genfoam.c

Bug Summary

File:	src/genfoam.c
Warning:	line 6220, column 2 Value stored to 'iterSize' is never read

Annotated Source Code

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clang -cc1 -cc1 -triple x86_64-unknown-linux-gnu -analyze -disable-free -clear-ast-before-backend -disable-llvm-verifier -discard-value-names -main-file-name genfoam.c -analyzer-checker=core -analyzer-checker=apiModeling -analyzer-checker=unix -analyzer-checker=deadcode -analyzer-checker=security.insecureAPI.UncheckedReturn -analyzer-checker=security.insecureAPI.getpw -analyzer-checker=security.insecureAPI.gets -analyzer-checker=security.insecureAPI.mktemp -analyzer-checker=security.insecureAPI.mkstemp -analyzer-checker=security.insecureAPI.vfork -analyzer-checker=nullability.NullPassedToNonnull -analyzer-checker=nullability.NullReturnedFromNonnull -analyzer-output plist -w -setup-static-analyzer -mrelocation-model pic -pic-level 2 -pic-is-pie -mframe-pointer=all -fmath-errno -ffp-contract=on -fno-rounding-math -mconstructor-aliases -funwind-tables=2 -target-cpu x86-64 -tune-cpu generic -debugger-tuning=gdb -fdebug-compilation-dir=/home/kfp/aldor/aldor/aldor/src -fcoverage-compilation-dir=/home/kfp/aldor/aldor/aldor/src -resource-dir /usr/local/lib/clang/18 -D PACKAGE_NAME="aldor" -D PACKAGE_TARNAME="aldor" -D PACKAGE_VERSION="1.4.0" -D PACKAGE_STRING="aldor 1.4.0" -D PACKAGE_BUGREPORT="aldor@xinutec.org" -D PACKAGE_URL="" -D PACKAGE="aldor" -D VERSION="1.4.0" -D YYTEXT_POINTER=1 -D HAVE_STDIO_H=1 -D HAVE_STDLIB_H=1 -D HAVE_STRING_H=1 -D HAVE_INTTYPES_H=1 -D HAVE_STDINT_H=1 -D HAVE_STRINGS_H=1 -D HAVE_SYS_STAT_H=1 -D HAVE_SYS_TYPES_H=1 -D HAVE_UNISTD_H=1 -D STDC_HEADERS=1 -D HAVE_LIBREADLINE=1 -D HAVE_READLINE_READLINE_H=1 -D HAVE_READLINE_HISTORY=1 -D HAVE_READLINE_HISTORY_H=1 -D USE_GLOOP_SHELL=1 -D GENERATOR_COROUTINES=0 -D HAVE_DLFCN_H=1 -D LT_OBJDIR=".libs/" -I . -D VCSVERSION="2c53e759f1e00e345f8b172e7139debda72fda13" -internal-isystem /usr/local/lib/clang/18/include -internal-isystem /usr/local/include -internal-isystem /usr/lib/gcc/x86_64-linux-gnu/14/../../../../x86_64-linux-gnu/include -internal-externc-isystem /usr/include/x86_64-linux-gnu -internal-externc-isystem /include -internal-externc-isystem /usr/include -O0 -Wno-empty-body -Wno-enum-compare -Wno-missing-field-initializers -Wno-unused -Wno-unused-parameter -Wno-error=format -Wno-error=type-limits -Wno-error=strict-aliasing -Wno-sign-compare -Wno-error=shift-negative-value -Wno-error=clobbered -std=c99 -ferror-limit 19 -fgnuc-version=4.2.1 -fskip-odr-check-in-gmf -analyzer-output=html -faddrsig -D__GCC_HAVE_DWARF2_CFI_ASM=1 -o /tmp/scan-build-2026-01-15-223856-845667-1 -x c genfoam.c

1
2	/*****************************************************************************
3	*
4	* genfoam.c: Foam code generation.
5	*
6	* Copyright (c) 1990-2007 Aldor Software Organization Ltd (Aldor.org).
7	*
8	****************************************************************************/
9
10	/*
11	* This file implements Foam code generation from fully type-analyzed AbSyn
12	* trees for an entire file.
13	*
14	* To Do:
15	* Use hash function from domains for non-type constructor args.
16	* Treat arg and return types as Multi in gen0TypeHash.
17	* Completely compute side-effects for functions and all sub-expressions
18	* once only. Get rid of potential exponential process in
19	* dead var elimination.
20	* Ensure type analysis puts embed tags on assignments (it doesn't now).
21	* Compute environment level usage (prog's DEnv) after all foam
22	* generation and optimization is done, not in genfoam.c.
23	* Use Aldor-level code and callbacks for iterators.
24	* Clean up storage leaks.
25	*
26	*/
27
28	#include "compcfg.h"
29	#include "debug.h"
30	#include "fluid.h"
31	#include "format.h"
32	#include "fortran.h"
33	#include "genfoam.h"
34	#include "gf_add.h"
35	#include "gf_cgener.h"
36	#include "gf_excpt.h"
37	#include "gf_fortran.h"
38	#include "gf_gener.h"
39	#include "genstyle.h"
40	#include "gf_imps.h"
41	#include "gf_java.h"
42	#include "gf_prog.h"
43	#include "gf_reference.h"
44	#include "gf_rtime.h"
45	#include "gf_syme.h"
46	#include "gf_util.h"
47	#include "of_util.h"
48	#include "optfoam.h"
49	#include "optinfo.h"
50	#include "opttools.h"
51	#include "scobind.h"
52	#include "sefo.h"
53	#include "simpl.h"
54	#include "spesym.h"
55	#include "stab.h"
56	#include "store.h"
57	#include "tform.h"
58	#include "util.h"
59	#include "fint.h"
60	#include "lib.h"
61	#include "tfsat.h"
62	#include "ablogic.h"
63	#include "abpretty.h"
64	#include "comsg.h"
65	#include "strops.h"
66	#include "fbox.h"
67
68	Bool genfDebug = false((int) 0);
69	Bool genfHashDebug = false((int) 0);
70
71	extern Bool genfExportDebug; /* (from gf_add.c) */
72	#define genfExportDEBUGif (!genfExportDebug) { } else afprintf DEBUG_IF(genfExport)if (!genfExportDebug) { } else afprintf
73	#define genfEnvDEBUGif (!genfEnvDebug) { } else afprintf DEBUG_IF(genfEnv)if (!genfEnvDebug) { } else afprintf
74
75	CREATE_LIST (DomainCache)struct DomainCache_listOpsStruct const DomainCache_listPointer = (struct DomainCache_listOpsStruct const ) &ptrlistOps;
76	CREATE_LIST (VarPool)struct VarPool_listOpsStruct const VarPool_listPointer = (struct VarPool_listOpsStruct const ) &ptrlistOps;
77	CREATE_LIST (FoamSig)struct FoamSig_listOpsStruct const FoamSig_listPointer = (struct FoamSig_listOpsStruct const ) &ptrlistOps;
78
79	/*****************************************************************************
80	*
81	* :: Standard code generators.
82	*
83	****************************************************************************/
84
85	localstatic Foam genFoam (AbSyn);
86	localstatic Foam genApply (AbSyn);
87	localstatic Foam genAssert (AbSyn);
88	localstatic Foam genAssign (AbSyn);
89	localstatic Foam genAnd (AbSyn);
90	localstatic Foam genOr (AbSyn);
91	localstatic Foam genDefine (AbSyn);
92	localstatic Foam genExcept (AbSyn);
93	localstatic Foam genId (AbSyn);
94	localstatic Foam genIf (AbSyn);
95	localstatic Foam genRepeat (AbSyn);
96	localstatic Foam genReturn (AbSyn);
97	localstatic Foam genLabel (AbSyn);
98	localstatic Foam genGoto (AbSyn);
99	localstatic Foam genSequence (AbSyn);
100	localstatic Foam genLit (AbSyn);
101	localstatic Foam genCollect (AbSyn);
102	localstatic Foam genPretend (AbSyn);
103	localstatic Foam genMulti (AbSyn);
104	localstatic Foam genNever (AbSyn);
105	localstatic Foam genWhere (AbSyn);
106	localstatic Foam genExport (AbSyn);
107	localstatic Foam genSelect (AbSyn);
108	localstatic Foam genForeignImport (AbSyn);
109	localstatic Foam genForeignExport (AbSyn);
110	localstatic Foam genRestrict (AbSyn);
111
112	/*****************************************************************************
113	*
114	* :: Local helper functions.
115	*
116	****************************************************************************/
117
118	/* !!! No longer used !!! */
119	#if 0
120	localstatic AInt gen0ProtoFrString (String);
121	localstatic Bool gen0IsParamReference (TForm, int);
122	localstatic String gen0FortranFieldName (TForm, int);
123	localstatic int gen0GetNumFortranModArgs (TForm);
124	localstatic Bool gen0FortranHasFnParamArg (TForm);
125	localstatic AInt gen0FortranMFmtNumber (TFormList);
126	#endif
127
128	localstatic Bool gen0AbSynHasConstHash (AbSyn);
129	localstatic Bool gen0AbSynHasConstHash0 (AbSyn);
130	localstatic Foam gen0ApplySyme (FoamTag, Syme, SImpl, Length, Foam **);
131	localstatic Foam gen0ApplyBuiltin (Syme, Length, Foam **);
132	localstatic Foam gen0ApplyForeign (FoamTag, Syme, Length, Foam **);
133	localstatic Foam gen0ApplyImplicitSyme (FoamTag, Syme, Length, AbSyn *, Foam);
134	localstatic Foam gen0AssignLhs (AbSyn, Foam);
135	localstatic AbSyn * gen0MakeImplicitArgs (Length, AbSyn, AbSynGetter);
136	localstatic AInt gen0BuiltinImport (String, String);
137	localstatic Foam gen0BuiltinExporter (Foam, Syme);
138	localstatic Foam gen0CCall (FoamTag, Syme, Length, Foam **);
139	localstatic Bool gen0CompareFormats (Foam, Foam);
140	localstatic Foam gen0CrossToMulti (Foam, TForm);
141	localstatic Foam gen0CrossToUnary (Foam, TForm);
142	localstatic Foam gen0CrossToTuple (Foam, TForm);
143	localstatic Foam gen0Define (AbSyn);
144	localstatic Foam gen0DefineRhs (AbSyn, AbSyn, AbSyn);
145	localstatic Foam gen0Embed (Foam, AbSyn, TForm, AbEmbed);
146	localstatic Foam gen0EmbedExit (Foam, AbSyn, TForm);
147	localstatic Foam gen0NilValue (TForm);
148	localstatic Symbol gen0ExportingTo (AbSyn absyn);
149	localstatic void gen0ExportToBuiltin (AbSyn fun);
150	localstatic void gen0ExportToC (AbSyn fun);
151	localstatic Foam gen0Extend (AbSyn);
152	localstatic void gen0FindDefsAll (AbSyn, Stab);
153	localstatic int gen0FoamLevel (AInt level);
154	localstatic FoamTag gen0FoamType (Foam foam);
155	localstatic void gen0ForIter (AbSyn, FoamList , FoamList );
156	localstatic void gen0CForIter (AbSyn, FoamList , FoamList );
157	localstatic void gen0FreeTemp (Foam);
158	localstatic void gen0GenFoamInit (void);
159	localstatic void gen0GenFoamFini (void);
160	localstatic Syme gen0FindImportedSyme (Syme, AInt, Bool);
161	localstatic Bool gen0GetImportedSyme (Syme, AInt, Bool);
162	localstatic void gen0SetImportedSyme (Syme, AInt);
163	localstatic Foam gen0GetRealFormat (AInt);
164	localstatic Foam gen0ImplicitSet (AbSyn);
165	localstatic void gen0InitState (Stab, int);
166	localstatic Foam gen0InnerSyme (Syme, AInt);
167	localstatic Bool gen0IsDomainInit (Foam foam);
168	localstatic Bool gen0IsDef (AbSyn);
169	localstatic Bool gen0IsImplicitSet (AbSyn lhs);
170	localstatic Bool gen0IsInnerVar (Syme syme, AInt level);
171	localstatic Bool gen0IsMultiEvaluable (Foam);
172	localstatic Bool gen0IsResultCachable (AbSyn, TForm);
173	localstatic void gen0Iter (AbSyn, FoamList , FoamList );
174	localstatic Foam gen0Lambda (AbSyn, Syme, AbSyn);
175	localstatic Symbol gen0MachineType (TForm);
176	localstatic Foam * gen0MakeApplyArgs (Syme syme, AbSyn, Length *);
177	localstatic Foam gen0EmbedApply (int, AbSyn *, AbSyn, AbEmbed);
178	localstatic void gen0MakeBuiltinExports (void);
179	localstatic Foam gen0MakeExtend (Syme, TForm);
180	localstatic Foam gen0MakeExtendLambda (Syme, TForm);
181	localstatic Foam gen0MakeExtendBase (Syme);
182	localstatic void gen0MakeExtendParents (Syme, SymeList);
183	localstatic void gen0MakeExtendParent (Syme, Syme, Length, Foam);
184	localstatic Foam gen0MakeExtendApply (TForm, Foam);
185	localstatic AbSyn gen0AbTypeArg (AbSyn);
186	localstatic void gen0MarkParamsDeep (Stab, AbSyn);
187	localstatic int gen0MaxLevel (AbSyn);
188	localstatic Foam gen0MultiAssign (FoamTag, AbSyn, Foam);
189	localstatic Foam gen0MultiToCross (Foam, TForm);
190	localstatic Foam gen0MultiToTuple (Foam);
191	localstatic Foam gen0MultiToUnary (Foam);
192	localstatic Foam gen0OCall (FoamTag, Syme, Length, Foam **);
193	localstatic void gen0PatchEEltFormats (Foam);
194	localstatic void gen0PatchFormatNums (Foam);
195	localstatic Foam gen0RawToUnary (Foam, AbSyn);
196	localstatic String gen0RecFieldName (TForm, int);
197	localstatic String gen0RecFieldName (TForm, int);
198	localstatic Foam gen0RenewConstants (FoamList, int);
199	localstatic Foam gen0RenewDefs (FoamList, int);
200	localstatic Foam gen0Sequence (TForm, AbSyn *, Length, Length);
201	localstatic void gen0SetTemp (Foam, Foam);
202	localstatic Foam gen0SetValue (Foam, AbSyn);
203	localstatic Foam gen0SpecialOp (FoamTag, Syme, Length, AbSyn , Foam );
204	localstatic Syme gen0SymeCopyImport (Syme);
205	localstatic Foam gen0SymeGeneric (Syme);
206	localstatic Foam gen0SymeImport (Syme);
207	localstatic Foam gen0TempValue (AbSyn);
208	localstatic Foam gen0TempValueMode (TForm);
209	localstatic Foam gen0UnaryToMulti (Foam);
210	localstatic Foam gen0UnaryToCross (Foam, TForm);
211	localstatic Foam gen0UnaryToRaw (Foam, AbSyn);
212	localstatic Foam gen0UnaryToTuple (Foam);
213	localstatic AInt gen0CrossFormatNumber (TForm tf);
214	localstatic AInt gen0TrailingFormatNumber(TForm tf);
215	localstatic SlotUsageList gen0UnusedFormats (AIntList);
216	localstatic void gen0UseFormat (AInt level, int slot);
217	localstatic void gen0UseStateFormat (GenFoamState, AInt);
218	localstatic void gen0VarsList (Stab, SymeList);
219	localstatic void gen0VarsParam (Syme, Stab);
220	localstatic void gen0VarsLex (Syme, Stab);
221	localstatic void gen0VarsFluid (Syme);
222	localstatic void gen0VarsImport (Syme, Stab);
223	localstatic void gen0VarsExport (Syme, Stab);
224	localstatic void gen0VarsForeign (Syme);
225	localstatic Foam gen0ForeignValue (Syme);
226	localstatic Foam gen0ForeignWrapValue (Syme);
227	localstatic Foam gen0ForeignWrapFn (Syme);
228	localstatic void gen0FreeFortranActualArgTmps(void);
229	localstatic Foam genFoamArg (AbSyn , Foam , int);
230	localstatic void gen0GetGlobalDefs (void);
231	localstatic SymeList gen0GetExporterSymes (Stab, Sefo, SymeList);
232	localstatic SymeList gen0GetBoundSymes (Stab);
233	localstatic void gen0AddLexLevels1 (Foam, AInt, int, FoamList);
234	localstatic int gen0StateOffset (int, int);
235	localstatic AInt gen0FindFormat (AInt);
236	localstatic AInt gen0FindConst (AInt);
237
238	localstatic AInt gen0FindGlobalFluid (Syme);
239	localstatic void gen0AddLocalFluid (AbSyn);
240
241	localstatic void gen0DbgAssignment (AbSyn);
242	localstatic void gen0DbgFnEntry (AbSyn);
243	localstatic Foam gen0DbgFnExit (AbSyn, Foam);
244	localstatic Foam gen0DbgFnReturn (AbSyn, Foam);
245
246	/* Code for the new runtime debugging system */
247	localstatic Foam gen1DbgFnBody (AbSyn);
248	localstatic void gen1DbgFnEntry (TForm, Syme, AbSyn);
249	localstatic void gen1DbgFnExit (AbSyn);
250	localstatic void gen1DbgFnReturn (AbSyn, TForm, Foam);
251	localstatic void gen1DbgDoParam (String, AInt, Syme, AInt);
252	localstatic void gen1DbgDoAssign (String, AInt, Syme, Foam, AInt, AInt);
253	localstatic void gen1DbgFnStep (AbSyn);
254
255	localstatic Bool gen0IsOpenCallable(Syme syme, SImpl impl);
256
257	localstatic AInt gen0FortranSigFormatNumber (TForm, Bool);
258	localstatic String gen0TypeString (Sefo);
259	localstatic FoamTag gen0TfMapType(Syme syme, TForm mapTf, FoamTag argFoamTag, AInt *newFmt);
260
261	localstatic Foam genGenerate(AbSyn absyn);
262	localstatic Foam genYield(AbSyn absyn);
263	/*
264	* The following are used store information for flattening programs.
265	*/
266
267	AIntList gen0BuiltinExports;
268	static int numLexicals;
269
270
271	String gen0FileName;
272	FoamList gen0GlobalList, gen0FluidList, gen0FormatList;
273	FoamList gen0DeclList, gen0ProgList;
274	AIntList gen0ConstList;
275	AIntList gen0RealConstList;
276	int gen0NumGlobals;
277	int gen0RealFormatNum;
278	int gen0NumProgs;
279	int gen0FwdProgNum;
280	int gen0FormatNum;
281	int gloInitIdx;
282
283	static AIntList formatPlaceList, formatRealList;
284	static int gen0IterateLabel;
285	static int gen0BreakLabel;
286	static Bool gen0ValueMode; /* indicate when in value mode. */
287
288	int gen0GenerFormat;
289	int gen0GenerRetFormat;
290
291	int gen0LazyFunFormat;
292	FoamSigList gen0LazySigList;
293	AIntList gen0LazyConstTypeList;
294	AIntList gen0LazyConstDefnList;
295
296	static FoamSigList gen0ForeignFnValues;
297	static SymeList gen0ForeignFnGlobals;
298
299	String gen0DefName; /* Similar to gen0ProgName */
300	String gen0ProgName;
301	GenFoamState gen0State;
302
303	static AbSyn gen0FortranFnResult = NULL((void*)0);
304	static FoamList gen0FortranActualArgTmps = listNil(Foam)((FoamList) 0);
305
306	static GenType gen0GenType;
307
308	/* Flags for options */
309	Bool gen0InAxiomAx = false((int) 0);
310	Bool gen0DebugWanted = false((int) 0); /* Old style */
311	Bool gen0DebuggerWanted = false((int) 0); /* New style */
312	Bool gen0SmallHashCodes = false((int) 0);
313
314	/* 2 flavours of gen0AbType. The first returns the natural type
315	* of an absyn, the second also allows for embeddings.
316	*/
317	TForm
318	gen0AbType(AbSyn ab)
319	{
320	return tfDefineeType(abGetCategory(ab));
321	}
322
323	TForm
324	gen0AbContextType(AbSyn ab)
325	{
326	TForm tf = gen0AbType(ab);
327	AbEmbed embed = abTContext(ab)((ab)->abHdr.seman ? (ab)->abHdr.seman->embed : 0);
328
329	return tfsEmbedResult(tf, embed);
330	}
331
332	#define gen0FoamNewBreak()foamNew(FOAM_Goto, 1, (AInt)(gen0BreakLabel)) foamNewGoto(gen0BreakLabel)foamNew(FOAM_Goto, 1, (AInt)(gen0BreakLabel))
333	#define gen0FoamNewIterate()foamNew(FOAM_Goto, 1, (AInt)(gen0IterateLabel)) foamNewGoto(gen0IterateLabel)foamNew(FOAM_Goto, 1, (AInt)(gen0IterateLabel))
334
335	void
336	genSetAxiomAx(Bool flag)
337	{
338	gen0InAxiomAx = flag;
339	}
340
341	void
342	genSetDebugWanted(Bool flag)
343	{
344	gen0DebugWanted = flag;
345	}
346
347	void
348	genSetDebuggerWanted(Bool flag)
349	{
350	gen0DebuggerWanted = flag;
351	}
352
353	void
354	genSetSmallHashCodes(Bool flag)
355	{
356	gen0SmallHashCodes = flag;
357	}
358
359	/******************************************************************************
360	*
361	* :: Top-level entry point.
362	*
363	*****************************************************************************/
364
365	Foam
366	generateFoam(Stab stab0, AbSyn absyn, String initName)
367	{
368	Scope("generateFoam")String scopeName = ("generateFoam"); int fluidLevel0 = (scopeLevel ++, fluidLevel);
369
370	Foam foam, clos, constants, def,
371	globals, lexicals, formats, defs, decl, fluids;
372	int index, gloNOpIdx, gloRuntimeIdx;
373	AbLogic fluid(gfCondKnown)fluidSave_gfCondKnown = ( fluidStack = (fluidLevel==fluidLimit ) ? fluidGrow() : fluidStack, fluidStack[fluidLevel].scopeName = scopeName, fluidStack[fluidLevel].scopeLevel = scopeLevel, fluidStack[fluidLevel].pglobal = (Pointer) &(gfCondKnown ), fluidStack[fluidLevel].pstack = (Pointer) &fluidSave_gfCondKnown , fluidStack[fluidLevel].size = sizeof(gfCondKnown), fluidLevel ++, (gfCondKnown) ); /* COND-DEF */
374
375	/* COND-DEF */
376	gfCondKnown = gfCondKnown ? ablogCopy(gfCondKnown) : ablogTrue();
377
378	gen0GenFoamInit();
379
380	gen0FileName = initName;
381
382	gen0ProgName = gen0FileName;
383	gen0DefName = strCopy(gen0ProgName);
384
385
386	/* Walk absyn for open callable funcs and lexically deep references. */
387	gen0FindDefsAll(absyn, stab0);
388
389	/* Declare the globals for the top-level prog. */
390
391	/* Once called, never again */
392	decl = foamNewGDecl(FOAM_Clos, strCopy(gen0ProgName), FOAM_Nil,foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),strCopy(gen0ProgName), FOAM_Nil,4, (AInt)(FOAM_GDecl_Export),(AInt)(FOAM_Proto_Init ))
393	emptyFormatSlot,foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),strCopy(gen0ProgName), FOAM_Nil,4, (AInt)(FOAM_GDecl_Export),(AInt)(FOAM_Proto_Init ))
394	FOAM_GDecl_Export, FOAM_Proto_Init)foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),strCopy(gen0ProgName), FOAM_Nil,4, (AInt)(FOAM_GDecl_Export),(AInt)(FOAM_Proto_Init ));
395	gloInitIdx = gen0AddGlobal(decl);
396
397	decl = foamNewGDecl(FOAM_Clos, strCopy("noOperation"), FOAM_Nil,foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),strCopy("noOperation") , FOAM_Nil,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Foam ))
398	emptyFormatSlot,foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),strCopy("noOperation") , FOAM_Nil,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Foam ))
399	FOAM_GDecl_Import,FOAM_Proto_Foam)foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),strCopy("noOperation") , FOAM_Nil,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Foam ));
400	gloNOpIdx = gen0AddGlobal(decl);
401
402
403	/* Set up this level */
404
405	clos = gen0ProgClosEmpty();
406	foam = gen0ProgInitEmpty(gen0ProgName, absyn);
407
408	index = gen0FormatNum--;
409	gen0InitState(stab0, index);
410
411	gen0ProgAddParams(int0((int) 0), NULL((void*)0));
412	gen0Vars(stab0);
413
414	gen0State->program = foam;
415
416	/* Add the inits for the globals for the top-level prog. */
417
418	/* This can go once support for lazy gets of runtime functions is in... */
419
420	if (!genIsRuntime()(gen0IsRuntime)) {
421	decl = foamNewGDecl(FOAM_Clos, gen0InitialiserName("runtime"),foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),(strCopy("runtime")), FOAM_Nil ,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Init))
422	FOAM_Nil,foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),(strCopy("runtime")), FOAM_Nil ,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Init))
423	emptyFormatSlot,foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),(strCopy("runtime")), FOAM_Nil ,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Init))
424	FOAM_GDecl_Import,foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),(strCopy("runtime")), FOAM_Nil ,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Init))
425	FOAM_Proto_Init)foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),(strCopy("runtime")), FOAM_Nil ,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Init));
426	gloRuntimeIdx = gen0AddGlobal(decl);
427	gen0AddInit(foamNew(FOAM_CCall, 2, FOAM_NOp,
428	foamNewGlo(gloRuntimeIdx)foamNew(FOAM_Glo, 1, (AInt)(gloRuntimeIdx))));
429	gen0AddInit(foamNewSet(foamNewGlo(gloInitIdx),foamNew(FOAM_Set, 2, foamNew(FOAM_Glo, 1, (AInt)(gloInitIdx)) , foamNew(FOAM_Glo, 1, (AInt)(gloNOpIdx)))
430	foamNewGlo(gloNOpIdx))foamNew(FOAM_Set, 2, foamNew(FOAM_Glo, 1, (AInt)(gloInitIdx)) , foamNew(FOAM_Glo, 1, (AInt)(gloNOpIdx))));
431	}
432
433	if (!genIsRuntime()(gen0IsRuntime))
434	gen0StringsInit();
435
436	if (genIsRuntime()(gen0IsRuntime))
437	gen0StdLazyGetsCreate();
438
439	/* !! Should call AddExportedSymes on body */
440	gen0FindUncondSymes(absyn, listNil(Syme)((SymeList) 0));
441
442
443	gen0DefSequence(absyn);
444
445	if (genIsRuntime()(gen0IsRuntime)) {
446	gen0AddStmt(foamNewSet(foamNewGlo(gloInitIdx),foamNew(FOAM_Set, 2, foamNew(FOAM_Glo, 1, (AInt)(gloInitIdx)) , foamNew(FOAM_Glo, 1, (AInt)(gloNOpIdx)))
447	foamNewGlo(gloNOpIdx))foamNew(FOAM_Set, 2, foamNew(FOAM_Glo, 1, (AInt)(gloInitIdx)) , foamNew(FOAM_Glo, 1, (AInt)(gloNOpIdx))), NULL((void*)0));
448	}
449
450	if (!genIsRuntime()(gen0IsRuntime))
451	gen0StringsFini();
452
453	gen0IssueLazyFunctions();
454	gen0IssueGVectFns();
455
456	gen0AddStmt(foamNewReturn(foamNew(FOAM_Values, int0))foamNew(FOAM_Return, 1, foamNew(FOAM_Values, ((int) 0))), NULL((void*)0));
457
458	gen0ProgAddStateFormat(index);
459	gen0IssueDCache();
460	gen0ProgFiniEmpty(foam, FOAM_NOp, int0((int) 0));
461
462	foamOptInfo(foam)((foam)->hdr.info.opt) = optInfoNew(NULL((void)0), foam, NULL((void)0), false((int) 0));
463
464	/* construct the unit */
465	constants = gen0RenewConstants(gen0DeclList, gen0NumProgs);
466
467	def = foamNewDef(foamNewGlo(gloInitIdx), clos)foamNew(FOAM_Def, 2, foamNew(FOAM_Glo, 1, (AInt)(gloInitIdx)) , clos);
468	gen0ProgList = listCons(Foam)(Foam_listPointer->Cons)(def, gen0ProgList);
469	gen0NumProgs++;
470
471	gen0GetGlobalDefs();
472	gen0MakeBuiltinExports();
473	defs = gen0RenewDefs(gen0ProgList, gen0NumProgs);
474
475	/* Fixup defns of globals... */
476
477	gen0GlobalList = listNReverse(Foam)(Foam_listPointer->NReverse)(gen0GlobalList);
478	globals = foamNewOfList1(FOAM_DDecl,
479	(AInt) FOAM_DDecl_Global,
480	gen0GlobalList);
481	lexicals = foamNewEmptyDDecl(FOAM_DDecl_LocalEnv)foamNew(FOAM_DDecl, 1, (AInt) FOAM_DDecl_LocalEnv);
482	fluids = foamNewOfList1(FOAM_DDecl, FOAM_DDecl_Fluid, gen0FluidList);
483	gen0FormatList = listNReverse(Foam)(Foam_listPointer->NReverse)(gen0FormatList);
484
485	gen0FormatList = listCons(Foam)(Foam_listPointer->Cons)(foamNewEmptyDDecl(FOAM_DDecl_Local)foamNew(FOAM_DDecl, 1, (AInt) FOAM_DDecl_Local),
486	gen0FormatList);
487	gen0FormatList = listCons(Foam)(Foam_listPointer->Cons)(fluids, gen0FormatList);
488	gen0FormatList = listCons(Foam)(Foam_listPointer->Cons)(lexicals, gen0FormatList);
489	gen0FormatList = listCons(Foam)(Foam_listPointer->Cons)(constants, gen0FormatList);
490	gen0FormatList = listCons(Foam)(Foam_listPointer->Cons)(globals, gen0FormatList);
491
492
493	formats = foamNewOfList(FOAM_DFmt, gen0FormatList);
494	foam = foamNewUnit(formats, defs)foamNew(FOAM_Unit,2,formats,defs);
495
496	if (fintMode == FINT_LOOP2)
497	gen0KillSymeConstNums();
498
499	/* Tidy up */
500	gen0GenFoamFini();
501	assert(foamAudit(foam))do { if (!(foamAudit(foam))) _do_assert(("foamAudit(foam)"),"genfoam.c" ,501); } while (0);
502
503	/* COND-DEF */
504	ablogFree(gfCondKnown);
505
506	Return(foam){ fluidUnwind(fluidLevel0, ((int) 0)); return foam;; };
507	}
508
509	/*
510	* !! This function does not appear to be used anymore !!
