]).fiRec; break; case FOAM_Arr : (retDataObj)->fiArr = (pLev[n]).fiArr; break; case FOAM_TR : (retDataObj)->fiTR = (pLev[n]).fiTR; break; case FOAM_Prog : (retDataObj)->fiProgPos=(pLev[n]).fiProgPos; break; case FOAM_Clos: (retDataObj)->fiClos = (pLev[n]).fiClos; break ; case FOAM_Gener: (retDataObj)->fiGener = (pLev[n]).fiGener ; break; case FOAM_GenIter: (retDataObj)->fiGenIter = (pLev [n]).fiGenIter; break; case FOAM_Env: (retDataObj)->fiEnv = (pLev[n]).fiEnv; break; case FOAM_NOp: fintSetMFmt((retDataObj ), &(pLev[n])); break; case FOAM_Nil: (retDataObj)->_fiNil = (pLev[n])._fiNil; break; case FOAM_BInt: (retDataObj)-> fiBInt = (Ptr) (bintCopy((BInt) (pLev[n]).fiBInt)); break; default : fintWhere(((int) 0));bug("fintSet: type %d unimplemented.", (int)type); } }; |
| 3816 | |
| 3817 | myType = type; |
| 3818 | |
| 3819 | return myType; |
| 3820 | } |
| 3821 | |
| 3822 | case FOAM_Fluid: { |
| 3823 | FiFluid afluid; |
| 3824 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 3825 | |
| 3826 | hardAssert(n < fintUnitFluidsCount(unit))do { if (!(n < ((unit)->fluidsCount))) fintHardAssert("n < fintUnitFluidsCount(unit)" , "fint.c", 3826); } while (0); |
| 3827 | |
| 3828 | afluid = fiGetFluid(fluidId(n)(((unit)->fmtFluids)[(n)].id)); |
| 3829 | expr.fiWord = fiFluidValue(afluid); |
| 3830 | |
| 3831 | fintSet(fluidType(n), retDataObj, expr){ do { if (!(retDataObj != ((void*)0))) _do_assert(("retDataObj != NULL" ),"fint.c",3831); } while (0); switch ((int)(((unit)->fmtFluids )[(n)].type)) { case FOAM_Char: *(FiChar *)(retDataObj) = (expr ).fiChar; break; case FOAM_Bool: (retDataObj)->fiBool = (expr ).fiBool; break; case FOAM_Byte: (retDataObj)->fiByte = (expr ).fiByte; break; case FOAM_HInt: (retDataObj)->fiHInt = (expr ).fiHInt; break; case FOAM_SInt: (retDataObj)->fiSInt = (expr ).fiSInt; break; case FOAM_SFlo: (retDataObj)->fiSFlo = (expr ).fiSFlo; break; case FOAM_DFlo: (retDataObj)->fiDFlo = (expr ).fiDFlo; break; case FOAM_Word: (retDataObj)->fiWord = (expr ).fiWord; break; case FOAM_Arb: (retDataObj)->fiArb = (expr ).fiArb; break; case FOAM_Ptr: (retDataObj)->fiPtr = (expr ).fiPtr; break; case FOAM_Rec: (retDataObj)->fiRec = (expr ).fiRec; break; case FOAM_Arr: (retDataObj)->fiArr = (expr ).fiArr; break; case FOAM_TR: (retDataObj)->fiTR = (expr). fiTR; break; case FOAM_Prog: (retDataObj)->fiProgPos=(expr ).fiProgPos; break; case FOAM_Clos: (retDataObj)->fiClos = (expr).fiClos; break; case FOAM_Gener: (retDataObj)->fiGener = (expr).fiGener; break; case FOAM_GenIter: (retDataObj)-> fiGenIter = (expr).fiGenIter; break; case FOAM_Env: (retDataObj )->fiEnv = (expr).fiEnv; break; case FOAM_NOp: fintSetMFmt ((retDataObj), &(expr)); break; case FOAM_Nil: (retDataObj )->_fiNil = (expr)._fiNil; break; case FOAM_BInt: (retDataObj )->fiBInt = (Ptr) (bintCopy((BInt) (expr).fiBInt)); break; default: fintWhere(((int) 0));bug("fintSet: type %d unimplemented." , (int)(((unit)->fmtFluids)[(n)].type)); } }; |
| 3832 | |
| 3833 | myType = fluidType(n)(((unit)->fmtFluids)[(n)].type); |
| 3834 | |
| 3835 | return myType; |
| 3836 | } |
| 3837 | /* !! */ |
| 3838 | case FOAM_Env: { |
| 3839 | int lev; |
| 3840 | |
| 3841 | fintGetInt(fmt, lev){ switch (fmt) { case 0: { String _s = fintGetn(4); (lev) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((lev) = tape[ip++]); break ; default: (lev) = (fmt) - 2; break; } }; |
| 3842 | |
| 3843 | switch (lev) { |
| 3844 | case 0: retDataObj->fiEnv = lexEnv; |
| 3845 | break; |
| 3846 | case 1: retDataObj->fiEnv = lexEnv->next; |
| 3847 | break; |
| 3848 | case 2: retDataObj->fiEnv = lexEnv->next->next; |
| 3849 | break; |
| 3850 | case 3: retDataObj->fiEnv = lexEnv->next->next->next; |
| 3851 | break; |
| 3852 | case 4: retDataObj->fiEnv = lexEnv->next->next->next->next; |
| 3853 | break; |
| 3854 | default: { |
| 3855 | FiEnv e = lexEnv; |
| 3856 | int j; |
| 3857 | |
| 3858 | for (j = 0; j < lev; j++) |
| 3859 | e = e->next; |
| 3860 | retDataObj->fiEnv = e; |
| 3861 | break; |
| 3862 | } |
| 3863 | } |
| 3864 | |
| 3865 | myType = FOAM_Env; |
| 3866 | |
| 3867 | return myType; |
| 3868 | } |
| 3869 | |
| 3870 | case FOAM_CEnv: { |
| 3871 | union dataObj clos; |
| 3872 | |
| 3873 | fintTypedEval(&clos, FOAM_Clos){ dataType type = fintEval(&clos); do { if (!(type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3873); } while (0); }; |
| 3874 | hardAssert(clos.fiClos != NULL)do { if (!(clos.fiClos != ((void*)0))) fintHardAssert("clos.fiClos != NULL" , "fint.c", 3874); } while (0); |
| 3875 | retDataObj->fiEnv = clos.fiClos->env; |
| 3876 | myType = FOAM_Env; |
| 3877 | break; |
| 3878 | } |
| 3879 | |
| 3880 | case FOAM_CProg: { |
| 3881 | union dataObj clos; |
| 3882 | |
| 3883 | fintTypedEval(&clos, FOAM_Clos){ dataType type = fintEval(&clos); do { if (!(type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3883); } while (0); }; |
| 3884 | hardAssert(clos.fiClos != NULL)do { if (!(clos.fiClos != ((void*)0))) fintHardAssert("clos.fiClos != NULL" , "fint.c", 3884); } while (0); |
| 3885 | retDataObj->fiProgPos = (FiProgPos) clos.fiClos->prog; |
| 3886 | myType = FOAM_Prog; |
| 3887 | break; |
| 3888 | } |
| 3889 | |
| 3890 | case FOAM_EInfo: { |
| 3891 | union dataObj env; |
| 3892 | |
| 3893 | fintTypedEval(&env, FOAM_Env){ dataType type = fintEval(&env); do { if (!(type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3893); } while (0); }; |
| 3894 | hardAssert(env.fiEnv != NULL)do { if (!(env.fiEnv != ((void*)0))) fintHardAssert("env.fiEnv != NULL" , "fint.c", 3894); } while (0); |
| 3895 | retDataObj->fiWord = (FiWord) (env.fiEnv->info); |
| 3896 | myType = FOAM_Word; |
| 3897 | break; |
| 3898 | } |
| 3899 | |
| 3900 | |
| 3901 | case FOAM_EEnv: { |
| 3902 | int n; |
| 3903 | union dataObj env; |
| 3904 | FiEnv e; |
| 3905 | |
| 3906 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 3907 | fintTypedEval(&env, FOAM_Env){ dataType type = fintEval(&env); do { if (!(type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3907); } while (0); }; |
| 3908 | for (e = env.fiEnv; n; n--, e = e->next) |
| 3909 | hardAssert(e)do { if (!(e)) fintHardAssert("e", "fint.c", 3909); } while ( 0); |
| 3910 | retDataObj->fiEnv = e; |
| 3911 | myType = FOAM_Env; |
| 3912 | break; |
| 3913 | } |
| 3914 | |
| 3915 | case FOAM_PRef: { |
| 3916 | int n; |
| 3917 | union dataObj expr; |
| 3918 | /* Luckily, fiProgGetInfo does not look too carefully at its arg */ |
| 3919 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 3920 | assert(n==0)do { if (!(n==0)) _do_assert(("n==0"),"fint.c",3920); } while (0); |
| 3921 | fintTypedEval(&expr, FOAM_Prog){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Prog || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Prog || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3921); } while (0); }; |
| 3922 | retDataObj->fiWord = (FiWord) expr.progInfo->_progInfo; |
| 3923 | myType = FOAM_SInt; |
| 3924 | break; |
| 3925 | } |
| 3926 | /* !! */ |
| 3927 | case FOAM_PushEnv: |
| 3928 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 3929 | fintTypedEval(&expr, FOAM_Env){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3929); } while (0); }; |
| 3930 | retDataObj->fiEnv = (FiEnv) fintAlloc(struct _FiEnv, 1)((DataObj) memset(stoAlloc(0, sizeof(struct _FiEnv) * (1)), 0 , sizeof(struct _FiEnv) * (1))); |
| 3931 | retDataObj->fiEnv->level = (Ptr) |
| 3932 | fintAlloc(union dataObj, fintUnitLexsCount(unit, n))((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * ((((unit )->lexLevels[(n)]).fmtLexsCount))), 0, sizeof(union dataObj ) * ((((unit)->lexLevels[(n)]).fmtLexsCount)))); |
| 3933 | retDataObj->fiEnv->next = expr.fiEnv; |
| 3934 | retDataObj->fiEnv->info = (FiWord) NULL((void*)0); |
| 3935 | |
| 3936 | myType = FOAM_Env; |
| 3937 | break; |
| 3938 | |
| 3939 | case FOAM_Clos: { |
| 3940 | union dataObj env; |
| 3941 | union dataObj prog0; |
| 3942 | |
| 3943 | fintTypedEval(&env, FOAM_Env){ dataType type = fintEval(&env); do { if (!(type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3943); } while (0); }; |
| 3944 | fintTypedEval(&prog0, FOAM_Prog){ dataType type = fintEval(&prog0); do { if (!(type == FOAM_Prog || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Prog || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3944); } while (0); }; |
| 3945 | |
| 3946 | fintClosMake(retDataObj->fiClos, env, prog0){ (retDataObj->fiClos) = (FiClos) ((DataObj) memset(stoAlloc (0, sizeof(struct _FiClos) * (1)), 0, sizeof(struct _FiClos) * (1))); (retDataObj->fiClos)->prog = (FiProg) (prog0).fiProgPos ; (retDataObj->fiClos)->env = (env).fiEnv;}; |
| 3947 | |
| 3948 | myType = FOAM_Clos; |
| 3949 | return myType; |
| 3950 | } |
| 3951 | case FOAM_Gener: { |
| 3952 | union dataObj env; |
| 3953 | union dataObj prog0; |
| 3954 | FiGener gener; |
| 3955 | int n; |
| 3956 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 3957 | fintTypedEval(&env, FOAM_Env){ dataType type = fintEval(&env); do { if (!(type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3957); } while (0); }; |
| 3958 | fintTypedEval(&prog0, FOAM_Prog){ dataType type = fintEval(&prog0); do { if (!(type == FOAM_Prog || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Prog || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3958); } while (0); }; |
| 3959 | |
| 3960 | fintGenerMake(retDataObj->fiGener, env, prog0, 0){ (retDataObj->fiGener) = (FiGener) ((DataObj) memset(stoAlloc (0, sizeof(struct _FiGener) * (1)), 0, sizeof(struct _FiGener ) * (1))); (retDataObj->fiGener)->prog = (FiProg) (prog0 ).fiProgPos; (retDataObj->fiGener)->stateSize = 0; (retDataObj ->fiGener)->env = (env).fiEnv;}; |
| 3961 | |
| 3962 | myType = FOAM_Gener; |
| 3963 | return myType; |
| 3964 | } |
| 3965 | case FOAM_GenIter: { |
| 3966 | FiGenIter gi; |
| 3967 | fintTypedEval(&expr, FOAM_Gener){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Gener || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Gener || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3967); } while (0); }; |
| 3968 | gi = (FiGenIter) stoAlloc(OB_Other0, sizeof(*retDataObj->fiGenIter)); |
| 3969 | gi->env = expr.fiGener->env; |
| 3970 | gi->prog = expr.fiGener->prog; |
| 3971 | gi->step = -1; |
| 3972 | gi->state = NULL((void*)0); |
| 3973 | retDataObj->fiGenIter = gi; |
| 3974 | myType = FOAM_GenIter; |
| 3975 | return myType; |
| 3976 | } |
| 3977 | case FOAM_GenerValue: { |
| 3978 | union dataObj dgi; |
| 3979 | fintTypedEval(&dgi, FOAM_GenIter){ dataType type = fintEval(&dgi); do { if (!(type == FOAM_GenIter || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_GenIter || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",3979); } while (0); }; |
| 3980 | retDataObj->fiWord = fiGenerValue(dgi.fiGenIter)((dgi.fiGenIter)->value); |
| 3981 | myType = FOAM_Word; |
| 3982 | return myType; |
| 3983 | } |
| 3984 | case FOAM_Const: |
| 3985 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 3986 | |
| 3987 | hardAssert(n < fintUnitConstsCount(unit))do { if (!(n < ((unit)->constsCount))) fintHardAssert("n < fintUnitConstsCount(unit)" , "fint.c", 3987); } while (0); |
| 3988 | |
| 3989 | fintSet(constType(n), retDataObj, constValue(n)){ do { if (!(retDataObj != ((void*)0))) _do_assert(("retDataObj != NULL" ),"fint.c",3989); } while (0); switch ((int)((((unit)->fmtConsts )[(n)]).type)) { case FOAM_Char: *(FiChar *)(retDataObj) = (( (unit)->constValues[(n)])).fiChar; break; case FOAM_Bool: ( retDataObj)->fiBool = (((unit)->constValues[(n)])).fiBool ; break; case FOAM_Byte: (retDataObj)->fiByte = (((unit)-> constValues[(n)])).fiByte; break; case FOAM_HInt: (retDataObj )->fiHInt = (((unit)->constValues[(n)])).fiHInt; break; case FOAM_SInt: (retDataObj)->fiSInt = (((unit)->constValues [(n)])).fiSInt; break; case FOAM_SFlo: (retDataObj)->fiSFlo = (((unit)->constValues[(n)])).fiSFlo; break; case FOAM_DFlo : (retDataObj)->fiDFlo = (((unit)->constValues[(n)])).fiDFlo ; break; case FOAM_Word: (retDataObj)->fiWord = (((unit)-> constValues[(n)])).fiWord; break; case FOAM_Arb: (retDataObj) ->fiArb = (((unit)->constValues[(n)])).fiArb; break; case FOAM_Ptr: (retDataObj)->fiPtr = (((unit)->constValues[ (n)])).fiPtr; break; case FOAM_Rec: (retDataObj)->fiRec = ( ((unit)->constValues[(n)])).fiRec; break; case FOAM_Arr: ( retDataObj)->fiArr = (((unit)->constValues[(n)])).fiArr ; break; case FOAM_TR: (retDataObj)->fiTR = (((unit)->constValues [(n)])).fiTR; break; case FOAM_Prog: (retDataObj)->fiProgPos =(((unit)->constValues[(n)])).fiProgPos; break; case FOAM_Clos : (retDataObj)->fiClos = (((unit)->constValues[(n)])).fiClos ; break; case FOAM_Gener: (retDataObj)->fiGener = (((unit) ->constValues[(n)])).fiGener; break; case FOAM_GenIter: (retDataObj )->fiGenIter = (((unit)->constValues[(n)])).fiGenIter; break ; case FOAM_Env: (retDataObj)->fiEnv = (((unit)->constValues [(n)])).fiEnv; break; case FOAM_NOp: fintSetMFmt((retDataObj) , &(((unit)->constValues[(n)]))); break; case FOAM_Nil : (retDataObj)->_fiNil = (((unit)->constValues[(n)]))._fiNil ; break; case FOAM_BInt: (retDataObj)->fiBInt = (Ptr) (bintCopy ((BInt) (((unit)->constValues[(n)])).fiBInt)); break; default : fintWhere(((int) 0));bug("fintSet: type %d unimplemented.", (int)((((unit)->fmtConsts)[(n)]).type)); } }; |
| 3990 | |
| 3991 | myType = constType(n)((((unit)->fmtConsts)[(n)]).type); |
| 3992 | |
| 3993 | return myType; |
| 3994 | |
| 3995 | case FOAM_Catch: { |
| 3996 | union dataObj clos; |
| 3997 | union dataObj nuffin; |
| 3998 | union dataObj *rets; |
| 3999 | FiBool ok; |
| 4000 | FiWord val, exn = 0; |
| 4001 | |
| 4002 | |
| 4003 | /* Evaluate the catch expression */ |
| 4004 | fintTypedEval(&clos, FOAM_Clos){ dataType type = fintEval(&clos); do { if (!(type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4004); } while (0); }; |
| 4005 | (void)fintEval(&nuffin); /* ignore */ |
| 4006 | |
| 4007 | |
| 4008 | /* Check that old-style catches are gone */ |
| 4009 | hardAssert(fintCurrentFormat != emptyFormatSlot)do { if (!(fintCurrentFormat != 4)) fintHardAssert("fintCurrentFormat != emptyFormatSlot" , "fint.c", 4009); } while (0); |
| 4010 | |
| 4011 | |
| 4012 | /* Decide which type of try-block this is. */ |
| 4013 | if (fintUnitLexsCount(unit,fintCurrentFormat)(((unit)->lexLevels[(fintCurrentFormat)]).fmtLexsCount) == 3) { |
| 4014 | /* catch-with-value */ |
| 4015 | fintBlock(ok, val, exn, fintDoCall0(&clos, retDataObj)){ int __fmt = fintCurrentFormat; { FiStateBox frobnitz; FiState state = &frobnitz;; if (!(fiSaveState0(state), _setjmp ( state->machineState))) { val = fintDoCall0(&clos, retDataObj ); fiRestoreState0(state); ok = 1; } else { fiRestoreState0(state ); if (state->target != (FiWord) state) { fiUnwind(state-> target, state->value); } exn = state->value; ok = 0; } } ; fintCurrentFormat = __fmt; }; |
| 4016 | rets = fintAlloc(union dataObj, 3)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (3)), 0 , sizeof(union dataObj) * (3))); |
| 4017 | rets[0].fiSInt = ok; |
| 4018 | rets[1].fiWord = retDataObj->fiWord; |
| 4019 | rets[2].fiWord = exn; |
| 4020 | retDataObj->ptr = rets; |
| 4021 | } |
| 4022 | else { |
| 4023 | /* catch-with-no-value */ |
| 4024 | fintVoidBlock(ok, exn, fintDoCall0(&clos, retDataObj)){ int __fmt = fintCurrentFormat; { FiStateBox frobnitz; FiState state = &frobnitz;; if (!(fiSaveState0(state), _setjmp ( state->machineState))) { fintDoCall0(&clos, retDataObj ); fiRestoreState0(state); ok = 1; } else { fiRestoreState0(state ); if (state->target != (FiWord) state) { fiUnwind(state-> target, state->value); } exn = state->value; ok = 0; } } ; fintCurrentFormat = __fmt; }; |
| 4025 | rets = fintAlloc(union dataObj, 2)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (2)), 0 , sizeof(union dataObj) * (2))); |
| 4026 | rets[0].fiSInt = ok; |
| 4027 | rets[1].fiWord = exn; |
| 4028 | retDataObj->ptr = rets; |
| 4029 | } |
| 4030 | |
| 4031 | |
| 4032 | /* Tell the caller where we've put our value */ |
| 4033 | myType = FOAM_Ptr; |
| 4034 | break; |
| 4035 | } |
| 4036 | case FOAM_Cast: { |
| 4037 | /* |
| 4038 | * The job of the FOAM cast instruction is to change the |
| 4039 | * type under which a value is viewed. It is important |
| 4040 | * that this operation DOES NOT alter the information |
| 4041 | * associated with the value unless it cannot be avoided. |
| 4042 | * Some loss of data is inevitable if we view DFlos as |
| 4043 | * SFlos or SInts as Bools. |
| 4044 | * |
| 4045 | * For C-like coercions with information loss, such as |
| 4046 | * |
| 4047 | * anInt = (int)aDFlo; |
| 4048 | * anSFlo = (float)anInt; |
| 4049 | * |
| 4050 | * we use the built-in convert() operations instead of |
| 4051 | * pretend. The FOAM cast instruction is not used for |
| 4052 | * this kind of value manipulation. |
| 4053 | */ |
| 4054 | dataType frType, toType; |
| 4055 | |
| 4056 | fintGetByte(toType)((toType) = tape[ip++]); |
| 4057 | |
| 4058 | frType = fintEval(&expr); |
| 4059 | |
| 4060 | switch ((int)frType) { |
| 4061 | case FOAM_SFlo: |
| 4062 | switch ((int)toType) { |
| 4063 | case FOAM_SFlo: |
| 4064 | retDataObj->fiSFlo = expr.fiSFlo; |
| 4065 | break; |
| 4066 | case FOAM_DFlo: |
| 4067 | retDataObj->fiDFlo = expr.fiSFlo; |
| 4068 | break; |
| 4069 | case FOAM_SInt: |
| 4070 | case FOAM_Word: |
| 4071 | retDataObj->fiSInt = fiSFloToWord(expr.fiSFlo); |
| 4072 | break; |
| 4073 | case FOAM_HInt: |
| 4074 | retDataObj->fiHInt = (FiHInt) expr.fiSFlo; |
| 4075 | break; |
| 4076 | default: |
| 4077 | bug("FintEval: Cast from %d to %d unimplemented.", |
| 4078 | (int)frType, (int)toType); |
| 4079 | } |
| 4080 | break; |
| 4081 | case FOAM_DFlo: |
| 4082 | switch ((int)toType) { |
| 4083 | case FOAM_DFlo: |
| 4084 | retDataObj->fiDFlo = expr.fiDFlo; |
| 4085 | break; |
| 4086 | case FOAM_SFlo: |
| 4087 | retDataObj->fiSFlo = (FiSFlo) expr.fiDFlo; |
| 4088 | break; |
| 4089 | case FOAM_SInt: |
| 4090 | case FOAM_Word: |
| 4091 | retDataObj->fiSInt = (FiWord) |
| 4092 | fiBoxDFlo(expr.fiDFlo); |
| 4093 | break; |
| 4094 | case FOAM_HInt: |
| 4095 | retDataObj->fiHInt = (FiHInt) expr.fiDFlo; |
| 4096 | break; |
| 4097 | default: |
| 4098 | bug("FintEval: Cast from %d to %d unimplemented.", |