511	*/
512	#if 0
513	localstatic AInt
514	gen0ProtoFrString(String proto)
515	{
516	if (!proto) return FOAM_Proto_C;
517	else if (!strcasecmp(proto, "C")) return FOAM_Proto_C;
518	else if (!strcasecmp(proto, "Lisp")) return FOAM_Proto_Lisp;
519	else if (!strcasecmp(proto, "Fortran")) return FOAM_Proto_Fortran;
520
521	return FOAM_Proto_C;
522	}
523	#endif
524
525	localstatic void
526	gen0GenFoamInit()
527	{
528	/* initialise globals */
529	gen0GenerFormat = 0;
530	gen0GenerRetFormat = 0;
531	gen0TupleFormat = 0;
532	gen0ArrayFormat = 0;
533	gen0UnionFormat = 0;
534	gen0CCheckFormat = 0;
535	gen0LazyFunFormat = 0;
536	gen0State = 0;
537
538	gen0BuiltinExports = listNil(AInt)((AIntList) 0);
539	gen0FormatList = listNil(Foam)((FoamList) 0);
540	gen0ProgList = listNil(Foam)((FoamList) 0);
541	gen0DeclList = listNil(Foam)((FoamList) 0);
542	gen0GlobalList = listNil(Foam)((FoamList) 0);
543	gen0FluidList = listNil(Foam)((FoamList) 0);
544	gen0ConstList = listNil(AInt)((AIntList) 0);
545	gen0RealConstList = listNil(AInt)((AIntList) 0);
546	gen0NumGlobals = 0;
547	gen0FwdProgNum = SYME_NUMBER_UNASSIGNED(0x7FFF) - 1;
548	gen0NumProgs = 0;
549	numLexicals = 0;
550	gen0FormatNum = -1;
551
552	gen0LazySigList = listNil(FoamSig)((FoamSigList) 0);
553	gen0LazyConstTypeList = listNil(AInt)((AIntList) 0);
554	gen0LazyConstDefnList = listNil(AInt)((AIntList) 0);
555	gen0ForeignFnValues = listNil(FoamSig)((FoamSigList) 0);
556	gen0ForeignFnGlobals = listNil(Syme)((SymeList) 0);
557
558	gen0InitConstTable(scobindMaxDef());
559	formatPlaceList = listNil(AInt)((AIntList) 0);
560	formatRealList = listNil(AInt)((AIntList) 0);
561	gen0RealFormatNum = FOAM_FORMAT_START5;
562
563	gen0InitGVectTable();
564	gfjInit();
565	}
566
567	localstatic void
568	gen0GenFoamFini()
569	{
570	listFree(AInt)(AInt_listPointer->Free)(gen0BuiltinExports);
571	listFree(Foam)(Foam_listPointer->Free)(gen0FormatList);
572	listFree(Foam)(Foam_listPointer->Free)(gen0ProgList);
573	listFree(Foam)(Foam_listPointer->Free)(gen0DeclList);
574	listFree(Foam)(Foam_listPointer->Free)(gen0GlobalList);
575	listFree(Foam)(Foam_listPointer->Free)(gen0FluidList);
576	listFree(AInt)(AInt_listPointer->Free)(gen0ConstList);
577	listFree(AInt)(AInt_listPointer->Free)(gen0RealConstList);
578	listFree(FoamSig)(FoamSig_listPointer->Free)(gen0ForeignFnValues);
579	listFree(Syme)(Syme_listPointer->Free)(gen0ForeignFnGlobals);
580
581	listFree(FoamSig)(FoamSig_listPointer->Free)(gen0LazySigList);
582	listFree(AInt)(AInt_listPointer->Free)(gen0LazyConstTypeList);
583	listFree(AInt)(AInt_listPointer->Free)(gen0LazyConstDefnList);
584	listFree(AInt)(AInt_listPointer->Free)(formatPlaceList);
585	listFree(AInt)(AInt_listPointer->Free)(formatRealList);
586
587	gen0FiniGVectTable();
588	gfjFini();
589	}
590
591	void
592	genFoamStmt(AbSyn absyn)
593	{
594	Scope("genFoamStmt")String scopeName = ("genFoamStmt"); int fluidLevel0 = (scopeLevel ++, fluidLevel);
595	Foam foam;
596	Bool fluid(gen0ValueMode)fluidSave_gen0ValueMode = ( fluidStack = (fluidLevel==fluidLimit ) ? fluidGrow() : fluidStack, fluidStack[fluidLevel].scopeName = scopeName, fluidStack[fluidLevel].scopeLevel = scopeLevel, fluidStack[fluidLevel].pglobal = (Pointer) &(gen0ValueMode ), fluidStack[fluidLevel].pstack = (Pointer) &fluidSave_gen0ValueMode , fluidStack[fluidLevel].size = sizeof(gen0ValueMode), fluidLevel ++, (gen0ValueMode) );
597	FoamList fluid(gen0FortranActualArgTmps)fluidSave_gen0FortranActualArgTmps = ( fluidStack = (fluidLevel ==fluidLimit) ? fluidGrow() : fluidStack, fluidStack[fluidLevel ].scopeName = scopeName, fluidStack[fluidLevel].scopeLevel = scopeLevel , fluidStack[fluidLevel].pglobal = (Pointer) &(gen0FortranActualArgTmps ), fluidStack[fluidLevel].pstack = (Pointer) &fluidSave_gen0FortranActualArgTmps , fluidStack[fluidLevel].size = sizeof(gen0FortranActualArgTmps ), fluidLevel++, (gen0FortranActualArgTmps) );
598
599	gen0ValueMode = false((int) 0);
600	gen0FortranActualArgTmps = NULL((void*)0);
601
602
603	/* New-style debugging hook */
604	if (gen0DebuggerWanted)
605	gen1DbgFnStep(absyn);
606
607	foam = genFoam(absyn);
608	if (foam) {
609	while (foamTag(foam)((foam)->hdr.tag) == FOAM_Cast) {
610	Foam tmp = foam;
611	foam = foam->foamCast.expr;
612	foamFreeNode(tmp);
613	}
614	gen0AddStmt(foam, absyn);
615	}
616
617	if (gen0FortranActualArgTmps) gen0FreeFortranActualArgTmps();
618
619	ReturnNothing{ fluidUnwind(fluidLevel0, ((int) 0)); return;; };
620	}
621
622	Foam
623	genFoamVal(AbSyn absyn)
624	{
625	Scope("genFoamVal")String scopeName = ("genFoamVal"); int fluidLevel0 = (scopeLevel ++, fluidLevel);
626	Foam foam;
627	Bool fluid(gen0ValueMode)fluidSave_gen0ValueMode = ( fluidStack = (fluidLevel==fluidLimit ) ? fluidGrow() : fluidStack, fluidStack[fluidLevel].scopeName = scopeName, fluidStack[fluidLevel].scopeLevel = scopeLevel, fluidStack[fluidLevel].pglobal = (Pointer) &(gen0ValueMode ), fluidStack[fluidLevel].pstack = (Pointer) &fluidSave_gen0ValueMode , fluidStack[fluidLevel].size = sizeof(gen0ValueMode), fluidLevel ++, (gen0ValueMode) );
628
629	gen0ValueMode = true1;
630	foam = genFoam(absyn);
631	if (foam && absyn)
632	foamPos(foam)((foam)->hdr.pos) = abPos(absyn)(spstackFirst((absyn)->abHdr.pos));
633	if (!foam)
634	foam = foamNewNil()foamNew(FOAM_Nil, (int) 0);
635
636	Return(foam){ fluidUnwind(fluidLevel0, ((int) 0)); return foam;; };
637	}
638
639	Foam
640	genFoamValAs(TForm tf, AbSyn ab)
641	{
642	Foam foam = genFoamVal(ab);
643	return gen0EmbedExit(foam, ab, tf);
644	}
645
646	localstatic Foam
647	gen0EmbedExit(Foam foam, AbSyn ab, TForm tf)
648	{
649	if (tfIsExit(gen0AbType(ab))(((gen0AbType(ab))->tag) == TF_Exit)) {
650	if (tfIsMulti(tf)(((tf)->tag) == TF_Multiple) && tfMultiArgc(tf) > 0) {
651	if (foam != NULL((void*)0) && foamHasSideEffect(foam))
652	gen0AddStmt(foam, ab);
653
654	return gen0NilValue(tf);
655	}
656	else {
657	FoamTag expectedType = gen0Type(tf, NULL((void*)0));
658	if (expectedType != FOAM_Word && foam != NULL((void*)0)) {
659	foam = foamNewCast(expectedType, foam)foamNew(FOAM_Cast, 2, expectedType, foam);
660	}
661	return foam;
662	}
663	}
664	else {
665	return foam;
666	}
667	}
668
669	localstatic Foam
670	gen0NilValue(TForm tf)
671	{
672	tf = tfIgnoreExceptions(tf);
673	if (!tfIsMulti(tf)(((tf)->tag) == TF_Multiple)) {
674	return foamNewNil()foamNew(FOAM_Nil, (int) 0);
675	}
676	else {
677	Foam fakeValue = foamNewEmpty(FOAM_Values, tfMultiArgc(tf));
678	int i;
679
680	for (i = 0; i < tfMultiArgc(tf); i++) {
681	FoamTag type = gen0Type(tfMultiArgN(tf, i)tfFollowArg(tf, i), NULL((void*)0));
682	fakeValue->foamValues.argv[i] = foamNewCast(type, foamNewNil())foamNew(FOAM_Cast, 2, type, foamNew(FOAM_Nil, (int) 0));
683	}
684	return fakeValue;
685	}
686	}
687
688
689	Foam
690	genFoamType(AbSyn ab)
691	{
692	AbEmbed tc = abTContext(ab)((ab)->abHdr.seman ? (ab)->abHdr.seman->embed : 0);
693	Foam val;
694
695	abSetTContext(ab, AB_Embed_Identity(((AbEmbed) 1) << 0));
696	val = genFoamVal(ab);
697	abSetTContext(ab, tc);
698
699	return val;
700	}
701
702	Foam
703	genFoamCast(Foam foam, AbSyn ab, FoamTag type)
704	{
705	if (type != gen0Type(gen0AbContextType(ab), NULL((void*)0)))
706	foam = foamNewCast(type, foam)foamNew(FOAM_Cast, 2, type, foam);
707
708	return foam;
709	}
710
711	Foam
712	genFoamBit(AbSyn ab)
713	{
714	return genFoamCast(genFoamVal(ab), ab, FOAM_Bool);
715	}
716
717	/*****************************************************************************
718	*
719	* :: Main recursive entry point.
720	*
721	****************************************************************************/
722
723	localstatic Foam
724	genFoam(AbSyn absyn)
725	{
726	static int genDepth = 0;
727	Foam foam = 0;
728	AbSynTag tag;
729	String msg;
730
731	if (!absyn) return NULL((void*)0);
732
733	tag = abTag(absyn)((absyn)->abHdr.tag);
734
735	genDepth += 1;
736
737	if (DEBUG(genf)genfDebug) {
738	fprintf(dbOut, "%*sGenerating %s from ",
739	genDepth, "", abInfo(tag)abInfoTable[(tag) - AB_START].str);
740	sposPrint(dbOut, abPos(absyn)(spstackFirst((absyn)->abHdr.pos)));
741	fprintf(dbOut, "\n");
742	}
743
744	switch (tag) {
745	case AB_Apply:
746	foam = genApply(absyn);
747	break;
748	case AB_Assert:
749	foam = genAssert(absyn);
750	break;
751	case AB_Assign:
752	foam = genAssign(absyn);
753	break;
754	case AB_Id:
755	foam = genId(absyn);
756	break;
757	case AB_LitInteger:
758	case AB_LitFloat:
759	case AB_LitString:
760	foam = genLit(absyn);
761	break;
762	case AB_If:
763	foam = genIf(absyn);
764	break;
765	case AB_Try:
766	foam = genTry(absyn);
767	break;
768	case AB_Raise:
769	foam = gen0Raise(absyn);
770	break;
771	case AB_Generate:
772	foam = genGenerate(absyn);
773	break;
774	case AB_Collect:
775	foam = genCollect(absyn);
776	break;
777	case AB_Lambda:
778	case AB_PLambda:
779	foam = gen0Lambda(absyn, NULL((void)0), NULL((void)0));
780	break;
781	case AB_Do:
782	foam = genFoam(absyn->abDo.expr);
783	break;
784	case AB_Sequence:
785	foam = genSequence(absyn);
786	break;
787	case AB_Define:
788	foam = genDefine(absyn);
789	break;
790	case AB_Label:
791	foam = genLabel(absyn);
792	break;
793	case AB_Goto:
794	foam = genGoto(absyn);
795	break;
796	case AB_Not:
797	foam = foamNotThis(genFoamBit(absyn->abNot.expr));
798	foam = foamNewCast(FOAM_Word, foam)foamNew(FOAM_Cast, 2, FOAM_Word, foam);
799	break;
800	case AB_Or:
801	foam = genOr(absyn);
802	break;
803	case AB_And:
804	foam = genAnd(absyn);
805	break;
806	case AB_Reference:
807	foam = genReference(absyn);
808	break;
809	case AB_Repeat:
810	foam = genRepeat(absyn);
811	break;
812	case AB_Yield:
813	foam = genYield(absyn);
814	break;
815	case AB_Add:
816	foam = genAdd(absyn);
817	break;
818	case AB_Return:
819	genReturn(absyn);
820	break;
821	case AB_Break:
822	gen0AddStmt(gen0FoamNewBreak()foamNew(FOAM_Goto, 1, (AInt)(gen0BreakLabel)), absyn);
823	break;
824	case AB_Iterate:
825	gen0AddStmt(gen0FoamNewIterate()foamNew(FOAM_Goto, 1, (AInt)(gen0IterateLabel)), absyn);
826	break;
827	case AB_Never:
828	genNever(absyn);
829	break;
830	case AB_CoerceTo:
831	foam = genImplicit(absyn, absyn->abCoerceTo.expr,
832	gen0Type(gen0AbType(absyn), NULL((void*)0)));
833	break;
834	case AB_PretendTo:
835	foam = genPretend(absyn);
836	break;
837	case AB_RestrictTo:
838	foam = genRestrict(absyn);
839	break;
840	case AB_Qualify:
841	foam = genFoam(absyn->abQualify.what);
842	break;
843	case AB_Except:
844	foam = genExcept(absyn);
845	break;
846	case AB_Test:
847	foam = genImplicit(absyn, absyn->abTest.cond, FOAM_Bool);
848	break;
849	case AB_Local: {
850	int i;
851	for (i=0; i<abArgc(absyn)((absyn)->abHdr.argc); i++)
852	genFoamStmt(absyn->abLocal.argv[i]);
853	break;
854	}
855	case AB_Fluid: {
856	int i;
857	for (i=0; i<abArgc(absyn)((absyn)->abHdr.argc); i++) {
858	if (abTag(absyn->abFluid.argv[i])((absyn->abFluid.argv[i])->abHdr.tag) == AB_Assign)
859	gen0AddLocalFluid(
860	absyn->abFluid.argv[i]->abAssign.lhs);
861	genFoamStmt(absyn->abFluid.argv[i]);
862	}
863	break;
864	}
865	case AB_Free: {
866	int i;
867	for (i=0; i<abArgc(absyn)((absyn)->abHdr.argc); i++)
868	genFoamStmt(absyn->abFree.argv[i]);
869	break;
870	}
871	case AB_Comma:
872	foam = genMulti(absyn);
873	break;
874	case AB_Where:
875	foam = genWhere(absyn);
876	break;
877	case AB_Declare:
878	if (gen0ValueMode)
879	foam = genFoamVal(absyn->abDeclare.id);
880	break;
881	case AB_Builtin:
882	case AB_Import:
883	case AB_Nothing:
884	case AB_Inline:
885	break;
886	case AB_ForeignImport:
887	genForeignImport(absyn);
888	break;
889	case AB_ForeignExport:
890	genForeignExport(absyn);
891	break;
892	case AB_Has:
893	foam = genHas(absyn);
894	break;
895	case AB_With:
896	foam = genWith(absyn);
897	break;
898	case AB_Default:
899	genFoamStmt(absyn->abDefault.body);
900	break;
901	case AB_Export:
902	genExport(absyn);
903	break;
904	case AB_Extend:
905	genFoam(absyn->abExtend.body);
906	break;
907	case AB_Select:
908	foam = genSelect(absyn);
909	break;
910	default:
911	msg = strPrintf("unsupported absyn (%s) found by genFoam",
912	abInfo(abTag(absyn))abInfoTable[(((absyn)->abHdr.tag)) - AB_START].str);
913	comsgFatal(absyn, ALDOR_F_Bug365, msg);
914	#if 0
915	sposPrint(stdoutstdout, abPos(absyn)(spstackFirst((absyn)->abHdr.pos)));
916	fprintf (stdoutstdout, " abTag = %s\n", abInfo(abTag(absyn))abInfoTable[(((absyn)->abHdr.tag)) - AB_START].str);
917	bug("genFoam");
918	#endif
919	}
920
921	if (foam && abEmbedArg(absyn)(((absyn)->abHdr.seman ? (absyn)->abHdr.seman->embed : 0) & (~((((AbEmbed) 1) << 12) \| (((AbEmbed) 1) << 13)))))
922	foam = gen0Embed(foam, absyn, gen0AbType(absyn),
923	abEmbedArg(absyn)(((absyn)->abHdr.seman ? (absyn)->abHdr.seman->embed : 0) & (~((((AbEmbed) 1) << 12) \| (((AbEmbed) 1) << 13)))));
924	genDepth -= 1;
925
926	return foam;
927	}
928
929	/*****************************************************************************
930	*
931	* :: Specific generators.
932	*
933	****************************************************************************/
934
935	/*
936	* Generate code for export to Builtin.
937	*/
938	localstatic Foam
939	genExport(AbSyn absyn)
940	{
941	AbSyn what = absyn->abExport.what;
942	Symbol sym = gen0ExportingTo(absyn->abExport.destination);
943	int i, argc;
944	AbSyn *argv;
945
946	if (!sym) return 0;
947
948	AB_SEQ_ITER(what, argc, argv){ switch (((what)->abHdr.tag)) { case AB_Nothing: argc = 0 ; argv = 0; break; case AB_Sequence: argc = ((what)->abHdr .argc); argv = ((what)->abGen.data.argv); break; default: argc = 1; argv = &what; break; }; };
949
950	for (i = 0; i < argc; i += 1) {
951	AbSyn ab = argv[i];
952	genFoamStmt(ab);
953	if (sym == ssymBuiltin)
954	gen0ExportToBuiltin(ab);
955	else if (sym == ssymC)
956	gen0ExportToC(ab);
957	else if (sym == ssymFortran)
958	gen0ExportToFortran(ab);
959	}
960	return 0;
961	}
962
963	localstatic Symbol
964	gen0ExportingTo(AbSyn absyn)
965	{
966	if (abIsApplyOf(absyn, ssymForeign)(((absyn)->abHdr.tag == (AB_Apply)) && (((((absyn) ->abApply.op))->abHdr.tag == (AB_Id)) && ((((absyn )->abApply.op))->abId.sym)==(ssymForeign))) &&
967	abApplyArgc(absyn)(((absyn)->abHdr.argc)-1) == 1) {
968	AbSyn fType = abApplyArg(absyn, int0)((absyn)->abApply.argv[((int) 0)]);
969	if (abTag(fType)((fType)->abHdr.tag) == AB_Id) {
970	return fType->abId.sym;
971	}
972	else if (abTag(fType)((fType)->abHdr.tag) == AB_Apply &&
973	abIsId(abApplyOp(fType))((((fType)->abApply.op))->abHdr.tag == (AB_Id))) {
974	return abIdSym(abApplyOp(fType))((((fType)->abApply.op))->abId.sym);
975	}
976	else
977	return NULL((void*)0);
978	}
979	else
980	return NULL((void*)0);
981	}
982
983	/*
984	* Create a global variable binding for exporting to Builtin.
985	*/
986	localstatic void
987	gen0ExportToBuiltin(AbSyn absyn)
988	{
989	AbSyn name = abDefineeId(absyn);
990	Syme syme = abSyme(name)((name)->abHdr.seman ? (name)->abHdr.seman->syme : 0 );
991	TForm tf;
992	FoamTag rtype;
993	Foam decl;
994	int index, progId;
995
996	assert(syme)do { if (!(syme)) _do_assert(("syme"),"genfoam.c",996); } while (0);
997	tf = symeType(syme);
998
999	rtype = tfIsMap(tf)(((tf)->tag) == TF_Map) ? gen0Type(tfMapRet(tf)tfFollowArg(tf, 1), NULL((void*)0)) : FOAM_Nil;
1000	decl = foamNewGDecl(gen0Type(tf, NULL), strCopy(symeString(syme)),foamNew(FOAM_GDecl,6,(AInt)(gen0Type(tf, ((void*)0))),strCopy (((((syme)->id))->str)), rtype,4, (AInt)(FOAM_GDecl_Export ),(AInt)(FOAM_Proto_Foam))
1001	rtype,foamNew(FOAM_GDecl,6,(AInt)(gen0Type(tf, ((void*)0))),strCopy (((((syme)->id))->str)), rtype,4, (AInt)(FOAM_GDecl_Export ),(AInt)(FOAM_Proto_Foam))
1002	emptyFormatSlot,foamNew(FOAM_GDecl,6,(AInt)(gen0Type(tf, ((void*)0))),strCopy (((((syme)->id))->str)), rtype,4, (AInt)(FOAM_GDecl_Export ),(AInt)(FOAM_Proto_Foam))
1003	FOAM_GDecl_Export,foamNew(FOAM_GDecl,6,(AInt)(gen0Type(tf, ((void*)0))),strCopy (((((syme)->id))->str)), rtype,4, (AInt)(FOAM_GDecl_Export ),(AInt)(FOAM_Proto_Foam))
1004	FOAM_Proto_Foam)foamNew(FOAM_GDecl,6,(AInt)(gen0Type(tf, ((void*)0))),strCopy (((((syme)->id))->str)), rtype,4, (AInt)(FOAM_GDecl_Export ),(AInt)(FOAM_Proto_Foam));
1005
1006	index = gen0AddGlobal(decl);
1007
1008	if (!tfIsMap(tf)(((tf)->tag) == TF_Map))
1009	progId = 0;
1010	else if (genIsRuntime()(gen0IsRuntime)) {
1011	Foam glo = foamNewGlo(index)foamNew(FOAM_Glo, 1, (AInt)(index));
1012	progId = 0;
1013	gen0AddStmt(foamNewSet(glo, gen0Syme(syme))foamNew(FOAM_Set, 2, glo, gen0Syme(syme)), absyn);
1014	}
1015	else {
1016	Foam glo = foamNewGlo(index)foamNew(FOAM_Glo, 1, (AInt)(index));
1017	Foam clos = gen0BuiltinExporter(glo, syme);
1018	progId = clos->foamClos.prog->foamConst.index;
1019	gen0AddStmt(foamNewSet(glo, gen0Syme(syme))foamNew(FOAM_Set, 2, glo, gen0Syme(syme)), absyn);
1020	}
1021	gen0BuiltinExports = listCons(AInt)(AInt_listPointer->Cons)(index, gen0BuiltinExports);
1022	gen0BuiltinExports = listCons(AInt)(AInt_listPointer->Cons)(progId, gen0BuiltinExports);
1023	}
1024
1025	/*
1026	* Create a global variable binding for exporting to C.
1027	*/
1028	localstatic void
1029	gen0ExportToC(AbSyn absyn)
1030	{
1031	AbSyn name = abDefineeId(absyn);
1032	Syme syme = abSyme(name)((name)->abHdr.seman ? (name)->abHdr.seman->syme : 0 );
1033	TForm tf;
1034	FoamTag rtype;
1035	AInt init = gloInitIdx;
1036	Foam decl;
1037	AInt index;
1038
1039	assert(syme)do { if (!(syme)) _do_assert(("syme"),"genfoam.c",1039); } while (0);
1040	tf = symeType(syme);
1041	rtype = tfIsMap(tf)(((tf)->tag) == TF_Map) ? gen0Type(tfMapRet(tf)tfFollowArg(tf, 1), NULL((void*)0)) : FOAM_Nil;
1042
1043	if (!(gen0State->tag == GF_File &&
1044	stabLevelNo(gen0State->stab)(((gen0State->stab)->first)->lexicalLevel) == 1)) {
1045	AbSyn exporter = gen0ProgGetExporter();
1046	if (exporter && abHasTag(exporter, AB_Id)((exporter)->abHdr.tag == (AB_Id))) {
1047	Syme xsyme = abSyme(exporter)((exporter)->abHdr.seman ? (exporter)->abHdr.seman-> syme : 0);
1048	if (xsyme && gen0FoamKind(xsyme)((((FoamTag) (SYFI_FoamKind < (8 * sizeof(int)) && !(((((xsyme)->kind == SYME_Trigger ? libGetAllSymes((xsyme )->lib) : ((void)0)), (xsyme))->hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind].def) : ((( ((xsyme)->kind == SYME_Trigger ? libGetAllSymes((xsyme)-> lib) : ((void)0)), (xsyme))->locmask) & (1 << ( SYFI_FoamKind))) ? ((((((xsyme)->kind == SYME_Trigger ? libGetAllSymes ((xsyme)->lib) : ((void)0)), (xsyme))->locmask) & ( 1 << (SYFI_FoamKind))) ? ((xsyme)->fieldv)[symeIndex (xsyme,SYFI_FoamKind)] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(xsyme,SYFI_FoamKind))) != FOAM_LIMIT) ? ((FoamTag ) (SYFI_FoamKind < (8 sizeof(int)) && !(((((xsyme )->kind == SYME_Trigger ? libGetAllSymes((xsyme)->lib) : ((void)0)), (xsyme))->hasmask) & (1 << (SYFI_FoamKind ))) ? (symeFieldInfo[SYFI_FoamKind].def) : (((((xsyme)->kind == SYME_Trigger ? libGetAllSymes((xsyme)->lib) : ((void) 0)), (xsyme))->locmask) & (1 << (SYFI_FoamKind)) ) ? ((((((xsyme)->kind == SYME_Trigger ? libGetAllSymes((xsyme )->lib) : ((void)0)), (xsyme))->locmask) & (1 << (SYFI_FoamKind))) ? ((xsyme)->fieldv)[symeIndex(xsyme,SYFI_FoamKind )] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(xsyme ,SYFI_FoamKind))) : ((FoamTag) (SYFI_FoamKind < (8 sizeof (int)) && !(((((symeOriginal(xsyme))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal(xsyme))->lib) : ((void)0) ), (symeOriginal(xsyme)))->hasmask) & (1 << (SYFI_FoamKind ))) ? (symeFieldInfo[SYFI_FoamKind].def) : (((((symeOriginal( xsyme))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal (xsyme))->lib) : ((void)0)), (symeOriginal(xsyme)))->locmask ) & (1 << (SYFI_FoamKind))) ? ((((((symeOriginal(xsyme ))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal(xsyme ))->lib) : ((void*)0)), (symeOriginal(xsyme)))->locmask ) & (1 << (SYFI_FoamKind))) ? ((symeOriginal(xsyme) )->fieldv)[symeIndex(symeOriginal(xsyme),SYFI_FoamKind)] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(symeOriginal (xsyme),SYFI_FoamKind)))) == FOAM_Glo)
1049	init = gen0VarIndex(abSyme(exporter))((((UShort) ((((((((exporter)->abHdr.seman ? (exporter)-> abHdr.seman->syme : 0))->kind == SYME_Trigger ? libGetAllSymes ((((exporter)->abHdr.seman ? (exporter)->abHdr.seman-> syme : 0))->lib) : ((void)0)), (((exporter)->abHdr.seman ? (exporter)->abHdr.seman->syme : 0)))->locmask) & (1 << (SYFI_VarIndex))) ? ((((exporter)->abHdr.seman ? (exporter)->abHdr.seman->syme : 0))->fieldv)[symeIndex (((exporter)->abHdr.seman ? (exporter)->abHdr.seman-> syme : 0),SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def ))) != (0x7FFF)) ? ((UShort) ((((((((exporter)->abHdr.seman ? (exporter)->abHdr.seman->syme : 0))->kind == SYME_Trigger ? libGetAllSymes((((exporter)->abHdr.seman ? (exporter)-> abHdr.seman->syme : 0))->lib) : ((void)0)), (((exporter )->abHdr.seman ? (exporter)->abHdr.seman->syme : 0)) )->locmask) & (1 << (SYFI_VarIndex))) ? ((((exporter )->abHdr.seman ? (exporter)->abHdr.seman->syme : 0)) ->fieldv)[symeIndex(((exporter)->abHdr.seman ? (exporter )->abHdr.seman->syme : 0),SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) : ((UShort) ((((((symeOriginal(((exporter )->abHdr.seman ? (exporter)->abHdr.seman->syme : 0)) )->kind == SYME_Trigger ? libGetAllSymes((symeOriginal(((exporter )->abHdr.seman ? (exporter)->abHdr.seman->syme : 0)) )->lib) : ((void*)0)), (symeOriginal(((exporter)->abHdr .seman ? (exporter)->abHdr.seman->syme : 0))))->locmask ) & (1 << (SYFI_VarIndex))) ? ((symeOriginal(((exporter )->abHdr.seman ? (exporter)->abHdr.seman->syme : 0)) )->fieldv)[symeIndex(symeOriginal(((exporter)->abHdr.seman ? (exporter)->abHdr.seman->syme : 0)),SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))));
1050	}
1051	}
1052
1053	/!! Assumes export to C is exporting a function! /
1054	decl = foamNewGDecl(FOAM_Clos, strCopy(symeString(syme)),foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),strCopy(((((syme)-> id))->str)), rtype,init, (AInt)(FOAM_GDecl_Export),(AInt)( FOAM_Proto_C))
1055	rtype, init, FOAM_GDecl_Export,foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),strCopy(((((syme)-> id))->str)), rtype,init, (AInt)(FOAM_GDecl_Export),(AInt)( FOAM_Proto_C))
1056	FOAM_Proto_C)foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),strCopy(((((syme)-> id))->str)), rtype,init, (AInt)(FOAM_GDecl_Export),(AInt)( FOAM_Proto_C));
1057
1058	index = gen0AddGlobal(decl);
1059	gen0BuiltinExports = listCons(AInt)(AInt_listPointer->Cons)(index, gen0BuiltinExports);
1060	gen0BuiltinExports = listCons(AInt)(AInt_listPointer->Cons)(int0((int) 0), gen0BuiltinExports);
1061
1062	gen0AddStmt(foamNewSet(foamNewGlo(index), gen0Syme(syme))foamNew(FOAM_Set, 2, foamNew(FOAM_Glo, 1, (AInt)(index)), gen0Syme (syme)), absyn);
1063	}
1064
1065
1066	/*
1067	* Generate Foreign inclusion hints.
1068	*/
1069	localstatic Foam
1070	genForeignImport(AbSyn absyn)
1071	{
1072	AbSyn origin = absyn->abForeignImport.origin;
1073	ForeignOrigin forg;
1074	Foam decl;
1075
1076	/*
1077	* Skip Foreign(Builtin): it was invented by the compiler
1078	* in abnImport() as a useful way of getting qualified
1079	* imports. However, we don't want forgFrAbSyn complaining
1080	* that it isn't a valid protocol (it isn't).
1081	*/
1082	if (abIsTheId(origin, ssymBuiltin)(((origin)->abHdr.tag == (AB_Id)) && ((origin)-> abId.sym)==(ssymBuiltin))) return (Foam)NULL((void*)0);
1083
1084
1085	/* Where are these imports coming from? */
1086	forg = forgFrAbSyn(origin);
1087
1088
1089	/* If they don't specify include files then do nothing */
1090	if (!forg->file) return (Foam)NULL((void*)0);
1091
1092
1093	/* Java stuff doesn't count */
1094	if (foamProtoBase(forg->protocol)((foamProtoInfoTable[(int)(forg->protocol)-(int)FOAM_PROTO_START ]).base) == FOAM_Proto_Java)
1095	return (Foam) NULL((void*)0);
1096
1097	/* Global declaration */
1098	decl = foamNewGDecl(FOAM_Word, strCopy(forg->file),foamNew(FOAM_GDecl,6,(AInt)(FOAM_Word),strCopy(forg->file) , FOAM_Nil,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Include ))
1099	FOAM_Nil, emptyFormatSlot,foamNew(FOAM_GDecl,6,(AInt)(FOAM_Word),strCopy(forg->file) , FOAM_Nil,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Include ))
1100	FOAM_GDecl_Import, FOAM_Proto_Include)foamNew(FOAM_GDecl,6,(AInt)(FOAM_Word),strCopy(forg->file) , FOAM_Nil,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Include ));
1101
1102	gen0AddGlobal(decl);
1103	return (Foam)NULL((void*)0);
1104	}
1105
1106	/*
1107	* Generate Foreign inclusion hints.
1108	*/
1109	localstatic Foam
1110	genForeignExport(AbSyn absyn)
1111	{
1112	AbSyn what = absyn->abForeignExport.what;
1113	AbSyn dest = absyn->abForeignExport.dest;
1114	AbSyn *argv;
1115	Symbol sym = gen0ExportingTo(dest);
1116	int argc, i;
1117
1118	AB_SEQ_ITER(what, argc, argv){ switch (((what)->abHdr.tag)) { case AB_Nothing: argc = 0 ; argv = 0; break; case AB_Sequence: argc = ((what)->abHdr .argc); argv = ((what)->abGen.data.argv); break; default: argc = 1; argv = &what; break; }; };
1119
1120	for (i = 0; i < argc; i += 1) {
1121	AbSyn ab = argv[i];
1122	genFoamStmt(ab);
1123	if (sym == ssymBuiltin)
1124	gen0ExportToBuiltin(ab);
1125	else if (sym == ssymC)
1126	gen0ExportToC(ab);
1127	else if (sym == ssymFortran)
1128	gen0ExportToFortran(ab);
1129	else if (sym == ssymJava)
1130	gfjExportToJava(ab, dest);
1131	else
1132	comsgFatal(ab, ALDOR_F_Bug365, "Export not implemented");
1133	}
1134	return 0;
1135
1136	}
1137
1138	localstatic Foam
1139	genNever(AbSyn absyn)
1140	{
1141	assert(abUse(absyn) != AB_Use_Elided)do { if (!(((absyn)->abHdr.use) != AB_Use_Elided)) _do_assert (("abUse(absyn) != AB_Use_Elided"),"genfoam.c",1141); } while (0);
1142
1143	gen0AddStmt(foamNew(FOAM_BCall, 2,
1144	FOAM_BVal_Halt,
1145	foamNewSInt(FOAM_Halt_NeverReached)foamNew(FOAM_SInt, 1, (AInt)(FOAM_Halt_NeverReached))),
1146	absyn);
1147	return (Foam)NULL((void*)0);
1148	}
1149
1150	localstatic Foam
1151	genAssert(AbSyn absyn)
1152	{
1153	AbSyn test = absyn->abAssert.test;
1154	Foam call;
1155	String file, text;
1156	int l1, line;
1157
1158	if (optIsIgnoreAssertsWanted())
1159	return NULL((void*)0);
1160
1161	/* !!! We should try and record where this assertion is */
1162	l1 = gen0State->labelNo++;
1163	gen0AddStmt(foamNewIf(genFoamBit(absyn->abAssert.test), l1)foamNew(FOAM_If, 2, genFoamBit(absyn->abAssert.test), l1), absyn);
1164
1165	file = fnameName(sposFile(abPos(test)))((sposFile((spstackFirst((test)->abHdr.pos))))->partv[1 ]);
1166	line = sposLine(abPos(test)(spstackFirst((test)->abHdr.pos)));
1167	text = abPretty(test);
1168	call = gen0BuiltinCCall(FOAM_NOp, "rtAssertMessage", "runtime",
1169	3, gen0CharArray(file),
1170	foamNewSInt(line)foamNew(FOAM_SInt, 1, (AInt)(line)),
1171	gen0CharArray(text));
1172	gen0AddStmt(call, absyn);
1173	gen0AddStmt(foamNew(FOAM_BCall, 2,
1174	FOAM_BVal_Halt,
1175	foamNewSInt(FOAM_Halt_AssertFailed)foamNew(FOAM_SInt, 1, (AInt)(FOAM_Halt_AssertFailed))),
1176	absyn);
1177	gen0AddStmt(foamNewLabel(l1)foamNew(FOAM_Label, 1, (AInt)(l1)), absyn);
1178
1179	return NULL((void*)0);
1180	}
1181
1182	/*
1183	* Generate code for multiple values.
1184	*/
1185	localstatic Foam
1186	genMulti(AbSyn absyn)
1187	{
1188	Foam values, var, val;
1189	AInt type, fmt;
1190	int i;
1191
1192	if (gen0ValueMode) {
1193	values = foamNewEmpty(FOAM_Values, abArgc(absyn)((absyn)->abHdr.argc));
1194	for (i = 0; i < abArgc(absyn)((absyn)->abHdr.argc); i++) {
1195	TForm tfi = abTUnique(abArgv(absyn)[i])((((absyn)->abGen.data.argv)[i])->abHdr.type.unique);
1196	val = genFoamVal(abArgv(absyn)((absyn)->abGen.data.argv)[i]);
1197	type = gen0Type(tfi, &fmt);
1198	/* NB: Poss issue here (fix: var = gen0TempLex0(type, fmt);) */
1199	var = gen0TempLocal0(type, fmt);
1200	values->foamValues.argv[i] = var;
1201	gen0AddStmt(foamNewSet(foamCopy(var), val)foamNew(FOAM_Set, 2, foamCopy(var), val), NULL((void*)0));
1202	}
1203	return values;
1204	}
1205	else {
1206	for (i = 0; i < abArgc(absyn)((absyn)->abHdr.argc); i++)
1207	genFoamStmt(absyn->abComma.argv[i]);
1208	values = NULL((void*)0);
1209	}
1210	return values;
1211	}
1212
1213	/*
1214	* Create a tuple.
1215	*/
1216	Foam
1217	gen0MakeTuple(Length argc, AbSyn *argv, AbSyn absyn)
1218	{
1219	Length i;
1220	AbSyn abi;
1221	Foam vars[2], tupl, elts, elt;
1222
1223	gen0MakeEmptyTuple(foamNewSInt(argc)foamNew(FOAM_SInt, 1, (AInt)(argc)), vars, absyn);
1224	tupl = vars[0];
1225	elts = vars[1];
1226
1227	for (i = 0; i < argc; i += 1) {
1228	abi = gen0AbTypeArg(argv[i]);
1229	elt = genFoamCast(genFoamVal(abi), abi, FOAM_Word);
1230	gen0AddStmt(gen0ASet(elts, (AInt) i, FOAM_Word, elt)foamNew(FOAM_Set, 2, foamNew(FOAM_AElt,3,(AInt)(FOAM_Word),foamNew (FOAM_SInt, 1, (AInt)((AInt) i)),foamCopy(elts)), elt), absyn);
1231	}
1232
1233	/!! This should be a callout to tuple$Tuple(S) /
1234	return tupl;
1235	}
1236
1237	localstatic AbSyn
1238	gen0AbTypeArg(AbSyn ab)
1239	{
1240	Bool changed = true1;
1241
1242	while (changed)
1243	switch (abTag(ab)((ab)->abHdr.tag)) {
1244	case AB_Declare:
1245	ab = ab->abDeclare.type;
1246	break;
1247	case AB_Define:
1248	ab = ab->abDefine.lhs;
1249	break;
1250	default:
1251	changed = false((int) 0);
1252	break;
1253	}
1254
1255	return ab;
1256	}
1257
1258
1259	/*
1260	* Create a tuple.
1261	*/
1262	Foam
1263	gen0MakeCross(Length argc, AbSyn *argv, AbSyn op)
1264	{
1265	TForm tf = tfMapArgN(gen0AbContextType(op), int0((int) 0));
1266	AbSyn elt;
1267	AInt cfmt, ftype;
1268	Foam t;
1269	Length i;
1270
1271
1272	tf = tfDefineeType(tf);
1273	assert(tfIsCross(tf))do { if (!((((tf)->tag) == TF_Cross))) _do_assert(("tfIsCross(tf)" ),"genfoam.c",1273); } while (0);
1274
1275	ftype = gen0Type(tf, &cfmt);
1276	cfmt = gen0CrossFormatNumber(tf);
1277	t = gen0TempLocal0(FOAM_Rec, cfmt);
1278
1279	gen0SetTemp(t, foamNewRNew(cfmt)foamNew(FOAM_RNew, 1, cfmt));
1280
1281	for (i = 0; i < argc; i += 1) {
1282	elt = gen0AbTypeArg(argv[i]);
1283	gen0AddStmt(foamNewSet(foamNewRElt(cfmt, foamCopy(t), i),foamNew(FOAM_Set, 2, foamNew(FOAM_RElt,3,(AInt)(cfmt),foamCopy (t),(AInt)(i)), genFoamVal(elt))
1284	genFoamVal(elt))foamNew(FOAM_Set, 2, foamNew(FOAM_RElt,3,(AInt)(cfmt),foamCopy (t),(AInt)(i)), genFoamVal(elt)), op);
1285	}
1286
1287	/!! This should be a callout to tuple$Tuple(S) /
1288	return foamNewCast(FOAM_Word, t)foamNew(FOAM_Cast, 2, FOAM_Word, t);
1289	}
1290
1291	/*
1292	* Generate code for labelled expressions.
1293	*/
1294	localstatic Foam
1295	genLabel(AbSyn absyn)
1296	{
1297	Syme syme = abSyme(absyn->abLabel.label)((absyn->abLabel.label)->abHdr.seman ? (absyn->abLabel .label)->abHdr.seman->syme : 0);
1298
1299	assert(syme)do { if (!(syme)) _do_assert(("syme"),"genfoam.c",1299); } while (0);
1300	if (symeDVMark(syme)((UShort) (SYFI_DVMark < (8 * sizeof(int)) && !((( ((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_DVMark ))) ? (symeFieldInfo[SYFI_DVMark].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_DVMark))) ? ((( (((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_DVMark ))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_DVMark)] : (symeFieldInfo [SYFI_DVMark].def)) : symeGetFieldFn(syme,SYFI_DVMark))) > 0)
1301	gen0AddStmt(foamNewLabel(gen0VarIndex(syme))foamNew(FOAM_Label, 1, (AInt)(((((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0 )), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) != (0x7FFF)) ? ((UShort) ((((((syme)-> kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void )0)), (syme))->locmask) & (1 << (SYFI_VarIndex) )) ? ((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) : ((UShort) ((((((symeOriginal(syme))-> kind == SYME_Trigger ? libGetAllSymes((symeOriginal(syme))-> lib) : ((void*)0)), (symeOriginal(syme)))->locmask) & ( 1 << (SYFI_VarIndex))) ? ((symeOriginal(syme))->fieldv )[symeIndex(symeOriginal(syme),SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def)))))), absyn);
1302
1303	return genFoam(absyn->abLabel.expr);
1304	}
1305
1306	/*
1307	* Generate code for a gotos.
1308	*/
1309	localstatic Foam
1310	genGoto(AbSyn absyn)
1311	{
1312	Syme syme = abSyme(absyn->abGoto.label)((absyn->abGoto.label)->abHdr.seman ? (absyn->abGoto .label)->abHdr.seman->syme : 0);
1313
1314	assert(syme)do { if (!(syme)) _do_assert(("syme"),"genfoam.c",1314); } while (0);
1315	gen0AddStmt(foamNewGoto(gen0VarIndex(syme))foamNew(FOAM_Goto, 1, (AInt)(((((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0 )), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) != (0x7FFF)) ? ((UShort) ((((((syme)-> kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void )0)), (syme))->locmask) & (1 << (SYFI_VarIndex) )) ? ((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) : ((UShort) ((((((symeOriginal(syme))-> kind == SYME_Trigger ? libGetAllSymes((symeOriginal(syme))-> lib) : ((void*)0)), (symeOriginal(syme)))->locmask) & ( 1 << (SYFI_VarIndex))) ? ((symeOriginal(syme))->fieldv )[symeIndex(symeOriginal(syme),SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def)))))), absyn);
1316
1317	return 0;
1318	}
1319
1320	/*
1321	* Generate code for where clauses.
1322	*/
1323	localstatic Foam
1324	genWhere(AbSyn absyn)
1325	{
1326	Foam foam, lexicals, push, envVar;
1327	FoamList pushEnvPlace;
1328	FoamList lowerSavedLines;
1329	int index, nindex;
1330	Bool flag;
1331
1332	index = gen0FormatNum--;
1333
1334	flag = gen0AddImportPlace(&lowerSavedLines);
1335
1336	/* Save a place for a PushEnv, if needed. */
1337	gen0AddStmt(foamNewNOp()foamNew(FOAM_NOp, (int) 0), absyn);
1338	pushEnvPlace = gen0State->lines;
1339	envVar = gen0Temp(FOAM_Env)gen0Temp0(FOAM_Env, 4);
1340
1341	gen0State->envVarStack =
1342	listCons(Foam)(Foam_listPointer->Cons)(envVar, gen0State->envVarStack);
1343	gen0State->envFormatStack =
1344	listCons(AInt)(AInt_listPointer->Cons)(index, gen0State->envFormatStack);
1345	gen0State->envLexPools =
1346	listCons(VarPool)(VarPool_listPointer->Cons)(gen0State->lexPool,
1347	gen0State->envLexPools);
1348	gen0State->lexPool = vpNew(fboxNew(foamNewEmptyDDecl(FOAM_DDecl_LocalEnv)foamNew(FOAM_DDecl, 1, (AInt) FOAM_DDecl_LocalEnv)));
1349
1350	gen0State->importPlacePrev =
1351	listCons(AInt)(AInt_listPointer->Cons)((AInt) gen0State->importPlace,
1352	gen0State->importPlacePrev);
1353
1354	gen0State->importPlace = NULL((void*)0);
1355
1356	gen0State->whereNest++;
1357	gen0Vars(abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0));
1358
1359	genFoamStmt(absyn->abWhere.context);
1360	foam = genFoamVal(absyn->abWhere.expr);
1361	gen0State->whereNest--;
1362
1363	/* Create the lexicals. */
1364	lexicals = fboxMake(gen0State->lexPool->fbox);
1365	/* always push an env, as we don't track usage of where envs */
1366	nindex = gen0RealFormatNum++;
1367	gen0FormatList = listCons(Foam)(Foam_listPointer->Cons)(lexicals, gen0FormatList);
1368	push = foamNewSet(foamCopy(envVar),foamNew(FOAM_Set, 2, foamCopy(envVar), foamNew(FOAM_PushEnv,2 ,nindex,foamCopy(((((gen0State->envVarStack)->rest))-> first))))
1369	foamNewPushEnv(nindex,foamNew(FOAM_Set, 2, foamCopy(envVar), foamNew(FOAM_PushEnv,2 ,nindex,foamCopy(((((gen0State->envVarStack)->rest))-> first))))
1370	foamCopy(car(cdr(gen0State->envVarStack)))))foamNew(FOAM_Set, 2, foamCopy(envVar), foamNew(FOAM_PushEnv,2 ,nindex,foamCopy(((((gen0State->envVarStack)->rest))-> first))));
1371	foamFree(car(pushEnvPlace)((pushEnvPlace)->first));
1372	car(pushEnvPlace)((pushEnvPlace)->first) = push;
1373	foamProgUnsetLeaf(gen0State->program)((gen0State->program)->foamProg.infoBits &= ~(1 << 1));
1374
1375	/* Restore environment state. */
1376	gen0State->lexPool = car(gen0State->envLexPools)((gen0State->envLexPools)->first);
1377	gen0State->importPlace = (FoamList*)
1378	car(gen0State->importPlacePrev)((gen0State->importPlacePrev)->first);
1379	gen0State->importPlacePrev = cdr(gen0State->importPlacePrev)((gen0State->importPlacePrev)->rest);
1380
1381	if (flag) gen0ResetImportPlace(lowerSavedLines);
1382
1383	gen0AddFormat(index, nindex);
1384
1385	gen0State->envVarStack = cdr(gen0State->envVarStack)((gen0State->envVarStack)->rest);
1386	gen0State->envFormatStack = cdr(gen0State->envFormatStack)((gen0State->envFormatStack)->rest);
1387	gen0State->envLexPools = cdr(gen0State->envLexPools)((gen0State->envLexPools)->rest);
1388
1389	return foam;
1390	}
1391
1392	localstatic Foam
1393	genPretend(AbSyn absyn)
1394	{
1395	AbSyn expr = absyn->abPretendTo.expr;
1396	FoamTag type = gen0Type(gen0AbType(absyn), NULL((void*)0));
1397
1398	return genFoamCast(genFoamVal(expr), expr, type);
1399	}
1400
1401	localstatic Foam
1402	genRestrict(AbSyn absyn)
1403	{
1404	AbSyn expr = absyn->abRestrictTo.expr;
1405
1406	if (abTag(expr)((expr)->abHdr.tag) == AB_Add) {
1407	return gen0AddBody0(expr, abStab(expr)((expr)->abHdr.seman ? (expr)->abHdr.seman->stab : 0 ),
1408	absyn->abRestrictTo.type);
1409	}
1410	else
1411	return genFoamVal(expr);
1412	}
1413
1414	localstatic Foam
1415	genExcept(AbSyn absyn)
1416	{
1417	/*
1418	* This is maybe a bit too simple, esp. if hashcodes
1419	* change under excepts.