| 4099 | (int)frType, (int)toType); |
| 4100 | } |
| 4101 | break; |
| 4102 | case FOAM_SInt: |
| 4103 | switch ((int)toType) { |
| 4104 | case FOAM_Word: |
| 4105 | retDataObj->fiWord = expr.fiSInt; |
| 4106 | goto castDone; |
| 4107 | case FOAM_SFlo: |
| 4108 | retDataObj->fiSFlo = fiWordToSFlo(expr.fiSInt); |
| 4109 | goto castDone; |
| 4110 | case FOAM_DFlo: |
| 4111 | retDataObj->fiDFlo = fiUnBoxDFlo(expr.fiSInt); |
| 4112 | goto castDone; |
| 4113 | } |
| 4114 | /* fall through !*/ |
| 4115 | case FOAM_Word: |
| 4116 | switch ((int)toType) { |
| 4117 | case FOAM_SInt: |
| 4118 | retDataObj->fiSInt = expr.fiWord; |
| 4119 | goto castDone; |
| 4120 | case FOAM_SFlo: |
| 4121 | retDataObj->fiSFlo = fiWordToSFlo(expr.fiSInt); |
| 4122 | goto castDone; |
| 4123 | case FOAM_DFlo: |
| 4124 | retDataObj->fiDFlo = fiUnBoxDFlo(expr.fiSInt); |
| 4125 | goto castDone; |
| 4126 | } |
| 4127 | /* fall through !*/ |
| 4128 | default:{ |
| 4129 | int frSize = 0, toSize = 0; |
| 4130 | |
| 4131 | hardAssert(toType != FOAM_SFlo)do { if (!(toType != FOAM_SFlo)) fintHardAssert("toType != FOAM_SFlo" , "fint.c", 4131); } while (0); |
| 4132 | hardAssert(toType != FOAM_DFlo)do { if (!(toType != FOAM_DFlo)) fintHardAssert("toType != FOAM_DFlo" , "fint.c", 4132); } while (0); |
| 4133 | if (frType == FOAM_NOp && toType== FOAM_NOp) break; |
| 4134 | fintGetTypeSize(frSize, frType){ switch ((int)frType) { case FOAM_Char: (frSize) = sizeof(FiChar ); break; case FOAM_Bool: (frSize) = sizeof(FiBool); break; case FOAM_Byte: (frSize) = sizeof(FiByte); break; case FOAM_HInt: (frSize) = sizeof(FiHInt); break; case FOAM_SInt: (frSize) = sizeof(FiSInt); break; case FOAM_BInt: (frSize) = sizeof(FiBInt ); break; case FOAM_SFlo: (frSize) = sizeof(FiSFlo); break; case FOAM_DFlo: (frSize) = sizeof(FiDFlo); break; case FOAM_Arr: ( frSize) = sizeof(FiArr); break; case FOAM_Rec: (frSize) = sizeof (FiRec); break; case FOAM_TR: (frSize) = sizeof(FiTR); break; case FOAM_Env: (frSize) = sizeof(FiEnv); break; case FOAM_Prog : (frSize) = sizeof(FiProg); break; case FOAM_Clos: (frSize) = sizeof(FiClos); break; case FOAM_Gener: (frSize) = sizeof(FiGener ); break; case FOAM_GenIter: (frSize) = sizeof(FiGenIter); break ; case FOAM_Ptr: (frSize) = sizeof(FiPtr); break; case FOAM_Word : (frSize) = sizeof(FiWord); break; case FOAM_Arb: (frSize) = sizeof(FiArb); break; case FOAM_Nil: (frSize) = sizeof(FiNil ); break; default: fintWhere(((int) 0));bug("fintGetTypeSize: type %d unimplemented." , (int)frType); }}; |
| 4135 | fintGetTypeSize(toSize, toType){ switch ((int)toType) { case FOAM_Char: (toSize) = sizeof(FiChar ); break; case FOAM_Bool: (toSize) = sizeof(FiBool); break; case FOAM_Byte: (toSize) = sizeof(FiByte); break; case FOAM_HInt: (toSize) = sizeof(FiHInt); break; case FOAM_SInt: (toSize) = sizeof(FiSInt); break; case FOAM_BInt: (toSize) = sizeof(FiBInt ); break; case FOAM_SFlo: (toSize) = sizeof(FiSFlo); break; case FOAM_DFlo: (toSize) = sizeof(FiDFlo); break; case FOAM_Arr: ( toSize) = sizeof(FiArr); break; case FOAM_Rec: (toSize) = sizeof (FiRec); break; case FOAM_TR: (toSize) = sizeof(FiTR); break; case FOAM_Env: (toSize) = sizeof(FiEnv); break; case FOAM_Prog : (toSize) = sizeof(FiProg); break; case FOAM_Clos: (toSize) = sizeof(FiClos); break; case FOAM_Gener: (toSize) = sizeof(FiGener ); break; case FOAM_GenIter: (toSize) = sizeof(FiGenIter); break ; case FOAM_Ptr: (toSize) = sizeof(FiPtr); break; case FOAM_Word : (toSize) = sizeof(FiWord); break; case FOAM_Arb: (toSize) = sizeof(FiArb); break; case FOAM_Nil: (toSize) = sizeof(FiNil ); break; default: fintWhere(((int) 0));bug("fintGetTypeSize: type %d unimplemented." , (int)toType); }}; |
| 4136 | |
| 4137 | /* $$ !! not portable */ |
| 4138 | if (frSize == sizeof(FiChar)) { |
| 4139 | if (toSize == sizeof(FiChar)) |
| 4140 | retDataObj->fiChar = expr.fiChar; |
| 4141 | |
| 4142 | else if (toSize == sizeof(FiHInt)) |
| 4143 | retDataObj->fiHInt = expr.fiChar; |
| 4144 | else if (toSize == sizeof(FiWord)) |
| 4145 | retDataObj->fiWord = expr.fiChar; |
| 4146 | else |
| 4147 | bug("FintEval: Cast from %d to %d unimplemented.", |
| 4148 | (int)frType, (int)toType); |
| 4149 | |
| 4150 | } |
| 4151 | else if (frSize == sizeof(FiHInt)) { |
| 4152 | if (toSize == sizeof(FiChar)) |
| 4153 | retDataObj->fiChar = expr.fiHInt; |
| 4154 | else if (toSize == sizeof(FiHInt)) |
| 4155 | retDataObj->fiHInt = expr.fiHInt; |
| 4156 | |
| 4157 | else if (toSize == sizeof(FiWord)) |
| 4158 | retDataObj->fiWord = expr.fiHInt; |
| 4159 | else |
| 4160 | bug("FintEval: Cast from %d to %d unimplemented.", |
| 4161 | (int)frType, (int)toType); |
| 4162 | } |
| 4163 | else if (frSize == sizeof(FiWord)) { |
| 4164 | if (toSize == sizeof(FiChar)) |
| 4165 | retDataObj->fiChar = (FiChar) expr.fiWord; |
| 4166 | else if (toSize == sizeof(FiHInt)) |
| 4167 | retDataObj->fiHInt = (FiHInt) expr.fiWord; |
| 4168 | else if (toSize == sizeof(FiWord)) |
| 4169 | retDataObj->fiWord = expr.fiWord; |
| 4170 | |
| 4171 | else |
| 4172 | bug("FintEval: Cast from %d to %d unimplemented.", |
| 4173 | (int)frType, (int)toType); |
| 4174 | } |
| 4175 | else |
| 4176 | bug("FintEval: Cast from %d to %d unimplemented.", |
| 4177 | (int)frType, (int)toType); |
| 4178 | |
| 4179 | break; |
| 4180 | } |
| 4181 | } |
| 4182 | castDone: |
| 4183 | myType = toType; |
| 4184 | |
| 4185 | return myType; |
| 4186 | } |
| 4187 | |
| 4188 | case FOAM_Nil: { |
| 4189 | retDataObj->_fiNil = (FiNil) 0; |
| 4190 | myType = FOAM_Nil; |
| 4191 | return myType; |
| 4192 | } |
| 4193 | |
| 4194 | case FOAM_Char: |
| 4195 | case FOAM_Byte: |
| 4196 | fintGetByte(n)((n) = tape[ip++]); |
| 4197 | retDataObj->fiByte = (FiByte) n; |
| 4198 | myType = tag; |
| 4199 | return myType; |
| 4200 | |
| 4201 | case FOAM_Bool: |
| 4202 | fintGetByte(n)((n) = tape[ip++]); |
| 4203 | retDataObj->fiBool = (FiByte) n; |
| 4204 | myType = tag; |
| 4205 | return myType; |
| 4206 | |
| 4207 | case FOAM_HInt: |
| 4208 | fintGetHInt(n){ String _s = fintGetn(2); (n) = ((((ULong) _s[0])&((1<< 8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<<8)); }; |
| 4209 | retDataObj->fiHInt = (FiHInt)n; |
| 4210 | /* fintGetHInt(retDataObj->fiHInt); */ |
| 4211 | myType = FOAM_HInt; |
| 4212 | return myType; |
| 4213 | |
| 4214 | case FOAM_SInt: |
| 4215 | fintGetSInt(retDataObj->fiSInt){ String _s = fintGetn(4); (retDataObj->fiSInt) = (int) (( (((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1])& ((1<<8)-1))<<8))|(((((ULong) _s[2])&((1<< 8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<<8))<< (2*8))); }; |
| 4216 | myType = FOAM_SInt; |
| 4217 | return myType; |
| 4218 | |
| 4219 | case FOAM_BInt: { |
| 4220 | Bool neg; |
| 4221 | U16 static_data[4]; |
| 4222 | U16 *data; |
| 4223 | int slen, bi; |
| 4224 | long n; |
| 4225 | |
| 4226 | fintGetByte(neg)((neg) = tape[ip++]); |
| 4227 | fintGetInt(fmt, slen){ switch (fmt) { case 0: { String _s = fintGetn(4); (slen) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((slen) = tape[ip++]); break ; default: (slen) = (fmt) - 2; break; } }; |
| 4228 | data = (slen <= 4) ? static_data : |
| 4229 | (U16*) stoAlloc(OB_Other0, slen*sizeof(int)); |
| 4230 | |
| 4231 | for (bi = 0; bi < slen; bi++) { |
| 4232 | fintGetHInt(n){ String _s = fintGetn(2); (n) = ((((ULong) _s[0])&((1<< 8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<<8)); }; |
| 4233 | data[bi] = (U16)n; |
| 4234 | } |
| 4235 | retDataObj->fiBInt = (FiBInt) bintFrPlacevS((Bool) neg, |
| 4236 | slen, data); |
| 4237 | if (slen > 4) |
| 4238 | stoFree(data); |
| 4239 | myType = FOAM_BInt; |
| 4240 | return myType; |
| 4241 | } |
| 4242 | |
| 4243 | case FOAM_SFlo: |
| 4244 | retDataObj->fiSFlo = (FiSFlo) fintRdSFloat(); |
| 4245 | myType = FOAM_SFlo; |
| 4246 | return myType; |
| 4247 | |
| 4248 | case FOAM_DFlo: |
| 4249 | retDataObj->fiDFlo = (FiDFlo) fintRdDFloat(); |
| 4250 | myType = FOAM_DFlo; |
| 4251 | return myType; |
| 4252 | |
| 4253 | case FOAM_BCall: |
| 4254 | myType = fintEvalBCall(retDataObj); |
| 4255 | return myType; |
| 4256 | |
| 4257 | case FOAM_Arr: { |
| 4258 | int i; |
| 4259 | |
| 4260 | fintGetByte(type)((type) = tape[ip++]); |
| 4261 | argc--; |
| 4262 | |
| 4263 | switch ((int)type) { |
| 4264 | |
| 4265 | case FOAM_Char: |
| 4266 | retDataObj->fiArr = (Ptr) fiArrNew_Char(argc+1); |
| 4267 | break; |
| 4268 | case FOAM_Bool: |
| 4269 | retDataObj->fiArr = (Ptr) fiArrNew_Bool(argc+1); |
| 4270 | break; |
| 4271 | case FOAM_Byte: |
| 4272 | retDataObj->fiArr = (Ptr) fiArrNew_Byte(argc+1); |
| 4273 | break; |
| 4274 | case FOAM_HInt: |
| 4275 | retDataObj->fiArr = (Ptr) fiArrNew_HInt(argc+1); |
| 4276 | break; |
| 4277 | case FOAM_SInt: |
| 4278 | retDataObj->fiArr = (Ptr) fiArrNew_SInt(argc+1); |
| 4279 | break; |
| 4280 | case FOAM_SFlo: |
| 4281 | retDataObj->fiArr = (Ptr) fiArrNew_SFlo(argc+1); |
| 4282 | break; |
| 4283 | case FOAM_DFlo: |
| 4284 | retDataObj->fiArr = (Ptr) fiArrNew_DFlo(argc+1); |
| 4285 | break; |
| 4286 | case FOAM_Word: |
| 4287 | retDataObj->fiArr = (Ptr) fiArrNew_Word(argc+1); |
| 4288 | break; |
| 4289 | case FOAM_BInt: |
| 4290 | retDataObj->fiArr = (Ptr) fiArrNew_BInt(argc+1); |
| 4291 | break; |
| 4292 | default: |
| 4293 | bug("fintEval: array of type %s unimplemented for Arr", foamInfo(type)(foamInfoTable [(int)(type)-(int)FOAM_START]).str); |
| 4294 | } |
| 4295 | |
| 4296 | for (n = 0; n < argc; n++) { |
| 4297 | fintGetSInt(i){ String _s = fintGetn(4); (i) = (int) (((((ULong) _s[0])& ((1<<8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<< 8))|(((((ULong) _s[2])&((1<<8)-1)) | ((((ULong) _s[ 3])&((1<<8)-1))<<8))<<(2*8))); }; |
| 4298 | /* fintASetElem(type, retDataObj, n, expr); !!*/ |
| 4299 | ((char *)(retDataObj->fiArr))[n] = i; |
| 4300 | } |
| 4301 | ((char *)(retDataObj->fiArr))[argc] = '\0'; |
| 4302 | |
| 4303 | myType = FOAM_Arr; |
| 4304 | break; |
| 4305 | } |
| 4306 | |
| 4307 | case FOAM_ANew: |
| 4308 | fintGetByte(type)((type) = tape[ip++]); |
| 4309 | fintTypedEval(&expr, FOAM_SInt){ dataType type = fintEval(&expr); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4309); } while (0); }; |
| 4310 | |
| 4311 | switch ((int)type) { |
| 4312 | case FOAM_Char: |
| 4313 | retDataObj->fiArr = (Ptr) fiArrNew_Char(expr.fiSInt); |
| 4314 | break; |
| 4315 | case FOAM_Bool: |
| 4316 | retDataObj->fiArr = (Ptr) fiArrNew_Word(expr.fiSInt); /* $$ !! WORD */ |
| 4317 | break; |
| 4318 | case FOAM_Byte: |
| 4319 | retDataObj->fiArr = (Ptr) fiArrNew_Byte(expr.fiSInt); |
| 4320 | break; |
| 4321 | case FOAM_HInt: |
| 4322 | retDataObj->fiArr = (Ptr) fiArrNew_HInt(expr.fiSInt); |
| 4323 | break; |
| 4324 | case FOAM_SInt: |
| 4325 | retDataObj->fiArr = (Ptr) fiArrNew_SInt(expr.fiSInt); |
| 4326 | break; |
| 4327 | case FOAM_SFlo: |
| 4328 | retDataObj->fiArr = (Ptr) fiArrNew_SFlo(expr.fiSInt); |
| 4329 | break; |
| 4330 | case FOAM_DFlo: |
| 4331 | retDataObj->fiArr = (Ptr) fiArrNew_DFlo(expr.fiSInt); |
| 4332 | break; |
| 4333 | case FOAM_Word: |
| 4334 | retDataObj->fiArr = (Ptr) fiArrNew_Word(expr.fiSInt); |
| 4335 | break; |
| 4336 | case FOAM_BInt: |
| 4337 | retDataObj->fiArr = (Ptr) fiArrNew_BInt(expr.fiSInt); |
| 4338 | break; |
| 4339 | default: |
| 4340 | bug("fintEval: array of type %s unimplemented for ANew", foamInfo(type)(foamInfoTable [(int)(type)-(int)FOAM_START]).str); |
| 4341 | } |
| 4342 | |
| 4343 | myType = FOAM_Arr; |
| 4344 | break; |
| 4345 | |
| 4346 | case FOAM_AElt: { |
| 4347 | union dataObj elem; |
| 4348 | |
| 4349 | fintGetByte(type)((type) = tape[ip++]); |
| 4350 | fintTypedEval(&elem, FOAM_SInt){ dataType type = fintEval(&elem); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4350); } while (0); }; |
| 4351 | fintTypedEval(&expr, FOAM_Arr){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4351); } while (0); }; |
| 4352 | |
| 4353 | fintAGetElem(type, retDataObj, &expr, elem.fiSInt){ switch ((int)type) { case FOAM_Char: (retDataObj)->fiChar = ((FiChar *)((&expr)->fiArr))[(elem.fiSInt)]; break; case FOAM_Bool: (retDataObj)->fiBool = ((FiBool *)((& expr)->fiArr))[(elem.fiSInt)]; break; case FOAM_Byte: (retDataObj )->fiByte = ((FiByte *)((&expr)->fiArr))[(elem.fiSInt )]; break; case FOAM_HInt: (retDataObj)->fiHInt = ((FiHInt *)((&expr)->fiArr))[(elem.fiSInt)]; break; case FOAM_SInt : (retDataObj)->fiSInt = ((FiSInt *)((&expr)->fiArr ))[(elem.fiSInt)]; break; case FOAM_SFlo: (retDataObj)->fiSFlo = ((FiSFlo *)((&expr)->fiArr))[(elem.fiSInt)]; break; case FOAM_DFlo: (retDataObj)->fiDFlo = ((FiDFlo *)((& expr)->fiArr))[(elem.fiSInt)]; break; case FOAM_Word: (retDataObj )->fiWord = ((FiWord *)((&expr)->fiArr))[(elem.fiSInt )]; break; case FOAM_BInt: (retDataObj)->fiBInt = ((FiBInt *)((&expr)->fiArr))[(elem.fiSInt)]; break; default: fintWhere (((int) 0));bug("fintAGetElem: type %d unimplemented.", (int) type); } }; |
| 4354 | |
| 4355 | myType = type; |
| 4356 | |
| 4357 | break; |
| 4358 | } |
| 4359 | |
| 4360 | case FOAM_RRElt: { |
| 4361 | bug("fintEval: FOAM_RRElt not implemented"); |
| 4362 | break; |
| 4363 | } |
| 4364 | |
| 4365 | case FOAM_RRNew: { |
| 4366 | bug("fintEval: FOAM_RRNew not implemented"); |
| 4367 | break; |
| 4368 | } |
| 4369 | |
| 4370 | case FOAM_RNew: { |
| 4371 | long i, bSize; |
| 4372 | |
| 4373 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 4374 | |
| 4375 | retDataObj->fiRec = (FiRec) |
| 4376 | fintAlloc(union dataObj, fintUnitLexsCount(unit,n))((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * ((((unit )->lexLevels[(n)]).fmtLexsCount))), 0, sizeof(union dataObj ) * ((((unit)->lexLevels[(n)]).fmtLexsCount)))); |
| 4377 | |
| 4378 | bSize = sizeof(union dataObj) * fintUnitLexsCount(unit, n)(((unit)->lexLevels[(n)]).fmtLexsCount); |
| 4379 | for (i = 0; i < bSize; i++) |
| 4380 | ((UByte *) retDataObj->fiRec)[i] = 0; |
| 4381 | |
| 4382 | myType = FOAM_Rec; |
| 4383 | break; |
| 4384 | } |
| 4385 | case FOAM_RElt: { |
| 4386 | int slot; |
| 4387 | |
| 4388 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 4389 | fintTypedEval(&expr, FOAM_Rec){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Rec || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Rec || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4389); } while (0); }; |
| 4390 | fintGetInt(fmt, slot){ switch (fmt) { case 0: { String _s = fintGetn(4); (slot) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((slot) = tape[ip++]); break ; default: (slot) = (fmt) - 2; break; } }; |
| 4391 | |
| 4392 | type = fmtType0(n, slot)(((unit)->lexLevels)[(n)].fmtLex[(slot)].type); |
| 4393 | |
| 4394 | assert((DataObj)(expr.fiRec) != NULL)do { if (!((DataObj)(expr.fiRec) != ((void*)0))) _do_assert(( "(DataObj)(expr.fiRec) != NULL"),"fint.c",4394); } while (0); |
| 4395 | |
| 4396 | fintSet(type, retDataObj, ((DataObj)(expr.fiRec))[slot]){ do { if (!(retDataObj != ((void*)0))) _do_assert(("retDataObj != NULL" ),"fint.c",4396); } while (0); switch ((int)type) { case FOAM_Char : *(FiChar *)(retDataObj) = (((DataObj)(expr.fiRec))[slot]).fiChar ; break; case FOAM_Bool: (retDataObj)->fiBool = (((DataObj )(expr.fiRec))[slot]).fiBool; break; case FOAM_Byte: (retDataObj )->fiByte = (((DataObj)(expr.fiRec))[slot]).fiByte; break; case FOAM_HInt: (retDataObj)->fiHInt = (((DataObj)(expr.fiRec ))[slot]).fiHInt; break; case FOAM_SInt: (retDataObj)->fiSInt = (((DataObj)(expr.fiRec))[slot]).fiSInt; break; case FOAM_SFlo : (retDataObj)->fiSFlo = (((DataObj)(expr.fiRec))[slot]).fiSFlo ; break; case FOAM_DFlo: (retDataObj)->fiDFlo = (((DataObj )(expr.fiRec))[slot]).fiDFlo; break; case FOAM_Word: (retDataObj )->fiWord = (((DataObj)(expr.fiRec))[slot]).fiWord; break; case FOAM_Arb: (retDataObj)->fiArb = (((DataObj)(expr.fiRec ))[slot]).fiArb; break; case FOAM_Ptr: (retDataObj)->fiPtr = (((DataObj)(expr.fiRec))[slot]).fiPtr; break; case FOAM_Rec : (retDataObj)->fiRec = (((DataObj)(expr.fiRec))[slot]).fiRec ; break; case FOAM_Arr: (retDataObj)->fiArr = (((DataObj)( expr.fiRec))[slot]).fiArr; break; case FOAM_TR: (retDataObj)-> fiTR = (((DataObj)(expr.fiRec))[slot]).fiTR; break; case FOAM_Prog : (retDataObj)->fiProgPos=(((DataObj)(expr.fiRec))[slot]). fiProgPos; break; case FOAM_Clos: (retDataObj)->fiClos = ( ((DataObj)(expr.fiRec))[slot]).fiClos; break; case FOAM_Gener : (retDataObj)->fiGener = (((DataObj)(expr.fiRec))[slot]). fiGener; break; case FOAM_GenIter: (retDataObj)->fiGenIter = (((DataObj)(expr.fiRec))[slot]).fiGenIter; break; case FOAM_Env : (retDataObj)->fiEnv = (((DataObj)(expr.fiRec))[slot]).fiEnv ; break; case FOAM_NOp: fintSetMFmt((retDataObj), &(((DataObj )(expr.fiRec))[slot])); break; case FOAM_Nil: (retDataObj)-> _fiNil = (((DataObj)(expr.fiRec))[slot])._fiNil; break; case FOAM_BInt : (retDataObj)->fiBInt = (Ptr) (bintCopy((BInt) (((DataObj )(expr.fiRec))[slot]).fiBInt)); break; default: fintWhere(((int ) 0));bug("fintSet: type %d unimplemented.", (int)type); } }; |
| 4397 | |
| 4398 | myType = type; |
| 4399 | |
| 4400 | break; |
| 4401 | } |
| 4402 | |
| 4403 | case FOAM_TRNew: { |
| 4404 | int isz, asz, sz; |
| 4405 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 4406 | fintTypedEval(&expr, FOAM_SInt){ dataType type = fintEval(&expr); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4406); } while (0); }; |
| 4407 | hardAssert(fintUnitLexsCount(unit, n))do { if (!((((unit)->lexLevels[(n)]).fmtLexsCount))) fintHardAssert ("fintUnitLexsCount(unit, n)", "fint.c", 4407); } while (0); |
| 4408 | |
| 4409 | sz = fintUnitLexsCount(unit,n)(((unit)->lexLevels[(n)]).fmtLexsCount) - 1; |
| 4410 | isz = lexFormat(n, int0)(((unit)->lexLevels)[(n)].fmtLex[(((int) 0))].format); |
| 4411 | asz = sz - isz; |
| 4412 | retDataObj->fiTR = (FiTR) |
| 4413 | fintAlloc(union dataObj, isz + asz * expr.fiSInt)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (isz + asz * expr.fiSInt)), 0, sizeof(union dataObj) * (isz + asz * expr .fiSInt))); |
| 4414 | |
| 4415 | myType = FOAM_TR; |
| 4416 | break; |
| 4417 | } |
| 4418 | case FOAM_IRElt: { |
| 4419 | int slot; |
| 4420 | |
| 4421 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 4422 | fintTypedEval(&expr, FOAM_TR){ dataType type = fintEval(&expr); do { if (!(type == FOAM_TR || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_TR || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4422); } while (0); }; |
| 4423 | fintGetInt(fmt, slot){ switch (fmt) { case 0: { String _s = fintGetn(4); (slot) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((slot) = tape[ip++]); break ; default: (slot) = (fmt) - 2; break; } }; |
| 4424 | |
| 4425 | type = fmtType0(n, slot + 1)(((unit)->lexLevels)[(n)].fmtLex[(slot + 1)].type); |
| 4426 | |
| 4427 | assert((DataObj)(expr.fiTR) != NULL)do { if (!((DataObj)(expr.fiTR) != ((void*)0))) _do_assert(("(DataObj)(expr.fiTR) != NULL" ),"fint.c",4427); } while (0); |
| 4428 | |
| 4429 | fintSet(type, retDataObj, ((DataObj)(expr.fiTR))[slot]){ do { if (!(retDataObj != ((void*)0))) _do_assert(("retDataObj != NULL" ),"fint.c",4429); } while (0); switch ((int)type) { case FOAM_Char : *(FiChar *)(retDataObj) = (((DataObj)(expr.fiTR))[slot]).fiChar ; break; case FOAM_Bool: (retDataObj)->fiBool = (((DataObj )(expr.fiTR))[slot]).fiBool; break; case FOAM_Byte: (retDataObj )->fiByte = (((DataObj)(expr.fiTR))[slot]).fiByte; break; case FOAM_HInt: (retDataObj)->fiHInt = (((DataObj)(expr.fiTR)) [slot]).fiHInt; break; case FOAM_SInt: (retDataObj)->fiSInt = (((DataObj)(expr.fiTR))[slot]).fiSInt; break; case FOAM_SFlo : (retDataObj)->fiSFlo = (((DataObj)(expr.fiTR))[slot]).fiSFlo ; break; case FOAM_DFlo: (retDataObj)->fiDFlo = (((DataObj )(expr.fiTR))[slot]).fiDFlo; break; case FOAM_Word: (retDataObj )->fiWord = (((DataObj)(expr.fiTR))[slot]).fiWord; break; case FOAM_Arb: (retDataObj)->fiArb = (((DataObj)(expr.fiTR))[slot ]).fiArb; break; case FOAM_Ptr: (retDataObj)->fiPtr = (((DataObj )(expr.fiTR))[slot]).fiPtr; break; case FOAM_Rec: (retDataObj )->fiRec = (((DataObj)(expr.fiTR))[slot]).fiRec; break; case FOAM_Arr: (retDataObj)->fiArr = (((DataObj)(expr.fiTR))[slot ]).fiArr; break; case FOAM_TR: (retDataObj)->fiTR = (((DataObj )(expr.fiTR))[slot]).fiTR; break; case FOAM_Prog: (retDataObj )->fiProgPos=(((DataObj)(expr.fiTR))[slot]).fiProgPos; break ; case FOAM_Clos: (retDataObj)->fiClos = (((DataObj)(expr. fiTR))[slot]).fiClos; break; case FOAM_Gener: (retDataObj)-> fiGener = (((DataObj)(expr.fiTR))[slot]).fiGener; break; case FOAM_GenIter: (retDataObj)->fiGenIter = (((DataObj)(expr. fiTR))[slot]).fiGenIter; break; case FOAM_Env: (retDataObj)-> fiEnv = (((DataObj)(expr.fiTR))[slot]).fiEnv; break; case FOAM_NOp : fintSetMFmt((retDataObj), &(((DataObj)(expr.fiTR))[slot ])); break; case FOAM_Nil: (retDataObj)->_fiNil = (((DataObj )(expr.fiTR))[slot])._fiNil; break; case FOAM_BInt: (retDataObj )->fiBInt = (Ptr) (bintCopy((BInt) (((DataObj)(expr.fiTR)) [slot]).fiBInt)); break; default: fintWhere(((int) 0));bug("fintSet: type %d unimplemented." , (int)type); } }; |
| 4430 | |
| 4431 | myType = type; |
| 4432 | |
| 4433 | break; |
| 4434 | } |
| 4435 | |
| 4436 | case FOAM_TRElt: { |
| 4437 | union dataObj idx; |
| 4438 | long slot; |
| 4439 | int isz, asz, sz; |
| 4440 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 4441 | fintTypedEval(&expr, FOAM_TR){ dataType type = fintEval(&expr); do { if (!(type == FOAM_TR || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_TR || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4441); } while (0); }; |
| 4442 | fintTypedEval(&idx, FOAM_SInt){ dataType type = fintEval(&idx); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4442); } while (0); }; |
| 4443 | fintGetInt(fmt, slot){ switch (fmt) { case 0: { String _s = fintGetn(4); (slot) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((slot) = tape[ip++]); break ; default: (slot) = (fmt) - 2; break; } }; |
| 4444 | sz = fintUnitLexsCount(unit,n)(((unit)->lexLevels[(n)]).fmtLexsCount) - 1; |
| 4445 | isz = lexFormat(n, int0)(((unit)->lexLevels)[(n)].fmtLex[(((int) 0))].format); |
| 4446 | asz = sz - isz; |
| 4447 | |
| 4448 | type = fmtType0(n, slot+asz+1)(((unit)->lexLevels)[(n)].fmtLex[(slot+asz+1)].type); |
| 4449 | slot = isz + asz*idx.fiSInt + slot; |
| 4450 | fintSet(type, retDataObj, ((DataObj)(expr.fiTR))[slot]){ do { if (!(retDataObj != ((void*)0))) _do_assert(("retDataObj != NULL" ),"fint.c",4450); } while (0); switch ((int)type) { case FOAM_Char : *(FiChar *)(retDataObj) = (((DataObj)(expr.fiTR))[slot]).fiChar ; break; case FOAM_Bool: (retDataObj)->fiBool = (((DataObj )(expr.fiTR))[slot]).fiBool; break; case FOAM_Byte: (retDataObj )->fiByte = (((DataObj)(expr.fiTR))[slot]).fiByte; break; case FOAM_HInt: (retDataObj)->fiHInt = (((DataObj)(expr.fiTR)) [slot]).fiHInt; break; case FOAM_SInt: (retDataObj)->fiSInt = (((DataObj)(expr.fiTR))[slot]).fiSInt; break; case FOAM_SFlo : (retDataObj)->fiSFlo = (((DataObj)(expr.fiTR))[slot]).fiSFlo ; break; case FOAM_DFlo: (retDataObj)->fiDFlo = (((DataObj )(expr.fiTR))[slot]).fiDFlo; break; case FOAM_Word: (retDataObj )->fiWord = (((DataObj)(expr.fiTR))[slot]).fiWord; break; case FOAM_Arb: (retDataObj)->fiArb = (((DataObj)(expr.fiTR))[slot ]).fiArb; break; case FOAM_Ptr: (retDataObj)->fiPtr = (((DataObj )(expr.fiTR))[slot]).fiPtr; break; case FOAM_Rec: (retDataObj )->fiRec = (((DataObj)(expr.fiTR))[slot]).fiRec; break; case FOAM_Arr: (retDataObj)->fiArr = (((DataObj)(expr.fiTR))[slot ]).fiArr; break; case FOAM_TR: (retDataObj)->fiTR = (((DataObj )(expr.fiTR))[slot]).fiTR; break; case FOAM_Prog: (retDataObj )->fiProgPos=(((DataObj)(expr.fiTR))[slot]).fiProgPos; break ; case FOAM_Clos: (retDataObj)->fiClos = (((DataObj)(expr. fiTR))[slot]).fiClos; break; case FOAM_Gener: (retDataObj)-> fiGener = (((DataObj)(expr.fiTR))[slot]).fiGener; break; case FOAM_GenIter: (retDataObj)->fiGenIter = (((DataObj)(expr. fiTR))[slot]).fiGenIter; break; case FOAM_Env: (retDataObj)-> fiEnv = (((DataObj)(expr.fiTR))[slot]).fiEnv; break; case FOAM_NOp : fintSetMFmt((retDataObj), &(((DataObj)(expr.fiTR))[slot ])); break; case FOAM_Nil: (retDataObj)->_fiNil = (((DataObj )(expr.fiTR))[slot])._fiNil; break; case FOAM_BInt: (retDataObj )->fiBInt = (Ptr) (bintCopy((BInt) (((DataObj)(expr.fiTR)) [slot]).fiBInt)); break; default: fintWhere(((int) 0));bug("fintSet: type %d unimplemented." , (int)type); } }; |
| 4451 | |
| 4452 | myType = type; |
| 4453 | |
| 4454 | break; |
| 4455 | } |
| 4456 | |
| 4457 | case FOAM_EElt: { |
| 4458 | int format, lev, n, i; |
| 4459 | FiEnv env; |
| 4460 | |
| 4461 | fintGetInt(fmt, format){ switch (fmt) { case 0: { String _s = fintGetn(4); (format) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((format) = tape[ip++]) ; break; default: (format) = (fmt) - 2; break; } }; |
| 4462 | fintTypedEval(&expr, FOAM_Env){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4462); } while (0); }; |
| 4463 | fintGetInt(fmt, lev){ switch (fmt) { case 0: { String _s = fintGetn(4); (lev) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((lev) = tape[ip++]); break ; default: (lev) = (fmt) - 2; break; } }; |
| 4464 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 4465 | |
| 4466 | env = expr.fiEnv; |
| 4467 | for (i = 0; i < lev; i++) { |
| 4468 | env = env->next; |
| 4469 | hardAssert(env != NULL)do { if (!(env != ((void*)0))) fintHardAssert("env != NULL", "fint.c" , 4469); } while (0); |
| 4470 | } |
| 4471 | |
| 4472 | type = fmtType0(format, n)(((unit)->lexLevels)[(format)].fmtLex[(n)].type); |
| 4473 | /* !! now the offset is ignored */ |
| 4474 | fintSet(type, retDataObj, ((DataObj)(env->level))[n]){ do { if (!(retDataObj != ((void*)0))) _do_assert(("retDataObj != NULL" ),"fint.c",4474); } while (0); switch ((int)type) { case FOAM_Char : *(FiChar *)(retDataObj) = (((DataObj)(env->level))[n]).fiChar ; break; case FOAM_Bool: (retDataObj)->fiBool = (((DataObj )(env->level))[n]).fiBool; break; case FOAM_Byte: (retDataObj )->fiByte = (((DataObj)(env->level))[n]).fiByte; break; case FOAM_HInt: (retDataObj)->fiHInt = (((DataObj)(env-> level))[n]).fiHInt; break; case FOAM_SInt: (retDataObj)->fiSInt = (((DataObj)(env->level))[n]).fiSInt; break; case FOAM_SFlo : (retDataObj)->fiSFlo = (((DataObj)(env->level))[n]).fiSFlo ; break; case FOAM_DFlo: (retDataObj)->fiDFlo = (((DataObj )(env->level))[n]).fiDFlo; break; case FOAM_Word: (retDataObj )->fiWord = (((DataObj)(env->level))[n]).fiWord; break; case FOAM_Arb: (retDataObj)->fiArb = (((DataObj)(env-> level))[n]).fiArb; break; case FOAM_Ptr: (retDataObj)->fiPtr = (((DataObj)(env->level))[n]).fiPtr; break; case FOAM_Rec : (retDataObj)->fiRec = (((DataObj)(env->level))[n]).fiRec ; break; case FOAM_Arr: (retDataObj)->fiArr = (((DataObj)( env->level))[n]).fiArr; break; case FOAM_TR: (retDataObj)-> fiTR = (((DataObj)(env->level))[n]).fiTR; break; case FOAM_Prog : (retDataObj)->fiProgPos=(((DataObj)(env->level))[n]). fiProgPos; break; case FOAM_Clos: (retDataObj)->fiClos = ( ((DataObj)(env->level))[n]).fiClos; break; case FOAM_Gener : (retDataObj)->fiGener = (((DataObj)(env->level))[n]). fiGener; break; case FOAM_GenIter: (retDataObj)->fiGenIter = (((DataObj)(env->level))[n]).fiGenIter; break; case FOAM_Env : (retDataObj)->fiEnv = (((DataObj)(env->level))[n]).fiEnv ; break; case FOAM_NOp: fintSetMFmt((retDataObj), &(((DataObj )(env->level))[n])); break; case FOAM_Nil: (retDataObj)-> _fiNil = (((DataObj)(env->level))[n])._fiNil; break; case FOAM_BInt : (retDataObj)->fiBInt = (Ptr) (bintCopy((BInt) (((DataObj )(env->level))[n]).fiBInt)); break; default: fintWhere(((int ) 0));bug("fintSet: type %d unimplemented.", (int)type); } }; |
| 4475 | |
| 4476 | myType = type; |
| 4477 | |
| 4478 | break; |
| 4479 | } |
| 4480 | |
| 4481 | case FOAM_MFmt: { |
| 4482 | /* Save the existing format */ |
| 4483 | int format = fintCurrentFormat; |
| 4484 | |
| 4485 | fintGetInt(fmt, fintCurrentFormat){ switch (fmt) { case 0: { String _s = fintGetn(4); (fintCurrentFormat ) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((fintCurrentFormat) = tape [ip++]); break; default: (fintCurrentFormat) = (fmt) - 2; break ; } }; |
| 4486 | fintTypedEval(&expr, FOAM_NOp){ dataType type = fintEval(&expr); do { if (!(type == FOAM_NOp || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_NOp || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4486); } while (0); }; |
| 4487 | retDataObj->mFmt = (MFmt) stoAlloc(OB_Other0, sizeof(struct mFmt)); |
| 4488 | |
| 4489 | retDataObj->mFmt->fmt = fintCurrentFormat; |
| 4490 | retDataObj->mFmt->values = expr.ptr; |
| 4491 | myType = FOAM_NOp; |
| 4492 | |
| 4493 | /* Restore the old format */ |
| 4494 | fintCurrentFormat = format; |
| 4495 | break; |
| 4496 | } |
| 4497 | case FOAM_Values: |
| 4498 | if (argc) { |
| 4499 | retDataObj->ptr = fintAlloc(union dataObj, argc)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (argc)) , 0, sizeof(union dataObj) * (argc))); |
| 4500 | |
| 4501 | for (n = 0; n < argc; n++) |
| 4502 | (void)fintEval(retDataObj->ptr + n); |
| 4503 | } |
| 4504 | else |
| 4505 | retDataObj->ptr = 0; |
| 4506 | |
| 4507 | myType = FOAM_NOp; |
| 4508 | |
| 4509 | break; |
| 4510 | |
| 4511 | case FOAM_PCall: { |
| 4512 | union dataObj expr1, expr2, expr3, expr4; |
| 4513 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; /* protocol */ |
| 4514 | fintGetByte(type)((type) = tape[ip++]); |
| 4515 | (void)fintEval(&expr); |
| 4516 | |
| 4517 | switch ((int)expr.fiSInt) { |
| 4518 | case FINT_FOREIGN_fputs: |
| 4519 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4519); } while (0); }; |
| 4520 | fintTypedEval(&expr2, FOAM_Word){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4520); } while (0); }; |
| 4521 | retDataObj->fiWord = (FiWord) |
| 4522 | fputs((char *) expr1.fiArr, (FILE *) expr2.fiWord); |
| 4523 | break; |
| 4524 | case FINT_FOREIGN_fputss: |
| 4525 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4525); } while (0); }; |
| 4526 | fintTypedEval(&expr2, FOAM_SInt){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4526); } while (0); }; |
| 4527 | fintTypedEval(&expr3, FOAM_SInt){ dataType type = fintEval(&expr3); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4527); } while (0); }; |
| 4528 | fintTypedEval(&expr4, FOAM_Word){ dataType type = fintEval(&expr4); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4528); } while (0); }; |
| 4529 | retDataObj->fiSInt = (FiSInt) |
| 4530 | fputss((char *) expr1.fiArr, |
| 4531 | (int)expr2.fiSInt,(int) expr3.fiSInt, (FILE *) expr4.fiWord); |
| 4532 | break; |
| 4533 | case FINT_FOREIGN_fgetss: |
| 4534 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4534); } while (0); }; |
| 4535 | fintTypedEval(&expr2, FOAM_SInt){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4535); } while (0); }; |
| 4536 | fintTypedEval(&expr3, FOAM_SInt){ dataType type = fintEval(&expr3); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4536); } while (0); }; |
| 4537 | fintTypedEval(&expr4, FOAM_Word){ dataType type = fintEval(&expr4); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4537); } while (0); }; |
| 4538 | retDataObj->fiSInt = (FiSInt) |
| 4539 | fgetss((char *) expr1.fiArr, |
| 4540 | (int)expr2.fiSInt, (int)expr3.fiSInt, (FILE *) expr4.fiWord); |
| 4541 | break; |
| 4542 | case FINT_FOREIGN_isatty: |
| 4543 | fintTypedEval(&expr1, FOAM_SInt){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4543); } while (0); }; |
| 4544 | retDataObj->fiSInt = (FiSInt) isatty((int)expr1.fiSInt); |
| 4545 | break; |
| 4546 | case FINT_FOREIGN_fileno: |
| 4547 | fintTypedEval(&expr1, FOAM_Ptr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4547); } while (0); }; |
| 4548 | retDataObj->fiSInt = (FiSInt) fileno((FILE *) expr1.fiPtr); |
| 4549 | break; |
| 4550 | case FINT_FOREIGN_stdinFile: |
| 4551 | retDataObj->fiWord = (FiWord) stdinFile(); |
| 4552 | break; |
| 4553 | case FINT_FOREIGN_stdoutFile: |
| 4554 | retDataObj->fiWord = (FiWord) stdoutFile(); |
| 4555 | break; |
| 4556 | case FINT_FOREIGN_stderrFile: |
| 4557 | retDataObj->fiWord = (FiWord) stderrFile(); |
| 4558 | break; |
| 4559 | case FINT_FOREIGN_formatSInt: |
| 4560 | fintTypedEval(&expr1, FOAM_SInt){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4560); } while (0); }; |
| 4561 | retDataObj->fiWord =(FiWord)formatSInt(expr1.fiSInt); |
| 4562 | break; |
| 4563 | case FINT_FOREIGN_formatBInt: |
| 4564 | fintTypedEval(&expr1, FOAM_BInt){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_BInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_BInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4564); } while (0); }; |
| 4565 | retDataObj->fiWord =(FiWord)formatBInt(expr1.fiBInt); |
| 4566 | break; |
| 4567 | case FINT_FOREIGN_formatSFloat: |
| 4568 | fintTypedEval(&expr1, FOAM_SFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4568); } while (0); }; |
| 4569 | retDataObj->fiWord =(FiWord)formatSFloat(expr1.fiSFlo); |
| 4570 | break; |
| 4571 | case FINT_FOREIGN_formatDFloat: |
| 4572 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4572); } while (0); }; |
| 4573 | retDataObj->fiWord =(FiWord)formatDFloat(expr1.fiDFlo); |
| 4574 | break; |
| 4575 | |
| 4576 | /* Old debugging system */ |
| 4577 | case FINT_FOREIGN_fiGetDebugVar: |
| 4578 | retDataObj->fiWord = fiGetDebugVar(); |
| 4579 | break; |
| 4580 | case FINT_FOREIGN_fiSetDebugVar: |
| 4581 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4581); } while (0); }; |
| 4582 | fiSetDebugVar(expr1.fiWord); |
| 4583 | retDataObj->fiWord = (FiWord) 0; |
| 4584 | break; |
| 4585 | |
| 4586 | /* New debugging system */ |
| 4587 | case FINT_FOREIGN_fiGetDebugger: |
| 4588 | fintTypedEval(&expr1, FOAM_SInt){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4588); } while (0); }; |
| 4589 | retDataObj->fiClos = |
| 4590 | (FiClos)fiGetDebugger(expr1.fiSInt); |
| 4591 | break; |
| 4592 | case FINT_FOREIGN_fiSetDebugger: |
| 4593 | fintTypedEval(&expr1, FOAM_SInt){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4593); } while (0); }; |
| 4594 | fintTypedEval(&expr2, FOAM_Clos){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4594); } while (0); }; |
| 4595 | fiSetDebugger(expr1.fiSInt, (FiWord)expr2.fiClos); |
| 4596 | retDataObj->fiWord = (FiWord) 0; |
| 4597 | break; |
| 4598 | |
| 4599 | case FINT_FOREIGN_fputc: |
| 4600 | fintTypedEval(&expr1, FOAM_SInt){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4600); } while (0); }; |
| 4601 | fintTypedEval(&expr2, FOAM_Word){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4601); } while (0); }; |
| 4602 | retDataObj->fiWord = (FiWord) |
| 4603 | fputc((int)expr1.fiSInt, (FILE *) expr2.fiWord); |
| 4604 | break; |
| 4605 | |
| 4606 | case FINT_FOREIGN_lfputc: |
| 4607 | fintTypedEval(&expr1, FOAM_SInt){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4607); } while (0); }; |
| 4608 | fintTypedEval(&expr2, FOAM_Word){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4608); } while (0); }; |
| 4609 | retDataObj->fiWord = (FiWord) |
| 4610 | fputc((int)expr1.fiSInt, (FILE *) expr2.fiWord); |
| 4611 | break; |
| 4612 | |
| 4613 | case FINT_FOREIGN_sqrt: |
| 4614 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4614); } while (0); }; |
| 4615 | retDataObj->fiDFlo = (FiDFlo) |
| 4616 | sqrt(expr1.fiDFlo); |
| 4617 | break; |
| 4618 | |
| 4619 | case FINT_FOREIGN_pow: |
| 4620 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4620); } while (0); }; |
| 4621 | fintTypedEval(&expr2, FOAM_DFlo){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4621); } while (0); }; |
| 4622 | retDataObj->fiDFlo = (FiDFlo) |
| 4623 | pow(expr1.fiDFlo, expr2.fiDFlo); |
| 4624 | break; |
| 4625 | |
| 4626 | case FINT_FOREIGN_log: |
| 4627 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4627); } while (0); }; |
| 4628 | retDataObj->fiDFlo = (FiDFlo) |
| 4629 | log(expr1.fiDFlo); |
| 4630 | break; |
| 4631 | |
| 4632 | case FINT_FOREIGN_log10: |
| 4633 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4633); } while (0); }; |
| 4634 | retDataObj->fiDFlo = (FiDFlo) |
| 4635 | log10(expr1.fiDFlo); |
| 4636 | break; |
| 4637 | |
| 4638 | case FINT_FOREIGN_exp: |
| 4639 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4639); } while (0); }; |
| 4640 | retDataObj->fiDFlo = (FiDFlo) |
| 4641 | exp(expr1.fiDFlo); |
| 4642 | break; |
| 4643 | |
| 4644 | case FINT_FOREIGN_sin: |