1420	*/
1421	return genFoamVal(absyn->abExcept.type);
1422	}
1423
1424
1425	Foam
1426	genImplicit(AbSyn absyn, AbSyn val, FoamTag type)
1427	{
1428	Syme syme = abImplicitSyme(absyn)(((absyn)->abHdr.seman ? (absyn)->abHdr.seman->implicit : 0) ? ((((absyn)->abHdr.seman ? (absyn)->abHdr.seman-> implicit : 0))->abHdr.seman ? (((absyn)->abHdr.seman ? ( absyn)->abHdr.seman->implicit : 0))->abHdr.seman-> syme : 0) : 0);
1429	AbSyn argv = NULL((void)0);
1430	Foam foam;
1431	if (!syme) {
1432	foam = genFoamVal(val);
1433	if (gen0Type(gen0AbContextType(val), NULL((void*)0)) != type)
1434	foam = foamNewCast(type, foam)foamNew(FOAM_Cast, 2, type, foam);
1435	return foam;
1436	}
1437
1438	argv = gen0MakeImplicitArgs(1, val, abThisArgf);
1439	foam = gen0ApplyImplicitSyme(type, syme, 1, argv, NULL((void*)0));
1440	return gen0ApplyReturn(absyn, syme, gen0AbType(absyn), foam);
1441	}
1442
1443	localstatic FoamTag gen0CSigType(TForm tf, AInt *fmt);
1444	localstatic FoamTag gen0CSigTypeTypedef(Syme syme, AInt *fmt);
1445
1446	localstatic Foam
1447	genApply(AbSyn absyn)
1448	{
1449	AbSyn op = abApplyOp(absyn)((absyn)->abApply.op), *argv = abApplyArgv(absyn)((absyn)->abApply.argv);
1450	TForm tf = gen0AbType(absyn);
1451	Foam foam, vals, argloc;
1452	FoamTag type;
1453	Length i, valc;
1454	Bool packed = tfIsPackedMap(gen0AbType(op))(((gen0AbType(op))->tag) == TF_PackedMap);
1455
1456	if (abTag(op)((op)->abHdr.tag) == AB_Qualify && abTag(op->abQualify.what)((op->abQualify.what)->abHdr.tag) == AB_Id)
1457	op = op->abQualify.what;
1458
1459	/* printf("BDS: entered genApply\n"); */
1460	if (packed && !tfIsMulti(tf)(((tf)->tag) == TF_Multiple)) tf = tfRawType(tf);
1461	/* printf("BDS: done in genApply\n"); */
1462
1463	type = gen0Type(tf, NULL((void*)0));
1464
1465	if (gen0IsSpecialType(absyn))
1466	return gen0ApplySpecialType(absyn);
1467
1468	if (abImplicitSyme(absyn)(((absyn)->abHdr.seman ? (absyn)->abHdr.seman->implicit : 0) ? ((((absyn)->abHdr.seman ? (absyn)->abHdr.seman-> implicit : 0))->abHdr.seman ? (((absyn)->abHdr.seman ? ( absyn)->abHdr.seman->implicit : 0))->abHdr.seman-> syme : 0) : 0)) {
1469	Syme syme = abImplicitSyme(absyn)(((absyn)->abHdr.seman ? (absyn)->abHdr.seman->implicit : 0) ? ((((absyn)->abHdr.seman ? (absyn)->abHdr.seman-> implicit : 0))->abHdr.seman ? (((absyn)->abHdr.seman ? ( absyn)->abHdr.seman->implicit : 0))->abHdr.seman-> syme : 0) : 0);
1470	Length argc = abApplyArgc(absyn)(((absyn)->abHdr.argc)-1) + 1;
1471	argv = gen0MakeImplicitArgs(argc, absyn, abArgf);
1472	foam = gen0ApplyImplicitSyme(type, syme, argc, argv, NULL((void*)0));
1473	return gen0ApplyReturn(absyn, syme, tf, foam);
1474	}
1475	else {
1476	/* Generate code for the arguments. */
1477	vals = gen0MakeApplyArgs(abSyme(op)((op)->abHdr.seman ? (op)->abHdr.seman->syme : 0), absyn, &valc);
1478
1479	/* Fill in the operator and leave room for the arguments. */
1480	if (abTag(op)((op)->abHdr.tag) == AB_Id) {
1481	Syme syme = abSyme(op)((op)->abHdr.seman ? (op)->abHdr.seman->syme : 0);
1482
1483	if (symeIsSpecial(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) & (0x0002))) {
1484	foam = gen0SpecialOp(type, syme, valc, argv, vals);
1485	valc = 0; /* args have been filled in */
1486	argloc = NULL((void*)0);
1487	}
1488	else {
1489	foam = gen0ApplySyme(type, syme, abSymeImpl(op)((op)->abHdr.seman ? (op)->abHdr.seman->impl : 0),
1490	valc, &argloc);
1491	}
1492	}
1493	else {
1494	Foam opFoam = genFoamVal(op);
1495	if (!gen0IsMultiEvaluable(opFoam)) {
1496	Foam loc = gen0TempLocal(FOAM_Clos)gen0TempLocal0(FOAM_Clos, 4);
1497	gen0AddStmt(foamNewSet(foamCopy(loc), opFoam)foamNew(FOAM_Set, 2, foamCopy(loc), opFoam), op);
1498	opFoam = loc;
1499	}
1500	foam = gen0CCallFrFoam(type, opFoam, valc, &argloc);
1501	}
1502
1503	/* Fill in the arguments. */
1504	for (i = 0; i < valc; i += 1) argloc[i] = vals[i];
1505	stoFree(vals);
1506
1507	foam = gen0ApplyReturn(absyn, abSyme(op)((op)->abHdr.seman ? (op)->abHdr.seman->syme : 0), tf, foam);
1508	return foam;
1509	}
1510	}
1511
1512	/*
1513	* Args are:
1514	* ab: For source code posn
1515	* syme: possibly null symbol meaning
1516	* tf: return type
1517	* foam: the generated call
1518	*/
1519	Foam
1520	gen0ApplyReturn(AbSyn ab, Syme syme, TForm tf, Foam foam)
1521	{
1522	/* Explode multiple return values. */
1523	if (tfIsMulti(tf)(((tf)->tag) == TF_Multiple) && !tfIsNone(tf)((((tf)->tag) == TF_Multiple) && tfMultiArgc(tf) == 0) && foamTag(foam)((foam)->hdr.tag) != FOAM_Values) {
1524	Foam stmt;
1525
1526	foam = gen1ApplyReturn(ab, syme, tf, foam, &stmt);
1527	gen0AddStmt(stmt, ab);
1528	}
1529	/* Fixup fortran calls. */
1530	/* We should do the argument mangling when generating the args,
1531	* not at this late stage
1532	*/
1533	if (syme && symeIsForeign(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Foreign) &&
1534	symeForeign(syme)((ForeignOrigin) (SYFI_Foreign < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Foreign))) ? (symeFieldInfo[SYFI_Foreign].def) : ((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->locmask) & (1 << (SYFI_Foreign ))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes(( syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Foreign))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Foreign )] : (symeFieldInfo[SYFI_Foreign].def)) : symeGetFieldFn(syme ,SYFI_Foreign)))->protocol == FOAM_Proto_Fortran) {
1535	/*
1536	* Handle a call to a Fortran routine which has modifiable
1537	* dummy arguments or which has a complex result/fn parameter
1538	* and the value of the expression is required
1539	*/
1540	foam = gen0ModifyFortranCall(syme, foam, gen0FortranFnResult,
1541	gen0ValueMode);
1542	}
1543
1544	return(foam);
1545	}
1546
1547	Foam
1548	gen1ApplyReturn(AbSyn ab, Syme syme, TForm tf, Foam foam, Foam *f)
1549	{
1550	/*
1551	* Use this routine if you don't want to add statements
1552	* to the current closure. Make sure that you pass a
1553	* valid pointer for `f' otherwise you're in trouble.
1554	* Note that we don't do any argument mangling so you
1555	* can't use this if your function has been imported
1556	* from a language like Fortran.
1557	*/
1558	int i;
1559	Foam locs = foamNewEmpty(FOAM_Values, tfMultiArgc(tf));
1560	Foam *argv = locs->foamValues.argv;
1561
1562	/* Explode multiple return values. */
1563	for (i = 0; i < foamArgc(locs)((locs)->hdr.argc); i += 1) {
1564	TForm tfi = tfMultiArgN(tf, i)tfFollowArg(tf, i);
1565	FoamTag tag;
1566	AInt fmt;
1567	tag = gen0Type(tfi, &fmt);
1568	argv[i] = gen0TempLocal0(tag, fmt);
1569	}
1570	foam = foamNewMFmt(gen0MultiFormatNumber(tf), foam)foamNew(FOAM_MFmt, 2, gen0MultiFormatNumber(tf), foam);
1571	*f = foamNewSet(foamCopy(locs), foam)foamNew(FOAM_Set, 2, foamCopy(locs), foam);
1572	return locs;
1573	}
1574
1575
1576	Bool
1577	gen0IsFortranCall(AbSyn ab)
1578	{
1579	if (abIsApply(ab)((ab)->abHdr.tag == (AB_Apply)) && abTag(abApplyOp(ab))((((ab)->abApply.op))->abHdr.tag) == AB_Id &&
1580	symeIsForeign(abSyme(abApplyOp(ab)))(((((((((ab)->abApply.op))->abHdr.seman ? (((ab)->abApply .op))->abHdr.seman->syme : 0))->kind == SYME_Trigger ? libGetAllSymes((((((ab)->abApply.op))->abHdr.seman ? (((ab)->abApply.op))->abHdr.seman->syme : 0))->lib ) : ((void*)0)), (((((ab)->abApply.op))->abHdr.seman ? ( ((ab)->abApply.op))->abHdr.seman->syme : 0)))->kind ) == SYME_Foreign) &&
1581	symeForeign(abSyme(abApplyOp(ab)))((ForeignOrigin) (SYFI_Foreign < (8 * sizeof(int)) && !(((((((((ab)->abApply.op))->abHdr.seman ? (((ab)-> abApply.op))->abHdr.seman->syme : 0))->kind == SYME_Trigger ? libGetAllSymes((((((ab)->abApply.op))->abHdr.seman ? (((ab)->abApply.op))->abHdr.seman->syme : 0))->lib ) : ((void)0)), (((((ab)->abApply.op))->abHdr.seman ? ( ((ab)->abApply.op))->abHdr.seman->syme : 0)))->hasmask ) & (1 << (SYFI_Foreign))) ? (symeFieldInfo[SYFI_Foreign ].def) : (((((((((ab)->abApply.op))->abHdr.seman ? (((ab )->abApply.op))->abHdr.seman->syme : 0))->kind == SYME_Trigger ? libGetAllSymes((((((ab)->abApply.op))-> abHdr.seman ? (((ab)->abApply.op))->abHdr.seman->syme : 0))->lib) : ((void)0)), (((((ab)->abApply.op))-> abHdr.seman ? (((ab)->abApply.op))->abHdr.seman->syme : 0)))->locmask) & (1 << (SYFI_Foreign))) ? ((( (((((((ab)->abApply.op))->abHdr.seman ? (((ab)->abApply .op))->abHdr.seman->syme : 0))->kind == SYME_Trigger ? libGetAllSymes((((((ab)->abApply.op))->abHdr.seman ? (((ab)->abApply.op))->abHdr.seman->syme : 0))->lib ) : ((void*)0)), (((((ab)->abApply.op))->abHdr.seman ? ( ((ab)->abApply.op))->abHdr.seman->syme : 0)))->locmask ) & (1 << (SYFI_Foreign))) ? ((((((ab)->abApply. op))->abHdr.seman ? (((ab)->abApply.op))->abHdr.seman ->syme : 0))->fieldv)[symeIndex(((((ab)->abApply.op) )->abHdr.seman ? (((ab)->abApply.op))->abHdr.seman-> syme : 0),SYFI_Foreign)] : (symeFieldInfo[SYFI_Foreign].def)) : symeGetFieldFn(((((ab)->abApply.op))->abHdr.seman ? ( ((ab)->abApply.op))->abHdr.seman->syme : 0),SYFI_Foreign )))->protocol == FOAM_Proto_Fortran)
1582	return true1;
1583	else
1584	return false((int) 0);
1585	}
1586
1587
1588	localstatic Foam *
1589	gen0MakeApplyArgs(Syme syme, AbSyn absyn, Length *valc)
1590	{
1591	AbSyn op, *argv, abi;
1592	Length i, argc;
1593	TForm opTf, tfret;
1594	Foam *vals;
1595	Bool ftnfixedret = false((int) 0);
1596	int extraArg = 0;
1597	FortranType ftnType = 0;
1598
1599	op = abApplyOp(absyn)((absyn)->abApply.op);
1600	opTf = gen0AbContextType(op);
1601
1602	/*
1603	* We need to communicate the length of string values returned
1604	* by Fortran functions which have return type FixedString.
1605	* Once we have created the foam it may be too late so we create
1606	* an extra first argument to the function call here into which
1607	* we pass the foam representing the string length. Later when
1608	* the gen0ModifyFortranCall() code is moved further upstream
1609	* this problem will go away.
1610	*/
1611	if (gen0IsFortranCall(absyn))
1612	{
1613	/* Extract the return type */
1614	tfret = tfMapRet(opTf)tfFollowArg(opTf, 1);
1615	ftnType = ftnTypeFrDomTForm(tfret);
1616
1617
1618	/* Treat Char and Character in the same way */
1619	if (!ftnType && (gen0Type(tfret, NULL((void*)0)) == FOAM_Char))
1620	ftnType = FTN_Character;
1621
1622
1623	/* Do we need an extra argument for string length? */
1624	switch (ftnType)
1625	{
1626	case FTN_XLString:
1627	/*
1628	* Warn the user about returning String
1629	* values from a Fortran function. This
1630	* ought to be done much earlier when the
1631	* original import statement is parsed.
1632	*/
1633	comsgWarning(absyn, ALDOR_W_FtnVarStringRet10);
1634	/* Fall through */
1635	case FTN_Character:
1636	/* Fall through */
1637	case FTN_String:
1638	extraArg = 1;
1639	break;
1640	default:
1641	break;
1642	}
1643
1644
1645	/* Is the return value a fixed-length string? */
1646	ftnfixedret = (ftnType == FTN_String);
1647	}
1648
1649	argc = abApplyArgc(absyn)(((absyn)->abHdr.argc)-1);
1650	argv = abApplyArgv(absyn)((absyn)->abApply.argv);
1651
1652	*valc = tfMapArgc(opTf) + extraArg;
1653	vals = (Foam ) stoAlloc(OB_Other0, (valc) * sizeof(Foam));
1654
1655	if (abEmbedApply(op)(((op)->abHdr.seman ? (op)->abHdr.seman->embed : 0) & ((((AbEmbed) 1) << 12) \| (((AbEmbed) 1) << 13)))) {
1656	assert(valc == 1)do { if (!(valc == 1)) _do_assert(("*valc == 1"),"genfoam.c" ,1656); } while (0);
1657	assert(!ftnfixedret)do { if (!(!ftnfixedret)) _do_assert(("!ftnfixedret"),"genfoam.c" ,1657); } while (0);
1658	vals[0] = gen0EmbedApply(argc, argv, op, abEmbedApply(op)(((op)->abHdr.seman ? (op)->abHdr.seman->embed : 0) & ((((AbEmbed) 1) << 12) \| (((AbEmbed) 1) << 13))));
1659	}
1660	else if (argc == 1 && *valc == 0) {
1661	genFoamStmt(argv[0]);
1662	}
1663	else if (argc == 1 && tfIsMulti(gen0AbContextType(tfMapSelectArg(opTf, absyn, 0)))(((gen0AbContextType(tfMapSelectArg(opTf, absyn, 0)))->tag ) == TF_Multiple)) {
1664	assert(!extraArg)do { if (!(!extraArg)) _do_assert(("!extraArg"),"genfoam.c",1664 ); } while (0);
1665	Foam val = genFoamVal(argv[0]);
1666	assert(foamTag(val) == FOAM_Values)do { if (!(((val)->hdr.tag) == FOAM_Values)) _do_assert(("foamTag(val) == FOAM_Values" ),"genfoam.c",1666); } while (0);
1667	assert(foamArgc(val) == valc)do { if (!(((val)->hdr.argc) == valc)) _do_assert(("foamArgc(val) == *valc" ),"genfoam.c",1667); } while (0);
1668	for (i = 0; i < *valc; i += 1)
1669	vals[i] = val->foamValues.argv[i];
1670	}
1671	else if (ftnfixedret)
1672	{
1673	/*
1674	* We have a call to a function imported from
1675	* Fortran which returns a FixedString value.
1676	*/
1677	AbSyn ab;
1678	TForm tfret = tfMapRet(opTf)tfFollowArg(opTf, 1);
1679
1680	/* <paranoia> */
1681	assert(tfIsAbSyn(tfret))do { if (!(( TF_ABSYN_START <= (((tfret)->tag)) && (((tfret)->tag)) < TF_ABSYN_LIMIT))) _do_assert(("tfIsAbSyn(tfret)" ),"genfoam.c",1681); } while (0); /* TF_Syntax \|\| TF_General */
1682	ab = tfGetExpr(tfret)((tfret)->__absyn);
1683	assert(abTag(ab) == AB_Apply)do { if (!(((ab)->abHdr.tag) == AB_Apply)) _do_assert(("abTag(ab) == AB_Apply" ),"genfoam.c",1683); } while (0);
1684	assert(abArgc(ab) == 2)do { if (!(((ab)->abHdr.argc) == 2)) _do_assert(("abArgc(ab) == 2" ),"genfoam.c",1684); } while (0);
1685	ab = abArgv(ab)((ab)->abGen.data.argv)[1];
1686	assert(ab)do { if (!(ab)) _do_assert(("ab"),"genfoam.c",1686); } while ( 0);
1687	/* </paranoia> */
1688
1689	vals[0] = genFoamVal(ab);
1690	for (i = 1; i < *valc; i += 1) {
1691	abi = tfMapSelectArg(opTf, absyn, i-1);
1692	assert(abi)do { if (!(abi)) _do_assert(("abi"),"genfoam.c",1692); } while (0);
1693	vals[i] = genFoamVal(abi);
1694	}
1695	}
1696	else if (extraArg)
1697	{
1698	/*
1699	* We have a call to a function imported from
1700	* Fortran which returns a Character or String
1701	* result. For Character result then the Fortran
1702	* function really returns a String of length 1
1703	* otherwise it returns a String with length
1704	* that we cannot compute. Use length 0.
1705	*/
1706	int len = (ftnType == FTN_Character) ? 1 : 0;
1707	vals[0] = foamNewSInt(len)foamNew(FOAM_SInt, 1, (AInt)(len));
1708	for (i = 1; i < *valc; i += 1) {
1709	abi = tfMapSelectArg(opTf, absyn, i-1);
1710	assert(abi)do { if (!(abi)) _do_assert(("abi"),"genfoam.c",1710); } while (0);
1711	vals[i] = genFoamVal(abi);
1712	}
1713	}
1714	else {
1715	for (i = 0; i < *valc; i += 1) {
1716	FoamTag exprType = gen0Type(tfMapArgN(opTf, i), NULL((void*)0));
1717	FoamTag paramType = gen0TfMapType(syme, opTf, exprType, NULL((void*)0));
1718	abi = tfMapSelectArg(opTf, absyn, i);
1719	assert(abi)do { if (!(abi)) _do_assert(("abi"),"genfoam.c",1719); } while (0);
1720	vals[i] = foamCastIfNeeded(paramType, exprType, genFoamVal(abi));
1721	}
1722	}
1723
1724	return vals;
1725	}
1726
1727	localstatic Foam
1728	gen0EmbedApply(int argc, AbSyn *argv, AbSyn op, AbEmbed embed)
1729	{
1730	Foam val;
1731	switch (embed) {
1732	case AB_Embed_ApplyMultiToTuple(((AbEmbed) 1) << 12):
1733	val = gen0MakeTuple(argc, argv, op);
1734	break;
1735	case AB_Embed_ApplyMultiToCross(((AbEmbed) 1) << 13):
1736	val = gen0MakeCross(argc, argv, op);
1737	break;
1738	default:
1739	bugBadCase(embed)bug("Bad case %d (line %d in file %s).", (int) embed, 1739, "genfoam.c" );
1740	val = NULL((void*)0);
1741	break;
1742	}
1743	return val;
1744	}
1745
1746	/*
1747	* Build a call to a function given by its symbol meaning.
1748	* The args are filled in later.
1749	*/
1750	localstatic Foam
1751	gen0ApplySyme(FoamTag type, Syme syme, SImpl impl,
1752	Length argc, Foam **pargv)
1753	{
1754	Foam foam;
1755	Foam *args;
1756	AInt mtype;
1757
1758	mtype = gen0TfMapType(syme, symeType(syme), type, NULL((void*)0));
1759	if (symeIsBuiltin(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Builtin))
1760	foam = gen0ApplyBuiltin(syme, argc, &args);
1761
1762	else if (symeIsForeign(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Foreign))
1763	foam = gen0ApplyForeign(type, syme, argc, &args);
1764	else if (symeIsImport(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Import)) {
1765	foam = gen0CCall(mtype, syme, argc, &args);
1766	}
1767	else if (gen0IsOpenCallable(syme, impl) &&
1768	listIsSingleton(gen0State->envFormatStack)((gen0State->envFormatStack) && !((gen0State->envFormatStack )->rest)))
1769	foam = gen0OCall(type, syme, argc, &args);
1770	else
1771	foam = gen0CCall(mtype, syme, argc, &args);
1772
1773	if (type != mtype)
1774	foam = foamNewCast(type, foam)foamNew(FOAM_Cast, 2, type, foam);
1775
1776	*pargv = args;
1777	return foam;
1778	}
1779
1780	localstatic Bool
1781	gen0IsOpenCallable(Syme syme, SImpl impl)
1782	{
1783
1784	/*
1785	* #define isOpenCallable(syme) \
1786	* (fintMode != FINT_LOOP && !gen0IsCatInner() && symeClosure(syme) && \
1787	* (symeIsLexConst(syme) \|\| symeIsExtend(syme) \|\| symeIsExport(syme)))
1788	*/
1789	if (fintMode == FINT_LOOP2)
1790	return false((int) 0);
1791	if (gen0IsCatInner())
1792	return false((int) 0);
1793	if (!symeClosure(syme)((Foam) (SYFI_Closure < (8 * sizeof(int)) && !(((( (syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Closure ))) ? (symeFieldInfo[SYFI_Closure].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0 )), (syme))->locmask) & (1 << (SYFI_Closure))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Closure))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Closure )] : (symeFieldInfo[SYFI_Closure].def)) : symeGetFieldFn(syme ,SYFI_Closure))))
1794	return false((int) 0);
1795
1796	if (!impl \|\| !implIsLocal(impl)((impl)->implGen.hdr.tag == SIMPL_Local))
1797	return false((int) 0);
1798
1799	if (symeIsLexConst(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_LexConst))
1800	return true1;
1801	if (symeIsExtend(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Extend))
1802	return true1;
1803	if (symeIsExport(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Export))
1804	return true1;
1805
1806	return false((int) 0);
1807	}
1808
1809
1810	/*
1811	* Build a call to a builtin function. The args are filled in later.
1812	*/
1813	localstatic Foam
1814	gen0ApplyBuiltin(Syme syme, Length argc, Foam **pargv)
1815	{
1816	Foam foam;
1817
1818	foam = foamNewEmpty(FOAM_BCall, OpSlot1 + argc);
1819	foam->foamBCall.op = symeBuiltin(syme)((FoamBValTag) (SYFI_Builtin < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Builtin))) ? (symeFieldInfo[SYFI_Builtin].def) : ((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->locmask) & (1 << (SYFI_Builtin ))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes(( syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Builtin))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Builtin )] : (symeFieldInfo[SYFI_Builtin].def)) : symeGetFieldFn(syme ,SYFI_Builtin)));
1820
1821	*pargv = foam->foamBCall.argv;
1822
1823	return foam;
1824	}
1825
1826	/*
1827	* Build a call to a foreign function. The args are filled in later.
1828	*/
1829	localstatic Foam
1830	gen0ApplyForeign(FoamTag type, Syme syme, Length argc, Foam **pargv)
1831	{
1832	Foam foam;
1833	FoamTag objTag = type;
1834
1835	/* printf("BDS: Inside gen0ApplyForeign\n"); */
1836
1837	foam = foamNewEmpty(FOAM_PCall, TypeSlot1 + OpSlot1 + ProtoSlot1 + argc);
1838	foam->foamPCall.type = objTag;
1839	foam->foamPCall.op = gen0ForeignValue(syme);
1840	foam->foamPCall.protocol = symeForeign(syme)((ForeignOrigin) (SYFI_Foreign < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Foreign))) ? (symeFieldInfo[SYFI_Foreign].def) : ((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->locmask) & (1 << (SYFI_Foreign ))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes(( syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Foreign))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Foreign )] : (symeFieldInfo[SYFI_Foreign].def)) : symeGetFieldFn(syme ,SYFI_Foreign)))->protocol;
1841
1842	*pargv = foam->foamPCall.argv;
1843
1844	return foam;
1845	}
1846
1847	/*
1848	* Build an open call. The args are filled in later.
1849	*/
1850	localstatic Foam
1851	gen0OCall(FoamTag type, Syme syme, Length argc, Foam **pargv)
1852	{
1853	Foam clos = foamCopy(symeClosure(syme)((Foam) (SYFI_Closure < (8 * sizeof(int)) && !(((( (syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Closure ))) ? (symeFieldInfo[SYFI_Closure].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0 )), (syme))->locmask) & (1 << (SYFI_Closure))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Closure))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Closure )] : (symeFieldInfo[SYFI_Closure].def)) : symeGetFieldFn(syme ,SYFI_Closure)))), foam;
1854	int opLevel = symeDefLevelNo(syme)(symeDefLevel(syme)->lexicalLevel);
1855	int closLevel = clos->foamClos.env->foamEnv.level;
1856	int envLevel = gen0FoamLevel(opLevel + closLevel);
1857
1858	foam = foamNewEmpty(FOAM_OCall, TypeSlot1 + OpSlot1 + EnvSlot1 + argc);
1859	foam->foamOCall.type = type;
1860	foam->foamOCall.op = clos->foamClos.prog;
1861	foam->foamOCall.env = foamNewEnv(envLevel)foamNew(FOAM_Env, 1, (AInt)(envLevel));
1862
1863	if (envLevel == 0) foamProgUnsetLeaf(gen0State->program)((gen0State->program)->foamProg.infoBits &= ~(1 << 1));
1864	if (suVal(listElt(SlotUsage)(gen0State->formatUsage, envLevel))( ((SlotUsage_listPointer->Elt)(gen0State->formatUsage, envLevel) & 2) == 2 ? (((SlotUsage_listPointer->Elt)( gen0State->formatUsage, envLevel)) >> 2): (int) 0) == emptyFormatSlot4)
1865	gen0UseFormat(envLevel, envUsedSlot0);
1866
1867	*pargv = foam->foamOCall.argv;
1868	return foam;
1869	}
1870
1871	/*
1872	* Build a closed call. The args are filled in later.
1873	*/
1874	localstatic Foam
1875	gen0CCall(FoamTag type, Syme syme, Length argc, Foam **pargv)
1876	{
1877	Foam *argloc;
1878	Foam foam;
1879
1880	foam = gen0CCallFrFoam(type, gen0ExtendSyme(syme), argc, &argloc);
1881	if (tfIsDomainMap(symeType(syme)))
1882	foamPure(foam)((foam)->hdr.info.pure) = true1;
1883
1884	*pargv = argloc;
1885
1886	/*
1887	printf("BDS: inside gen0CCall\n");
1888	foamPrint(stdout,foam);
1889	*/
1890
1891	return foam;
1892	}
1893
1894	/*
1895	* This is an export so we can get to it from export.c. It is
1896	* after all quite a useful function.
1897	*/
1898	Foam
1899	gen0CCallFrFoam(FoamTag type, Foam op, Length argc, Foam **pargv)
1900	{
1901	Foam foam;
1902
1903	foam = foamNewEmpty(FOAM_CCall, TypeSlot1 + OpSlot1 + argc);
1904	foam->foamCCall.type = type;
1905	foam->foamCCall.op = op;
1906
1907	*pargv = foam->foamCCall.argv;
1908	return foam;
1909	}
1910
1911	localstatic Foam
1912	gen0ApplyImplicitSyme(FoamTag type, Syme syme, Length argc,
1913	AbSyn *argv, Foam vals)
1914	{
1915	AbSyn abtmp;
1916	TForm tf;
1917	Foam foam, *argloc;
1918	Length i, tfargc;
1919
1920	if (symeIsSpecial(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) & (0x0002))) {
1921	foam = gen0SpecialOp(type, syme, argc, argv, NULL((void*)0));
1922	stoFree(argv);
1923	return foam;
1924	}
1925	/* Gross! */
1926	tf = symeType(syme);
1927	tfFollow(tf)((tf) = tfFollowFn(tf));
1928	assert(tfIsAnyMap(tf))do { if (!(((((tf)->tag) == TF_Map) \|\| (((tf)->tag) == TF_PackedMap )))) _do_assert(("tfIsAnyMap(tf)"),"genfoam.c",1928); } while (0);
1929
1930	tfargc = tfMapArgc(tf);
1931	foam = gen0ApplySyme(type, syme, NULL((void*)0), tfargc, &argloc);
1932
1933	abtmp = abNewEmpty(AB_Apply, argc + 1);
1934	abtmp->abApply.op = NULL((void*)0);
1935
1936	for (i = 0; i < argc; i += 1) {
1937	abtmp->abApply.argv[i] = argv[i];
1938	}
1939	for (i = 0; i < tfargc; i += 1) {
1940	AbSyn argi = tfMapSelectArg(tf, abtmp, i);
1941	argloc[i] = genFoamVal(argi);
1942	}
1943	/* Should check vals here for additional arguments ... */
1944	abFreeNode(abtmp);
1945	stoFree(argv);
1946	return foam;
1947	}
1948
1949	localstatic AbSyn *
1950	gen0MakeImplicitArgs(Length argc, AbSyn ab, AbSynGetter argf)
1951	{
1952	AbSyn argv = (AbSyn) stoAlloc(OB_Other0, argc*sizeof(AbSyn));
1953	int i;
1954
1955	for (i=0; i<argc; i++)
1956	argv[i] = (*argf)(ab, i);
1957
1958	return argv;
1959	}
1960
1961	/*****************************************************************************
1962	*
1963	* :: Generate code for application of special operations.
1964	*
1965	****************************************************************************/
1966
1967	localstatic TForm gen0SpecialKeyType (TForm);
1968	localstatic TForm gen0SpecialArgType (Syme, Length);
1969	localstatic TForm gen0SpecialRetType (Syme);
1970	localstatic AInt gen0RawRecordIndex (TForm, TForm);
1971	localstatic AInt gen0RecordIndex (TForm, TForm);
1972	localstatic AInt gen0UnionIndex (TForm, TForm);
1973	localstatic AInt gen0TrailingIndex (TForm, TForm);
1974	localstatic AInt gen0UnionCaseIndex (TForm, AbSyn);
1975	localstatic AInt gen0EnumIndex (TForm, Symbol);
1976	localstatic Bool gen0IsEnumLit (Syme);
1977
1978	localstatic Foam gen0SpecialUnhandled (Syme);
1979
1980	localstatic Foam gen0ArrayNew (Syme, Length, AbSyn , Foam );
1981	localstatic Foam gen0ArrayElt (FoamTag, Length, AbSyn , Foam );
1982	localstatic Foam gen0ArraySet (FoamTag, Length, AbSyn , Foam );
1983	localstatic Foam gen0ArrayDispose (Length, AbSyn , Foam );
1984
1985	localstatic Foam gen0RawRecordNew (TForm, Length, AbSyn , Foam );
1986	localstatic Foam gen0RawRecordExplode (TForm, Length, AbSyn , Foam );
1987	localstatic Foam gen0RawRecordElt (Syme, TForm, Length, AbSyn , Foam );
1988	localstatic Foam gen0RawRecordSet (Syme, TForm, Length, AbSyn , Foam );
1989	localstatic Foam gen1RawRecordSet (TForm, Foam, Foam, Foam, AInt);
1990	localstatic Foam gen0RawRecordDispose (Length, AbSyn , Foam );
1991	localstatic Foam gen1RawRecordFormat (TForm);
1992
1993	localstatic Foam gen0RecordNew (TForm, Length, AbSyn , Foam );
1994	localstatic Foam gen0RecordExplode (TForm, Length, AbSyn , Foam );
1995	localstatic Foam gen0RecordElt (Syme, TForm, Length, AbSyn , Foam );
1996	localstatic Foam gen0RecordSet (Syme, TForm, Length, AbSyn , Foam );
1997	localstatic Foam gen0RecordDispose (Length, AbSyn , Foam );
1998
1999	localstatic Foam gen0BIntDispose (Length, AbSyn , Foam );
2000
2001	localstatic Foam gen0UnionNew (Syme, TForm, Length, AbSyn , Foam );
2002	localstatic Foam gen0UnionCase (TForm, Length, AbSyn , Foam );
2003	localstatic Foam gen0UnionCaseBool (TForm, Length, AbSyn , Foam );
2004	localstatic Foam gen0UnionElt (FoamTag,TForm,Length,AbSyn , Foam );
2005	localstatic Foam gen0UnionSet (FoamTag,TForm,Length,AbSyn , Foam );
2006	localstatic Foam gen0UnionDispose (Length, AbSyn , Foam );
2007
2008	localstatic Foam gen0EnumEqual (AbSyn , Foam );
2009	localstatic Foam gen0EnumNotEqual (AbSyn , Foam );
2010
2011	localstatic Foam gen0TrailingNew (Syme, TForm, Length, AbSyn , Foam );
2012	localstatic Foam gen0TrailingDispose (Syme, TForm, Length, AbSyn , Foam );
2013	localstatic Foam gen0TrailingElt (Syme, TForm, Length, AbSyn , Foam );
2014	localstatic Foam gen0TrailingSet (Syme, TForm, Length, AbSyn , Foam );
2015
2016	localstatic Foam
2017	gen0SpecialOp(FoamTag type, Syme syme, Length argc, AbSyn argv, Foam vals)
2018	{
2019	Symbol sym = symeId(syme)((syme)->id);
2020	Foam foam = NULL((void*)0);
2021
2022	/* Arrays. */
2023
2024	if (sym == ssymArrNew)
2025	foam = gen0ArrayNew(syme, argc, argv, vals);
2026
2027	else if (sym == ssymArrElt)
2028	foam = gen0ArrayElt(type, argc, argv, vals);
2029
2030	else if (sym == ssymArrSet)
2031	foam = gen0ArraySet(type, argc, argv, vals);
2032
2033	else if (sym == ssymArrDispose)
2034	foam = gen0ArrayDispose(argc, argv, vals);
2035
2036	/* Big Integers. */
2037
2038	else if (sym == ssymBIntDispose)
2039	foam = gen0BIntDispose(argc, argv, vals);
2040
2041	/* Raw Records. */
2042	else if (sym == ssymRawRecNew \|\| sym == ssymTheRawRecord) {
2043	TForm key = gen0SpecialRetType(syme);
2044	if (tfIsRawRecord(key)(((key)->tag) == TF_RawRecord))
2045	foam = gen0RawRecordNew(key, argc, argv, vals);
2046	}
2047
2048	else if (sym == ssymRawRecElt) {
2049	TForm key = gen0SpecialArgType(syme, argc);
2050	if (tfIsRawRecord(key)(((key)->tag) == TF_RawRecord))
2051	foam = gen0RawRecordElt(syme, key, argc, argv, vals);
2052	}
2053
2054	else if (sym == ssymRawRecSet) {
2055	TForm key = gen0SpecialArgType(syme, argc);
2056	if (tfIsRawRecord(key)(((key)->tag) == TF_RawRecord))
2057	foam = gen0RawRecordSet(syme, key, argc, argv, vals);
2058	}
2059
2060	else if (sym == ssymRawRecDispose) {
2061	TForm key = gen0SpecialArgType(syme, argc);
2062	if (tfIsRawRecord(key)(((key)->tag) == TF_RawRecord))
2063	foam = gen0RawRecordDispose(argc, argv, vals);
2064	}
2065
2066	/* Records. */
2067	else if (sym == ssymRecNew \|\| sym == ssymTheRecord) {
2068	TForm key = gen0SpecialRetType(syme);
2069	if (tfIsRecord(key)(((key)->tag) == TF_Record))
2070	foam = gen0RecordNew(key, argc, argv, vals);
2071	}
2072
2073	else if (sym == ssymRecElt) {
2074	TForm key = gen0SpecialArgType(syme, argc);
2075	if (tfIsRecord(key)(((key)->tag) == TF_Record))
2076	foam = gen0RecordElt(syme, key, argc, argv, vals);
2077	}
2078
2079	else if (sym == ssymRecSet) {
2080	TForm key = gen0SpecialArgType(syme, argc);
2081	if (tfIsRecord(key)(((key)->tag) == TF_Record))
2082	foam = gen0RecordSet(syme, key, argc, argv, vals);
2083	}
2084
2085	else if (sym == ssymRecDispose) {
2086	TForm key = gen0SpecialArgType(syme, argc);
2087	if (tfIsRecord(key)(((key)->tag) == TF_Record))
2088	foam = gen0RecordDispose(argc, argv, vals);
2089	}
2090
2091	/* Unions. */
2092
2093	else if (sym == ssymTheUnion) {
2094	TForm key = gen0SpecialRetType(syme);
2095	if (tfIsUnion(key)(((key)->tag) == TF_Union))
2096	foam = gen0UnionNew(syme, key, argc, argv, vals);
2097	}
2098
2099	else if (sym == ssymTheCase) {
2100	TForm key = gen0SpecialArgType(syme, argc);
2101	if (tfIsUnion(key)(((key)->tag) == TF_Union))
2102	foam = gen0UnionCase(key, argc, argv, vals);
2103	}
2104
2105	/* TrailingArrays. */
2106	else if (sym == ssymTheTrailingArray) {
2107	TForm key = gen0SpecialArgType(syme, argc);
2108	if (tfIsTrailingArray(key)(((key)->tag) == TF_TrailingArray))
2109	foam = gen0TrailingNew(syme, key, argc, argv, vals);
2110	}
2111	/* Enumerations. */
2112
2113	else if (sym == ssymEquals) {
2114	TForm key = gen0SpecialArgType(syme, argc);
2115	if (tfIsEnum(key)(((key)->tag) == TF_Enumerate))
2116	foam = gen0EnumEqual(argv, vals);
2117	}
2118
2119	else if (sym == ssymNotEquals) {
2120	TForm key = gen0SpecialArgType(syme, argc);
2121	if (tfIsEnum(key)(((key)->tag) == TF_Enumerate))
2122	foam = gen0EnumNotEqual(argv, vals);
2123	}
2124
2125	/* Generators. */
2126
2127	else if (sym == ssymTheGenerator)
2128	foam = genFoamArg(argv, vals, int0((int) 0));
2129
2130	/* bracket, explode, apply, set!, dispose!. */
2131
2132	else if (sym == ssymBracket) {
2133	TForm key = gen0SpecialRetType(syme);
2134	if (tfIsRecord(key)(((key)->tag) == TF_Record))
2135	foam = gen0RecordNew(key, argc, argv, vals);
2136	else if (tfIsRawRecord(key)(((key)->tag) == TF_RawRecord))
2137	foam = gen0RawRecordNew(key, argc, argv, vals);
2138	else if (tfIsUnion(key)(((key)->tag) == TF_Union))
2139	foam = gen0UnionNew(syme, key, argc, argv, vals);
2140	if (tfIsTrailingArray(key)(((key)->tag) == TF_TrailingArray))
2141	foam = gen0TrailingNew(syme, key, argc, argv, vals);
2142	}
2143
2144	else if (sym == ssymTheExplode) {
2145	TForm key = gen0SpecialArgType(syme, argc);
2146	if (tfIsRecord(key)(((key)->tag) == TF_Record))
2147	foam = gen0RecordExplode(key, argc, argv, vals);
2148	else if (tfIsRawRecord(key)(((key)->tag) == TF_RawRecord))
2149	foam = gen0RawRecordExplode(key, argc, argv, vals);
2150	}
2151
2152	else if (sym == ssymApply) {
2153	TForm key = gen0SpecialArgType(syme, argc);
2154	if (tfIsRecord(key)(((key)->tag) == TF_Record))
2155	foam = gen0RecordElt(syme, key, argc, argv, vals);
2156	else if (tfIsRawRecord(key)(((key)->tag) == TF_RawRecord))
2157	foam = gen0RawRecordElt(syme, key, argc, argv, vals);
2158	else if (tfIsUnion(key)(((key)->tag) == TF_Union))
2159	foam = gen0UnionElt(type, key, argc, argv, vals);
2160	else if (tfIsTrailingArray(key)(((key)->tag) == TF_TrailingArray))
2161	foam = gen0TrailingElt(syme, key, argc, argv, vals);
2162	}
2163
2164	else if (sym == ssymSetBang) {
2165	TForm key = gen0SpecialArgType(syme, argc);
2166	if (tfIsRecord(key)(((key)->tag) == TF_Record))
2167	foam = gen0RecordSet(syme, key, argc, argv, vals);
2168	else if (tfIsRawRecord(key)(((key)->tag) == TF_RawRecord))
2169	foam = gen0RawRecordSet(syme, key, argc, argv, vals);
2170	else if (tfIsUnion(key)(((key)->tag) == TF_Union))
2171	foam = gen0UnionSet(type, key, argc, argv, vals);
2172	else if (tfIsTrailingArray(key)(((key)->tag) == TF_TrailingArray))
2173	foam = gen0TrailingSet(syme, key, argc, argv, vals);
2174	}
2175
2176	else if (sym == ssymTheDispose) {
2177	TForm key = gen0SpecialArgType(syme, argc);
2178	if (tfIsRecord(key)(((key)->tag) == TF_Record))
2179	foam = gen0RecordDispose(argc, argv, vals);
2180	else if (tfIsRawRecord(key)(((key)->tag) == TF_RawRecord))
2181	foam = gen0RawRecordDispose(argc, argv, vals);
2182	else if (tfIsUnion(key)(((key)->tag) == TF_Union))
2183	foam = gen0UnionDispose(argc, argv, vals);
2184	else if (tfIsTrailingArray(key)(((key)->tag) == TF_TrailingArray))
2185	foam = gen0TrailingDispose(syme, key, argc, argv, vals);
2186	}
2187
2188	if (foam == NULL((void*)0))
2189	foam = gen0SpecialUnhandled(syme);
2190
2191	return gen0SetValue(foam, argv[0]);
2192	}
2193
2194
2195	/*****************************************************************************
2196	*
2197	* :: Specific generators for special operations.
2198	*
2199	****************************************************************************/
2200
2201	/* Helper functions. */
2202
2203	localstatic Foam
2204	genFoamArg(AbSyn argv, Foam vals, int index)
2205	{
2206	if (vals && vals[index])
2207	return vals[index];
2208
2209	return genFoamVal(argv[index]);
2210	}
2211
2212	localstatic TForm
2213	gen0SpecialKeyType(TForm tf)
2214	{
2215	SymeList xsymes;
2216	TFormTag tag = TF_Unknown;
2217	TFormList args = listNil(TForm)((TFormList) 0);
2218	TForm ntf;
2219	Length i, argc;
2220
2221	tfFollow(tf)((tf) = tfFollowFn(tf));
2222	if (tfIsRecord(tf)(((tf)->tag) == TF_Record) \|\| tfIsRawRecord(tf)(((tf)->tag) == TF_RawRecord) \|\| tfIsUnion(tf)(((tf)->tag) == TF_Union) \|\|
2223	tfIsEnum(tf)(((tf)->tag) == TF_Enumerate) \|\| tfIsTrailingArray(tf)(((tf)->tag) == TF_TrailingArray))
2224	return tf;
2225
2226	for (xsymes = tfGetDomExports(tf); xsymes; xsymes = cdr(xsymes)((xsymes)->rest)) {
2227	Syme xsyme = car(xsymes)((xsymes)->first);
2228	Symbol sym = symeId(xsyme)((xsyme)->id);
2229	TFormTag ntag;
2230	TForm arg = NULL((void*)0);
2231
2232	if (!symeIsSpecial(xsyme)(((((xsyme)->kind == SYME_Trigger ? libGetAllSymes((xsyme) ->lib) : ((void*)0)), (xsyme))->bits) & (0x0002))) continue;
2233
2234	if (sym == ssymTheRecord)
2235	ntag = TF_Record;
2236	else if (sym == ssymTheRawRecord)
2237	ntag = TF_RawRecord;
2238	else if (sym == ssymTheUnion)
2239	ntag = TF_Union;
2240	else if (sym == ssymTheTrailingArray)
2241	ntag = TF_TrailingArray;
2242	else if (tfIsSelf(symeType(xsyme))(((((symeType(xsyme))->tag) == TF_General) && (((( symeType(xsyme))->__absyn))->abHdr.tag) == AB_Id) && (((symeType(xsyme))->__absyn)->abId.sym) == (ssymSelf) ))
2243	ntag = TF_Enumerate;
2244	else
2245	ntag = TF_Unknown;
2246
2247	if (ntag == TF_Unknown)
2248	;
2249	else if (tag == TF_Unknown)
2250	tag = ntag;
2251	else if (tag != ntag)
2252	/* Seen two of record/union/enum!? */
2253	return tfUnknown;
2254
2255	/* We assume the special symes stay in order. */
2256	if (tag == TF_Record && sym == ssymApply)
2257	arg = tfMapRet(symeType(xsyme))tfFollowArg(symeType(xsyme), 1);
2258	if (tag == TF_RawRecord && sym == ssymApply)
2259	arg = tfMapRet(symeType(xsyme))tfFollowArg(symeType(xsyme), 1);
2260	if (tag == TF_Union && sym == ssymTheUnion)
2261	arg = tfMapArgN(symeType(xsyme), int0((int) 0));
2262	if (tag == TF_Enumerate && tfIsSelf(symeType(xsyme))(((((symeType(xsyme))->tag) == TF_General) && (((( symeType(xsyme))->__absyn))->abHdr.tag) == AB_Id) && (((symeType(xsyme))->__absyn)->abId.sym) == (ssymSelf) ))
2263	arg = tfDeclare(abFrSyme(xsyme), tfType);
2264
2265	if (arg) args = listCons(TForm)(TForm_listPointer->Cons)(arg, args);
2266	}
2267
2268	args = listNReverse(TForm)(TForm_listPointer->NReverse)(args);
2269	argc = listLength(TForm)(TForm_listPointer->_Length)(args);
2270
2271	ntf = tfNewEmpty(tag, argc);
2272	for (i = 0; i < argc; i += 1, args = cdr(args)((args)->rest))
2273	tfArgv(ntf)((ntf)->argv)[i] = car(args)((args)->first);
2274
2275	return ntf;
2276	}
2277
2278	localstatic TForm
2279	gen0SpecialArgType(Syme syme, Length argc)
2280	{
2281	TForm tf = tfDefineeType(symeType(syme));
2282	TForm key = tfMapMultiArgN(tf, argc, int0((int) 0));
2283	return gen0SpecialKeyType(key);
2284	}
2285
2286	localstatic TForm
2287	gen0SpecialRetType(Syme syme)
2288	{
2289	TForm tf = tfDefineeType(symeType(syme));
2290	TForm key = tfMapRet(tf)tfFollowArg(tf, 1);
2291	return gen0SpecialKeyType(key);
2292	}
2293
2294	localstatic AInt
2295	gen0RawRecordIndex(TForm whole, TForm part)
2296	{
2297	Symbol sym = tfEnumId(part, int0((int) 0));
2298	AInt i;
2299
2300	for (i = 0; i < tfRawRecordArgc(whole); i += 1)
2301	if (sym == tfDefineeSymbol(tfRawRecordArgN(whole, i)tfFollowArg(whole, i)))
2302	return i;
2303
2304	bug("gen0RawRecordIndex: accessor not in record");
2305	return -1;
2306	}
2307
2308	localstatic AInt
2309	gen0RecordIndex(TForm whole, TForm part)
2310	{
2311	Symbol sym = tfEnumId(part, int0((int) 0));
2312	AInt i;
2313
2314	for (i = 0; i < tfRecordArgc(whole); i += 1)
2315	if (sym == tfDefineeSymbol(tfRecordArgN(whole, i)tfFollowArg(whole, i)))
2316	return i;
2317
2318	bug("gen0RecordIndex: accessor not in record");
2319	return -1;
2320	}
2321
2322	localstatic AInt
2323	gen0UnionIndex(TForm whole, TForm part)
2324	{
2325	AInt i;
2326	Symbol sym = tfDefineeSymbol(part);
2327	for (i = 0; i < tfUnionArgc(whole); i += 1)
2328	if ((!sym \|\| tfCompoundId(whole,i) == sym)
2329	&& tfEqual(part, tfUnionArgN(whole, i)tfFollowArg(whole, i)))
2330	return i;
2331
2332	bug("gen0UnionIndex: branch not in union");
2333	return -1;
2334	}
2335
2336	localstatic AInt
2337	gen0UnionCaseIndex(TForm whole, AbSyn part)
2338	{
2339	Symbol sym = part->abId.sym;
2340	AInt i;
2341
2342	for (i = 0; i < tfUnionArgc(whole); i += 1)
2343	if (sym == tfDefineeSymbol(tfUnionArgN(whole, i)tfFollowArg(whole, i)))
2344	return i;
2345
2346	bug("gen0UnionCaseIndex: branch not in union");
2347	return -1;
2348	}
2349
2350	localstatic AInt
2351	gen0EnumIndex(TForm whole, Symbol sym)
2352	{
2353	AInt i;
2354
2355	for (i = 0; i < tfEnumArgc(whole); i += 1)
2356	if (sym == tfEnumId(whole, i))
2357	return i;
2358
2359	bug("gen0EnumIndex: case not in enumeration");
2360	return -1;
2361	}
2362
2363	localstatic AInt
2364	gen0TrailingIndex(TForm whole, TForm tf)
2365	{
2366	AInt i;
2367	int argc = tfAsMultiArgc(whole);
2368	Symbol sym = tfEnumId(tf, int0((int) 0));
2369	for (i = 0; i < argc; i += 1)
2370	if (sym == tfDefineeSymbol(tfAsMultiArgN(whole, argc, i)))
2371	return i;
2372
2373	bug("gen0TrailingIndex: label not in record");
2374	return -1;
2375	}
2376
2377	localstatic Bool
2378	gen0IsEnumLit(Syme syme)
2379	{
2380	/* SpecialKeyType may be costly, so avoid if poss */
2381	return symeIsImport(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Import) &&
2382	symeIsSpecial(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) & (0x0002)) &&
2383	!tfIsMap(symeType(syme))(((symeType(syme))->tag) == TF_Map) &&
2384	tfIsEnum(gen0SpecialKeyType(symeType(syme)))(((gen0SpecialKeyType(symeType(syme)))->tag) == TF_Enumerate );
2385	}
2386
2387	localstatic Foam
2388	gen0SpecialUnhandled(Syme syme)
2389	{
2390	fprintf(stderrstderr,
2391	"Implementation restriction: unhandled special symbol meaning");
2392	fnewline(stderrstderr);
2393	fprintf(stderrstderr, " %s : ", symeString(syme)((((syme)->id))->str));
2394	tfPrettyPrint(stderrstderr, symeType(syme));
2395	fnewline(stderrstderr);
2396
2397	bugUnimpl(symeString(syme))bug("Unimplemented %s (line %d in file %s).", ((((syme)->id ))->str), 2397, "genfoam.c");
2398	return NULL((void*)0);
2399	}
2400
2401	/* Arrays. */
2402
2403	localstatic Foam
2404	gen0ArrayNew(Syme syme, Length argc, AbSyn argv, Foam vals)
2405	{
2406	TForm tf = tfDefineeType(symeType(syme));
2407	TForm tfi = tfMapMultiArgN(tf, argc, int0((int) 0));
2408	FoamTag type = gen0Type(tfi, NULL((void*)0));
2409	Foam value = genFoamArg(argv, vals, 1);
2410
2411	return foamNewANew(type, value)foamNew(FOAM_ANew, 2, type, value);
2412	}
2413
2414	localstatic Foam
2415	gen0ArrayElt(FoamTag type, Length argc, AbSyn argv, Foam vals)
2416	{
2417	Foam whole = genFoamArg(argv, vals, int0((int) 0));
2418	Foam index = genFoamArg(argv, vals, 1);
2419
2420	return foamNewAElt(type, index, whole)foamNew(FOAM_AElt,3,(AInt)(type),index,whole);
2421	}
2422
2423	localstatic Foam
2424	gen0ArraySet(FoamTag type, Length argc, AbSyn argv, Foam vals)
2425	{
2426	Foam whole = genFoamArg(argv, vals, int0((int) 0));
2427	Foam index = genFoamArg(argv, vals, 1);
2428	Foam value = genFoamArg(argv, vals, 2);
2429
2430	return foamNewSet(foamNewAElt(type, index, whole), value)foamNew(FOAM_Set, 2, foamNew(FOAM_AElt,3,(AInt)(type),index,whole ), value);
2431	}
2432
2433	localstatic Foam
2434	gen0ArrayDispose(Length argc, AbSyn argv, Foam vals)
2435	{
2436	Foam value = genFoamArg(argv, vals, int0((int) 0));
2437
2438	return foamNewFree(value)foamNew(FOAM_Free, 1, value);
2439	}
2440
2441
2442	/* Big Integers. */
2443
2444	localstatic Foam
2445	gen0BIntDispose(Length argc, AbSyn argv, Foam vals)
2446	{
2447	Foam value = genFoamArg(argv, vals, int0((int) 0));
2448
2449	return foamNewFree(value)foamNew(FOAM_Free, 1, value);
2450	}
2451
2452
2453	/* Raw Records. */
2454
2455	/*
2456	* PackedRepSize: () -> SInt;
2457	*/
2458	localstatic Bool
2459	tfIsPackedRepSize(TForm tf)
2460	{
2461	/* Follow substitutions */
2462	tfFollow(tf)((tf) = tfFollowFn(tf));
2463
2464
2465	/*
2466	* Type checking - must be nullary map returning a
2467	* SInt$Machine. We probably ought to be using tfSat():
2468	* since we don't we don't check the return type.
2469	*/
2470	if (!tfIsAnyMap(tf)((((tf)->tag) == TF_Map) \|\| (((tf)->tag) == TF_PackedMap ))) return false((int) 0);
2471	if (tfMapArgc(tf) != 0) return false((int) 0);
2472
2473
2474	/* Looks like the correct type */
2475	return true1;
2476	}
2477
2478
2479	/*
2480	* PackedRecordGet: Ptr -> %
2481	*/
2482	localstatic Bool
2483	tfIsPackedRecordGet(TForm tf)
2484	{
2485	/* Follow substitutions */
2486	tfFollow(tf)((tf) = tfFollowFn(tf));
2487
2488
2489	/*
2490	* Type checking - must be unary map to self. We probably
2491	* ought to be using tfSat() but since we aren't we ignore
2492	* the argument type.
2493	*/
2494	if (!tfIsAnyMap(tf)((((tf)->tag) == TF_Map) \|\| (((tf)->tag) == TF_PackedMap ))) return false((int) 0);
2495	if (tfMapArgc(tf) != 1) return false((int) 0);
2496	if (!tfIsSelf(tfMapRet(tf))(((((tfFollowArg(tf, 1))->tag) == TF_General) && ( (((tfFollowArg(tf, 1))->__absyn))->abHdr.tag) == AB_Id) && (((tfFollowArg(tf, 1))->__absyn)->abId.sym) == (ssymSelf))) return false((int) 0);
2497
2498
2499	/* Looks like the correct type */
2500	return true1;
2501	}
2502
2503
2504	/*
2505	* PackedRecordSet: (Ptr, %) -> %
2506	*/
2507	localstatic Bool
2508	tfIsPackedRecordSet(TForm tf)
2509	{
2510	/* Follow substitutions */
2511	tfFollow(tf)((tf) = tfFollowFn(tf));
2512
2513
2514	/*
2515	* Type checking - must be a binary map from a Ptr
2516	* and self to self. We probably ought to be using
2517	* tfSat() but since we aren't we ignore the type
2518	* of the first argument.