| 4645 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4645); } while (0); }; |
| 4646 | retDataObj->fiDFlo = (FiDFlo) |
| 4647 | sin(expr1.fiDFlo); |
| 4648 | break; |
| 4649 | |
| 4650 | case FINT_FOREIGN_cos: |
| 4651 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4651); } while (0); }; |
| 4652 | retDataObj->fiDFlo = (FiDFlo) |
| 4653 | cos(expr1.fiDFlo); |
| 4654 | break; |
| 4655 | |
| 4656 | case FINT_FOREIGN_tan: |
| 4657 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4657); } while (0); }; |
| 4658 | retDataObj->fiDFlo = (FiDFlo) |
| 4659 | tan(expr1.fiDFlo); |
| 4660 | break; |
| 4661 | |
| 4662 | case FINT_FOREIGN_sinh: |
| 4663 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4663); } while (0); }; |
| 4664 | retDataObj->fiDFlo = (FiDFlo) |
| 4665 | sinh(expr1.fiDFlo); |
| 4666 | break; |
| 4667 | |
| 4668 | case FINT_FOREIGN_cosh: |
| 4669 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4669); } while (0); }; |
| 4670 | retDataObj->fiDFlo = (FiDFlo) |
| 4671 | cosh(expr1.fiDFlo); |
| 4672 | break; |
| 4673 | |
| 4674 | case FINT_FOREIGN_tanh: |
| 4675 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4675); } while (0); }; |
| 4676 | retDataObj->fiDFlo = (FiDFlo) |
| 4677 | tanh(expr1.fiDFlo); |
| 4678 | break; |
| 4679 | |
| 4680 | case FINT_FOREIGN_asin: |
| 4681 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4681); } while (0); }; |
| 4682 | retDataObj->fiDFlo = (FiDFlo) |
| 4683 | asin(expr1.fiDFlo); |
| 4684 | break; |
| 4685 | |
| 4686 | case FINT_FOREIGN_acos: |
| 4687 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4687); } while (0); }; |
| 4688 | retDataObj->fiDFlo = (FiDFlo) |
| 4689 | acos(expr1.fiDFlo); |
| 4690 | break; |
| 4691 | |
| 4692 | case FINT_FOREIGN_atan: |
| 4693 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4693); } while (0); }; |
| 4694 | retDataObj->fiDFlo = (FiDFlo) |
| 4695 | atan(expr1.fiDFlo); |
| 4696 | break; |
| 4697 | |
| 4698 | case FINT_FOREIGN_atan2: |
| 4699 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4699); } while (0); }; |
| 4700 | fintTypedEval(&expr2, FOAM_DFlo){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4700); } while (0); }; |
| 4701 | retDataObj->fiDFlo = (FiDFlo) |
| 4702 | atan2(expr1.fiDFlo, expr2.fiDFlo); |
| 4703 | break; |
| 4704 | |
| 4705 | case FINT_FOREIGN_fopen: |
| 4706 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4706); } while (0); }; |
| 4707 | fintTypedEval(&expr2, FOAM_Arr){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4707); } while (0); }; |
| 4708 | retDataObj->fiWord = (FiWord) |
| 4709 | fopen((char *)expr1.fiArr, (char *)expr2.fiArr); |
| 4710 | break; |
| 4711 | |
| 4712 | case FINT_FOREIGN_fclose: |
| 4713 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4713); } while (0); }; |
| 4714 | retDataObj->fiSInt = (FiSInt) |
| 4715 | fclose((FILE*)expr1.fiWord); |
| 4716 | break; |
| 4717 | |
| 4718 | case FINT_FOREIGN_fflush: |
| 4719 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4719); } while (0); }; |
| 4720 | retDataObj->fiSInt = (FiSInt) |
| 4721 | fflush((FILE*)expr1.fiWord); |
| 4722 | break; |
| 4723 | |
| 4724 | case FINT_FOREIGN_fgetc: |
| 4725 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4725); } while (0); }; |
| 4726 | retDataObj->fiSInt = (FiSInt) |
| 4727 | fgetc((FILE *)expr1.fiWord); |
| 4728 | break; |
| 4729 | |
| 4730 | case FINT_FOREIGN_fseek: |
| 4731 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4731); } while (0); }; |
| 4732 | fintTypedEval(&expr2, FOAM_Word){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4732); } while (0); }; |
| 4733 | fintTypedEval(&expr3, FOAM_Word){ dataType type = fintEval(&expr3); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4733); } while (0); }; |
| 4734 | retDataObj->fiSInt = (FiSInt) |
| 4735 | fseek((FILE *)expr1.fiWord, |
| 4736 | expr2.fiWord, |
| 4737 | expr3.fiWord); |
| 4738 | break; |
| 4739 | |
| 4740 | case FINT_FOREIGN_fseekset: |
| 4741 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4741); } while (0); }; |
| 4742 | fintTypedEval(&expr2, FOAM_Word){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4742); } while (0); }; |
| 4743 | retDataObj->fiSInt = (FiSInt) |
| 4744 | fseek((FILE *)expr1.fiWord, |
| 4745 | expr2.fiWord, |
| 4746 | SEEK_SET0); |
| 4747 | break; |
| 4748 | |
| 4749 | case FINT_FOREIGN_ftell: |
| 4750 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4750); } while (0); }; |
| 4751 | retDataObj->fiSInt = (FiSInt)ftell((FILE *)expr1.fiWord); |
| 4752 | break; |
| 4753 | |
| 4754 | case FINT_FOREIGN_strLength: |
| 4755 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4755); } while (0); }; |
| 4756 | retDataObj->fiSInt = (FiSInt) |
| 4757 | strLength((String) expr1.fiArr); |
| 4758 | break; |
| 4759 | |
| 4760 | case FINT_FOREIGN_fiStrHash: |
| 4761 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4761); } while (0); }; |
| 4762 | retDataObj->fiSInt = (FiSInt) |
| 4763 | strHash((String) expr1.fiArr); |
| 4764 | break; |
| 4765 | |
| 4766 | case FINT_FOREIGN_fiDoubleHexPrintToString: |
| 4767 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4767); } while (0); }; |
| 4768 | retDataObj->fiWord = (FiWord) |
| 4769 | fiDoubleHexPrintToString(expr1.fiWord); |
| 4770 | break; |
| 4771 | |
| 4772 | case FINT_FOREIGN_fiInitialiseFpu: |
| 4773 | fiInitialiseFpu(); |
| 4774 | /* we lie ... */ |
| 4775 | retDataObj->fiSInt = 0; |
| 4776 | break; |
| 4777 | |
| 4778 | case FINT_FOREIGN_fiIeeeGetRoundingMode: |
| 4779 | retDataObj->fiWord = (FiWord) |
| 4780 | fiIeeeGetRoundingMode(); |
| 4781 | break; |
| 4782 | |
| 4783 | case FINT_FOREIGN_fiIeeeSetRoundingMode: |
| 4784 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4784); } while (0); }; |
| 4785 | retDataObj->fiWord = (FiWord) |
| 4786 | fiIeeeSetRoundingMode(expr1.fiWord); |
| 4787 | break; |
| 4788 | |
| 4789 | case FINT_FOREIGN_fiIeeeGetExceptionStatus: |
| 4790 | retDataObj->fiWord = (FiWord) |
| 4791 | fiIeeeGetExceptionStatus(); |
| 4792 | break; |
| 4793 | |
| 4794 | case FINT_FOREIGN_fiIeeeSetExceptionStatus: |
| 4795 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4795); } while (0); }; |
| 4796 | retDataObj->fiWord = (FiWord) |
| 4797 | fiIeeeSetExceptionStatus(expr1.fiWord); |
| 4798 | break; |
| 4799 | |
| 4800 | case FINT_FOREIGN_fiIeeeGetEnabledExceptions: |
| 4801 | retDataObj->fiWord = (FiWord) |
| 4802 | fiIeeeGetEnabledExceptions(); |
| 4803 | break; |
| 4804 | |
| 4805 | case FINT_FOREIGN_fiIeeeSetEnabledExceptions: |
| 4806 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4806); } while (0); }; |
| 4807 | retDataObj->fiWord = (FiWord) |
| 4808 | fiIeeeSetEnabledExceptions(expr1.fiWord); |
| 4809 | break; |
| 4810 | |
| 4811 | case FINT_FOREIGN_fiDFloMantissa: |
| 4812 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4812); } while (0); }; |
| 4813 | retDataObj->fiBInt = (FiBInt) |
| 4814 | fiDFloMantissa(expr1.fiDFlo); |
| 4815 | break; |
| 4816 | |
| 4817 | case FINT_FOREIGN_fiDFloExponent: |
| 4818 | fintTypedEval(&expr1, FOAM_DFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_DFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4818); } while (0); }; |
| 4819 | retDataObj->fiBInt = (FiBInt) |
| 4820 | fiDFloExponent(expr1.fiDFlo); |
| 4821 | break; |
| 4822 | |
| 4823 | case FINT_FOREIGN_fiSFloMantissa: |
| 4824 | fintTypedEval(&expr1, FOAM_SFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4824); } while (0); }; |
| 4825 | retDataObj->fiBInt = (FiBInt) |
| 4826 | fiSFloMantissa(expr1.fiSFlo); |
| 4827 | break; |
| 4828 | |
| 4829 | case FINT_FOREIGN_fiSFloExponent: |
| 4830 | fintTypedEval(&expr1, FOAM_SFlo){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SFlo || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SFlo || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4830); } while (0); }; |
| 4831 | retDataObj->fiBInt = (FiBInt) |
| 4832 | fiSFloExponent(expr1.fiSFlo); |
| 4833 | break; |
| 4834 | |
| 4835 | |
| 4836 | /* ------ Operating System Interface ------- */ |
| 4837 | |
| 4838 | case FINT_FOREIGN_osRun: |
| 4839 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4839); } while (0); }; |
| 4840 | retDataObj->fiSInt = (FiSInt) |
| 4841 | osRun((String) expr1.fiArr); |
| 4842 | break; |
| 4843 | |
| 4844 | case FINT_FOREIGN_osRunConcurrent: |
| 4845 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4845); } while (0); }; |
| 4846 | fintTypedEval(&expr2, FOAM_Word){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4846); } while (0); }; |
| 4847 | fintTypedEval(&expr3, FOAM_Word){ dataType type = fintEval(&expr3); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4847); } while (0); }; |
| 4848 | fintTypedEval(&expr4, FOAM_Word){ dataType type = fintEval(&expr4); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4848); } while (0); }; |
| 4849 | retDataObj->fiSInt = (FiSInt) |
| 4850 | osRunConcurrent((String) expr1.fiArr, |
| 4851 | (FILE **) expr2.fiWord, |
| 4852 | (FILE **) expr3.fiWord, |
| 4853 | (FILE **) expr4.fiWord); |
| 4854 | break; |
| 4855 | |
| 4856 | case FINT_FOREIGN_osRunQuoteArg: |
| 4857 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4857); } while (0); }; |
| 4858 | fintTypedEval(&expr2, FOAM_Word){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4858); } while (0); }; |
| 4859 | retDataObj->fiSInt = (FiSInt) |
| 4860 | osRunQuoteArg((String) expr1.fiArr, |
| 4861 | (int (*)(int)) expr2.fiWord); |
| 4862 | break; |
| 4863 | |
| 4864 | case FINT_FOREIGN_osCpuTime: |
| 4865 | retDataObj->fiSInt = (FiSInt) osCpuTime(); |
| 4866 | break; |
| 4867 | |
| 4868 | case FINT_FOREIGN_osDate: |
| 4869 | retDataObj->fiArr = (FiArr) osDate(); |
| 4870 | break; |
| 4871 | |
| 4872 | case FINT_FOREIGN_osGetEnv: |
| 4873 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4873); } while (0); }; |
| 4874 | retDataObj->fiArr = (FiArr) |
| 4875 | osGetEnv((String) expr1.fiArr); |
| 4876 | break; |
| 4877 | |
| 4878 | case FINT_FOREIGN_osPutEnv: |
| 4879 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4879); } while (0); }; |
| 4880 | retDataObj->fiSInt = (FiSInt) |
| 4881 | osPutEnv((String) expr1.fiArr); |
| 4882 | break; |
| 4883 | |
| 4884 | case FINT_FOREIGN_osPutEnvIsKept: |
| 4885 | retDataObj->fiBool = (FiBool) |
| 4886 | osPutEnvIsKept(); |
| 4887 | break; |
| 4888 | |
| 4889 | case FINT_FOREIGN_osCurDirName: |
| 4890 | retDataObj->fiArr = (FiArr) |
| 4891 | osCurDirName(); |
| 4892 | break; |
| 4893 | case FINT_FOREIGN_osTmpDirName: |
| 4894 | retDataObj->fiArr = (FiArr) |
| 4895 | osTmpDirName(); |
| 4896 | break; |
| 4897 | |
| 4898 | case FINT_FOREIGN_osFnameDirEqual: |
| 4899 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4899); } while (0); }; |
| 4900 | fintTypedEval(&expr2, FOAM_Arr){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4900); } while (0); }; |
| 4901 | retDataObj->fiBool = (FiBool) |
| 4902 | osFnameDirEqual((String) expr1.fiArr, |
| 4903 | (String) expr2.fiArr); |
| 4904 | break; |
| 4905 | case FINT_FOREIGN_osSubdir: |
| 4906 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4906); } while (0); }; |
| 4907 | fintTypedEval(&expr2, FOAM_Arr){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4907); } while (0); }; |
| 4908 | fintTypedEval(&expr3, FOAM_Arr){ dataType type = fintEval(&expr3); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4908); } while (0); }; |
| 4909 | osSubdir((String) expr1.fiArr, |
| 4910 | (String) expr2.fiArr, |
| 4911 | (String) expr3.fiArr); |
| 4912 | break; |
| 4913 | |
| 4914 | case FINT_FOREIGN_osSubdirLength: |
| 4915 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4915); } while (0); }; |
| 4916 | fintTypedEval(&expr2, FOAM_Arr){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4916); } while (0); }; |
| 4917 | retDataObj->fiSInt = (FiSInt) |
| 4918 | osSubdirLength((String) expr1.fiArr, |
| 4919 | (String) expr2.fiArr); |
| 4920 | break; |
| 4921 | |
| 4922 | case FINT_FOREIGN_osFnameParse: |
| 4923 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4923); } while (0); }; |
| 4924 | fintTypedEval(&expr2, FOAM_Arr){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4924); } while (0); }; |
| 4925 | fintTypedEval(&expr3, FOAM_Arr){ dataType type = fintEval(&expr3); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4925); } while (0); }; |
| 4926 | fintTypedEval(&expr4, FOAM_Arr){ dataType type = fintEval(&expr4); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4926); } while (0); }; |
| 4927 | osFnameParse((String *) expr1.fiArr, |
| 4928 | (String) expr2.fiArr, |
| 4929 | (String) expr3.fiArr, |
| 4930 | (String) expr4.fiArr); |
| 4931 | break; |
| 4932 | |
| 4933 | case FINT_FOREIGN_osFnameParseSize: |
| 4934 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4934); } while (0); }; |
| 4935 | fintTypedEval(&expr2, FOAM_Arr){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4935); } while (0); }; |
| 4936 | retDataObj->fiSInt = (FiSInt) |
| 4937 | osFnameParseSize((String) expr1.fiArr, |
| 4938 | (String) expr2.fiArr); |
| 4939 | break; |
| 4940 | |
| 4941 | case FINT_FOREIGN_osFnameUnparse: |
| 4942 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4942); } while (0); }; |
| 4943 | fintTypedEval(&expr2, FOAM_Word){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4943); } while (0); }; |
| 4944 | fintTypedEval(&expr3, FOAM_Bool){ dataType type = fintEval(&expr3); do { if (!(type == FOAM_Bool || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Bool || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4944); } while (0); }; |
| 4945 | retDataObj->fiSInt = (FiSInt) |
| 4946 | osFnameUnparse((String) expr1.fiArr, |
| 4947 | (String *) expr2.fiWord, |
| 4948 | (Bool)expr3.fiBool); |
| 4949 | break; |
| 4950 | |
| 4951 | case FINT_FOREIGN_osFnameUnparseSize: |
| 4952 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4952); } while (0); }; |
| 4953 | fintTypedEval(&expr2, FOAM_Bool){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Bool || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Bool || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4953); } while (0); }; |
| 4954 | retDataObj->fiSInt = (FiSInt) |
| 4955 | osFnameUnparseSize((String *) expr1.fiWord, |
| 4956 | (Bool)expr2.fiBool); |
| 4957 | break; |
| 4958 | |
| 4959 | case FINT_FOREIGN_osFnameTempSeed: |
| 4960 | retDataObj->fiSInt = (FiSInt) |
| 4961 | osFnameTempSeed(); |
| 4962 | break; |
| 4963 | case FINT_FOREIGN_osFnameTempDir: |
| 4964 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4964); } while (0); }; |
| 4965 | retDataObj->fiArr = (FiArr) |
| 4966 | osFnameTempDir((String) expr1.fiArr); |
| 4967 | break; |
| 4968 | |
| 4969 | case FINT_FOREIGN_osIsInteractive: |
| 4970 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4970); } while (0); }; |
| 4971 | retDataObj->fiBool = (FiBool) |
| 4972 | osIsInteractive((FILE *) expr1.fiWord); |
| 4973 | break; |
| 4974 | |
| 4975 | case FINT_FOREIGN_osFileRemove: |
| 4976 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4976); } while (0); }; |
| 4977 | retDataObj->fiSInt = (FiSInt) |
| 4978 | osFileRemove((String) expr1.fiArr); |
| 4979 | break; |
| 4980 | |
| 4981 | case FINT_FOREIGN_osFileRename: |
| 4982 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4982); } while (0); }; |
| 4983 | fintTypedEval(&expr2, FOAM_Arr){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4983); } while (0); }; |
| 4984 | retDataObj->fiSInt = (FiSInt) |
| 4985 | osFileRename((String) expr1.fiArr, |
| 4986 | (String) expr2.fiArr); |
| 4987 | break; |
| 4988 | |
| 4989 | case FINT_FOREIGN_osFileIsThere: |
| 4990 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4990); } while (0); }; |
| 4991 | retDataObj->fiBool = (FiBool) |
| 4992 | osFileIsThere((String) expr1.fiArr); |
| 4993 | break; |
| 4994 | |
| 4995 | case FINT_FOREIGN_osFileHash: |
| 4996 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",4996); } while (0); }; |
| 4997 | retDataObj->fiSInt = (FiSInt) |
| 4998 | osFileHash((String) expr1.fiArr); |
| 4999 | break; |
| 5000 | |
| 5001 | case FINT_FOREIGN_osFileSize: |
| 5002 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5002); } while (0); }; |
| 5003 | retDataObj->fiSInt = (FiSInt) |
| 5004 | osFileSize((String) expr1.fiArr); |
| 5005 | break; |
| 5006 | |
| 5007 | case FINT_FOREIGN_osDirIsThere: |
| 5008 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5008); } while (0); }; |
| 5009 | retDataObj->fiBool = (FiBool) |
| 5010 | osDirIsThere((String) expr1.fiArr); |
| 5011 | break; |
| 5012 | |
| 5013 | case FINT_FOREIGN_osDirSwap: |
| 5014 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5014); } while (0); }; |
| 5015 | fintTypedEval(&expr2, FOAM_Arr){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5015); } while (0); }; |
| 5016 | fintTypedEval(&expr3, FOAM_SInt){ dataType type = fintEval(&expr3); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5016); } while (0); }; |
| 5017 | |
| 5018 | retDataObj->fiSInt = (FiSInt) |
| 5019 | osDirSwap((String) expr1.fiArr, |
| 5020 | (String) expr2.fiArr, |
| 5021 | (FiSInt) expr3.fiSInt); |
| 5022 | break; |
| 5023 | |
| 5024 | case FINT_FOREIGN_osIncludePath: |
| 5025 | retDataObj->fiArr = (FiArr) |
| 5026 | osIncludePath(); |
| 5027 | break; |
| 5028 | case FINT_FOREIGN_osLibraryPath: |
| 5029 | retDataObj->fiArr = (FiArr) |
| 5030 | osLibraryPath(); |
| 5031 | break; |
| 5032 | case FINT_FOREIGN_osExecutePath: |
| 5033 | retDataObj->fiArr = (FiArr) |
| 5034 | osExecutePath(); |
| 5035 | break; |
| 5036 | |
| 5037 | case FINT_FOREIGN_osPathLength: |
| 5038 | fintTypedEval(&expr1, FOAM_Arr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5038); } while (0); }; |
| 5039 | retDataObj->fiSInt = (FiSInt) |
| 5040 | osPathLength((String) expr1.fiArr); |
| 5041 | break; |
| 5042 | case FINT_FOREIGN_osPathParse: |
| 5043 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5043); } while (0); }; |
| 5044 | fintTypedEval(&expr2, FOAM_Arr){ dataType type = fintEval(&expr2); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5044); } while (0); }; |
| 5045 | fintTypedEval(&expr3, FOAM_Arr){ dataType type = fintEval(&expr3); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5045); } while (0); }; |