2519	*/
2520	if (!tfIsAnyMap(tf)((((tf)->tag) == TF_Map) \|\| (((tf)->tag) == TF_PackedMap ))) return false((int) 0);
2521	if (tfMapArgc(tf) != 2) return false((int) 0);
2522	if (!tfIsSelf(tfMapArgN(tf, 1))(((((tfMapArgN(tf, 1))->tag) == TF_General) && ((( (tfMapArgN(tf, 1))->__absyn))->abHdr.tag) == AB_Id) && (((tfMapArgN(tf, 1))->__absyn)->abId.sym) == (ssymSelf ))) return false((int) 0);
2523	if (!tfIsSelf(tfMapRet(tf))(((((tfFollowArg(tf, 1))->tag) == TF_General) && ( (((tfFollowArg(tf, 1))->__absyn))->abHdr.tag) == AB_Id) && (((tfFollowArg(tf, 1))->__absyn)->abId.sym) == (ssymSelf))) return false((int) 0);
2524
2525
2526	/* Looks like the correct type */
2527	return true1;
2528	}
2529
2530
2531	localstatic Foam
2532	gen0RawRecordNew(TForm key, Length argc, AbSyn argv, Foam vals)
2533	{
2534	AInt i;
2535	Foam format, whole, fmt, foam;
2536
2537
2538	/* Create the raw record format/index */
2539	format = gen1RawRecordFormat(key);
2540
2541
2542	/* Create a temporary for the index */
2543	fmt = gen0Temp(FOAM_Word)gen0Temp0(FOAM_Word, 4);
2544
2545
2546	/* Store the index in a temporary */
2547	gen0AddStmt(foamNewSet(foamCopy(fmt), format)foamNew(FOAM_Set, 2, foamCopy(fmt), format), (AbSyn)NULL((void*)0));
2548
2549
2550	/* Create a local for the record pointer */
2551	whole = gen0Temp(FOAM_RRec)gen0Temp0(FOAM_RRec, 4);
2552
2553
2554	/* Create the uninitialised raw record */
2555	foam = foamNewRRNew(foamCopy(fmt), argc)foamNew(FOAM_RRNew, 2, (AInt)argc, foamCopy(fmt));
2556	foam = foamNewSet(foamCopy(whole), foam)foamNew(FOAM_Set, 2, foamCopy(whole), foam);
2557	gen0AddStmt(foam, (AbSyn)NULL((void*)0));
2558
2559
2560	/* Fill in each of the fields */
2561	for (i = 0; i < argc; i++)
2562	{
2563	Foam rrec = foamCopy(whole);
2564	Foam rfmt = foamCopy(fmt);
2565	Foam value = genFoamArg(argv, vals, i);
2566	Foam set = gen1RawRecordSet(key, rrec, rfmt, value, i);
2567	gen0AddStmt(set, NULL((void*)0));
2568	}
2569
2570	return foamCopy(whole);
2571	}
2572
2573
2574	localstatic Foam
2575	gen1RawRecordFormat(TForm key)
2576	{
2577	AInt i, fmtc;
2578	FoamList fmts;
2579
2580
2581	/* Create the dynamic format */
2582	fmtc = tfArgc(key)((key)->argc);
2583	fmts = listNil(Foam)((FoamList) 0);
2584
2585
2586	/* Build the format list in reverse order */
2587	for (i = (fmtc - 1); i >= 0 ; i--)
2588	{
2589	Syme op;
2590	Foam call, *ignored;
2591	TForm tf = tfArgv(key)((key)->argv)[i];
2592
2593
2594	/* Get the actual type */
2595	tf = tfDefineeType(tf);
2596
2597
2598	/* Look for PackedRepSize: () -> SInt */
2599	op = tfGetDomImport(tf, "PackedRepSize", tfIsPackedRepSize);
2600
2601
2602	/* Did we find it? */
2603	if (!op)
2604	{
2605	AbSyn ab = abNewNothing(sposNone)abNew(AB_Nothing, sposNone,0 );
2606	String msg = strPrintf("%s: %s is missing export %s",
2607	"gen1RawRecordFormat",
2608	abPretty(tfToAbSyn(tf)),
2609	"PackedRepSize");
2610	comsgFatal(ab, ALDOR_F_Bug365, msg);
2611	#if 0
2612	String dom = abPretty(tfToAbSyn(tf));
2613	bug("gen1RawRecordFormat: %s is missing export %s",
2614	dom, "PackedRepSize");
2615	strFree(dom);
2616	#endif
2617	}
2618
2619
2620	/* Apply this export to get the type */
2621	call = gen0ExtendSyme(op);
2622	call = gen0CCallFrFoam(FOAM_SInt, call, (Length)0, &ignored);
2623
2624
2625	/* Prepend onto the list of formats */
2626	listPush(Foam, call, fmts)(fmts = (Foam_listPointer->Cons)(call, fmts));
2627	}
2628
2629
2630	/* The dynamic format must be a multi */
2631	return foamNewRRFmt(foamNewOfList(FOAM_Values, fmts))foamNew(FOAM_RRFmt,1,foamNewOfList(FOAM_Values, fmts));
2632	}
2633
2634
2635	localstatic Foam
2636	gen0RawRecordElt(Syme syme, TForm key, Length argc, AbSyn argv, Foam vals)
2637	{
2638	AInt field;
2639	TForm tf, elt;
2640	Foam rrec, call, format, *fp;
2641	Syme op;
2642	SymeList symes;
2643
2644
2645	/* Create the raw record format */
2646	format = gen1RawRecordFormat(key);
2647
2648
2649	/* Get the type of the map application */
2650	tf = tfDefineeType(symeType(syme));
2651
2652
2653	/* Extract the type of the argument */
2654	elt = tfMapMultiArgN(tf, argc, 1);
2655
2656
2657	/* Find the field for this type */
2658	field = gen0RawRecordIndex(key, elt);
2659
2660
2661	/* Get the raw record value being dereferenced */
2662	rrec = genFoamArg(argv, vals, int0((int) 0));
2663
2664
2665	/* Get the field type from the key */
2666	tf = tfDefineeType(tfArgv(key)((key)->argv)[field]);
2667
2668
2669	/* Look for PackedRecordGet: Ptr -> % */
2670	op = tfGetDomImport(tf, "PackedRecordGet", tfIsPackedRecordGet);
2671
2672
2673	/* Did we find the export? */
2674	if (!op)
2675	{
2676	AbSyn ab = abNewNothing(sposNone)abNew(AB_Nothing, sposNone,0 );
2677	String msg = strPrintf("%s: %s is missing export %s",
2678	"gen0RawRecordElt",
2679	abPretty(tfToAbSyn(tf)),
2680	"PackedRecordGet");
2681	comsgFatal(ab, ALDOR_F_Bug365, msg);
2682	#if 0
2683	String dom = abPretty(tfToAbSyn(tf));
2684
2685	bug("gen0RawRecordElt: %s is missing export %s",
2686	dom, "PackedRecordGet");
2687	strFree(dom);
2688	#endif
2689	}
2690
2691
2692	/* Convert the export into an import */
2693	symes = listSingleton(Syme)(Syme_listPointer->Singleton)(op);
2694	symes = symeListSubstSelf(stabFile(), tf, symes);
2695	op = car(symes)((symes)->first);
2696
2697
2698	/* Apply this export to get the domain value */
2699	call = gen0ExtendSyme(op);
2700	call = gen0CCallFrFoam(FOAM_Word, call, 1, &fp);
2701	*fp = foamNewRRElt(rrec, field, format)foamNew(FOAM_RRElt,3,(AInt)(field),format,rrec);
2702
2703
2704	/* Return the call */
2705	return call;
2706	}
2707
2708
2709	localstatic Foam
2710	gen0RawRecordSet(Syme syme, TForm key, Length argc, AbSyn argv, Foam vals)
2711	{
2712	AInt field;
2713	TForm tf, elt;
2714	Foam rrec, value, format;
2715
2716
2717	/* Create the raw record format */
2718	format = gen1RawRecordFormat(key);
2719
2720
2721	/* Get the type of the map application */
2722	tf = tfDefineeType(symeType(syme));
2723
2724
2725	/* Extract the type of the argument */
2726	elt = tfMapMultiArgN(tf, argc, 1);
2727
2728
2729	/* Find the field for this type */
2730	field = gen0RawRecordIndex(key, elt);
2731
2732
2733	/* Get the raw record value being dereferenced */
2734	rrec = genFoamArg(argv, vals, int0((int) 0));
2735
2736
2737	/* Get the value being stored */
2738	value = genFoamArg(argv, vals, 2);
2739
2740
2741	/* Generate the update */
2742	return gen1RawRecordSet(key, rrec, format, value, field);
2743	}
2744
2745
2746	localstatic Foam
2747	gen1RawRecordSet(TForm key, Foam rrec, Foam fmt, Foam value, AInt field)
2748	{
2749	Foam call, *fp;
2750	TForm tf;
2751	Syme op;
2752	SymeList symes;
2753
2754
2755	/* Get the field type from the key */
2756	tf = tfDefineeType(tfArgv(key)((key)->argv)[field]);
2757
2758
2759	/* Look for PackedRecordSet: (Ptr, %) -> % */
2760	op = tfGetDomImport(tf, "PackedRecordSet", tfIsPackedRecordSet);
2761
2762
2763	/* Did we find the export? */
2764	if (!op)
2765	{
2766	AbSyn ab = abNewNothing(sposNone)abNew(AB_Nothing, sposNone,0 );
2767	String msg = strPrintf("%s: %s is missing export %s",
2768	"gen1RawRecordSet",
2769	abPretty(tfToAbSyn(tf)),
2770	"PackedRecordSet");
2771	comsgFatal(ab, ALDOR_F_Bug365, msg);
2772	#if 0
2773	String dom = abPretty(tfToAbSyn(tf));
2774
2775	bug("gen1RawRecordSet: %s is missing export %s",
2776	dom, "PackedRecordSet");
2777	strFree(dom);
2778	#endif
2779	}
2780
2781
2782	/* Convert the export into an import */
2783	symes = listSingleton(Syme)(Syme_listPointer->Singleton)(op);
2784	symes = symeListSubstSelf(stabFile(), tf, symes);
2785	op = car(symes)((symes)->first);
2786
2787
2788	/* Apply this export to get the domain value */
2789	call = gen0ExtendSyme(op);
2790	call = gen0CCallFrFoam(FOAM_Word, call, 2, &fp);
2791
2792
2793	/* Fill in the argument slots */
2794	fp[0] = foamNewRRElt(rrec, field, fmt)foamNew(FOAM_RRElt,3,(AInt)(field),fmt,rrec);
2795	fp[1] = value;
2796
2797
2798	/* Return the call to do the update */
2799	return call;
2800	}
2801
2802
2803	localstatic Foam
2804	gen0RawRecordExplode(TForm key, Length argc, AbSyn argv, Foam vals)
2805	{
2806	Foam tvals = gen0TempFrDDecl(int0((int) 0), true1);
2807
2808	/*
2809	* Not implemented yet!
2810	*/
2811	(void)fprintf(dbOut, "*** gen0RawRecordExplode unimplemented\n");
2812	return tvals;
2813	}
2814
2815
2816	localstatic Foam
2817	gen0RawRecordDispose(Length argc, AbSyn argv, Foam vals)
2818	{
2819	Foam value = genFoamArg(argv, vals, int0((int) 0));
2820
2821	return foamNewFree(value)foamNew(FOAM_Free, 1, value);
2822	}
2823
2824
2825	/* Records. */
2826
2827	localstatic Foam
2828	gen0RecordNew(TForm key, Length argc, AbSyn argv, Foam vals)
2829	{
2830	AInt format = gen0RecordFormatNumber(key);
2831	AInt index;
2832	Foam whole = gen0Temp0(FOAM_Rec, format);
2833
2834	gen0AddStmt(gen0RNew(whole, format)foamNew(FOAM_Set, 2, foamCopy(whole), foamNew(FOAM_RNew, 1, format )), NULL((void*)0));
2835	for (index = 0; index < argc; index += 1) {
2836	TForm tf = tfRecordArgN(key, index)tfFollowArg(key, index);
2837	Foam value = genFoamArg(argv, vals, index);
2838	FoamTag type = gen0Type(tf, NULL((void*)0));
2839	if (type != FOAM_Word)
2840	value = foamNewCast(type, value)foamNew(FOAM_Cast, 2, type, value);
2841	gen0AddStmt(gen0RSet(whole, format, index, value)foamNew(FOAM_Set, 2, foamNew(FOAM_RElt,3,(AInt)(format),foamCopy (whole),(AInt)(index)), value), NULL((void*)0));
2842	}
2843
2844	return foamCopy(whole);
2845	}
2846
2847	localstatic Foam
2848	gen0RecordElt(Syme syme, TForm key, Length argc, AbSyn argv, Foam vals)
2849	{
2850	TForm tf = tfDefineeType(symeType(syme));
2851	TForm elt = tfMapMultiArgN(tf, argc, 1);
2852
2853	AInt format = gen0RecordFormatNumber(key);
2854	AInt index = gen0RecordIndex(key, elt);
2855	Foam whole = foamNewCast(FOAM_Rec, genFoamArg(argv, vals, int0))foamNew(FOAM_Cast, 2, FOAM_Rec, genFoamArg(argv, vals, ((int) 0)));
2856
2857	return foamNewRElt(format, whole, index)foamNew(FOAM_RElt,3,(AInt)(format),whole,(AInt)(index));
2858	}
2859
2860	localstatic Foam
2861	gen0RecordSet(Syme syme, TForm key, Length argc, AbSyn argv, Foam vals)
2862	{
2863	TForm tf = tfDefineeType(symeType(syme));
2864	TForm elt = tfMapMultiArgN(tf, argc, 1);
2865
2866	AInt format = gen0RecordFormatNumber(key);
2867	AInt index = gen0RecordIndex(key, elt);
2868	Foam whole = genFoamArg(argv, vals, int0((int) 0));
2869	Foam value = genFoamArg(argv, vals, 2);
2870
2871	return foamNewSet(foamNewRElt(format, whole, index), value)foamNew(FOAM_Set, 2, foamNew(FOAM_RElt,3,(AInt)(format),whole ,(AInt)(index)), value);
2872	}
2873
2874	localstatic Foam
2875	gen0RecordExplode(TForm key, Length argc, AbSyn argv, Foam vals)
2876	{
2877	AInt format = gen0RecordFormatNumber(key);
2878	Foam whole = gen0TempLocal0(FOAM_Rec, format);
2879	Foam tvals = gen0TempFrDDecl(format, true1);
2880	int i;
2881
2882	gen0AddStmt(foamNewSet(whole, foamNewCast(FOAM_Rec, genFoamArg(argv, vals, int0)))foamNew(FOAM_Set, 2, whole, foamNew(FOAM_Cast, 2, FOAM_Rec, genFoamArg (argv, vals, ((int) 0)))), NULL((void*)0));
2883
2884	whole = gen0MakeMultiEvaluable(FOAM_Rec, format, whole);
2885
2886	for (i = 0; i < foamArgc(tvals)((tvals)->hdr.argc); i++) {
2887	Foam lhs = foamCopy(tvals->foamValues.argv[i]);
2888	Foam rhs = foamNewRElt(format, foamCopy(whole), (AInt) i)foamNew(FOAM_RElt,3,(AInt)(format),foamCopy(whole),(AInt)((AInt ) i));
2889	gen0AddStmt(foamNewSet(lhs, rhs)foamNew(FOAM_Set, 2, lhs, rhs), NULL((void*)0));
2890	}
2891
2892	return tvals;
2893	}
2894
2895
2896	localstatic Foam
2897	gen0RecordDispose(Length argc, AbSyn argv, Foam vals)
2898	{
2899	Foam value = genFoamArg(argv, vals, int0((int) 0));
2900
2901	return foamNewFree(value)foamNew(FOAM_Free, 1, value);
2902	}
2903
2904	/* Unions. */
2905
2906	localstatic Foam
2907	gen0UnionNew(Syme syme, TForm key, Length argc, AbSyn argv, Foam vals)
2908	{
2909	TForm tf = tfDefineeType(symeType(syme));
2910	TForm elt = tfMapMultiArgN(tf, argc, int0((int) 0));
2911
2912	AInt format = gen0MakeUnionFormat();
2913	Foam index = foamNewSInt(gen0UnionIndex(key, elt))foamNew(FOAM_SInt, 1, (AInt)(gen0UnionIndex(key, elt)));
2914	Foam value = genFoamArg(argv, vals, int0((int) 0));
2915	Foam whole = gen0Temp0(FOAM_Rec, format);
2916
2917	if (gen0Type(elt, NULL((void*)0)) != FOAM_Word)
2918	value = foamNewCast(FOAM_Word, value)foamNew(FOAM_Cast, 2, FOAM_Word, value);
2919
2920	gen0AddStmt(gen0RNew(whole, format)foamNew(FOAM_Set, 2, foamCopy(whole), foamNew(FOAM_RNew, 1, format )), NULL((void*)0));
2921	gen0AddStmt(gen0RSet(whole, format, (AInt) 0, index)foamNew(FOAM_Set, 2, foamNew(FOAM_RElt,3,(AInt)(format),foamCopy (whole),(AInt)((AInt) 0)), index), NULL((void*)0));
2922	gen0AddStmt(gen0RSet(whole, format, (AInt) 1, value)foamNew(FOAM_Set, 2, foamNew(FOAM_RElt,3,(AInt)(format),foamCopy (whole),(AInt)((AInt) 1)), value), NULL((void*)0));
2923
2924	return foamNewCast(FOAM_Word, foamCopy(whole))foamNew(FOAM_Cast, 2, FOAM_Word, foamCopy(whole));
2925	}
2926
2927	localstatic Foam
2928	gen0UnionElt(FoamTag type, TForm key, Length argc, AbSyn argv, Foam vals)
2929	{
2930	AInt l = gen0State->labelNo++;
2931	AInt format = gen0MakeUnionFormat();
2932	Foam whole = genFoamArg(argv, vals, int0((int) 0));
2933	Foam stmt, foam;
2934	Foam myVals[2];
2935
2936	whole = gen0MakeMultiEvaluable(FOAM_Rec, format, foamNewCast(FOAM_Rec, whole)foamNew(FOAM_Cast, 2, FOAM_Rec, whole));
2937	myVals[0] = foamCopy(whole);
2938	myVals[1] = NULL((void*)0);
2939
2940	stmt = foamNewIf(gen0UnionCaseBool(key, argc, argv, myVals), l)foamNew(FOAM_If, 2, gen0UnionCaseBool(key, argc, argv, myVals ), l);
2941	gen0AddStmt(stmt, NULL((void*)0));
2942	stmt = foamNew(FOAM_BCall, 2, FOAM_BVal_Halt,
2943	foamNewSInt(FOAM_Halt_BadUnionCase)foamNew(FOAM_SInt, 1, (AInt)(FOAM_Halt_BadUnionCase)));
2944	gen0AddStmt(stmt, NULL((void*)0));
2945	gen0AddStmt(foamNewLabel(l)foamNew(FOAM_Label, 1, (AInt)(l)), NULL((void*)0));
2946
2947	foam = foamNewRElt(format, foamCopy(whole), (AInt) 1)foamNew(FOAM_RElt,3,(AInt)(format),foamCopy(whole),(AInt)((AInt ) 1));
2948
2949	if (type != FOAM_Word)
2950	foam = foamNewCast(type, foam)foamNew(FOAM_Cast, 2, type, foam);
2951
2952	return foam;
2953	}
2954
2955	localstatic Foam
2956	gen0UnionCase(TForm key, Length argc, AbSyn argv, Foam vals)
2957	{
2958	Foam foam = gen0UnionCaseBool(key, argc, argv, vals);
2959	return foamNewCast(FOAM_Word, foam)foamNew(FOAM_Cast, 2, FOAM_Word, foam);
2960	}
2961
2962	localstatic Foam
2963	gen0UnionCaseBool(TForm key, Length argc, AbSyn argv, Foam vals)
2964	{
2965	AInt format = gen0MakeUnionFormat();
2966	AInt index = gen0UnionCaseIndex(key, argv[1]);
2967	Foam whole = genFoamArg(argv, vals, int0((int) 0));
2968	Foam foam = foamNewEmpty(FOAM_BCall, 3);
2969
2970	foam->foamBCall.op = FOAM_BVal_SIntEQ;
2971	foam->foamBCall.argv[0] = foamNewRElt(format,foamNew(FOAM_RElt,3,(AInt)(format),foamNew(FOAM_Cast, 2, FOAM_Rec , whole),(AInt)((AInt) 0))
2972	foamNewCast(FOAM_Rec, whole), (AInt) 0)foamNew(FOAM_RElt,3,(AInt)(format),foamNew(FOAM_Cast, 2, FOAM_Rec , whole),(AInt)((AInt) 0));
2973	foam->foamBCall.argv[1] = foamNewSInt(index)foamNew(FOAM_SInt, 1, (AInt)(index));
2974
2975	return foam;
2976	}
2977
2978	localstatic Foam
2979	gen0UnionSet(FoamTag type, TForm key, Length argc, AbSyn argv, Foam vals)
2980	{
2981	AInt format = gen0MakeUnionFormat();
2982	Foam whole = genFoamArg(argv, vals, int0((int) 0));
2983	Foam index = foamNewSInt(gen0UnionCaseIndex(key, argv[1]))foamNew(FOAM_SInt, 1, (AInt)(gen0UnionCaseIndex(key, argv[1]) ));
2984	Foam value = genFoamArg(argv, vals, 2);
2985
2986	whole = gen0MakeMultiEvaluable(FOAM_Rec, format, foamNewCast(FOAM_Rec, whole)foamNew(FOAM_Cast, 2, FOAM_Rec, whole));
2987
2988	gen0AddStmt(gen0RSet(whole, format, (AInt) 0, index)foamNew(FOAM_Set, 2, foamNew(FOAM_RElt,3,(AInt)(format),foamCopy (whole),(AInt)((AInt) 0)), index), NULL((void*)0));
2989	gen0AddStmt(gen0RSet(whole, format, (AInt) 1, value)foamNew(FOAM_Set, 2, foamNew(FOAM_RElt,3,(AInt)(format),foamCopy (whole),(AInt)((AInt) 1)), value), NULL((void*)0));
2990
2991	return foamNewRElt(format, foamCopy(whole), (AInt) 1)foamNew(FOAM_RElt,3,(AInt)(format),foamCopy(whole),(AInt)((AInt ) 1));
2992	}
2993
2994	localstatic Foam
2995	gen0UnionDispose(Length argc,AbSyn argv, Foam vals)
2996	{
2997	Foam value = genFoamArg(argv, vals, int0((int) 0));
2998
2999	return foamNewFree(value)foamNew(FOAM_Free, 1, value);
3000	}
3001
3002	/* Enumerations. */
3003
3004	localstatic Foam
3005	gen0EnumEqual(AbSyn argv, Foam vals)
3006	{
3007	Foam arg0 = genFoamArg(argv, vals, int0((int) 0));
3008	Foam arg1 = genFoamArg(argv, vals, 1);
3009	Foam foam = foamNewEmpty(FOAM_BCall, 3);
3010
3011	foam->foamBCall.op = FOAM_BVal_SIntEQ;
3012	foam->foamBCall.argv[0] = arg0;
3013	foam->foamBCall.argv[1] = arg1;
3014
3015	return foamNewCast(FOAM_Word, foam)foamNew(FOAM_Cast, 2, FOAM_Word, foam);
3016	}
3017
3018	localstatic Foam
3019	gen0EnumNotEqual(AbSyn argv, Foam vals)
3020	{
3021	Foam arg0 = genFoamArg(argv, vals, int0((int) 0));
3022	Foam arg1 = genFoamArg(argv, vals, 1);
3023	Foam foam = foamNewEmpty(FOAM_BCall, 3);
3024
3025	foam->foamBCall.op = FOAM_BVal_SIntNE;
3026	foam->foamBCall.argv[0] = arg0;
3027	foam->foamBCall.argv[1] = arg1;
3028
3029	return foamNewCast(FOAM_Word, foam)foamNew(FOAM_Cast, 2, FOAM_Word, foam);
3030	}
3031
3032	/* TrailingArrays. */
3033
3034	localstatic Foam
3035	gen0TrailingNew(Syme syme, TForm key, Length argc, AbSyn argv, Foam vals)
3036	{
3037	TForm tf = symeType(syme);
3038	AInt format = gen0TrailingFormatNumber(key);
3039	Foam arg0 = genFoamArg(argv, vals, int0((int) 0)); /* size */
3040	Foam arg1 = genFoamArg(argv, vals, 1); /* hdr */
3041	Foam arg2 = genFoamArg(argv, vals, 2); /* proto */
3042	Foam whole, hdr, proto, sz;
3043	int i, iargc, aargc;
3044	iargc = tfAsMultiArgc(tfTrailingIArg(key)tfFollowArg(key,((int) 0)));
3045	aargc = tfAsMultiArgc(tfTrailingAArg(key)tfFollowArg(key,1));
3046
3047	whole = gen0Temp0(FOAM_TR, format);
3048	sz = foamNewCast(FOAM_SInt, arg0)foamNew(FOAM_Cast, 2, FOAM_SInt, arg0);
3049	hdr = gen0CrossToMulti(arg1, tfDefineeMaybeType(tfMapArgN(tf, 1)));
3050	proto = gen0CrossToMulti(arg2, tfDefineeMaybeType(tfMapArgN(tf, 2)));
3051
3052	/* Idea is to generate:
3053	* tr := TRNew(fmt, sz)
3054	* tr.x := argx
3055	* -- ... and maybe initialize the trailing part as well...