| 5046 | osPathParse((String *) expr1.fiWord, |
| 5047 | (String) expr2.fiArr, |
| 5048 | (String) expr3.fiArr); |
| 5049 | break; |
| 5050 | case FINT_FOREIGN_gcTimer: { |
| 5051 | retDataObj->fiWord = (FiWord) stoGcTimer(); |
| 5052 | break; |
| 5053 | } |
| 5054 | case FINT_FOREIGN_fiRaiseException: { |
| 5055 | fintTypedEval(&expr1, FOAM_Word){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Word || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5055); } while (0); }; |
| 5056 | fiRaiseException(expr1.fiWord); |
| 5057 | break; |
| 5058 | } |
| 5059 | case FINT_FOREIGN_osAllocShow: { |
| 5060 | osAllocShow(); |
| 5061 | break; |
| 5062 | } |
| 5063 | case FINT_FOREIGN_osAlloc: { |
| 5064 | fintTypedEval(&expr1, FOAM_Ptr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5064); } while (0); }; |
| 5065 | retDataObj->fiPtr = osAlloc((unsigned long *)expr1.fiPtr); |
| 5066 | break; |
| 5067 | } |
| 5068 | case FINT_FOREIGN_osFree: { |
| 5069 | fintTypedEval(&expr1, FOAM_Ptr){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Ptr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5069); } while (0); }; |
| 5070 | osFree((FiPtr)expr1.fiPtr); |
| 5071 | break; |
| 5072 | } |
| 5073 | case FINT_FOREIGN_osMemMap: { |
| 5074 | fintTypedEval(&expr1, FOAM_SInt){ dataType type = fintEval(&expr1); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5074); } while (0); }; |
| 5075 | retDataObj->fiArr = (FiArr)osMemMap((int)expr1.fiSInt); |
| 5076 | break; |
| 5077 | } |
| 5078 | case FINT_FOREIGN_randomSeed: { |
| 5079 | retDataObj->fiSInt = rand(); |
| 5080 | break; |
| 5081 | } |
| 5082 | default: { |
| 5083 | AInt pcallId = expr.fiSInt; |
| 5084 | bug("fintEval: %s PCall " AINT_FMT"%ld" " %s, (called from <%s> in [%s])\n", |
| 5085 | pcallId == -1 |
| 5086 | ? "undeclared" |
| 5087 | : "unimplemented", |
| 5088 | pcallId, |
| 5089 | pcallId > 0 && pcallId < FINT_FOREIGN_END |
| 5090 | ? fintForeignTable[pcallId].string |
| 5091 | : "??", |
| 5092 | prog->name, prog->unit->name); |
| 5093 | } |
| 5094 | } |
| 5095 | |
| 5096 | myType = type; |
| 5097 | break; |
| 5098 | } |
| 5099 | |
| 5100 | default: |
| 5101 | bug("fintEval: %s (<%s> in [%s]) unimplemented... (or Seq without Return)\n", |
| 5102 | foamInfo(tag)(foamInfoTable [(int)(tag)-(int)FOAM_START]).str, prog->name, prog->unit->name); |
| 5103 | NotReached(myType = FOAM_Nil){(void)bug("Not supposed to reach line %d in file: %s\n",5103 , "fint.c");}; |
| 5104 | } |
| 5105 | |
| 5106 | return myType; |
| 5107 | } |
| 5108 | |
| 5109 | /* Store in retDataObj a reference to a global, a local, a lexVar, ... |
| 5110 | * NOTE: here retDataType != NULL |
| 5111 | */ |
| 5112 | localstatic dataType |
| 5113 | fintGetReference(Ref pDataObj) |
| 5114 | { |
| 5115 | int fmt, tag, n, argc; |
| 5116 | dataType myType = 0; |
| 5117 | |
| 5118 | fintGetTagFmt(tag, fmt){ ((tag) = tape[ip++]); fmt = ((tag)<(FOAM_VECTOR_START)? 0 :(((tag)-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); tag = (((tag)) - ((fmt))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); }; |
| 5119 | |
| 5120 | switch (tag) { |
| 5121 | case FOAM_Glo: |
| 5122 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 5123 | |
| 5124 | hardAssert(n < fintUnitGlobsCount(unit))do { if (!(n < ((unit)->globsCount))) fintHardAssert("n < fintUnitGlobsCount(unit)" , "fint.c", 5124); } while (0); |
| 5125 | |
| 5126 | *pDataObj = &(globValue(n)(((unit)->globValues[(n)])->dataObj)); |
| 5127 | myType = globType(n)((((unit)->fmtGlobs)[(n)]).type); |
| 5128 | break; |
| 5129 | |
| 5130 | case FOAM_Loc: |
| 5131 | |
| 5132 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 5133 | |
| 5134 | hardAssert(progInfoFmtLoc(prog))do { if (!(((prog)->fmtLoc))) fintHardAssert("progInfoFmtLoc(prog)" , "fint.c", 5134); } while (0); |
| 5135 | hardAssert(n < progInfoLocsCount(prog))do { if (!(n < ((prog)->locsCount))) fintHardAssert("n < progInfoLocsCount(prog)" , "fint.c", 5135); } while (0); |
| 5136 | |
| 5137 | *pDataObj = &(locValue(n)(locValues[(n)])); |
| 5138 | myType = locType(n)(((prog)->fmtLoc)[(n)].type); |
| 5139 | break; |
| 5140 | |
| 5141 | case FOAM_Par: |
| 5142 | |
| 5143 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 5144 | |
| 5145 | hardAssert(progInfoFmtPar(prog))do { if (!(((prog)->fmtPar))) fintHardAssert("progInfoFmtPar(prog)" , "fint.c", 5145); } while (0); |
| 5146 | hardAssert(n < progInfoParsCount(prog))do { if (!(n < ((prog)->parsCount))) fintHardAssert("n < progInfoParsCount(prog)" , "fint.c", 5146); } while (0); |
| 5147 | |
| 5148 | *pDataObj = &(parValue(n)(bp[(n)+10])); |
| 5149 | myType = parType(n)(((prog)->fmtPar)[(n)].type); |
| 5150 | break; |
| 5151 | |
| 5152 | case FOAM_Lex: { |
| 5153 | int lev; |
| 5154 | DataObj pLev; |
| 5155 | |
| 5156 | fintGetInt(fmt, lev){ switch (fmt) { case 0: { String _s = fintGetn(4); (lev) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((lev) = tape[ip++]); break ; default: (lev) = (fmt) - 2; break; } }; |
| 5157 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 5158 | |
| 5159 | switch (lev) { |
| 5160 | case 0: *pDataObj = lev0 + n; |
| 5161 | myType = lexType(int0, n)(((unit)->lexLevels)[(prog->denv[(((int) 0))])].fmtLex[ (n)].type); |
| 5162 | return myType; |
| 5163 | |
| 5164 | case 1: pLev = ((DataObj) lexEnv->next->level); |
| 5165 | break; |
| 5166 | case 2: pLev = ((DataObj) lexEnv->next->next->level); |
| 5167 | break; |
| 5168 | case 3: pLev = ((DataObj) lexEnv->next->next->next->level); |
| 5169 | break; |
| 5170 | case 4: pLev = ((DataObj) lexEnv->next->next->next->next->level); |
| 5171 | break; |
| 5172 | default: { |
| 5173 | FiEnv e = lexEnv; |
| 5174 | int j; |
| 5175 | |
| 5176 | for (j = 0; j < lev; j++) |
| 5177 | e = e->next; |
| 5178 | pLev = (DataObj) e->level; |
| 5179 | break; |
| 5180 | } |
| 5181 | } |
| 5182 | |
| 5183 | *pDataObj = pLev + n; |
| 5184 | |
| 5185 | myType = lexType(lev, n)(((unit)->lexLevels)[(prog->denv[(lev)])].fmtLex[(n)].type ); |
| 5186 | |
| 5187 | return myType; |
| 5188 | } |
| 5189 | |
| 5190 | case FOAM_Fluid: { |
| 5191 | FiFluid afluid; |
| 5192 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 5193 | |
| 5194 | hardAssert(n < fintUnitFluidsCount(unit))do { if (!(n < ((unit)->fluidsCount))) fintHardAssert("n < fintUnitFluidsCount(unit)" , "fint.c", 5194); } while (0); |
| 5195 | |
| 5196 | afluid = fiGetFluid(fluidId(n)(((unit)->fmtFluids)[(n)].id)); |
| 5197 | |
| 5198 | *pDataObj = (DataObj) &(afluid->value); |
| 5199 | myType = fluidType(n)(((unit)->fmtFluids)[(n)].type); |
| 5200 | break; |
| 5201 | } |
| 5202 | |
| 5203 | case FOAM_Const: |
| 5204 | |
| 5205 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 5206 | |
| 5207 | hardAssert(n < fintUnitConstsCount(unit))do { if (!(n < ((unit)->constsCount))) fintHardAssert("n < fintUnitConstsCount(unit)" , "fint.c", 5207); } while (0); |
| 5208 | |
| 5209 | *pDataObj = &(constValue(n)((unit)->constValues[(n)])); |
| 5210 | myType = constType(n)((((unit)->fmtConsts)[(n)]).type); |
| 5211 | |
| 5212 | break; |
| 5213 | |
| 5214 | case FOAM_AElt: { |
| 5215 | union dataObj elem; |
| 5216 | union dataObj expr; |
| 5217 | int type; |
| 5218 | |
| 5219 | fintGetByte(type)((type) = tape[ip++]); |
| 5220 | fintTypedEval(&elem, FOAM_SInt){ dataType type = fintEval(&elem); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5220); } while (0); }; |
| 5221 | fintTypedEval(&expr, FOAM_Arr){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Arr || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5221); } while (0); }; |
| 5222 | |
| 5223 | fintAGetElemRef(type, *pDataObj, &expr, elem.fiSInt){ switch ((int)type) { case FOAM_Char:(*pDataObj)=(DataObj)(( (FiChar *)((&expr)->fiArr)) + (elem.fiSInt)); break; case FOAM_Bool:(*pDataObj)=(DataObj)(((FiBool *)((&expr)-> fiArr)) + (elem.fiSInt)); break; case FOAM_Byte:(*pDataObj)=( DataObj)(((FiByte *)((&expr)->fiArr)) + (elem.fiSInt)) ; break; case FOAM_HInt:(*pDataObj)=(DataObj)(((FiHInt *)((& expr)->fiArr)) + (elem.fiSInt)); break; case FOAM_SInt:(*pDataObj )=(DataObj)(((FiSInt *)((&expr)->fiArr)) + (elem.fiSInt )); break; case FOAM_SFlo:(*pDataObj)=(DataObj)(((FiSFlo *)(( &expr)->fiArr)) + (elem.fiSInt)); break; case FOAM_DFlo :(*pDataObj)=(DataObj)(((FiDFlo *)((&expr)->fiArr)) + ( elem.fiSInt)); break; case FOAM_Word:(*pDataObj)=(DataObj)((( FiWord *)((&expr)->fiArr)) + (elem.fiSInt)); break; case FOAM_BInt:(*pDataObj)=(DataObj)(((FiBInt *)((&expr)-> fiArr)) + (elem.fiSInt)); break; default: fintWhere(((int) 0) );bug("fintAGetElemRef: type %d unimplemented.", (int)type); } }; |
| 5224 | |
| 5225 | myType = type; |
| 5226 | |
| 5227 | break; |
| 5228 | } |
| 5229 | |
| 5230 | case FOAM_RRElt: { |
| 5231 | bug("fintGetReference: FOAM_RRElt not implemented"); |
| 5232 | break; |
| 5233 | } |
| 5234 | |
| 5235 | case FOAM_RElt: { |
| 5236 | int slot; |
| 5237 | union dataObj expr; |
| 5238 | |
| 5239 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 5240 | fintTypedEval(&expr, FOAM_Rec){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Rec || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Rec || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5240); } while (0); }; |
| 5241 | fintGetInt(fmt, slot){ switch (fmt) { case 0: { String _s = fintGetn(4); (slot) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((slot) = tape[ip++]); break ; default: (slot) = (fmt) - 2; break; } }; |
| 5242 | |
| 5243 | assert((DataObj)(expr.fiRec)!=NULL)do { if (!((DataObj)(expr.fiRec)!=((void*)0))) _do_assert(("(DataObj)(expr.fiRec)!=NULL" ),"fint.c",5243); } while (0); |
| 5244 | *pDataObj = ((DataObj)(expr.fiRec)) + slot; |
| 5245 | |
| 5246 | myType = fmtType0(n, slot)(((unit)->lexLevels)[(n)].fmtLex[(slot)].type); |
| 5247 | |
| 5248 | break; |
| 5249 | } |
| 5250 | |
| 5251 | case FOAM_IRElt: { |
| 5252 | int slot; |
| 5253 | union dataObj expr; |
| 5254 | |
| 5255 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 5256 | fintTypedEval(&expr, FOAM_TR){ dataType type = fintEval(&expr); do { if (!(type == FOAM_TR || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_TR || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5256); } while (0); }; |
| 5257 | fintGetInt(fmt, slot){ switch (fmt) { case 0: { String _s = fintGetn(4); (slot) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((slot) = tape[ip++]); break ; default: (slot) = (fmt) - 2; break; } }; |
| 5258 | |
| 5259 | |
| 5260 | assert((DataObj)(expr.fiTR) != NULL)do { if (!((DataObj)(expr.fiTR) != ((void*)0))) _do_assert(("(DataObj)(expr.fiTR) != NULL" ),"fint.c",5260); } while (0); |
| 5261 | *pDataObj = ((DataObj)(expr.fiTR)) + slot; |
| 5262 | |
| 5263 | myType = fmtType0(n, slot + 1)(((unit)->lexLevels)[(n)].fmtLex[(slot + 1)].type); |
| 5264 | |
| 5265 | break; |
| 5266 | } |
| 5267 | case FOAM_TRElt: { |
| 5268 | long slot; |
| 5269 | union dataObj expr, idx; |
| 5270 | int isz, asz, sz; |
| 5271 | |
| 5272 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 5273 | fintTypedEval(&expr, FOAM_TR){ dataType type = fintEval(&expr); do { if (!(type == FOAM_TR || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_TR || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5273); } while (0); }; |
| 5274 | fintTypedEval(&idx, FOAM_SInt){ dataType type = fintEval(&idx); do { if (!(type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_SInt || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5274); } while (0); }; |
| 5275 | fintGetInt(fmt, slot){ switch (fmt) { case 0: { String _s = fintGetn(4); (slot) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((slot) = tape[ip++]); break ; default: (slot) = (fmt) - 2; break; } }; |
| 5276 | sz = fintUnitLexsCount(unit,n)(((unit)->lexLevels[(n)]).fmtLexsCount) - 1; |
| 5277 | isz = lexFormat(n, int0)(((unit)->lexLevels)[(n)].fmtLex[(((int) 0))].format); |
| 5278 | asz = sz - isz; |
| 5279 | |
| 5280 | myType = fmtType0(n, slot + isz + 1)(((unit)->lexLevels)[(n)].fmtLex[(slot + isz + 1)].type); |
| 5281 | slot = isz + asz*idx.fiSInt + slot; |
| 5282 | |
| 5283 | assert((DataObj)(expr.fiTR) != NULL)do { if (!((DataObj)(expr.fiTR) != ((void*)0))) _do_assert(("(DataObj)(expr.fiTR) != NULL" ),"fint.c",5283); } while (0); |
| 5284 | *pDataObj = ((DataObj)(expr.fiTR)) + slot; |
| 5285 | |
| 5286 | |
| 5287 | break; |
| 5288 | } |
| 5289 | |
| 5290 | case FOAM_CEnv: { |
| 5291 | union dataObj clos; |
| 5292 | |
| 5293 | fintTypedEval(&clos, FOAM_Clos){ dataType type = fintEval(&clos); do { if (!(type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5293); } while (0); }; |
| 5294 | *pDataObj = (DataObj) &clos.fiClos->env; |
| 5295 | myType = FOAM_Env; |
| 5296 | break; |
| 5297 | } |
| 5298 | |
| 5299 | case FOAM_CProg: { |
| 5300 | union dataObj clos; |
| 5301 | |
| 5302 | fintTypedEval(&clos, FOAM_Clos){ dataType type = fintEval(&clos); do { if (!(type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Clos || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5302); } while (0); }; |
| 5303 | *pDataObj = (DataObj) &clos.fiClos->prog; |
| 5304 | myType = FOAM_Prog; |
| 5305 | break; |
| 5306 | } |
| 5307 | |
| 5308 | case FOAM_EInfo: { |
| 5309 | union dataObj env; |
| 5310 | |
| 5311 | fintTypedEval(&env, FOAM_Env){ dataType type = fintEval(&env); do { if (!(type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5311); } while (0); }; |
| 5312 | *pDataObj = (DataObj) &(env.fiEnv->info); |
| 5313 | myType = FOAM_Word; |
| 5314 | break; |
| 5315 | } |
| 5316 | |
| 5317 | case FOAM_EElt: { |
| 5318 | int format, lev, n, i; |
| 5319 | FiEnv env; |
| 5320 | union dataObj expr; |
| 5321 | dataType type; |
| 5322 | |
| 5323 | fintGetInt(fmt, format){ switch (fmt) { case 0: { String _s = fintGetn(4); (format) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((format) = tape[ip++]) ; break; default: (format) = (fmt) - 2; break; } }; |
| 5324 | fintTypedEval(&expr, FOAM_Env){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Env || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5324); } while (0); }; |
| 5325 | fintGetInt(fmt, lev){ switch (fmt) { case 0: { String _s = fintGetn(4); (lev) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((lev) = tape[ip++]); break ; default: (lev) = (fmt) - 2; break; } }; |
| 5326 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 5327 | |
| 5328 | env = expr.fiEnv; |
| 5329 | for (i = 0; i < lev; i++) { |
| 5330 | env = env->next; |
| 5331 | hardAssert(env)do { if (!(env)) fintHardAssert("env", "fint.c", 5331); } while (0); |
| 5332 | } |
| 5333 | |
| 5334 | type = fmtType0(format, n)(((unit)->lexLevels)[(format)].fmtLex[(n)].type); |
| 5335 | /* !! now the offset is ignored */ |
| 5336 | *pDataObj = ((DataObj)(env->level)) + n; |
| 5337 | |
| 5338 | myType = type; |
| 5339 | |
| 5340 | break; |
| 5341 | } |
| 5342 | case FOAM_PRef: { |
| 5343 | union dataObj expr; |
| 5344 | int n; |
| 5345 | |
| 5346 | fintGetInt(fmt, n){ switch (fmt) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fmt) - 2; break; } }; |
| 5347 | assert(n==0)do { if (!(n==0)) _do_assert(("n==0"),"fint.c",5347); } while (0); |
| 5348 | fintTypedEval(&expr, FOAM_Prog){ dataType type = fintEval(&expr); do { if (!(type == FOAM_Prog || type == FOAM_Word || type == FOAM_Nil)) _do_assert(("type == FOAM_Prog || type == FOAM_Word || type == FOAM_Nil" ),"fint.c",5348); } while (0); }; |
| 5349 | /* $$!! NOW WILL NOT WORK */ |
| 5350 | *pDataObj = (DataObj) &(expr.progInfo->_progInfo); |
| 5351 | myType = FOAM_SInt; |
| 5352 | break; |
| 5353 | } |
| 5354 | |
| 5355 | case FOAM_Values: { |
| 5356 | dataType type; |
| 5357 | |
| 5358 | fintGetInt(fmt, argc){ switch (fmt) { case 0: { String _s = fintGetn(4); (argc) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fmt) - 2; break; } }; |
| 5359 | *pDataObj = fintAlloc(DataObj, argc)((DataObj) memset(stoAlloc(0, sizeof(DataObj) * (argc)), 0, sizeof (DataObj) * (argc))); |
| 5360 | |
| 5361 | for (n = 0; n < argc; n++) |
| 5362 | type = fintGetReference((((Ref) *pDataObj) + n)); |
| 5363 | |
| 5364 | myType = FOAM_NOp; |
| 5365 | break; |
| 5366 | } |
| 5367 | default: |
| 5368 | bug("reference to %d unimplemented...", tag); |
| 5369 | NotReached(myType = FOAM_Nil){(void)bug("Not supposed to reach line %d in file: %s\n",5369 , "fint.c");}; |
| 5370 | } |
| 5371 | |
| 5372 | return myType; |
| 5373 | } |
| 5374 | |
| 5375 | localstatic void |
| 5376 | fintSetMFmt(DataObj ref, DataObj expr) |
| 5377 | { |
| 5378 | int i, n; |
| 5379 | int fmt = expr->mFmt->fmt; |
| 5380 | DataObj values = expr->mFmt->values; |
| 5381 | |
| 5382 | |
| 5383 | /* Hack, due to bad foam generation */ |
| 5384 | if (!values) return; |
| 5385 | |
| 5386 | |
| 5387 | /* Check that old-style catch expressions are dead */ |
| 5388 | hardAssert(fmt >= 0)do { if (!(fmt >= 0)) fintHardAssert("fmt >= 0", "fint.c" , 5388); } while (0); |
| 5389 | |
| 5390 | |
| 5391 | /* How many fields in this multi? */ |
| 5392 | n = fintUnitLexsCount(unit,fmt)(((unit)->lexLevels[(fmt)]).fmtLexsCount); |
| 5393 | |
| 5394 | |
| 5395 | /* Copy each value into its destination reference */ |
| 5396 | for (i = 0; i < n; i++) |
| 5397 | fintSet(fmtType0(fmt, i), ((Ref) ref)[i], values[i]){ do { if (!(((Ref) ref)[i] != ((void*)0))) _do_assert(("((Ref) ref)[i] != NULL" ),"fint.c",5397); } while (0); switch ((int)(((unit)->lexLevels )[(fmt)].fmtLex[(i)].type)) { case FOAM_Char: *(FiChar *)(((Ref ) ref)[i]) = (values[i]).fiChar; break; case FOAM_Bool: (((Ref ) ref)[i])->fiBool = (values[i]).fiBool; break; case FOAM_Byte : (((Ref) ref)[i])->fiByte = (values[i]).fiByte; break; case FOAM_HInt: (((Ref) ref)[i])->fiHInt = (values[i]).fiHInt; break; case FOAM_SInt: (((Ref) ref)[i])->fiSInt = (values [i]).fiSInt; break; case FOAM_SFlo: (((Ref) ref)[i])->fiSFlo = (values[i]).fiSFlo; break; case FOAM_DFlo: (((Ref) ref)[i] )->fiDFlo = (values[i]).fiDFlo; break; case FOAM_Word: ((( Ref) ref)[i])->fiWord = (values[i]).fiWord; break; case FOAM_Arb : (((Ref) ref)[i])->fiArb = (values[i]).fiArb; break; case FOAM_Ptr: (((Ref) ref)[i])->fiPtr = (values[i]).fiPtr; break ; case FOAM_Rec: (((Ref) ref)[i])->fiRec = (values[i]).fiRec ; break; case FOAM_Arr: (((Ref) ref)[i])->fiArr = (values[ i]).fiArr; break; case FOAM_TR: (((Ref) ref)[i])->fiTR = ( values[i]).fiTR; break; case FOAM_Prog: (((Ref) ref)[i])-> fiProgPos=(values[i]).fiProgPos; break; case FOAM_Clos: (((Ref ) ref)[i])->fiClos = (values[i]).fiClos; break; case FOAM_Gener : (((Ref) ref)[i])->fiGener = (values[i]).fiGener; break; case FOAM_GenIter: (((Ref) ref)[i])->fiGenIter = (values[i]).fiGenIter ; break; case FOAM_Env: (((Ref) ref)[i])->fiEnv = (values[ i]).fiEnv; break; case FOAM_NOp: fintSetMFmt((((Ref) ref)[i]) , &(values[i])); break; case FOAM_Nil: (((Ref) ref)[i])-> _fiNil = (values[i])._fiNil; break; case FOAM_BInt: (((Ref) ref )[i])->fiBInt = (Ptr) (bintCopy((BInt) (values[i]).fiBInt) ); break; default: fintWhere(((int) 0));bug("fintSet: type %d unimplemented." , (int)(((unit)->lexLevels)[(fmt)].fmtLex[(i)].type)); } }; |