3056	*/
3057	gen0AddStmt(foamNewSet(foamCopy(whole), foamNewTRNew(format, sz))foamNew(FOAM_Set, 2, foamCopy(whole), foamNew(FOAM_TRNew, 2, format , sz)), NULL((void*)0));
3058	for (i=0; i < iargc; i++) {
3059	gen0AddStmt(foamNewSet(foamNewIRElt(format, foamCopy(whole), i),foamNew(FOAM_Set, 2, foamNew(FOAM_IRElt,3,(AInt)(format),foamCopy (whole),(AInt)(i)), hdr->foamValues.argv[i])
3060	hdr->foamValues.argv[i])foamNew(FOAM_Set, 2, foamNew(FOAM_IRElt,3,(AInt)(format),foamCopy (whole),(AInt)(i)), hdr->foamValues.argv[i]), NULL((void*)0));
3061	}
3062	return foamNewCast(FOAM_Word, whole)foamNew(FOAM_Cast, 2, FOAM_Word, whole);
3063	}
3064
3065	localstatic Foam
3066	gen0TrailingDispose(Syme syme, TForm key, Length argc, AbSyn argv, Foam vals)
3067	{
3068	Foam value = genFoamArg(argv, vals, int0((int) 0));
3069
3070	return foamNewFree(value)foamNew(FOAM_Free, 1, value);
3071	}
3072
3073	localstatic Foam
3074	gen0TrailingElt(Syme syme, TForm key, Length argc, AbSyn argv, Foam vals)
3075	{
3076	TForm tf = tfDefineeType(symeType(syme));
3077	AInt format = gen0TrailingFormatNumber(key);
3078	Foam whole = genFoamArg(argv, vals, int0((int) 0));
3079	Foam foam = NULL((void*)0);
3080	AInt idx;
3081
3082	whole = foamNewCast(FOAM_TR, whole)foamNew(FOAM_Cast, 2, FOAM_TR, whole);
3083	if (argc == 2) {
3084	TForm elt = tfMapMultiArgN(tf, argc, 1);
3085	TForm xtf = tfTrailingIArg(key)tfFollowArg(key,((int) 0));
3086	idx = gen0TrailingIndex(xtf, elt);
3087	foam = foamNewIRElt(format, whole, idx)foamNew(FOAM_IRElt,3,(AInt)(format),whole,(AInt)(idx));
3088	}
3089	else if (argc == 3) {
3090	TForm elt = tfMapMultiArgN(tf, argc, 2);
3091	TForm xtf = tfTrailingAArg(key)tfFollowArg(key,1);
3092	Foam arg1 = genFoamArg(argv, vals, 1);
3093	idx = gen0TrailingIndex(xtf, elt);
3094	arg1 = foamNewCast(FOAM_SInt, arg1)foamNew(FOAM_Cast, 2, FOAM_SInt, arg1);
3095	arg1 = foamNew(FOAM_BCall, 2, FOAM_BVal_SIntPrev, arg1);
3096	foam = foamNewTRElt(format, whole, arg1, idx)foamNew(FOAM_TRElt,4,format,whole,arg1,idx);
3097	}
3098	else {
3099	tf = NULL((void*)0);
3100	bug("badly formed special operation");
3101	}
3102
3103	return foam;
3104	}
3105
3106	localstatic Foam
3107	gen0TrailingSet(Syme syme, TForm key, Length argc, AbSyn argv, Foam vals)
3108	{
3109	TForm tf = tfDefineeType(symeType(syme));
3110	AInt format = gen0TrailingFormatNumber(key);
3111	Foam whole = genFoamArg(argv, vals, int0((int) 0));
3112	Foam ref, val;
3113	AInt idx;
3114
3115	whole = foamNewCast(FOAM_TR, whole)foamNew(FOAM_Cast, 2, FOAM_TR, whole);
3116	if (argc == 3) {
3117	TForm elt = tfMapMultiArgN(tf, argc, 1);
3118	TForm xtf = tfTrailingIArg(key)tfFollowArg(key,((int) 0));
3119	Foam arg1 = genFoamArg(argv, vals, 2);
3120	idx = gen0TrailingIndex(xtf, elt);
3121	val = gen0MakeMultiEvaluable(FOAM_TR, format, arg1);
3122	ref = foamNewIRElt(format, whole, idx)foamNew(FOAM_IRElt,3,(AInt)(format),whole,(AInt)(idx));
3123	}
3124	else if (argc == 4) {
3125	TForm elt = tfMapMultiArgN(tf, argc, 2);
3126	TForm xtf = tfTrailingAArg(key)tfFollowArg(key,1);
3127	Foam arg1 = genFoamArg(argv, vals, 1);
3128	Foam arg2 = genFoamArg(argv, vals, 3);
3129	idx = gen0TrailingIndex(xtf, elt);
3130	arg1 = foamNewCast(FOAM_SInt, arg1)foamNew(FOAM_Cast, 2, FOAM_SInt, arg1);
3131	arg1 = foamNew(FOAM_BCall, 2, FOAM_BVal_SIntPrev, arg1);
3132	val = gen0MakeMultiEvaluable(FOAM_TR, format, arg2);
3133	ref = foamNewTRElt(format, whole, arg1, idx)foamNew(FOAM_TRElt,4,format,whole,arg1,idx);
3134	}
3135	else {
3136	tf = NULL((void*)0);
3137	val = ref = NULL((void*)0);
3138	bug("badly formed special operation");
3139	}
3140
3141	gen0AddStmt(foamNewSet(ref, val)foamNew(FOAM_Set, 2, ref, val), NULL((void*)0));
3142	return foamCopy(val);
3143	}
3144
3145	/*****************************************************************************
3146	*
3147	* :: End of specific generators for special operations.
3148	*
3149	****************************************************************************/
3150
3151	/*
3152	* Return the format number of a given record type.
3153	*/
3154	AInt
3155	gen0RecordFormatNumber(TForm tf)
3156	{
3157	Foam ddecl;
3158	Length i, argc;
3159	AInt fmt0 = emptyFormatSlot4;
3160
3161	if (!tfIsRecord(tf)(((tf)->tag) == TF_Record)) {
3162	return emptyFormatSlot4;
3163	}
3164	argc = tfRecordArgc(tf);
3165
3166	/* Generate the format. */
3167	ddecl = foamNewEmpty(FOAM_DDecl, argc + 1);
3168	ddecl->foamDDecl.usage = FOAM_DDecl_Record;
3169	for (i = 0; i < argc; i += 1) {
3170	TForm tfi = tfRecordArgN(tf, i)tfFollowArg(tf, i);
3171	String s = gen0RecFieldName(tf, i);
3172	FoamTag tag = gen0Type(tfi, &fmt0);
3173	ddecl->foamDDecl.argv[i] =
3174	foamNewDecl(tag, strCopy(s), fmt0)foamNew(FOAM_Decl,4,(AInt)(tag),strCopy(s), (AInt) (0x7FFF), fmt0 );
3175	}
3176
3177	return gen0AddRealFormat(ddecl);
3178	}
3179
3180	/*
3181	* Return the format number of a given multi type.
3182	*/
3183	AInt
3184	gen0MultiFormatNumber(TForm tf)
3185	{
3186	Foam ddecl;
3187	Length i, argc;
3188	AInt fmt0 = emptyFormatSlot4;
3189
3190	assert (tfIsMulti(tf))do { if (!((((tf)->tag) == TF_Multiple))) _do_assert(("tfIsMulti(tf)" ),"genfoam.c",3190); } while (0);
3191	argc = tfMultiArgc(tf);
3192
3193	/* Generate the format. */
3194	ddecl = foamNewEmpty(FOAM_DDecl, argc + 1);
3195	ddecl->foamDDecl.usage = FOAM_DDecl_Multi;
3196	for (i = 0; i < argc; i += 1) {
3197	TForm tfi = tfMultiArgN(tf, i)tfFollowArg(tf, i);
3198	String s = "";
3199	FoamTag tag = gen0Type(tfi, &fmt0);
3200	ddecl->foamDDecl.argv[i] =
3201	foamNewDecl(tag, strCopy(s), fmt0)foamNew(FOAM_Decl,4,(AInt)(tag),strCopy(s), (AInt) (0x7FFF), fmt0 );
3202	}
3203
3204	return gen0AddRealFormat(ddecl);
3205	}
3206
3207	/*
3208	* Return the format number of a non-void catch block.
3209	*/
3210	AInt
3211	gen0CatchFormatNumber(TForm try, TForm exn)
3212	{
3213	Foam ddecl;
3214	FoamTag tag;
3215	AInt fmt = emptyFormatSlot4;
3216	AInt empty = emptyFormatSlot4;
3217
3218
3219	/* Generate the format. */
3220	ddecl = foamNewEmpty(FOAM_DDecl, 3 + 1);
3221	ddecl->foamDDecl.usage = FOAM_DDecl_Multi;
3222
3223
3224	/* The first argument is a Bool */
3225	ddecl->foamDDecl.argv[0] =
3226	foamNewDecl(FOAM_Bool, strCopy(""), empty)foamNew(FOAM_Decl,4,(AInt)(FOAM_Bool),strCopy(""), (AInt) (0x7FFF ), empty);
3227
3228
3229	/* The second argument is the try-block */
3230	if (tfIsMulti(try)(((try)->tag) == TF_Multiple)) {
3231	tag = FOAM_Word;
3232	fmt = gen0MultiFormatNumber(try);
3233	}
3234	else
3235	tag = gen0Type(try, &fmt);
3236	ddecl->foamDDecl.argv[1] = foamNewDecl(tag, strCopy(""), fmt)foamNew(FOAM_Decl,4,(AInt)(tag),strCopy(""), (AInt) (0x7FFF), fmt);
3237
3238
3239	/* The final argument is the handler */
3240	if (tfIsMulti(exn)(((exn)->tag) == TF_Multiple)) {
3241	tag = FOAM_Word;
3242	fmt = gen0MultiFormatNumber(exn);
3243	}
3244	else
3245	tag = gen0Type(exn, &fmt);
3246	ddecl->foamDDecl.argv[2] = foamNewDecl(tag, strCopy(""), fmt)foamNew(FOAM_Decl,4,(AInt)(tag),strCopy(""), (AInt) (0x7FFF), fmt);
3247
3248	return gen0AddRealFormat(ddecl);
3249	}
3250
3251	/*
3252	* Return the format number of a void catch block.
3253	*/
3254	AInt
3255	gen0VoidCatchFormatNumber(TForm exn)
3256	{
3257	Foam ddecl;
3258	FoamTag tag;
3259	AInt fmt = emptyFormatSlot4;
3260	AInt empty = emptyFormatSlot4;
3261
3262
3263	/* Generate the format. */
3264	ddecl = foamNewEmpty(FOAM_DDecl, 2 + 1);
3265	ddecl->foamDDecl.usage = FOAM_DDecl_Multi;
3266
3267
3268	/* The first argument is a Bool */
3269	ddecl->foamDDecl.argv[0] =
3270	foamNewDecl(FOAM_Bool, strCopy(""), empty)foamNew(FOAM_Decl,4,(AInt)(FOAM_Bool),strCopy(""), (AInt) (0x7FFF ), empty);
3271
3272
3273	/* The final argument is the handler */
3274	if (tfIsMulti(exn)(((exn)->tag) == TF_Multiple)) {
3275	tag = FOAM_Word;
3276	fmt = gen0MultiFormatNumber(exn);
3277	}
3278	else
3279	tag = gen0Type(exn, &fmt);
3280	ddecl->foamDDecl.argv[1] = foamNewDecl(tag, strCopy(""), fmt)foamNew(FOAM_Decl,4,(AInt)(tag),strCopy(""), (AInt) (0x7FFF), fmt);
3281
3282	return gen0AddRealFormat(ddecl);
3283	}
3284
3285	/*
3286	* Return the format number of a C arguments format.
3287	*
3288	* The dummy arguments come first with a decl at the
3289	* end for the function result.
3290	*
3291	* Hacked from gen0FortranSigFormatNumber()
3292	*/
3293	AInt
3294	gen0CSigFormatNumber(TForm tf)
3295	{
3296	Foam ddecl;
3297	Length i, argc, retc;
3298	char buffer[120];
3299
3300	assert (tfIsMap(tf))do { if (!((((tf)->tag) == TF_Map))) _do_assert(("tfIsMap(tf)" ),"genfoam.c",3300); } while (0);
3301	argc = tfMapArgc(tf);
3302
3303	/* Generate the format. */
3304	retc = tfMapRetc(tf);
3305	ddecl = foamNewEmpty(FOAM_DDecl, 1 + argc + 1 + retc);
3306	ddecl->foamDDecl.usage = FOAM_DDecl_CSig;
3307
3308	/* Process the arguments */
3309	for (i = 0; i < argc; i++) {
3310	AInt fmt;
3311	char *str;
3312	FoamTag type;
3313	TForm tfi = tfMapArgN(tf, i);
3314
3315	/* Skip any declaration */
3316	if (tfIsDeclare(tfi)(((tfi)->tag) == TF_Declare)) tfi = tfDeclareType(tfi)tfFollowArg(tfi, 0);
3317
3318	/* Get the foam type */
3319	type = gen0CSigType(tfi, &fmt);
3320
3321	/* Create a suitable declaration */
3322	str = aStrPrintf("P%d", (int) i);
3323	ddecl->foamDDecl.argv[i] = foamNewDecl(type, str, fmt)foamNew(FOAM_Decl,4,(AInt)(type),str, (AInt) (0x7FFF), fmt);
3324	}
3325
3326	/* Process any multiple return values */
3327	ddecl->foamDDecl.argv[argc + 0] = foamNewDecl(FOAM_Nil, strCopy(""), emptyFormatSlot)foamNew(FOAM_Decl,4,(AInt)(FOAM_Nil),strCopy(""), (AInt) (0x7FFF ), 4);
3328
3329	for (i = 0; i < retc; i++) {
3330	TForm tfi = tfMapRetN(tf, i);
3331	AInt fmt;
3332	FoamTag type;
3333	char *str;
3334
3335	if (tfIsDeclare(tfi)(((tfi)->tag) == TF_Declare)) tfi = tfDeclareType(tfi)tfFollowArg(tfi, 0);
3336
3337	type = gen0CSigType(tfi, &fmt);
3338	str = aStrPrintf("R%d", (int) i);
3339	ddecl->foamDDecl.argv[argc + 1 + i] = foamNewDecl(type, str, fmt)foamNew(FOAM_Decl,4,(AInt)(type),str, (AInt) (0x7FFF), fmt);
3340	}
3341
3342	return gen0AddRealFormat(ddecl);
3343	}
3344
3345	localstatic FoamTag
3346	gen0CSigType(TForm tf, AInt *fmt)
3347	{
3348	if (!tfIsId(tf)((((tf)->tag) == TF_General) && ((((tf)->__absyn ))->abHdr.tag) == AB_Id)) {
3349	return gen0Type(tf, fmt);
3350	}
3351	Syme syme = tfIdSyme(tf)((((tf)->__absyn))->abHdr.seman ? (((tf)->__absyn))-> abHdr.seman->syme : 0);
3352	if (syme == NULL((void*)0)) {
3353	return gen0Type(tf, fmt);
3354	}
3355	if (symeIsForeign(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Foreign) &&
3356	symeForeign(syme)((ForeignOrigin) (SYFI_Foreign < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Foreign))) ? (symeFieldInfo[SYFI_Foreign].def) : ((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->locmask) & (1 << (SYFI_Foreign ))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes(( syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Foreign))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Foreign )] : (symeFieldInfo[SYFI_Foreign].def)) : symeGetFieldFn(syme ,SYFI_Foreign)))->protocol == FOAM_Proto_C) {
3357	return gen0CSigTypeTypedef(syme, fmt);
3358	}
3359	return gen0Type(tf, fmt);
3360	}
3361
3362	localstatic FoamTag
3363	gen0CSigTypeTypedef(Syme syme, AInt *fmt)
3364	{
3365	Foam decl = foamNewDecl(FOAM_CObj, strCopy(symeString(syme)), emptyFormatSlot)foamNew(FOAM_Decl,4,(AInt)(FOAM_CObj),strCopy(((((syme)->id ))->str)), (AInt) (0x7FFF), 4);
3366	AInt typeDDeclId = gen0AddRealFormat(foamNewDDecl(FOAM_DDecl_CType, decl, NULL((void*)0)));
3367	*fmt = typeDDeclId;
3368	return FOAM_CObj;
3369	}
3370
3371	/*
3372	* Return the format number of a C arguments format.
3373	*
3374	* The dummy arguments come first with a decl at the
3375	* end for the function result.
3376	*
3377	* Hacked from gen0FortranSigFormatNumber()
3378	*/
3379	AInt
3380	gen0CPackedSigFormatNumber(TForm tf)
3381	{
3382	Foam ddecl;
3383	Length i, argc, retc;
3384
3385	assert (tfIsPackedMap(tf))do { if (!((((tf)->tag) == TF_PackedMap))) _do_assert(("tfIsPackedMap(tf)" ),"genfoam.c",3385); } while (0);
3386	argc = tfMapArgc(tf);
3387
3388	/* Generate the format. */
3389	retc = tfMapRetc(tf);
3390
3391	ddecl = foamNewEmpty(FOAM_DDecl, 1 + argc + 1 + retc);
3392	ddecl->foamDDecl.usage = FOAM_DDecl_CSig;
3393
3394
3395	/* Process the arguments */
3396	for (i = 0; i < argc; i++) {
3397	AInt fmt;
3398	char *str;
3399	FoamTag type;
3400	TForm tfi = tfMapArgN(tf, i);
3401
3402	/* Skip any declaration */
3403	if (tfIsDeclare(tfi)(((tfi)->tag) == TF_Declare)) tfi = tfDeclareType(tfi)tfFollowArg(tfi, 0);
3404
3405	/* printf("BDS: Getting Raw Type in gen0CPackedSigFormatNumber\n"); */
3406	tfi = tfRawType(tfi);
3407
3408	/* Get the foam type */
3409	type = gen0Type(tfi, &fmt);
3410
3411
3412	/* Create a suitable declaration */
3413	str = aStrPrintf("P%d", (int) i);
3414	ddecl->foamDDecl.argv[i] = foamNewDecl(type, str, fmt)foamNew(FOAM_Decl,4,(AInt)(type),str, (AInt) (0x7FFF), fmt);
3415	}
3416
3417	ddecl->foamDDecl.argv[argc + 0] = foamNewDecl(FOAM_Nil, strCopy(""), emptyFormatSlot)foamNew(FOAM_Decl,4,(AInt)(FOAM_Nil),strCopy(""), (AInt) (0x7FFF ), 4);
3418	if (retc == 1) {
3419	TForm tfr;
3420	FoamTag type;
3421	AInt fmt;
3422
3423	tfr = tfRawType(tfMapRet(tf)tfFollowArg(tf, 1));
3424	type = gen0Type(tfr, &fmt);
3425	ddecl->foamDDecl.argv[argc+1] = foamNewDecl(type, strCopy(""), fmt)foamNew(FOAM_Decl,4,(AInt)(type),strCopy(""), (AInt) (0x7FFF) , fmt);
3426	}
3427	/* Process any multiple return values */
3428	else {
3429	for (i = 0; i < retc; i++) {
3430	char *str;
3431	FoamTag rtype = FOAM_Ptr; /* Always a pointer */
3432	AInt fmt = emptyFormatSlot4;
3433	str = aStrPrintf("R%d", (int) i);
3434	ddecl->foamDDecl.argv[argc + 1 + i] = foamNewDecl(rtype, str, fmt)foamNew(FOAM_Decl,4,(AInt)(rtype),str, (AInt) (0x7FFF), fmt);
3435	}
3436	}
3437	return gen0AddRealFormat(ddecl);
3438	}
3439
3440	/*
3441	* Return the format number of a Fortran arguments format.
3442	*
3443	* The dummy arguments come first with a decl at the
3444	* end for the function result.
3445	*
3446	* Note that this and gen0FortranSigExportNumber() are
3447	* mutually recursive.
3448	*/
3449	AInt
3450	gen0FortranSigFormatNumber(TForm tf, Bool modargs)
3451	{
3452	Foam ddecl;
3453	Length i, argc;
3454	AInt fmt0 = emptyFormatSlot4;
3455
3456	assert (tfIsMap(tf))do { if (!((((tf)->tag) == TF_Map))) _do_assert(("tfIsMap(tf)" ),"genfoam.c",3456); } while (0);
3457	argc = tfMapArgc(tf);
3458
3459	/* Generate the format. */
3460	ddecl = foamNewEmpty(FOAM_DDecl, argc + 2);
3461	ddecl->foamDDecl.usage = FOAM_DDecl_FortranSig;
3462	for (i = 0; i < argc + 1; i++) {
3463	TForm tfi;
3464	String namefield, tstr;
3465	FoamTag type;
3466	Bool isRefArg;
3467	FortranType ftype;
3468
3469	if (i == (argc + 1) - 1) {
3470	/* Generate a decl for the return type */
3471	tfi = tfMapRet(tf)tfFollowArg(tf, 1);
3472	isRefArg = false((int) 0);
3473	} else {
3474	tfi = tfMapArgN(tf, i);
3475
3476	/* Skip any declaration */
3477	if (tfIsDeclare(tfi)(((tfi)->tag) == TF_Declare))
3478	tfi = tfDeclareType(tfi)tfFollowArg(tfi, 0);
3479
3480	isRefArg = tfIsReferenceFn(tfi);
3481	if (isRefArg) tfi = tfReferenceArg(tfi)tfFollowArg(tfi, 0);
3482	}
3483	type = gen0Type(tfi, NULL((void*)0));
3484	if (tfIsDefine(tfi)(((tfi)->tag) == TF_Define)) tfi = tfDefineDecl(tfi)tfFollowArg(tfi, 0);
3485	if (tfIsDeclare(tfi)(((tfi)->tag) == TF_Declare)) tfi = tfDeclareType(tfi)tfFollowArg(tfi, 0);
3486	ftype = ftnTypeFrDomTForm(tfi);
3487	if (ftype) {
3488	/*
3489	* We store the Fortran category attribute
3490	* which this domain has since that doesn't
3491	* change with macros etc. Really we ought
3492	* to be able to pick up the original TForm
3493	* rather than trying to pick it out of a
3494	* piece of text in the FOAM.
3495	*/
3496	tstr = ftnNameFrType(ftype);
3497	if (isRefArg) {
3498	if (modargs)
3499	namefield = strlConcat(MODIFIABLEARG"[Modifiable]", ":", tstr, NULL((void*)0));
3500	else
3501	namefield = strlConcat(":", tstr, NULL((void*)0));
3502	strFree(tstr);
3503	}
3504	else
3505	namefield = tstr;
3506	ddecl->foamDDecl.argv[i] = foamNewDecl(type, namefield, fmt0)foamNew(FOAM_Decl,4,(AInt)(type),namefield, (AInt) (0x7FFF), fmt0 );
3507	}
3508	else if (type == FOAM_Word) {
3509	tstr = gen0TypeString(tfGetExpr(tfi)((tfi)->__absyn));
3510	if (isRefArg) {
3511	if (modargs)
3512	namefield = strlConcat(MODIFIABLEARG"[Modifiable]", ":", tstr, NULL((void*)0));
3513	else
3514	namefield = strlConcat(":", tstr, NULL((void*)0));
3515	strFree(tstr);
3516	}
3517	else
3518	namefield = tstr;
3519	ddecl->foamDDecl.argv[i] = foamNewDecl(type, namefield, fmt0)foamNew(FOAM_Decl,4,(AInt)(type),namefield, (AInt) (0x7FFF), fmt0 );
3520	}
3521	else if (type == FOAM_Clos)
3522	/* Generate a separate format for procedure parameters */
3523	ddecl->foamDDecl.argv[i] = foamNewDecl(FOAM_Clos, strCopy(""), gen0FortranSigExportNumber(tfi))foamNew(FOAM_Decl,4,(AInt)(FOAM_Clos),strCopy(""), (AInt) (0x7FFF ), gen0FortranSigExportNumber(tfi));
3524	else {
3525	if (isRefArg) {
3526	if (modargs) {
3527	namefield = strCopy(MODIFIABLEARG"[Modifiable]");
3528	}
3529	else
3530	namefield = strCopy("");
3531	}
3532	else
3533	namefield = strCopy("");
3534	ddecl->foamDDecl.argv[i] = foamNewDecl(type, namefield, fmt0)foamNew(FOAM_Decl,4,(AInt)(type),namefield, (AInt) (0x7FFF), fmt0 );
3535	}
3536	}
3537
3538	return gen0AddRealFormat(ddecl);
3539	}
3540
3541	/*
3542	* Similar to gen0FortranSigFormatNumber() except that
3543	* we only generate FOAM_Word argument types unless it
3544	* is a function argument. This is because all the code
3545	* to do the Fortran argument unpacking for an exported
3546	* Aldor function is created at the genFoam() stage
3547	* instead of during genC(). We do, however, need to take
3548	* extra care with String arguments and return types.
3549	*
3550	* Note that this and gen0FortranSigFormatNumber() are
3551	* mutually recursive.
3552	*/
3553	AInt
3554	gen0FortranSigExportNumber(TForm tf)
3555	{
3556	Foam ddecl;
3557	Length i, argc;
3558	AInt argfmt, fmt0 = emptyFormatSlot4;
3559
3560	assert (tfIsMap(tf))do { if (!((((tf)->tag) == TF_Map))) _do_assert(("tfIsMap(tf)" ),"genfoam.c",3560); } while (0);
3561	argc = tfMapArgc(tf);
3562
3563	/* Generate the format. */
3564	ddecl = foamNewEmpty(FOAM_DDecl, argc + 2);
3565	ddecl->foamDDecl.usage = FOAM_DDecl_FortranSig;
3566
3567	for (i = 0; i < argc + 1; i++)
3568	{
3569	TForm tfi;
3570	FoamTag type;
3571	Foam decl;
3572	FortranType ftype;
3573	Bool isRefArg;
3574
3575	if (i == (argc + 1) - 1)
3576	{
3577	/* Generate a decl for the return type */
3578	tfi = tfMapRet(tf)tfFollowArg(tf, 1);
3579	isRefArg = false((int) 0);
3580	}
3581	else
3582	{
3583	tfi = tfMapArgN(tf, i);
3584
3585	/* Skip any declaration */
3586	if (tfIsDeclare(tfi)(((tfi)->tag) == TF_Declare))
3587	tfi = tfDeclareType(tfi)tfFollowArg(tfi, 0);
3588
3589
3590	/* Unpack references */
3591	isRefArg = tfIsReferenceFn(tfi);
3592	if (isRefArg)
3593	tfi = tfReferenceArg(tfi)tfFollowArg(tfi, 0);
3594	}
3595
3596	type = gen0Type(tfi, NULL((void*)0));
3597	if (tfIsDefine(tfi)(((tfi)->tag) == TF_Define)) tfi = tfDefineDecl(tfi)tfFollowArg(tfi, 0);
3598	if (tfIsDeclare(tfi)(((tfi)->tag) == TF_Declare)) tfi = tfDeclareType(tfi)tfFollowArg(tfi, 0);
3599	ftype = ftnTypeFrDomTForm(tfi);
3600
3601
3602	/* Generate a separate format for procedure parameters */
3603	if ((ftype == FTN_XLString) \|\| (ftype == FTN_String))
3604	{
3605	String tstr = ftnNameFrType(ftype);
3606	if (isRefArg)
3607	tstr = strlConcat(MODIFIABLEARG"[Modifiable]", ":", tstr, NULL((void*)0));
3608	decl = foamNewDecl(type, tstr, fmt0)foamNew(FOAM_Decl,4,(AInt)(type),tstr, (AInt) (0x7FFF), fmt0);
3609	}
3610	else if (type == FOAM_Clos)
3611	{
3612	argfmt = gen0FortranSigFormatNumber(tfi, false((int) 0));
3613	decl = foamNewDecl(FOAM_Clos, strCopy(""), argfmt)foamNew(FOAM_Decl,4,(AInt)(FOAM_Clos),strCopy(""), (AInt) (0x7FFF ), argfmt);
3614	}
3615	else if (i == (argc + 1) - 1)
3616	{
3617	/* Return type */
3618	String tstr = ftnNameFrType(ftype);
3619	decl = foamNewDecl(type, tstr, fmt0)foamNew(FOAM_Decl,4,(AInt)(type),tstr, (AInt) (0x7FFF), fmt0);
3620	}
3621	else
3622	decl = foamNewDecl(FOAM_Word, strCopy(""), fmt0)foamNew(FOAM_Decl,4,(AInt)(FOAM_Word),strCopy(""), (AInt) (0x7FFF ), fmt0);
3623
3624	ddecl->foamDDecl.argv[i] = decl;
3625	}
3626
3627	return gen0AddRealFormat(ddecl);
3628	}
3629
3630	String
3631	gen0TypeString(Sefo sefo)
3632	{
3633	Length i;
3634	String s1, s2, s3 = NULL((void*)0);
3635
3636	if (abIsLeaf(sefo)(((sefo)->abHdr.tag) < AB_NODE_START))
3637	{
3638	AbSynTag tag = abTag(sefo)((sefo)->abHdr.tag);
3639
3640	if (abIsSymTag(tag)( (tag) < AB_SYM_LIMIT))
3641	s1 = symString(abLeafSym(sefo))((((sefo)->abGen.data.sym))->str);
3642	else if (abIsStrTag(tag)( AB_STR_START <= (tag) && (tag) < AB_STR_LIMIT ))
3643	s1 = abLeafStr(sefo)((sefo)->abGen.data.str);
3644	else
3645	s1 = "?";
3646
3647	return strCopy(s1);
3648	}
3649	else if (abIsApply(sefo)((sefo)->abHdr.tag == (AB_Apply)))
3650	{
3651	/*
3652	* Treat Ref(T) differently. This code is disgusting
3653	* and will fail if the domain Ref has been renamed
3654	* by use of definitions (A == Ref). How about checking
3655	* tfIsReferenceFn() ...