| 5398 | |
| 5399 | |
| 5400 | /* Clean up */ |
| 5401 | fintFree(values)stoFree((values)); |
| 5402 | fintFree(expr->mFmt)stoFree((expr->mFmt)); |
| 5403 | } |
| 5404 | |
| 5405 | localstatic dataType |
| 5406 | fintDoCall0(DataObj clos, DataObj retDataObj) |
| 5407 | { |
| 5408 | return fintDoCall(clos, retDataObj, int0((int) 0)); |
| 5409 | } |
| 5410 | |
| 5411 | localstatic dataType |
| 5412 | fintDoCall1(DataObj clos, DataObj retDataObj, DataObj arg1) |
| 5413 | { |
| 5414 | return fintDoCall(clos, retDataObj, 1, arg1); |
| 5415 | } |
| 5416 | |
| 5417 | localstatic dataType |
| 5418 | fintDoCall(DataObj clos, DataObj retDataObj, int argc, ...) |
| 5419 | { |
| 5420 | DataObj *argv; |
| 5421 | dataType type; |
| 5422 | va_list argp; |
| 5423 | int i; |
| 5424 | |
| 5425 | argv = (DataObj *) stoAlloc(OB_Other0, argc * sizeof(DataObj)); |
| 5426 | |
| 5427 | va_start(argp, argc)__builtin_va_start(argp, argc); |
| 5428 | for (i = 0; i<argc; i++) argv[i] = va_arg(argp, DataObj)__builtin_va_arg(argp, DataObj); |
| 5429 | va_end(argp)__builtin_va_end(argp); |
| 5430 | |
| 5431 | type = fintDoCallN(clos, retDataObj, argc, argv); |
| 5432 | stoFree(argv); |
| 5433 | |
| 5434 | return type; |
| 5435 | } |
| 5436 | |
| 5437 | localstatic dataType |
| 5438 | fintDoCallN(DataObj clos, DataObj retDataObj, int argc, DataObj *argv) |
| 5439 | { |
| 5440 | ProgInfo prog0 = (ProgInfo) clos->fiClos->prog; |
| 5441 | FiEnv env = clos->fiClos->env; |
| 5442 | DataObj sp0; |
| 5443 | DataObj oldStack; |
| 5444 | int nFluids, i; |
| 5445 | UByte denv; |
| 5446 | |
| 5447 | stackAlloc(sp0, 0 + PAR_OFFSET){ if (sp + 0 + 10 >= stack + 3000 - 11) stackChain(0 + 10) ; (sp0) = sp; sp += (0 + 10); }; |
| 5448 | oldStack = stack; |
| 5449 | |
| 5450 | /* NB all arguments are words, right? */ |
| 5451 | for (i = 0; i < argc; i++) |
| 5452 | fintSet(FOAM_Word, sp0 + i + PAR_OFFSET, *argv[i]){ do { if (!(sp0 + i + 10 != ((void*)0))) _do_assert(("sp0 + i + 10 != NULL" ),"fint.c",5452); } while (0); switch ((int)FOAM_Word) { case FOAM_Char: *(FiChar *)(sp0 + i + 10) = (*argv[i]).fiChar; break ; case FOAM_Bool: (sp0 + i + 10)->fiBool = (*argv[i]).fiBool ; break; case FOAM_Byte: (sp0 + i + 10)->fiByte = (*argv[i ]).fiByte; break; case FOAM_HInt: (sp0 + i + 10)->fiHInt = (*argv[i]).fiHInt; break; case FOAM_SInt: (sp0 + i + 10)-> fiSInt = (*argv[i]).fiSInt; break; case FOAM_SFlo: (sp0 + i + 10)->fiSFlo = (*argv[i]).fiSFlo; break; case FOAM_DFlo: ( sp0 + i + 10)->fiDFlo = (*argv[i]).fiDFlo; break; case FOAM_Word : (sp0 + i + 10)->fiWord = (*argv[i]).fiWord; break; case FOAM_Arb : (sp0 + i + 10)->fiArb = (*argv[i]).fiArb; break; case FOAM_Ptr : (sp0 + i + 10)->fiPtr = (*argv[i]).fiPtr; break; case FOAM_Rec : (sp0 + i + 10)->fiRec = (*argv[i]).fiRec; break; case FOAM_Arr : (sp0 + i + 10)->fiArr = (*argv[i]).fiArr; break; case FOAM_TR : (sp0 + i + 10)->fiTR = (*argv[i]).fiTR; break; case FOAM_Prog : (sp0 + i + 10)->fiProgPos=(*argv[i]).fiProgPos; break; case FOAM_Clos: (sp0 + i + 10)->fiClos = (*argv[i]).fiClos; break ; case FOAM_Gener: (sp0 + i + 10)->fiGener = (*argv[i]).fiGener ; break; case FOAM_GenIter: (sp0 + i + 10)->fiGenIter = (* argv[i]).fiGenIter; break; case FOAM_Env: (sp0 + i + 10)-> fiEnv = (*argv[i]).fiEnv; break; case FOAM_NOp: fintSetMFmt(( sp0 + i + 10), &(*argv[i])); break; case FOAM_Nil: (sp0 + i + 10)->_fiNil = (*argv[i])._fiNil; break; case FOAM_BInt : (sp0 + i + 10)->fiBInt = (Ptr) (bintCopy((BInt) (*argv[i ]).fiBInt)); break; default: fintWhere(((int) 0));bug("fintSet: type %d unimplemented." , (int)FOAM_Word); } }; |
| 5453 | |
| 5454 | sp = sp0; |
| 5455 | |
| 5456 | stackFrameAlloc(argc){ if (sp + 10 + argc >= stack + 3000 - 11) stackChain(argc +10); sp->ptr = bp; bp = sp; sp += 2; (sp++)->labels = labels ; (sp++)->fiChar = (char) labelFmt; (sp++)->ptr = locValues ; (sp++)->fiEnv = lexEnv; (sp++)->progInfo = prog; (sp++ )->fiUnit = unit; (sp++)->ptr = fluidValues; (sp++)-> fiGenIter = currGenIter; sp += argc + 1; }; /* creates a frame for argc param. */ |
| 5457 | hardAssert(sp < stack + STACK_SIZE + 1)do { if (!(sp < stack + 3000 + 1)) fintHardAssert("sp < stack + STACK_SIZE + 1" , "fint.c", 5457); } while (0); |
| 5458 | |
| 5459 | stackFrameIp(bp)((bp)[1].fiProgPos) = ip; |
| 5460 | |
| 5461 | /* set globals and env for the call */ |
| 5462 | prog = prog0; |
| 5463 | unit = prog->unit; |
| 5464 | tape = fintUnitTape(unit)((unit)->tape); |
| 5465 | labels = progInfoLabels(prog)((prog)->labels); |
| 5466 | labelFmt = progInfoLabelFmt(prog)((prog)->labelFmt); |
| 5467 | ip = progInfoSeq(prog)((prog)->fiProgPos); |
| 5468 | |
| 5469 | if (progInfoLocsCount(prog)((prog)->locsCount)) |
| 5470 | stackAlloc(locValues, progInfoLocsCount(prog)){ if (sp + ((prog)->locsCount) >= stack + 3000 - 11) stackChain (((prog)->locsCount)); (locValues) = sp; sp += (((prog)-> locsCount)); }; |
| 5471 | |
| 5472 | nFluids = progInfoDFluidsCount(prog)((prog)->dfluidsCount); |
| 5473 | |
| 5474 | if (nFluids) |
| 5475 | fintPushFluids(nFluids); |
| 5476 | |
| 5477 | denv = progInfoDEnv(prog)((prog)->denv)[0]; |
| 5478 | |
| 5479 | if (fintUnitLexsCount(unit, denv)(((unit)->lexLevels[(denv)]).fmtLexsCount)) { |
| 5480 | lev0 = fintAlloc(union dataObj,((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * ((((unit )->lexLevels[(denv)]).fmtLexsCount))), 0, sizeof(union dataObj ) * ((((unit)->lexLevels[(denv)]).fmtLexsCount)))) |
| 5481 | fintUnitLexsCount(unit, denv))((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * ((((unit )->lexLevels[(denv)]).fmtLexsCount))), 0, sizeof(union dataObj ) * ((((unit)->lexLevels[(denv)]).fmtLexsCount)))); |
| 5482 | } |
| 5483 | else |
| 5484 | lev0 = NULL((void*)0); |
| 5485 | |
| 5486 | fintEnvPush(lexEnv, lev0, env){ lexEnv = (FiEnv) ((DataObj) memset(stoAlloc(0, sizeof(struct _FiEnv) * (1)), 0, sizeof(struct _FiEnv) * (1))); lexEnv-> level = (Ptr) lev0; lexEnv->next = (env); lexEnv->info = (FiWord) ((void*)0); }; |
| 5487 | |
| 5488 | (void)fintStmt(retDataObj); |
| 5489 | |
| 5490 | if (nFluids) |
| 5491 | fiGlobalFluidStack = |
| 5492 | (FiFluidStack) fluidValue(nFluids)(fluidValues[(nFluids)].fiFluid); |
| 5493 | |
| 5494 | stackFrameFree(){ ip = bp[1].fiProgPos; labels = bp[2].labels; labelFmt = (int ) bp[3].fiChar; locValues = bp[4].ptr; lexEnv = bp[5].fiEnv; prog = bp[6].progInfo; unit = bp[7].fiUnit; fluidValues = bp[8].ptr ; currGenIter = bp[9].fiGenIter; tape = ((unit)->tape); if (bp < stack || bp >= stack + 3000) { sp = stack[1].ptr ; stack = stack[0].ptr; } else sp = bp; bp = bp->ptr; lev0 = (DataObj) lexEnv->level; }; |
| 5495 | |
| 5496 | return progInfoRetType(prog)((prog)->retType); |
| 5497 | |
| 5498 | } |
| 5499 | |
| 5500 | localstatic Bool |
| 5501 | fintGenerStep(FiGenIter iter) |
| 5502 | { |
| 5503 | DataObj oldStack; |
| 5504 | FiEnv env; |
| 5505 | DataObj sp0; |
| 5506 | union dataObj retVal; |
| 5507 | UByte denv; |
| 5508 | |
| 5509 | stackAlloc(sp0, 0 + PAR_OFFSET){ if (sp + 0 + 10 >= stack + 3000 - 11) stackChain(0 + 10) ; (sp0) = sp; sp += (0 + 10); }; |
| 5510 | oldStack = stack; |
Value stored to 'oldStack' is never read | |
| 5511 | |
| 5512 | stackFrameAlloc(0){ if (sp + 10 + 0 >= stack + 3000 - 11) stackChain(0 +10); sp->ptr = bp; bp = sp; sp += 2; (sp++)->labels = labels ; (sp++)->fiChar = (char) labelFmt; (sp++)->ptr = locValues ; (sp++)->fiEnv = lexEnv; (sp++)->progInfo = prog; (sp++ )->fiUnit = unit; (sp++)->ptr = fluidValues; (sp++)-> fiGenIter = currGenIter; sp += 0 + 1; }; |
| 5513 | stackFrameIp(bp)((bp)[1].fiProgPos) = ip; |
| 5514 | prog = (ProgInfo) iter->prog; |
| 5515 | unit = prog->unit; |
| 5516 | tape = fintUnitTape(unit)((unit)->tape); |
| 5517 | labels = progInfoLabels(prog)((prog)->labels); |
| 5518 | ip = progInfoSeq(prog)((prog)->fiProgPos); |
| 5519 | env = iter->env; |
| 5520 | |
| 5521 | if (iter->step == -1) { |
| 5522 | denv = progInfoDEnv(prog)((prog)->denv)[0]; |
| 5523 | |
| 5524 | if (fintUnitLexsCount(unit, denv)(((unit)->lexLevels[(denv)]).fmtLexsCount)) { |
| 5525 | DataObj newLev0; |
| 5526 | newLev0 = fintAlloc(union dataObj,((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * ((((unit )->lexLevels[(denv)]).fmtLexsCount))), 0, sizeof(union dataObj ) * ((((unit)->lexLevels[(denv)]).fmtLexsCount)))) |
| 5527 | fintUnitLexsCount(unit, denv))((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * ((((unit )->lexLevels[(denv)]).fmtLexsCount))), 0, sizeof(union dataObj ) * ((((unit)->lexLevels[(denv)]).fmtLexsCount)))); |
| 5528 | iter->env0 = fiEnvPush(newLev0, iter->env)fiEnvPushFun((FiPtr) (newLev0), iter->env); |
| 5529 | } |
| 5530 | else |
| 5531 | iter->env0 = NULL((void*)0); |
| 5532 | } |
| 5533 | |
| 5534 | if (iter->step == -1) { |
| 5535 | iter->state = (progInfoLocsCount(prog)((prog)->locsCount) ? (FiPtr) fintGenerLocsAlloc(progInfoLocsCount(prog)((prog)->locsCount)) : NULL((void*)0)); |
| 5536 | } |
| 5537 | if (iter->step != -1) { |
| 5538 | ip = iter->step; |
| 5539 | } |
| 5540 | |
| 5541 | iter->step = 0; |
| 5542 | locValues = (DataObj) iter->state; |
| 5543 | lev0 = iter->env0 == NULL((void*)0) ? NULL((void*)0) : (DataObj) iter->env0->level; |
| 5544 | fintEnvPush(lexEnv, lev0, env){ lexEnv = (FiEnv) ((DataObj) memset(stoAlloc(0, sizeof(struct _FiEnv) * (1)), 0, sizeof(struct _FiEnv) * (1))); lexEnv-> level = (Ptr) lev0; lexEnv->next = (env); lexEnv->info = (FiWord) ((void*)0); }; |
| 5545 | currGenIter = iter; |
| 5546 | fintStmt(&retVal); |
| 5547 | |
| 5548 | stackFrameFree(){ ip = bp[1].fiProgPos; labels = bp[2].labels; labelFmt = (int ) bp[3].fiChar; locValues = bp[4].ptr; lexEnv = bp[5].fiEnv; prog = bp[6].progInfo; unit = bp[7].fiUnit; fluidValues = bp[8].ptr ; currGenIter = bp[9].fiGenIter; tape = ((unit)->tape); if (bp < stack || bp >= stack + 3000) { sp = stack[1].ptr ; stack = stack[0].ptr; } else sp = bp; bp = bp->ptr; lev0 = (DataObj) lexEnv->level; }; |
| 5549 | if (iter->step == 0) { |
| 5550 | fintGenerLocsFree((DataObj) iter->state); |
| 5551 | } |
| 5552 | |
| 5553 | return iter->step == 0; // (true indicates completed) |
| 5554 | } |
| 5555 | |
| 5556 | DataObj |
| 5557 | fintGenerLocsAlloc(int sz) |
| 5558 | { |
| 5559 | return (DataObj) stoAlloc(OB_Other0, sizeof(union dataObj) * sz); |
| 5560 | } |
| 5561 | |
| 5562 | void |
| 5563 | fintGenerLocsFree(DataObj obj) |
| 5564 | { |
| 5565 | stoFree(obj); |
| 5566 | } |
| 5567 | /***************************************************************************** |
| 5568 | * |
| 5569 | * :: Storage management |
| 5570 | * |
| 5571 | ****************************************************************************/ |
| 5572 | |
| 5573 | localstatic void |
| 5574 | unitFree(FintUnit unit) |
| 5575 | { |
| 5576 | fmtGlobalsFree(unit); |
| 5577 | fmtConstantsFree(unit); |
| 5578 | fmtFluidsFree(unit); |
| 5579 | lexLevelsFree(unit); |
| 5580 | } |
| 5581 | |
| 5582 | localstatic Fmt |
| 5583 | fmtAlloc(int nDecls) |
| 5584 | { |
| 5585 | if (nDecls) |
| 5586 | return (Fmt) fintAlloc(struct fmt, nDecls)((DataObj) memset(stoAlloc(0, sizeof(struct fmt) * (nDecls)), 0, sizeof(struct fmt) * (nDecls))); |
| 5587 | return NULL((void*)0); |
| 5588 | } |
| 5589 | |
| 5590 | localstatic void |
| 5591 | fmtFree(Fmt fmt) |
| 5592 | { |
| 5593 | if (fmt) { |
| 5594 | strFree(fmtId(fmt)((fmt)->id)); |
| 5595 | stoFree(fmt); |
| 5596 | } |
| 5597 | } |
| 5598 | |
| 5599 | localstatic void |
| 5600 | fmtGlobalsFree(FintUnit unit) |
| 5601 | { |
| 5602 | ShDataObj * globValues = fintUnitGlobValues(unit)((unit)->globValues); |
| 5603 | int globCount = fintUnitGlobsCount(unit)((unit)->globsCount); |
| 5604 | int n; |
| 5605 | |
| 5606 | for (n = 0; n < globCount; n++) |
| 5607 | shDataObjFree(globValues[n]); |
| 5608 | |
| 5609 | fmtFree(fintUnitGlobs(unit)((unit)->fmtGlobs)); |
| 5610 | fintFree0(globValues)if (globValues) stoFree(globValues); |
| 5611 | } |
| 5612 | |
| 5613 | localstatic void |
| 5614 | fmtConstantsFree(FintUnit unit) |
| 5615 | { |
| 5616 | int n; |
| 5617 | |
| 5618 | for (n = 0; n < fintUnitConstsCount(unit)((unit)->constsCount); n++) |
| 5619 | if (constType(n)((((unit)->fmtConsts)[(n)]).type) == FOAM_Prog) { |
| 5620 | ProgInfo p = constValue(n)((unit)->constValues[(n)]).progInfo; |
| 5621 | |
| 5622 | fintFree0(progInfoLabels(p))if (((p)->labels)) stoFree(((p)->labels)); |
| 5623 | fintFree0(progInfoFmtLoc(p))if (((p)->fmtLoc)) stoFree(((p)->fmtLoc)); |
| 5624 | fintFree0(progInfoFmtPar(p))if (((p)->fmtPar)) stoFree(((p)->fmtPar)); |
| 5625 | fintFree0(progInfoDFluid(p))if (((p)->dfluid)) stoFree(((p)->dfluid)); |
| 5626 | fintFree0(progInfoDEnv(p))if (((p)->denv)) stoFree(((p)->denv)); |
| 5627 | |
| 5628 | fintFree(p)stoFree((p)); |
| 5629 | } |
| 5630 | |
| 5631 | |
| 5632 | fmtFree(fintUnitConsts(unit)((unit)->fmtConsts)); |
| 5633 | } |
| 5634 | |
| 5635 | localstatic void |
| 5636 | fmtFluidsFree(FintUnit unit) |
| 5637 | { |
| 5638 | fmtFree(fintUnitFluids(unit)((unit)->fmtFluids)); |
| 5639 | } |
| 5640 | |
| 5641 | localstatic void |
| 5642 | lexLevelsFree(FintUnit unit) |
| 5643 | { |
| 5644 | LexLevels l = fintUnitLexLevels(unit)((unit)->lexLevels); |
| 5645 | int levCount = fintUnitLexLevelsCount(unit)((unit)->lexLevelsCount); |
| 5646 | int n; |
| 5647 | |
| 5648 | for (n = 0; n < levCount ; n++) |
| 5649 | fmtFree((Fmt) l->fmtLex); |
| 5650 | |
| 5651 | fintFree0(l)if (l) stoFree(l); |
| 5652 | |
| 5653 | } |
| 5654 | |
| 5655 | localstatic void |
| 5656 | fintInitForeignGlobValue(DataObj retDataObj, int n) |
| 5657 | { |
| 5658 | if (!fintForeignTable[n].isConst) |
| 5659 | retDataObj->fiSInt =(FiSInt) fintForeignTable[n].funct; |
| 5660 | else { |
| 5661 | switch(fintForeignTable[n].funct) { |
| 5662 | |
| 5663 | case FINT_FOREIGN_osIoRdMode: |
| 5664 | retDataObj->fiArr = (FiArr) osIoRdMode; |
| 5665 | break; |
| 5666 | case FINT_FOREIGN_osIoWrMode: |
| 5667 | retDataObj->fiArr = (FiArr) osIoWrMode; |
| 5668 | break; |
| 5669 | case FINT_FOREIGN_osIoApMode: |
| 5670 | retDataObj->fiArr = (FiArr) osIoApMode; |
| 5671 | break; |
| 5672 | case FINT_FOREIGN_osIoRbMode: |
| 5673 | retDataObj->fiArr = (FiArr) osIoRbMode; |
| 5674 | break; |
| 5675 | case FINT_FOREIGN_osIoWbMode: |
| 5676 | retDataObj->fiArr = (FiArr) osIoWbMode; |
| 5677 | break; |
| 5678 | case FINT_FOREIGN_osIoAbMode: |
| 5679 | retDataObj->fiArr = (FiArr) osIoAbMode; |
| 5680 | break; |
| 5681 | case FINT_FOREIGN_osIoRubMode: |
| 5682 | retDataObj->fiArr = (FiArr) osIoRubMode; |
| 5683 | break; |
| 5684 | case FINT_FOREIGN_osIoWubMode: |
| 5685 | retDataObj->fiArr = (FiArr) osIoWubMode; |
| 5686 | break; |
| 5687 | case FINT_FOREIGN_osIoAubMode: |
| 5688 | retDataObj->fiArr = (FiArr) osIoAubMode; |
| 5689 | break; |
| 5690 | |
| 5691 | case FINT_FOREIGN_osObjectFileType: |
| 5692 | retDataObj->fiArr = (FiArr) osObjectFileType; |
| 5693 | break; |
| 5694 | case FINT_FOREIGN_osExecFileType: |
| 5695 | retDataObj->fiArr = (FiArr) osExecFileType; |
| 5696 | break; |
| 5697 | |
| 5698 | case FINT_FOREIGN_osFnameNParts: |
| 5699 | retDataObj->fiSInt = (FiSInt) osFnameNParts; |
| 5700 | break; |
| 5701 | |
| 5702 | default: |
| 5703 | bug("fintForeignInitGlobalValue: bad foreign const."); |
| 5704 | } |
| 5705 | } |
| 5706 | } |
| 5707 | |
| 5708 | localstatic ShDataObj |
| 5709 | shDataObjAdd(AInt type, String id, int protocol, int globNum, FintUnit curUnit) |
| 5710 | { |
| 5711 | int n = 0; |
| 5712 | ShDataObj new; |
| 5713 | Bool found = false((int) 0); |
| 5714 | FintUnit u = NULL((void*)0); |
| 5715 | String id_orig = NULL((void*)0); |
| 5716 | new = shDataObjFind(type, id, protocol); |
| 5717 | |
| 5718 | /* !! Hack: resolving globals we look also in the current unit. |
| 5719 | * This because a bug in genfoam generate 2 globals with the |
| 5720 | * same name in the same unit. |
| 5721 | * Once the bug has been fixed, the globNum par. can be removed |
| 5722 | * hack 03450 |
| 5723 | */ |
| 5724 | |
| 5725 | if (new == NULL((void*)0)) { |
| 5726 | u = curUnit; |
| 5727 | for (n = 0; n < globNum; n++) |
| 5728 | if (!strcmp(id, fintUnitGlobs(u)((u)->fmtGlobs)[n].id)) { |
| 5729 | new = fintUnitGlobValues(u)((u)->globValues)[n]; |
| 5730 | new->refCounter++; |
| 5731 | break; |
| 5732 | } |
| 5733 | } |
| 5734 | |
| 5735 | if (new != NULL((void*)0)) { |
| 5736 | fintLinkDEBUGif (!fintLinkDebug) { } else afprintf(dbOut, "(linked glob %s)\n", id); |
| 5737 | return new; |
| 5738 | } |
| 5739 | |
| 5740 | |
| 5741 | /* |
| 5742 | * Create an new shared object initialised with the value |
| 5743 | * -1 (see next paragraph). We expect that the object will |
| 5744 | * be initialised with its correct value later on. |
| 5745 | * |
| 5746 | * The main exceptions to this are foreign imports (usually |
| 5747 | * the target of a PCall). If we recognise the name of the |
| 5748 | * identifer as a foreign import the shared object will be |
| 5749 | * initialised with its index in fintForeignTable. Since 0 |
| 5750 | * is a valid index, we use -1 to indicate failure. |
| 5751 | * |
| 5752 | * Future work: keep the unresolved identifier names around |
| 5753 | * somewhere handy so that fintEval can give a better bug |
| 5754 | * report when it hits an unrecognised PCall. |
| 5755 | */ |
| 5756 | new = (ShDataObj) stoAlloc(OB_Other0, sizeof(struct shDataObj)); |
| 5757 | new->dataObj.fiWord = -1; /* Don't use 0 here!!! */ |
| 5758 | new->refCounter = 1; |
| 5759 | |
| 5760 | /* Handle mangled names if necessary */ |
| 5761 | if (protocol == FOAM_Proto_C) { |
| 5762 | String tmp = strchr(id, '-'); |
| 5763 | if (tmp) { |
| 5764 | id_orig = id; |
| 5765 | id = strCopy(id); |
| 5766 | id[tmp - id_orig] = '\0'; |
| 5767 | } |
| 5768 | } |
| 5769 | if (protocol == FOAM_Proto_Init) |
| 5770 | lazyLibGet(id); |
| 5771 | else { |
| 5772 | found = false((int) 0); |
| 5773 | for (n=0; fintForeignTable[n].string; n++) |
| 5774 | if (id[0] == fintForeignTable[n].string[0] && |
| 5775 | !strcmp(id, fintForeignTable[n].string)) { |
| 5776 | found = true1; |
| 5777 | break; |
| 5778 | } |
| 5779 | |
| 5780 | if (found) { |
| 5781 | fintInitForeignGlobValue(&(new->dataObj), n); |
| 5782 | fintLinkDEBUGif (!fintLinkDebug) { } else afprintf(dbOut, "(Resolved foreign %s)\n", |
| 5783 | fintForeignTable[n].string); |
| 5784 | } else { |
| 5785 | fintLinkDEBUGif (!fintLinkDebug) { } else afprintf(dbOut, "Could not resolve: %s\n", id); |
| 5786 | } |
| 5787 | } |
| 5788 | |
| 5789 | if (id_orig) |
| 5790 | strFree(id); |
| 5791 | |
| 5792 | return new; |
| 5793 | } |
| 5794 | |
| 5795 | localstatic ShDataObj |
| 5796 | shDataObjFind(AInt type, String id, int protocol) |
| 5797 | { |
| 5798 | ShDataObj obj = NULL((void*)0); |
| 5799 | FintUnitList ul; |
| 5800 | FintUnit u; |
| 5801 | int m, n; |
| 5802 | |
| 5803 | /* NB: Should worry about protocol and check type */ |
| 5804 | for (ul = cdr(fintUnitList)((fintUnitList)->rest); ul; ul = cdr(ul)((ul)->rest)) { |
| 5805 | u = car(ul)((ul)->first); |
| 5806 | m = fintUnitGlobsCount(u)((u)->globsCount); |
| 5807 | for (n = 0; n < m ; n++) { |
| 5808 | if (strcmp(id, fintUnitGlobs(u)((u)->fmtGlobs)[n].id) == 0) { |
| 5809 | obj = fintUnitGlobValues(u)((u)->globValues)[n]; |
| 5810 | obj->refCounter++; |
| 5811 | } |
| 5812 | } |
| 5813 | if (obj) break; |
| 5814 | } |
| 5815 | return obj; |
| 5816 | } |
| 5817 | |
| 5818 | localstatic ShDataObj |
| 5819 | shDataObjFindBis(AInt type, String id, int protocol) |
| 5820 | { |
| 5821 | ShDataObj obj = NULL((void*)0); |
| 5822 | FintUnitList ul; |
| 5823 | FintUnit u; |
| 5824 | int m, n; |
| 5825 | |
| 5826 | /* NB: Should worry about protocol and check type */ |
| 5827 | /* this one looks in the current one too |
| 5828 | * see hack 03450 |
| 5829 | */ |
| 5830 | for (ul = fintUnitList; ul; ul = cdr(ul)((ul)->rest)) { |
| 5831 | u = car(ul)((ul)->first); |
| 5832 | m = fintUnitGlobsCount(u)((u)->globsCount); |
| 5833 | for (n = 0; n < m ; n++) { |
| 5834 | if (strcmp(id, fintUnitGlobs(u)((u)->fmtGlobs)[n].id) == 0) { |
| 5835 | obj = fintUnitGlobValues(u)((u)->globValues)[n]; |
| 5836 | obj->refCounter++; |
| 5837 | } |
| 5838 | } |
| 5839 | if (obj) break; |
| 5840 | } |
| 5841 | return obj; |
| 5842 | } |
| 5843 | |
| 5844 | |
| 5845 | localstatic void |
| 5846 | shDataObjFree(ShDataObj obj) |
| 5847 | { |
| 5848 | if (obj->refCounter-- == 0) fintFree(obj)stoFree((obj)); |
| 5849 | } |
| 5850 | |
| 5851 | |
| 5852 | localstatic void |
| 5853 | stackChain(int num) |
| 5854 | { |
| 5855 | if (num > STACK_SIZE3000) bug("Stack Growth Excessive!"); |
| 5856 | if (!stack[STACK_SIZE3000].ptr) { |
| 5857 | DataObj newStack = fintAlloc(union dataObj, STACK_SIZE + 1)((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * (3000 + 1)), 0, sizeof(union dataObj) * (3000 + 1))); |
| 5858 | |
| 5859 | fintLinkDEBUGif (!fintLinkDebug) { } else afprintf(dbOut,"Allocating a new stack of size %d\n", |
| 5860 | STACK_SIZE3000); |
| 5861 | |
| 5862 | newStack[STACK_SIZE3000].ptr = 0; |
| 5863 | stack[STACK_SIZE3000].ptr = newStack; |
| 5864 | newStack[0].ptr = stack; |
| 5865 | newStack[1].ptr = sp; |
| 5866 | sp = newStack + 2; |
| 5867 | stack = newStack; |
| 5868 | } |
| 5869 | else { |
| 5870 | stack = stack[STACK_SIZE3000].ptr; |
| 5871 | stack[1].ptr = sp; |
| 5872 | sp = stack + 2; |
| 5873 | } |
| 5874 | |
| 5875 | return; |
| 5876 | } |
| 5877 | |
| 5878 | /**************************************************************************** |
| 5879 | * |
| 5880 | * Unit loading procedures |
| 5881 | * |
| 5882 | ***************************************************************************/ |
| 5883 | |
| 5884 | |
| 5885 | /* Assumes that the next tag in tape is DDecl. Reads all the decls and put them |
| 5886 | * in the fmt passed. Returns the number of decls read. |
| 5887 | */ |
| 5888 | /* "tswi" or "tswibp" */ |
| 5889 | localstatic int |
| 5890 | fintReadFmt(Fmt * pFmt) |
| 5891 | { |
| 5892 | int tag, fm, argc, n, i, slen; |
| 5893 | Fmt fmt; |
| 5894 | |
| 5895 | fintGetTagFmtArgc(tag, fm, argc){ { (((tag)) = tape[ip++]); (fm) = (((tag))<(FOAM_VECTOR_START )? 0:((((tag))-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); (tag) = ((((tag))) - (((fm)))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); } if ((foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == (-1)) { switch (fm) { case 0: { String _s = fintGetn(4); (argc ) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (fm) - 2; break; } } else (argc) = (foamInfoTable [(int)(tag)-(int)FOAM_START]).argc; }; |
| 5896 | hardAssert(tag == FOAM_DDecl)do { if (!(tag == FOAM_DDecl)) fintHardAssert("tag == FOAM_DDecl" , "fint.c", 5896); } while (0); |
| 5897 | argc -= 1; |
| 5898 | fmt = fmtAlloc(argc); |
| 5899 | /* Usage field */ |
| 5900 | fintGetByte(n)((n) = tape[ip++]); |
| 5901 | *pFmt = fmt; |
| 5902 | |
| 5903 | for (i = 0; i < argc; i++, fmt++) { |
| 5904 | /* Tag */ |
| 5905 | fintGetTagFmt(tag, fm){ ((tag) = tape[ip++]); fm = ((tag)<(FOAM_VECTOR_START)? 0 :(((tag)-(FOAM_VECTOR_START))/(FOAM_LIMIT - (FOAM_VECTOR_START )))); tag = (((tag)) - ((fm))*(FOAM_LIMIT - (FOAM_VECTOR_START ))); }; |
| 5906 | hardAssert(tag == FOAM_Decl || tag == FOAM_GDecl)do { if (!(tag == FOAM_Decl || tag == FOAM_GDecl)) fintHardAssert ("tag == FOAM_Decl || tag == FOAM_GDecl", "fint.c", 5906); } while (0); |
| 5907 | /* Type */ |
| 5908 | fintGetByte(n)((n) = tape[ip++]); |
| 5909 | fmtType(fmt)((fmt)->type) = FOAM_START + n; |
| 5910 | /* id */ |
| 5911 | fintGetInt(fm, slen){ switch (fm) { case 0: { String _s = fintGetn(4); (slen) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((slen) = tape[ip++]); break ; default: (slen) = (fm) - 2; break; } }; |
| 5912 | fmtId(fmt)((fmt)->id) = fintRdChars(slen); |
| 5913 | /* symeIndex -- ignore */ |
| 5914 | fintGetSInt(n){ String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])& ((1<<8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<< 8))|(((((ULong) _s[2])&((1<<8)-1)) | ((((ULong) _s[ 3])&((1<<8)-1))<<8))<<(2*8))); }; |
| 5915 | /* Format */ |
| 5916 | fintGetInt(fm, n){ switch (fm) { case 0: { String _s = fintGetn(4); (n) = (int ) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s[1] )&((1<<8)-1))<<8))|(((((ULong) _s[2])&((1 <<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (fm) - 2; break; } }; |
| 5917 | fmtFormat(fmt)((fmt)->format) = n; |
| 5918 | if (tag == FOAM_Decl) { |
| 5919 | /* Default protocol */ |
| 5920 | fmtProtocol(fmt)((fmt)->protocol) = FOAM_Proto_Foam; |
| 5921 | } else { |
| 5922 | /* Direction -- ignore */ |
| 5923 | fintGetByte(n)((n) = tape[ip++]); |
| 5924 | /* Protocol */ |
| 5925 | fintGetByte(n)((n) = tape[ip++]); |
| 5926 | fmtProtocol(fmt)((fmt)->protocol) = FOAM_PROTO_START + n; |
| 5927 | } |
| 5928 | } |
| 5929 | |
| 5930 | return argc; |
| 5931 | } |
| 5932 | |
| 5933 | localstatic void |
| 5934 | fintLoadGlobalsFmt(FintUnit unit) |
| 5935 | { |
| 5936 | int n, i; |
| 5937 | |
| 5938 | n = fintReadFmt(&fintUnitGlobs(unit)((unit)->fmtGlobs)); |
| 5939 | fintUnitGlobsCount(unit)((unit)->globsCount) = n; |
| 5940 | |
| 5941 | fintLinkDEBUGif (!fintLinkDebug) { } else afprintf(dbOut, "Read globals: %d\n", n); |
| 5942 | |
| 5943 | fintUnitGlobValues(unit)((unit)->globValues) = (ShDataObj *) |
| 5944 | fintAlloc(ShDataObj, n)((DataObj) memset(stoAlloc(0, sizeof(ShDataObj) * (n)), 0, sizeof (ShDataObj) * (n))); |
| 5945 | |
| 5946 | for (i = 0; i < n; i++) |
| 5947 | fintUnitGlobValues(unit)((unit)->globValues)[i] = |
| 5948 | shDataObjAdd(globType(i)((((unit)->fmtGlobs)[(i)]).type), globId(i)((((unit)->fmtGlobs)[(i)]).id), |
| 5949 | globProtocol(i)((((unit)->fmtGlobs)[(i)]).protocol), i, unit); |
| 5950 | } |
| 5951 | |
| 5952 | localstatic void |
| 5953 | fintLoadConstantsFmt(FintUnit unit) |
| 5954 | { |
| 5955 | int n; |
| 5956 | |
| 5957 | n = fintReadFmt(&fintUnitConsts(unit)((unit)->fmtConsts)); |
| 5958 | fintUnitConstsCount(unit)((unit)->constsCount) = n; |
| 5959 | fintUnitConstValues(unit)((unit)->constValues) = (DataObj) |
| 5960 | stoAlloc(OB_Other0, sizeof(*(unit->constValues)) * n); |
| 5961 | |
| 5962 | fintLinkDEBUGif (!fintLinkDebug) { } else afprintf(dbOut, "Read constants: %d\n", n); |
| 5963 | |
| 5964 | } |
| 5965 | |
| 5966 | localstatic void |
| 5967 | fintLoadFluidsFmt(FintUnit unit) |
| 5968 | { |
| 5969 | int n; |
| 5970 | |
| 5971 | skipProg(NULL((void*)0), NULL((void*)0)); /* skip the unused format */ |
| 5972 | n = fintReadFmt(&fintUnitFluids(unit)((unit)->fmtFluids)); |
| 5973 | fintUnitFluidsCount(unit)((unit)->fluidsCount) = n; |
| 5974 | |
| 5975 | fintLinkDEBUGif (!fintLinkDebug) { } else afprintf(dbOut, "Read fluids: %d\n", n); |
| 5976 | } |
| 5977 | |
| 5978 | localstatic void |
| 5979 | fintLoadLexLevels(FintUnit unit, int nLexLevels) |
| 5980 | { |
| 5981 | int n, j; |
| 5982 | LexLevels lexLevels; |
| 5983 | Fmt * pFmt; |
| 5984 | |
| 5985 | fintUnitLexLevelsCount(unit)((unit)->lexLevelsCount) = nLexLevels; |
| 5986 | lexLevels = (LexLevels) fintAlloc(lexLevel, nLexLevels)((DataObj) memset(stoAlloc(0, sizeof(lexLevel) * (nLexLevels) ), 0, sizeof(lexLevel) * (nLexLevels))); |
| 5987 | |
| 5988 | fintUnitLexLevels(unit)((unit)->lexLevels) = lexLevels; |
| 5989 | |
| 5990 | for (j = 0; j < POS_LEX_FMT4 ; j++) { |
| 5991 | lexLevels[j].fmtLexsCount = 0; |
| 5992 | lexLevels[j].fmtLex = 0; |
| 5993 | } |
| 5994 | |
| 5995 | for (; j < nLexLevels ; j++) { |
| 5996 | pFmt = &(lexLevels[j].fmtLex); |
| 5997 | n = fintReadFmt(pFmt); |
| 5998 | lexLevels[j].fmtLexsCount = n; |
| 5999 | |
| 6000 | fintLinkDEBUGif (!fintLinkDebug) { } else afprintf(dbOut, "Level: %d, read %d lexicals\n", j, n); |
| 6001 | } |
| 6002 | } |
| 6003 | |
| 6004 | /**************************************************************************** |
| 6005 | * |
| 6006 | * SkipProg |
| 6007 | * |
| 6008 | ***************************************************************************/ |
| 6009 | |
| 6010 | /* If pLabels == NULL, then skipProg'll ignore labels processing |
| 6011 | */ |
| 6012 | localstatic void |
| 6013 | skipProg(FiProgPos * pLabels, int * pLabelsCount) |
| 6014 | { |
| 6015 | int fi, si, tag, argc, format, bi; |
| 6016 | String argf; |
| 6017 | Bool neg; |
| 6018 | Bool isNary; |
| 6019 | |
| 6020 | fintGetByte(tag)((tag) = tape[ip++]); |
| 6021 | format = FOAM_FORMAT_GET(tag)((tag)<(FOAM_VECTOR_START)? 0:(((tag)-(FOAM_VECTOR_START)) /(FOAM_LIMIT - (FOAM_VECTOR_START)))); |
| 6022 | tag = FOAM_FORMAT_REMOVE(tag, format)((tag) - (format)*(FOAM_LIMIT - (FOAM_VECTOR_START))); |
| 6023 | |
| 6024 | isNary = (foamInfo(tag)(foamInfoTable [(int)(tag)-(int)FOAM_START]).argc == FOAM_NARY(-1)); |
| 6025 | |
| 6026 | if (!isNary) |
| 6027 | argc = foamInfo(tag)(foamInfoTable [(int)(tag)-(int)FOAM_START]).argc; |
| 6028 | else |
| 6029 | fintGetInt(format, argc){ switch (format) { case 0: { String _s = fintGetn(4); (argc) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((argc) = tape[ip++]); break ; default: (argc) = (format) - 2; break; } }; |
| 6030 | |
| 6031 | if (tag == FOAM_Label && pLabels) { |
| 6032 | long n; |
| 6033 | fintGetInt(format, n){ switch (format) { case 0: { String _s = fintGetn(4); (n) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (format) - 2; break; } }; |
| 6034 | pLabels[n] = ip; /* next instruction */ |
| 6035 | *pLabelsCount += 1; |
| 6036 | return; |
| 6037 | } |
| 6038 | |
| 6039 | argf = foamInfo(tag)(foamInfoTable [(int)(tag)-(int)FOAM_START]).argf; |
| 6040 | |
| 6041 | for (fi = si = 0; si < argc; fi++, si++) { |
| 6042 | int af = argf[fi], slen; |
| 6043 | long n; |
| 6044 | if (af == '*') af = argf[--fi]; |
| 6045 | switch (argf[fi]) { |
| 6046 | case 't': |
| 6047 | fintGetByte(n)((n) = tape[ip++]); |
| 6048 | break; |
| 6049 | case 'o': |
| 6050 | #if SMALL_BVAL_TAGS |
| 6051 | fintGetByte(n)((n) = tape[ip++]); |
| 6052 | #else |
| 6053 | fintGetHInt(n){ String _s = fintGetn(2); (n) = ((((ULong) _s[0])&((1<< 8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<<8)); }; |
| 6054 | #endif |
| 6055 | break; |
| 6056 | case 'p': |
| 6057 | fintGetByte(n)((n) = tape[ip++]); |
| 6058 | break; |
| 6059 | case 'b': |
| 6060 | fintGetByte(n)((n) = tape[ip++]); |
| 6061 | break; |
| 6062 | case 'D': |
| 6063 | fintGetByte(n)((n) = tape[ip++]); |
| 6064 | break; |
| 6065 | case 'h': |
| 6066 | fintGetHInt(n){ String _s = fintGetn(2); (n) = ((((ULong) _s[0])&((1<< 8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<<8)); }; |
| 6067 | break; |
| 6068 | case 'w': |
| 6069 | fintGetSInt(n){ String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])& ((1<<8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<< 8))|(((((ULong) _s[2])&((1<<8)-1)) | ((((ULong) _s[ 3])&((1<<8)-1))<<8))<<(2*8))); }; |
| 6070 | break; |
| 6071 | case 'X': |
| 6072 | fintGetInt(int0, n){ switch (((int) 0)) { case 0: { String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (((int) 0)) - 2; break; } }; |
| 6073 | break; |
| 6074 | case 'F': |
| 6075 | fintGetInt(int0, n){ switch (((int) 0)) { case 0: { String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (((int) 0)) - 2; break; } }; |
| 6076 | labelFmt = FOAM_FORMAT_FOR(n)((long)(n) <= ((1<<(1*8))-1) ? 1 : 0); |
| 6077 | break; |
| 6078 | case 'L': |
| 6079 | fintGetInt(labelFmt, n){ switch (labelFmt) { case 0: { String _s = fintGetn(4); (n) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (labelFmt) - 2; break; } }; |
| 6080 | break; |
| 6081 | case 'i': |
| 6082 | fintGetInt(format, n){ switch (format) { case 0: { String _s = fintGetn(4); (n) = ( int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong) _s [1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((n) = tape[ip++]); break ; default: (n) = (format) - 2; break; } }; |
| 6083 | break; |
| 6084 | case 's': |
| 6085 | fintGetInt(format, slen){ switch (format) { case 0: { String _s = fintGetn(4); (slen) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((slen) = tape[ip++]); break ; default: (slen) = (format) - 2; break; } }; |
| 6086 | ip += slen; |
| 6087 | break; |
| 6088 | case 'f': |
| 6089 | /* foamToSFlo(foam) = fintRdSFloat();*/ |
| 6090 | ip += XSFLOAT_BYTES6; |
| 6091 | break; |
| 6092 | case 'd': |
| 6093 | /* foamToDFlo(foam) = fintRdDFloat();*/ |
| 6094 | ip += XDFLOAT_BYTES10; |
| 6095 | break; |
| 6096 | case 'n': { |
| 6097 | fintGetByte(neg)((neg) = tape[ip++]); |
| 6098 | fintGetInt(format, slen){ switch (format) { case 0: { String _s = fintGetn(4); (slen) = (int) (((((ULong) _s[0])&((1<<8)-1)) | ((((ULong ) _s[1])&((1<<8)-1))<<8))|(((((ULong) _s[2])& ((1<<8)-1)) | ((((ULong) _s[3])&((1<<8)-1))<< 8))<<(2*8))); }; break; case 1: ((slen) = tape[ip++]); break ; default: (slen) = (format) - 2; break; } }; |
| 6099 | for (bi = 0; bi < slen; bi++) |
| 6100 | fintGetHInt(n){ String _s = fintGetn(2); (n) = ((((ULong) _s[0])&((1<< 8)-1)) | ((((ULong) _s[1])&((1<<8)-1))<<8)); }; |
| 6101 | |
| 6102 | break; |
| 6103 | } |
| 6104 | case 'C': |
| 6105 | skipProg(pLabels, pLabelsCount); |
| 6106 | break; |
| 6107 | default: |
| 6108 | bugBadCase(argf[fi])bug("Bad case %d (line %d in file %s).", (int) argf[fi], 6108 , "fint.c"); |
| 6109 | } |
| 6110 | } |
| 6111 | return; |
| 6112 | } |
| 6113 | |
| 6114 | /**************************************************************************** |
| 6115 | * |
| 6116 | * General utility |
| 6117 | * |
| 6118 | ***************************************************************************/ |
| 6119 | |
| 6120 | localstatic SFloat |
| 6121 | fintRdSFloat(void) |
| 6122 | { |
| 6123 | XSFloat * pxs; |
| 6124 | SFloat s; |
| 6125 | |
| 6126 | pxs = (XSFloat *) fintGetn(XSFLOAT_BYTES6); |
| 6127 | xsfToNative(pxs, &s); |
| 6128 | |
| 6129 | return s; |
| 6130 | } |
| 6131 | |
| 6132 | localstatic DFloat |
| 6133 | fintRdDFloat(void) |
| 6134 | { |
| 6135 | XDFloat * pxd; |
| 6136 | DFloat d; |
| 6137 | |
| 6138 | pxd = (XDFloat *) fintGetn(XDFLOAT_BYTES10); |
| 6139 | xdfToNative(pxd, &d); |
| 6140 | |
| 6141 | return d; |
| 6142 | } |
| 6143 | |
| 6144 | localstatic String |
| 6145 | fintRdChars(int cc) |
| 6146 | { |
| 6147 | String s; |
| 6148 | |
| 6149 | s = strAlloc(cc); |
| 6150 | (void)fintGetChars(s, cc)strncpy(s, fintGetn(cc), cc); |
| 6151 | |
| 6152 | return s; |
| 6153 | } |
| 6154 | |
| 6155 | localstatic String |
| 6156 | fintGetn(Length n) |
| 6157 | { |
| 6158 | UByte *s = tape + ip; |
| 6159 | ip += n; |
| 6160 | return (String) s; |
| 6161 | } |
| 6162 | |
| 6163 | localstatic void |
| 6164 | fintPushFluids(int nFluids) |
| 6165 | { |
| 6166 | int i, fluidNo; |
| 6167 | |
| 6168 | stackAlloc(fluidValues, nFluids + 1){ if (sp + nFluids + 1 >= stack + 3000 - 11) stackChain(nFluids + 1); (fluidValues) = sp; sp += (nFluids + 1); }; |
| 6169 | fluidValues[nFluids].ptr = (DataObj) fiGlobalFluidStack; |
| 6170 | |
| 6171 | for (i = 0; i < nFluids; i++) { |
| 6172 | fluidNo = progInfoDFluid(prog)((prog)->dfluid)[i]; |
| 6173 | fluidValue(i)(fluidValues[(i)].fiFluid) = fiAddFluid(fluidId(fluidNo)(((unit)->fmtFluids)[(fluidNo)].id)); |
| 6174 | } |
| 6175 | } |
| 6176 | /**************************************************************************** |
| 6177 | * |
| 6178 | * Aldor interface |
| 6179 | * |
| 6180 | ***************************************************************************/ |
| 6181 | |
| 6182 | |
| 6183 | /* Ask confirmation if confirm is on |
| 6184 | * Return: true if (the answer is 'y' || confimation is off) |
| 6185 | * $$ TODO: change the parameter: must be a compiler message |
| 6186 | */ |
| 6187 | Bool |
| 6188 | fintYesOrNo(String t) |
| 6189 | { |
| 6190 | char c0; |
| 6191 | |
| 6192 | if (!fintConfirm) return true1; |
| 6193 | |
| 6194 | while (true1) { |
| 6195 | (void)fprintf(osStdout, "%s", t); |
| 6196 | c0 = getchar(); |
| 6197 | while(getchar() != '\n') |
| 6198 | ; |
| 6199 | |
| 6200 | if (c0 == 'y' || c0 == 'Y') |
| 6201 | return true1; |
| 6202 | else if (c0 == 'n' || c0 == 'N') |
| 6203 | return false((int) 0); |
| 6204 | else |
| 6205 | (void)comsgFPrintf(osStdout, ALDOR_M_FintYesOrNo245); |
| 6206 | } |
| 6207 | return false((int) 0); |
| 6208 | } |
| 6209 | |
| 6210 | /**************************************************************************** |
| 6211 | * |
| 6212 | * Internal debugging |
| 6213 | * |
| 6214 | ***************************************************************************/ |
| 6215 | |
| 6216 | /* Print the backtrace of all stack frames (similar to gdb) |
| 6217 | * With a 0 argument prints all the stack |
| 6218 | */ |
| 6219 | void |
| 6220 | fintWhere(int level) |
| 6221 | { |
| 6222 | int n = 0, |
| 6223 | l = 1; |
| 6224 | DataObj bp0 = bp; |
| 6225 | |
| 6226 | if (level < 0) return; |
| 6227 | if (level == 0) level = -1; |
| 6228 | |
| 6229 | if (prog) |
| 6230 | (void)fprintf(dbOut, "#%d %8p in <%s> at unit [%s]\n", int0((int) 0), |
| 6231 | (void*) bp, prog->name, prog->unit->name); |
| 6232 | else |
| 6233 | (void)fprintf(dbOut, "(Unknown current prog)\n"); |
| 6234 | |
| 6235 | while (n != level && bp0 != stackBase) { |
| 6236 | (void)fprintf(dbOut, "#%d %lx in <%s> at unit [%s]\n", |
| 6237 | l++, |
| 6238 | (ULong)stackFrameIp(bp0)((bp0)[1].fiProgPos), |
| 6239 | stackFrameProg(bp0)((bp0)[6].progInfo)->name, |
| 6240 | stackFrameProg(bp0)((bp0)[6].progInfo)->unit->name); |
| 6241 | bp0 = stackFrameBp(bp0)((bp0)[0].ptr); |
| 6242 | n += 1; |
| 6243 | } |
| 6244 | |
| 6245 | if (bp != stack) |
| 6246 | (void)fprintf(dbOut, "...\n"); |
| 6247 | |
| 6248 | return; |
| 6249 | } |
| 6250 | |
| 6251 | |
| 6252 | void |
| 6253 | fintCheckCallStack(void) |
| 6254 | { |
| 6255 | DataObj bp0; |
| 6256 | bp0 = bp; |
| 6257 | while (bp0 != stackBase) { |
| 6258 | DataObj bp1; |
| 6259 | bp1 = stackFrameBp(bp0)((bp0)[0].ptr); |
| 6260 | while (bp1 != stackBase) { |
| 6261 | if (bp1 == bp0) bug("Stack is a mess"); |
| 6262 | bp1 = stackFrameBp(bp1)((bp1)[0].ptr); |
| 6263 | } |
| 6264 | bp0 = stackFrameBp(bp0)((bp0)[0].ptr); |
| 6265 | } |
| 6266 | } |
| 6267 | |
| 6268 | |
| 6269 | void |
| 6270 | fintSoftAssert(char * ass, char * filename, int line_num) |
| 6271 | { |
| 6272 | (void)fprintf(dbOut, "Warning: soft assertion failed, file %s line %d: %s\n", |
| 6273 | filename, line_num, ass); |
| 6274 | return; |
| 6275 | } |
| 6276 | |
| 6277 | void |
| 6278 | fintHardAssert(char * ass, char * filename, int line_num) |
| 6279 | { |
| 6280 | (void)fprintf(dbOut, "Warning: hard assertion failed, file %s line %d: %s\n", |
| 6281 | filename, line_num, ass); |
| 6282 | return; |
| 6283 | } |
| 6284 | |
| 6285 | /**************************************************************************** |
| 6286 | * |
| 6287 | * fintExecMainUnit |
| 6288 | * |
| 6289 | ***************************************************************************/ |
| 6290 | |
| 6291 | void (*defaultBreakHandler)(int) = 0; |
| 6292 | void (*defaultFaultHandler)(int) = 0; |
| 6293 | |
| 6294 | localstatic Bool |
| 6295 | fintExecMainUnit(void) |
| 6296 | { |
| 6297 | union dataObj expr; |
| 6298 | dataType type = 0; |
| 6299 | UByte denv; |
| 6300 | int nFluids; |
| 6301 | FiBool ok; |
| 6302 | |
| 6303 | OsSignalHandler oldCompFintBreakHandler = NULL((void*)0); |
| 6304 | OsSignalHandler oldCompFintFaultHandler = NULL((void*)0); |
| 6305 | extern void compFintBreakHandler(int); |
| 6306 | extern void compFintFaultHandler(int); |
| 6307 | |
| 6308 | if (fintMode == FINT_LOOP2) { |
| 6309 | oldCompFintBreakHandler = defaultBreakHandler; |
| 6310 | oldCompFintFaultHandler = defaultFaultHandler; |
| 6311 | } |
| 6312 | |
| 6313 | /* This group of statements is needed because might be the case |
| 6314 | * that the previous execution has been interrupted from the user |
| 6315 | * (Ctrl-C, in example), therefore stack, bp and sp have the values |
| 6316 | * that they had when the interrupt occurred. |
| 6317 | */ |
| 6318 | |
| 6319 | stack = headStack; |
| 6320 | bp = headStack; |
| 6321 | sp = headStack + 1; |
| 6322 | ip = 0; |
| 6323 | stackBase = sp; |
| 6324 | |
| 6325 | fintCurrentFormat = emptyFormatSlot4; |
| 6326 | |
| 6327 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, "Starting with bp = %p, sp = %p\n", bp, sp); |
| 6328 | |
| 6329 | unit = mainUnit; |
| 6330 | |
| 6331 | fintEnvPush(lexEnv, NULL, NULL){ lexEnv = (FiEnv) ((DataObj) memset(stoAlloc(0, sizeof(struct _FiEnv) * (1)), 0, sizeof(struct _FiEnv) * (1))); lexEnv-> level = (Ptr) ((void*)0); lexEnv->next = (((void*)0)); lexEnv ->info = (FiWord) ((void*)0); }; |
| 6332 | stackFrameAlloc(int0){ if (sp + 10 + ((int) 0) >= stack + 3000 - 11) stackChain (((int) 0)+10); sp->ptr = bp; bp = sp; sp += 2; (sp++)-> labels = labels; (sp++)->fiChar = (char) labelFmt; (sp++)-> ptr = locValues; (sp++)->fiEnv = lexEnv; (sp++)->progInfo = prog; (sp++)->fiUnit = unit; (sp++)->ptr = fluidValues ; (sp++)->fiGenIter = currGenIter; sp += ((int) 0) + 1; }; |
| 6333 | |
| 6334 | tape = fintUnitTape(unit)((unit)->tape); |
| 6335 | prog = constValue(int0)((unit)->constValues[(((int) 0))]).progInfo; |
| 6336 | ip = progInfoSeq(prog)((prog)->fiProgPos); |
| 6337 | labels = progInfoLabels(prog)((prog)->labels); |
| 6338 | labelFmt = progInfoLabelFmt(prog)((prog)->labelFmt); |
| 6339 | |
| 6340 | denv = progInfoDEnv(prog)((prog)->denv)[0]; |
| 6341 | |
| 6342 | if (fintUnitLexsCount(unit, denv)(((unit)->lexLevels[(denv)]).fmtLexsCount)) |
| 6343 | lev0 = fintAlloc(union dataObj, fintUnitLexsCount(unit, denv))((DataObj) memset(stoAlloc(0, sizeof(union dataObj) * ((((unit )->lexLevels[(denv)]).fmtLexsCount))), 0, sizeof(union dataObj ) * ((((unit)->lexLevels[(denv)]).fmtLexsCount)))); |
| 6344 | else |
| 6345 | lev0 = NULL((void*)0); |
| 6346 | |
| 6347 | fintEnvPush(lexEnv, lev0, NULL){ lexEnv = (FiEnv) ((DataObj) memset(stoAlloc(0, sizeof(struct _FiEnv) * (1)), 0, sizeof(struct _FiEnv) * (1))); lexEnv-> level = (Ptr) lev0; lexEnv->next = (((void*)0)); lexEnv-> info = (FiWord) ((void*)0); }; |
| 6348 | |
| 6349 | if (progInfoLocsCount(prog)((prog)->locsCount)) |
| 6350 | stackAlloc(locValues, progInfoLocsCount(prog)){ if (sp + ((prog)->locsCount) >= stack + 3000 - 11) stackChain (((prog)->locsCount)); (locValues) = sp; sp += (((prog)-> locsCount)); }; |
| 6351 | |
| 6352 | |
| 6353 | nFluids = progInfoDFluidsCount(prog)((prog)->dfluidsCount); |
| 6354 | |
| 6355 | if (nFluids) |
| 6356 | fintPushFluids(nFluids); |
| 6357 | |
| 6358 | /* **************************** */ |
| 6359 | |
| 6360 | { |
| 6361 | FiWord exn = 0; |
| 6362 | |
| 6363 | fintBlock(ok, type, exn, fintStmt(&expr)){ int __fmt = fintCurrentFormat; { FiStateBox frobnitz; FiState state = &frobnitz;; if (!(fiSaveState0(state), _setjmp ( state->machineState))) { type = fintStmt(&expr); fiRestoreState0 (state); ok = 1; } else { fiRestoreState0(state); if (state-> target != (FiWord) state) { fiUnwind(state->target, state-> value); } exn = state->value; ok = 0; } }; fintCurrentFormat = __fmt; }; |
| 6364 | |
| 6365 | if (!ok) { |
| 6366 | ShDataObj handler; |
| 6367 | union dataObj ret, dexn; |
| 6368 | lazyLibGet("rtexns"); |
| 6369 | (void)loadOtherUnits(); |
| 6370 | /* * hack 03450 */ |
| 6371 | handler = shDataObjFindBis((AInt) FOAM_Clos, |
| 6372 | "aldorUnhandledException", |
| 6373 | FOAM_Proto_Foam); |
| 6374 | if (handler) { |
| 6375 | if (fintExntraceMode == 1 ) { |
| 6376 | FILE *oldDbOut = dbOut; |
| 6377 | dbOut = osStderr; |
| 6378 | fprintf(dbOut, "Aldor runtime (interpreter): backtrace:\n"); |
| 6379 | fintWhere(FINT_BACKTRACE_CUTOFF23); |
| 6380 | fprintf(dbOut, "\n"); |
| 6381 | dbOut = oldDbOut; |
| 6382 | }; |
| 6383 | |
| 6384 | dexn.fiWord = exn; |
| 6385 | (void)fintDoCall1(&handler->dataObj, &ret, &dexn); |
| 6386 | } |
| 6387 | } |
| 6388 | } |
| 6389 | /* **************************** */ |
| 6390 | |
| 6391 | if (nFluids) |
| 6392 | fiGlobalFluidStack = (FiFluidStack) fluidValue(nFluids)(fluidValues[(nFluids)].fiFluid); |
| 6393 | |
| 6394 | stackFrameFree(){ ip = bp[1].fiProgPos; labels = bp[2].labels; labelFmt = (int ) bp[3].fiChar; locValues = bp[4].ptr; lexEnv = bp[5].fiEnv; prog = bp[6].progInfo; unit = bp[7].fiUnit; fluidValues = bp[8].ptr ; currGenIter = bp[9].fiGenIter; tape = ((unit)->tape); if (bp < stack || bp >= stack + 3000) { sp = stack[1].ptr ; stack = stack[0].ptr; } else sp = bp; bp = bp->ptr; lev0 = (DataObj) lexEnv->level; }; /* This used to cause grief on suns... */ |
| 6395 | |
| 6396 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, "Finished with bp = %p, sp = %p\n", bp, sp); |
| 6397 | |
| 6398 | fintDEBUGif (!fintDebug) { } else afprintf(dbOut, "Program returned with value %ld of type %ld\n\n", |
| 6399 | expr.fiSInt, type); |
| 6400 | |
| 6401 | if (fintMode == FINT_LOOP2) { |
| 6402 | (void)osSetBreakHandler(oldCompFintBreakHandler); |
| 6403 | (void)osSetBreakHandler(oldCompFintFaultHandler); |
| 6404 | } |
| 6405 | fflush(dbOut); |
| 6406 | fflush(osStderr); |
| 6407 | fflush(osStdout); |
| 6408 | return (Bool) ok; |
| 6409 | } |
| 6410 | |
| 6411 | /**************************************************************************** |
| 6412 | * |
| 6413 | * Main external entry point |
| 6414 | * |
| 6415 | * Takes a foam tree from Aldor and evaluates it. |
| 6416 | * fintInit() must be called before any call to fint() |
| 6417 | * All used structures must be released with fintFini() |
| 6418 | * |
| 6419 | ***************************************************************************/ |
| 6420 | |
| 6421 | Bool |
| 6422 | fint(Foam foam) |
| 6423 | { |
| 6424 | FiBool ok; |
| 6425 | |
| 6426 | hardAssert(fintInitialized)do { if (!(fintInitialized)) fintHardAssert("fintInitialized" , "fint.c", 6426); } while (0); |
| 6427 | |
| 6428 | fintGetInitInterpTime(); |
| 6429 | |
| 6430 | instrCounter = 0; |
| 6431 | |
| 6432 | (void)loadMainUnit(foam); |
| 6433 | |
| 6434 | (void)loadOtherUnits(); |
| 6435 | |
| 6436 | /* Need a _much_ better handler than this... */ |
| 6437 | ok = fintExecMainUnit(); |
| 6438 | |
| 6439 | /* !! We should close the archive files */ |
| 6440 | |
| 6441 | if (DEBUG(fintSto)fintStoDebug) {stoAudit();} |
| 6442 | |
| 6443 | fintGetEndInterpTime(); |
| 6444 | return (Bool) ok; |
| 6445 | } |
| 6446 | |
| 6447 | void |
| 6448 | fintRaiseException(char *reason, void *stuff) |
| 6449 | { |
| 6450 | ShDataObj exceptionThrower; |
| 6451 | union dataObj ret, arg1, arg2; |
| 6452 | |
| 6453 | |
| 6454 | |
| 6455 | lazyLibGet("rtexns"); |
| 6456 | (void)loadOtherUnits(); |
| 6457 | /* * hack 03450 */ |
| 6458 | exceptionThrower = shDataObjFindBis(FOAM_Clos, |
| 6459 | "aldorRuntimeException", |
| 6460 | FOAM_Proto_Foam); |
| 6461 | /* Could munge into better format */ |
| 6462 | if (!exceptionThrower) { |
| 6463 | (void)fprintf(stdoutstdout, |
| 6464 | "Aldor runtime (interpreter): An Aldor runtime error occurred : %s\n\ |
| 6465 | Note: there seems to be no aldorRuntimeException function defined\n\ |
| 6466 | so it is not possible to throw an exception.\n", |
| 6467 | reason); |
| 6468 | |
| 6469 | /* The interpreter will exit due to an error, give backtrace if requested */ |
| 6470 | |
| 6471 | if (fintExntraceMode == 1 ) { |
| 6472 | FILE *oldDbOut = dbOut; |
| 6473 | dbOut = osStderr; |
| 6474 | fprintf(dbOut, "Aldor runtime (interpreter): backtrace:\n"); |
| 6475 | fintWhere(FINT_BACKTRACE_CUTOFF23); |
| 6476 | fprintf(dbOut, "\n"); |
| 6477 | dbOut = oldDbOut; |
| 6478 | }; |
| 6479 | exit(1); |
| 6480 | } |
| 6481 | else { |
| 6482 | arg1.fiWord = (FiWord) reason; |
| 6483 | arg2.fiWord = (FiWord) stuff; |
| 6484 | (void) fintDoCall(&exceptionThrower->dataObj, &ret, 2, &arg1, &arg2); |
| 6485 | exit(1); |
| 6486 | /* Won't get past here */ |
| 6487 | } |
| 6488 | } |
| 6489 | |
| 6490 | /* Assumes that the file exists */ |
| 6491 | Bool |
| 6492 | fintFile(FileName fname) |
| 6493 | { |
| 6494 | FintUnit u; |
| 6495 | Lib lib; |
| 6496 | int result; |
| 6497 | fintInit(); |
| 6498 | |
| 6499 | lib = libGetHeader(libNew(fname, false((int) 0), fileRbOpen(fname)fileMustOpen(fname,osIoRbMode), |
| 6500 | (Offset) 0)); |
| 6501 | loadUnitFrLib(lib); |
| 6502 | |
| 6503 | u = car(fintUnitList)((fintUnitList)->first); |
| 6504 | |
| 6505 | /* Copy shared structures in mainUnit */ |
| 6506 | |
| 6507 | fintUnitGlobs(mainUnit)((mainUnit)->fmtGlobs) = fintUnitGlobs(u)((u)->fmtGlobs); |
| 6508 | fintUnitConsts(mainUnit)((mainUnit)->fmtConsts) = fintUnitConsts(u)((u)->fmtConsts); |
| 6509 | fintUnitFluids(mainUnit)((mainUnit)->fmtFluids) = fintUnitFluids(u)((u)->fmtFluids); |
| 6510 | fintUnitLexLevels(mainUnit)((mainUnit)->lexLevels) = fintUnitLexLevels(u)((u)->lexLevels); |
| 6511 | |
| 6512 | fintUnitGlobsCount(mainUnit)((mainUnit)->globsCount) = fintUnitGlobsCount(u)((u)->globsCount); |
| 6513 | fintUnitConstsCount(mainUnit)((mainUnit)->constsCount) = fintUnitConstsCount(u)((u)->constsCount); |
| 6514 | fintUnitFluidsCount(mainUnit)((mainUnit)->fluidsCount) = fintUnitFluidsCount(u)((u)->fluidsCount); |
| 6515 | fintUnitLexLevelsCount(mainUnit)((mainUnit)->lexLevelsCount) = fintUnitLexLevelsCount(u)((u)->lexLevelsCount); |
| 6516 | |
| 6517 | fintUnitGlobValues(mainUnit)((mainUnit)->globValues) = fintUnitGlobValues(u)((u)->globValues); |
| 6518 | fintUnitConstValues(mainUnit)((mainUnit)->constValues) = fintUnitConstValues(u)((u)->constValues); |
| 6519 | |
| 6520 | fintUnitId(mainUnit)((mainUnit)->unitId) = fintUnitId(u)((u)->unitId); |
| 6521 | fintUnitTape(mainUnit)((mainUnit)->tape) = fintUnitTape(u)((u)->tape); |
| 6522 | fintUnitBuffer(mainUnit)((mainUnit)->buf) = fintUnitBuffer(u)((u)->buf); |
| 6523 | |
| 6524 | (void)loadOtherUnits(); |
| 6525 | |
| 6526 | result = fintExecMainUnit(); |
| 6527 | |
| 6528 | /* !! We should close the archive files */ |
| 6529 | libClose(lib); |
| 6530 | |
| 6531 | fintFini(); |
| 6532 | |
| 6533 | if (DEBUG(fintSto)fintStoDebug) {stoAudit();} |
| 6534 | |
| 6535 | return result; |
| 6536 | } |
| 6537 | |
| 6538 | |
| 6539 | /**************************************************************************** |
| 6540 | * |
| 6541 | * :: Dynamic State |
| 6542 | * |
| 6543 | ***************************************************************************/ |
| 6544 | |
| 6545 | typedef struct { |
| 6546 | Buffer evalBuf; |
| 6547 | |
| 6548 | UByte * tape; /* interpreted string */ |
| 6549 | FiProgPos ip; |
| 6550 | DataObj stack; /* current stack */ |
| 6551 | DataObj sp; /* First free cell on the top of the stack. */ |
| 6552 | DataObj bp; /* Bottom of the current frame; refers to a |
| 6553 | * dataObj containing the old bp. |
| 6554 | */ |
| 6555 | DataObj locValues; /* local values in the current stack frame */ |
| 6556 | DataObj fluidValues; /* fluid values in the current stack frame */ |
| 6557 | FiEnv lexEnv; /* current lexical environment */ |
| 6558 | DataObj lev0; /* lexEnv->level, used to speed up lex(0,n) */ |
| 6559 | ProgInfo prog; /* progInfo for the current program */ |
| 6560 | FiProgPos * labels; |
| 6561 | FiGenIter currIter; |
| 6562 | int labelFmt; |
| 6563 | FintUnit unit; |
| 6564 | } fintState; |
| 6565 | |
| 6566 | localstatic void * |
| 6567 | fintSaveState(void) |
| 6568 | { |
| 6569 | fintState *state = (fintState*) stoAlloc(OB_Other0, sizeof(*state)); |
| 6570 | state->evalBuf = evalBuf; |
| 6571 | state->tape = tape; |
| 6572 | state->ip = ip; |
| 6573 | state->stack = stack; |
| 6574 | state->sp = sp; |
| 6575 | state->bp = bp; |
| 6576 | state->locValues = locValues; |
| 6577 | state->fluidValues = fluidValues; |
| 6578 | state->lexEnv = lexEnv; |
| 6579 | state->lev0 = lev0; |
| 6580 | state->prog = prog; |
| 6581 | state->labels = labels; |
| 6582 | state->labelFmt = labelFmt; |
| 6583 | state->unit = unit; |
| 6584 | |
| 6585 | return state; |
| 6586 | } |
| 6587 | |
| 6588 | localstatic void |
| 6589 | fintRestoreState(void *s0) |
| 6590 | { |
| 6591 | fintState *state = (fintState *) s0; |
| 6592 | |
| 6593 | evalBuf = state-> evalBuf; |
| 6594 | tape = state-> tape; |
| 6595 | ip = state-> ip; |
| 6596 | stack = state-> stack; |
| 6597 | sp = state-> sp; |
| 6598 | bp = state-> bp; |
| 6599 | locValues = state-> locValues; |
| 6600 | fluidValues = state-> fluidValues; |
| 6601 | lexEnv = state-> lexEnv; |
| 6602 | lev0 = state-> lev0; |
| 6603 | prog = state-> prog; |
| 6604 | labels = state-> labels; |
| 6605 | labelFmt = state-> labelFmt; |
| 6606 | unit = state-> unit; |
| 6607 | |
| 6608 | stoFree(state); |
| 6609 | } |
| 6610 | |
| 6611 | |
| 6612 | /**************************************************************************** |
| 6613 | * |
| 6614 | * :: Timings |
| 6615 | * |
| 6616 | ***************************************************************************/ |
| 6617 | |
| 6618 | |
| 6619 | localstatic Millisec fintCompTime, fintInterpTime; |
| 6620 | |
| 6621 | void |
| 6622 | fintDisplayTimings(void) |
| 6623 | { |
| 6624 | if (!fintTimings) return; |
| 6625 | |
| 6626 | (void)comsgFPrintf(osStdout, ALDOR_M_FintTimings250, fintCompTime, fintInterpTime); |
| 6627 | } |
| 6628 | |
| 6629 | |
| 6630 | void |
| 6631 | fintGetInitCompTime(void) |
| 6632 | { |
| 6633 | if (!fintTimings) return; |
| 6634 | |
| 6635 | fintCompTime = osCpuTime(); |
| 6636 | } |
| 6637 | |
| 6638 | localstatic void |
| 6639 | fintGetInitInterpTime(void) |
| 6640 | { |
| 6641 | Millisec curCpuTime; |
| 6642 | |
| 6643 | if (!fintTimings) return; |
| 6644 | |
| 6645 | curCpuTime = osCpuTime(); |
| 6646 | |
| 6647 | fintCompTime = curCpuTime - fintCompTime; |
| 6648 | fintInterpTime = curCpuTime; |
| 6649 | } |
| 6650 | |
| 6651 | |
| 6652 | localstatic void |
| 6653 | fintGetEndInterpTime(void) |
| 6654 | { |
| 6655 | if (!fintTimings) return; |
| 6656 | |
| 6657 | fintInterpTime = osCpuTime() - fintInterpTime; |
| 6658 | } |