3656	*/
3657	AbSyn op = abApplyOp(sefo)((sefo)->abApply.op);
3658	if (abIsId(op)((op)->abHdr.tag == (AB_Id)))
3659	{
3660	if (!strcmp(symString(abIdSym(op))((((op)->abId.sym))->str),
3661	symString(ssymReference)((ssymReference)->str)))
3662	{
3663	/* It's a reference */
3664	for (i = 1; i < abArgc(sefo)((sefo)->abHdr.argc); i += 1) {
3665	s1 = gen0TypeString(abArgv(sefo)((sefo)->abGen.data.argv)[i]);
3666	if (s3) {
3667	s2 = strConcat(s3, ".");
3668	s2 = strConcat(s2, s1);
3669	strFree(s1);
3670	strFree(s3);
3671	s3 = s2;
3672	}
3673	else
3674	s3 = s1;
3675	}
3676	return s3;
3677	}
3678	/* Fall through ... */
3679	}
3680	/* Fall through ... */
3681	}
3682
3683
3684	/* Any other type ... */
3685	for (i = 0; i < abArgc(sefo)((sefo)->abHdr.argc); i += 1) {
3686	s1 = gen0TypeString(abArgv(sefo)((sefo)->abGen.data.argv)[i]);
3687	if (s3) {
3688	s2 = strConcat(s3, ".");
3689	s2 = strConcat(s2, s1);
3690	strFree(s1);
3691	strFree(s3);
3692	s3 = s2;
3693	}
3694	else
3695	s3 = s1;
3696	}
3697	return s3;
3698	}
3699
3700	/*
3701	* !! This function does not appear to be used anymore !!
3702	*/
3703	#if 0
3704	AInt
3705	gen0FortranMFmtNumber(TFormList returntypes)
3706	{
3707	Foam ddecl;
3708	TForm tf;
3709	Length i, argc;
3710	AInt fmt0 = emptyFormatSlot4;
3711
3712	argc = listLength(TForm)(TForm_listPointer->_Length)(returntypes);
3713	ddecl = foamNewEmpty(FOAM_DDecl, argc + 1);
3714	ddecl->foamDDecl.usage = FOAM_DDecl_Multi;
3715	for (i = 0; i < argc; i++, returntypes = listFreeCons(TForm)(TForm_listPointer->FreeCons)(returntypes)) {
3716	tf = car(returntypes)((returntypes)->first);
3717	ddecl->foamDDecl.argv[i] =
3718	foamNewDecl(gen0Type(tf, NULL), strCopy(""), fmt0)foamNew(FOAM_Decl,4,(AInt)(gen0Type(tf, ((void*)0))),strCopy( ""), (AInt) (0x7FFF), fmt0);
3719	}
3720
3721	return gen0AddRealFormat(ddecl);
3722	}
3723	#endif
3724
3725	/* s/b extern */
3726	localstatic AInt
3727	gen0CrossFormatNumber(TForm tf)
3728	{
3729	Foam ddecl;
3730	Length i, argc;
3731	AInt fmt0 = emptyFormatSlot4;
3732
3733	assert (tfIsCross(tf))do { if (!((((tf)->tag) == TF_Cross))) _do_assert(("tfIsCross(tf)" ),"genfoam.c",3733); } while (0);
3734	argc = tfCrossArgc(tf);
3735
3736	/* Generate the format. */
3737	ddecl = foamNewEmpty(FOAM_DDecl, argc + 1);
3738	/* DDecl_Record for now, should be DDecl_Cross */
3739	ddecl->foamDDecl.usage = FOAM_DDecl_Record;
3740	for (i = 0; i < argc; i += 1) {
3741	TForm tfi = tfCrossArgN(tf, i)tfFollowArg(tf, i);
3742	FoamTag tag = gen0Type(tfi, &fmt0);
3743	ddecl->foamDDecl.argv[i] =
3744	foamNewDecl(tag, strCopy(""), fmt0)foamNew(FOAM_Decl,4,(AInt)(tag),strCopy(""), (AInt) (0x7FFF), fmt0);
3745	}
3746
3747	return gen0AddRealFormat(ddecl);
3748	}
3749
3750	localstatic AInt
3751	gen0TrailingFormatNumber(TForm tf)
3752	{
3753	TForm atf, itf;
3754	Foam ddecl;
3755	Length i, aargc, iargc;
3756	AInt fmt0 = emptyFormatSlot4;
3757
3758	assert (tfIsTrailingArray(tf))do { if (!((((tf)->tag) == TF_TrailingArray))) _do_assert( ("tfIsTrailingArray(tf)"),"genfoam.c",3758); } while (0);
3759
3760	itf = tfTrailingIArg(tf)tfFollowArg(tf,((int) 0));
3761	atf = tfTrailingAArg(tf)tfFollowArg(tf,1);
3762	aargc = tfAsMultiArgc(atf);
3763	iargc = tfAsMultiArgc(itf);
3764
3765	/* Generate the format. */
3766	ddecl = foamNewEmpty(FOAM_DDecl, iargc + aargc + 2);
3767
3768	ddecl->foamDDecl.usage = FOAM_DDecl_TrailingArray;
3769	ddecl->foamDDecl.argv[0] = foamNewDecl(FOAM_NOp, strCopy(""), iargc)foamNew(FOAM_Decl,4,(AInt)(FOAM_NOp),strCopy(""), (AInt) (0x7FFF ), iargc);
3770
3771	for (i = 0; i < iargc; i += 1) {
3772	TForm tfi = tfAsMultiArgN(itf, iargc, i);
3773	Syme id = tfDefineeSyme(tfi);
3774	String s = id ? symeString(id)((((id)->id))->str) : "";
3775	FoamTag tag = gen0Type(tfi, &fmt0);
3776	ddecl->foamDDecl.argv[i + 1] =
3777	foamNewDecl(tag, strCopy(s), fmt0)foamNew(FOAM_Decl,4,(AInt)(tag),strCopy(s), (AInt) (0x7FFF), fmt0 );
3778	}
3779
3780	for (i = 0; i < aargc; i += 1) {
3781	TForm tfi = tfAsMultiArgN(atf, aargc, i);
3782	Syme id = tfDefineeSyme(tfi);
3783	String s = id ? symeString(id)((((id)->id))->str) : "";
3784	FoamTag tag = gen0Type(tfi, &fmt0);
3785	ddecl->foamDDecl.argv[iargc + 1 + i] =
3786	foamNewDecl(tag, strCopy(s), fmt0)foamNew(FOAM_Decl,4,(AInt)(tag),strCopy(s), (AInt) (0x7FFF), fmt0 );
3787	}
3788
3789	return gen0AddRealFormat(ddecl);
3790	}
3791
3792	AInt
3793	gen0MFmtNumberForSig(int sz, FoamTag *types)
3794	{
3795	Foam ddecl;
3796	String s = "";
3797	int i;
3798
3799	ddecl = foamNewEmpty(FOAM_DDecl, sz+1);
3800	ddecl->foamDDecl.usage = FOAM_DDecl_Multi;
3801
3802	for (i=0; i<sz ; i++) {
3803	ddecl->foamDDecl.argv[i] =
3804	foamNewDecl(types? types[i]: FOAM_Word,foamNew(FOAM_Decl,4,(AInt)(types? types[i]: FOAM_Word),strCopy (s), (AInt) (0x7FFF), 4)
3805	strCopy(s), emptyFormatSlot)foamNew(FOAM_Decl,4,(AInt)(types? types[i]: FOAM_Word),strCopy (s), (AInt) (0x7FFF), 4);
3806	}
3807	return gen0AddRealFormat(ddecl);
3808	}
3809
3810	/*
3811	* Create a field name for a Foam record.
3812	*/
3813	localstatic String
3814	gen0RecFieldName(TForm tf, int i)
3815	{
3816	TForm f = tfRecordArgN(tf, i)tfFollowArg(tf, i);
3817	Syme syme = tfDefineeSyme(f);
3818	return syme ? strCopy(symeString(syme)((((syme)->id))->str)) : strPrintf("rf%d", i);
3819	}
3820
3821	/*
3822	* Create a field name for a Fortran format.
3823	*/
3824	/*
3825	* !! This function does not appear to be used anymore !!
3826	*/
3827	#if 0
3828	localstatic String
3829	gen0FortranFieldName(TForm tf, int i)
3830	{
3831	TForm f = tfMapArgN(tf, i);
3832	Syme syme = tfDefineeSyme(f);
3833	return syme ? strCopy(symeString(syme)((((syme)->id))->str)) : strCopy("");
3834	}
3835	#endif
3836
3837
3838	/*
3839	* Detection of modifiable (reference) parameters
3840	*/
3841	/*
3842	* !! This function does not appear to be used anymore !!
3843	*/
3844	#if 0
3845	localstatic Bool
3846	gen0IsParamReference(TForm tf, int i)
3847	{
3848	TForm tfa = tfMapArgN(tf, i);
3849
3850	/* Skip any declaration */
3851	if (tfIsDeclare(tfa)(((tfa)->tag) == TF_Declare))
3852	tfa = tfDeclareType(tfa)tfFollowArg(tfa, 0);
3853
3854
3855	return tfIsReferenceFn(tfa);
3856	}
3857	#endif
3858
3859	/*
3860	* Generate Foam for an assignment.
3861	*/
3862	localstatic Foam
3863	genAssign(AbSyn absyn)
3864	{
3865	AbSyn lhs = absyn->abAssign.lhs;
3866	AbSyn rhs = absyn->abAssign.rhs;
3867	Foam rhsFoam, foam;
3868
3869	if (gen0IsFortranCall(rhs))
3870	gen0FortranFnResult = lhs;
3871
3872	if (gen0IsImplicitSet(lhs))
3873	return gen0ImplicitSet(absyn);
3874
3875	/*
3876	* This next line must never appear before code which
3877	* generates foam for the RHS, eg. gen0ImplicitSet().
3878	* Otherwise we end up with two identical foam blocks
3879	* for the RHS. This is not only inefficient but if
3880	* the RHS has side-effects then it is plain wrong.
3881	*/
3882	rhsFoam = genFoamVal(rhs);
3883
3884
3885	if (abTag(lhs)((lhs)->abHdr.tag) == AB_Declare)
3886	lhs = lhs->abDeclare.id;
3887	if (abTag(lhs)((lhs)->abHdr.tag) == AB_Comma)
3888	return gen0MultiAssign(FOAM_Set, lhs, rhsFoam);
3889	if (gen0IsFortranCall(rhs))
3890	gen0FortranFnResult = 0;
3891
3892	foam = gen0AssignLhs(lhs, rhsFoam);
3893
3894	if (gen0DebugWanted) gen0DbgAssignment(lhs);
3895
3896	return foam;
3897	}
3898
3899	localstatic Foam
3900	gen0AssignLhs(AbSyn lhs, Foam rhsFoam)
3901	{
3902	Foam foam;
3903	#if 0
3904	if (gen0IsImplicitSet(lhs)) {
3905	gen0ImplicitSet(gen0Type(gen0AbType(lhs), NULL((void*)0)), lhs, rhsFoam);
3906	/* !!! Fixme ??? */
3907	foam = NULL((void*)0);
3908	return;
3909	}
3910	#endif
3911	foam = foamNewSet(genId(abDefineeId(lhs)),foamNew(FOAM_Set, 2, genId(abDefineeId(lhs)), rhsFoam)
3912	rhsFoam)foamNew(FOAM_Set, 2, genId(abDefineeId(lhs)), rhsFoam);
3913	foam = gen0SetValue(foam, lhs);
3914
3915	return foam;
3916	}
3917
3918
3919	localstatic Bool
3920	gen0IsImplicitSet(AbSyn lhs)
3921	{
3922	if (abTag(lhs)((lhs)->abHdr.tag) != AB_Apply)
3923	return false((int) 0);
3924	return (abImplicitSyme(lhs)(((lhs)->abHdr.seman ? (lhs)->abHdr.seman->implicit : 0) ? ((((lhs)->abHdr.seman ? (lhs)->abHdr.seman->implicit : 0))->abHdr.seman ? (((lhs)->abHdr.seman ? (lhs)-> abHdr.seman->implicit : 0))->abHdr.seman->syme : 0) : 0) != 0);
3925	}
3926
3927
3928	localstatic Foam
3929	gen0ImplicitSet(AbSyn absyn)
3930	{
3931	AbSyn lhs = absyn->abAssign.lhs;
3932	AbSyn rhs = absyn->abAssign.rhs;
3933	AbSyn *argv;
3934	FoamTag type = gen0Type(gen0AbContextType(rhs), NULL((void*)0));
3935	Syme syme = abImplicitSyme(lhs)(((lhs)->abHdr.seman ? (lhs)->abHdr.seman->implicit : 0) ? ((((lhs)->abHdr.seman ? (lhs)->abHdr.seman->implicit : 0))->abHdr.seman ? (((lhs)->abHdr.seman ? (lhs)-> abHdr.seman->implicit : 0))->abHdr.seman->syme : 0) : 0);
3936	Length argc = abApplyArgc(lhs)(((lhs)->abHdr.argc)-1) + 2;
3937	Foam foam;
3938
3939	argv = gen0MakeImplicitArgs(argc, absyn, abSetArgf);
3940	foam = gen0ApplyImplicitSyme(type, syme, argc, argv, NULL((void*)0));
3941	foam = gen0ApplyReturn(absyn, syme, gen0AbType(absyn), foam);
3942	return gen0SetValue(foam, lhs);
3943	}
3944
3945	/*
3946	* Generate code for tuple assignemnts.
3947	*
3948	* !!!FIXME!!! If invoked from gen0Define then we ought to ensure
3949	* that gen0SymeSetInit() is invoked on each lhs target.
3950	*/
3951	localstatic Foam
3952	gen0MultiAssign(FoamTag set, AbSyn lhs, Foam rhsFoam)
3953	{
3954	Foam temps;
3955	int i, argc = abArgc(lhs)((lhs)->abHdr.argc);
3956
3957	assert(foamTag(rhsFoam) == FOAM_Values)do { if (!(((rhsFoam)->hdr.tag) == FOAM_Values)) _do_assert (("foamTag(rhsFoam) == FOAM_Values"),"genfoam.c",3957); } while (0);
3958	assert(argc == foamArgc(rhsFoam))do { if (!(argc == ((rhsFoam)->hdr.argc))) _do_assert(("argc == foamArgc(rhsFoam)" ),"genfoam.c",3958); } while (0);
3959
3960	/* Create temporaries so that (a,b) := (b,a) will work */
3961	temps = foamNewEmpty(FOAM_Values, argc);
3962	for(i = 0; i < argc; i++) {
3963	FoamTag tag;
3964	AInt fmt;
3965	tag = gen0Type(gen0AbType(abArgv(lhs)((lhs)->abGen.data.argv)[i]), &fmt);
3966	temps->foamValues.argv[i] = gen0TempLocal0(tag, fmt);
3967
3968	gen0AddStmt(foamNew(set, 2,
3969	foamCopy(temps->foamValues.argv[i]),
3970	rhsFoam->foamValues.argv[i]), lhs);
3971	}
3972	/* Copy the temporary results into the targets */
3973	for(i=0; i < argc; i++) {
3974	AbSyn lhsi = abArgv(lhs)((lhs)->abGen.data.argv)[i];
3975	AbSyn id = abDefineeId(lhsi);
3976	Syme syme = abSyme(id)((id)->abHdr.seman ? (id)->abHdr.seman->syme : 0);
3977	Foam lhsFoam = genId(id);
3978	Foam rhsFoam = foamCopy(temps->foamValues.argv[i]);
3979	Foam def = foamNew(set, 2, lhsFoam, rhsFoam);
3980
3981	/* Note the export slot to be initialised if exporting */
3982	if (gen0IsDomLevel(gen0State->tag)((gen0State->tag) >= GF_START_TYPE && (gen0State ->tag) <= GF_END_TYPE) && gen0State->tag != GF_File)
3983	gen0SymeSetInit(syme, lhsFoam);
3984
3985	/* Create the actual definition */
3986	gen0AddStmt(def, lhs);
3987
3988	/* Link between definitions and const values */
3989	if (set==FOAM_Def) def->foamDef.hdr.defnId = abDefineIdx(id)((id)->abHdr.seman ? (id)->abHdr.seman->defnIdx : -1 );
3990
3991	/* FIXME: deal with domains defs here (see gen0Define) */
3992	}
3993	if (!gen0ValueMode) {
3994	/*
3995	for(i = 0; i < argc; i++)
3996	gen0FreeTemp(temps->foamValues.argv[i]);
3997	*/
3998	foamFree(temps);
3999
4000	return 0;
4001	}
4002	else
4003	return temps;
4004	}
4005
4006
4007	/*
4008	* Utility function for getting a safe
4009	* return value from a foam assignment
4010	*/
4011	localstatic Foam
4012	gen0SetValue(Foam set, AbSyn absyn)
4013	{
4014	Foam lhs;
4015	if (!set \|\| (foamTag(set)((set)->hdr.tag) != FOAM_Set && foamTag(set)((set)->hdr.tag) != FOAM_Def))
4016	return set;
4017	lhs = set->foamSet.lhs;
4018	if (!gen0ValueMode) {
4019	gen0AddStmt(set, absyn);
4020	return 0;
4021	}
4022	if (!foamHasSideEffect(lhs)) {
4023	gen0AddStmt(set, absyn);
4024	return foamCopy(lhs);
4025	}
4026	/*!! Need code to factor out side-effecting part and set to a local /
4027	if (!gen0ValueMode) {
4028	gen0AddStmt(set, absyn);
4029	return 0;
4030	}
4031	gen0AddStmt(set, absyn);
4032	return foamCopy(lhs);
4033	}
4034
4035	/*
4036	* Generate Foam for a constant definition.
4037	*/
4038	localstatic Foam
4039	genDefine(AbSyn absyn)
4040	{
4041	Syme syme = NULL((void*)0);
4042	Foam result;
4043
4044	if (abTag(absyn->abDefine.lhs)((absyn->abDefine.lhs)->abHdr.tag) != AB_Comma) {
4045	AbSyn lhs = abDefineeId(absyn);
4046	syme = abSyme(lhs)((lhs)->abHdr.seman ? (lhs)->abHdr.seman->syme : 0);
4047	}
4048
4049	if (syme && symeExtension(syme))
4050	result = gen0Extend(absyn);
4051	else
4052	result = gen0Define(absyn);
4053
4054	return result;
4055	}
4056
4057	/*
4058	* Generate Foam for a constant definition.
4059	*/
4060	localstatic Foam
4061	gen0Define(AbSyn absyn)
4062	{
4063	AbSyn lhs = absyn->abDefine.lhs;
4064	AbSyn rhs = absyn->abDefine.rhs;
4065	AbSyn id = NULL((void)0), type = NULL((void)0);
4066	AbEmbed embed;
4067	Foam rhsFoam, def, res;
4068	Foam lhsFoam = (Foam)NULL((void*)0);
4069	Foam condFoam = (Foam)NULL((void*)0);
4070	Syme syme;
4071
4072	if (abTag(lhs)((lhs)->abHdr.tag) != AB_Comma) {
4073	id = abDefineeId(lhs);
4074	type = abDefineeTypeOrElse(lhs, NULL((void*)0));
4075	}
4076
4077	rhsFoam = gen0DefineRhs(id, type, rhs);
4078
4079	/* This will go once we have the embed tags right */
4080	if (abTContext(rhs)((rhs)->abHdr.seman ? (rhs)->abHdr.seman->embed : 0) == AB_Embed_Fail((AbEmbed) 0)) {
4081	embed = tfSatEmbedType(abTUnique(rhs)((rhs)->abHdr.type.unique), abTUnique(lhs)((lhs)->abHdr.type.unique));
4082	rhsFoam = gen0Embed(rhsFoam, rhs, gen0AbType(rhs), embed);
4083	}
4084
4085	if (abTag(lhs)((lhs)->abHdr.tag) == AB_Comma)
4086	return gen0MultiAssign(FOAM_Def, lhs, rhsFoam);
4087
4088	syme = abSyme(id)((id)->abHdr.seman ? (id)->abHdr.seman->syme : 0);
4089
4090
4091	if (symeIsExport(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->kind) == SYME_Export) \|\| symeIsExtend(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->kind) == SYME_Extend)) {
4092	/*
4093	* If conditional exports weren't bad enough, some
4094	* people write code with conditional defaults. We
4095	* have to deal with conditional exports first even
4096	* if they are defaults: we may need to fix this so
4097	* that conditional defaults are more robust.
4098	*/
4099	if (!symeUnconditional(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) & (0x0020)) &&
4100	gen0IsDomLevel(gen0State->tag)((gen0State->tag) >= GF_START_TYPE && (gen0State ->tag) <= GF_END_TYPE) &&
4101	(gen0State->tag != GF_File))
4102	{
4103	/* Check for previously computed value */
4104	condFoam = gen0SymeCond(syme);
4105
4106
4107	/* Cache export value if not found */
4108	if (!condFoam) {
4109	/* Type of the export */
4110	AInt type = gen0Type(symeType(syme), NULL((void*)0));
4111
4112
4113	/* Create a temporary for the export value */
4114	condFoam = gen0Temp(type)gen0Temp0(type, 4);
4115
4116
4117	/* Stash DefnId for gen0TypeAddExportSlot */
4118	condFoam->foamGen.hdr.defnId = abDefineIdx(id)((id)->abHdr.seman ? (id)->abHdr.seman->defnIdx : -1 );
4119
4120
4121	/* Associate foam with syme/condition */
4122	gen0SymeSetCond(syme, condFoam);
4123	}
4124
4125
4126	#if 0
4127	/* Debugging output */
4128	(void)fprintf(dbOut, "+++ [%d] ",
4129	condFoam->foamGen.hdr.defnId);
4130	foamPrintDb(condFoam);
4131	(void)fprintf(dbOut, " ");
4132	symePrintDb(syme);
4133	(void)fprintf(dbOut, " ");
4134	ablogPrintDb(gfCondKnown);
4135	#endif
4136	}
4137	else if (symeHasDefault(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) & (0x0080))) {
4138	/*
4139	* Check that the default bit was not
4140	* mis-inherited.
4141	*/
4142	assert(gen0State->tag == GF_Default \|\|do { if (!(gen0State->tag == GF_Default \|\| gen0State->tag == GF_DefaultCat)) _do_assert(("gen0State->tag == GF_Default \|\| gen0State->tag == GF_DefaultCat" ),"genfoam.c",4143); } while (0)
4143	gen0State->tag == GF_DefaultCat)do { if (!(gen0State->tag == GF_Default \|\| gen0State->tag == GF_DefaultCat)) _do_assert(("gen0State->tag == GF_Default \|\| gen0State->tag == GF_DefaultCat" ),"genfoam.c",4143); } while (0);
4144	lhsFoam = gen0SymeInit(syme);
4145
4146	if (!lhsFoam) {
4147	AInt type = gen0Type(symeType(syme), NULL((void*)0));
4148	lhsFoam = gen0Temp(type)gen0Temp0(type, 4);
4149	}
4150	}
4151	}
4152
4153
4154	/* Did we get any foam for the LHS? */
4155	if (!lhsFoam) lhsFoam = genFoamVal(lhs);
4156
4157
4158	/* Note the export slot to be initialised if exporting */
4159	if (gen0IsDomLevel(gen0State->tag)((gen0State->tag) >= GF_START_TYPE && (gen0State ->tag) <= GF_END_TYPE) && gen0State->tag != GF_File)
4160	gen0SymeSetInit(syme, lhsFoam);
4161
4162
4163	/* Use local instead of export slot if conditional */
4164	if (condFoam) lhsFoam = foamCopy(condFoam);
4165
4166
4167	/* Create the export or conditional definition */
4168	def = foamNewDef(lhsFoam, rhsFoam)foamNew(FOAM_Def, 2, lhsFoam, rhsFoam);
4169
4170
4171	/* Link between definitions and const values */
4172	def->foamDef.hdr.defnId = abDefineIdx(id)((id)->abHdr.seman ? (id)->abHdr.seman->defnIdx : -1 );
4173
4174
4175	/* Decide where to put the definition */
4176	if (gen0IsDomainInit(rhsFoam)) {
4177	gen0AddInit(def);
4178	res = NULL((void*)0);
4179	/* Stamp the domain with its hash code (if appropriate) */
4180	if (symeHashNum(syme)((int) (SYFI_HashNum < (8 * sizeof(int)) && !((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_HashNum ))) ? (symeFieldInfo[SYFI_HashNum].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0 )), (syme))->locmask) & (1 << (SYFI_HashNum))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_HashNum))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_HashNum )] : (symeFieldInfo[SYFI_HashNum].def)) : symeGetFieldFn(syme ,SYFI_HashNum))) && (foamTag(rhsFoam)((rhsFoam)->hdr.tag) == FOAM_Clos)) {
4181	AInt hash = symeHashNum(syme)((int) (SYFI_HashNum < (8 * sizeof(int)) && !((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_HashNum ))) ? (symeFieldInfo[SYFI_HashNum].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0 )), (syme))->locmask) & (1 << (SYFI_HashNum))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_HashNum))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_HashNum )] : (symeFieldInfo[SYFI_HashNum].def)) : symeGetFieldFn(syme ,SYFI_HashNum)));
4182	Foam dom = foamCopy(lhsFoam);
4183
4184	/* Don't use gen0AddStmt() ... */
4185	gen0AddInit(gen0RtSetProgHash(dom, hash));
4186	}
4187	}
4188	else
4189	res = gen0SetValue(def, absyn);
4190
4191	return res;
4192	}
4193
4194	localstatic Foam
4195	gen0DefineRhs(AbSyn id, AbSyn type, AbSyn rhs)
4196	{
4197	Scope("gen0Define")String scopeName = ("gen0Define"); int fluidLevel0 = (scopeLevel ++, fluidLevel);
4198
4199	String fluid(gen0ProgName)fluidSave_gen0ProgName = ( fluidStack = (fluidLevel==fluidLimit ) ? fluidGrow() : fluidStack, fluidStack[fluidLevel].scopeName = scopeName, fluidStack[fluidLevel].scopeLevel = scopeLevel, fluidStack[fluidLevel].pglobal = (Pointer) &(gen0ProgName ), fluidStack[fluidLevel].pstack = (Pointer) &fluidSave_gen0ProgName , fluidStack[fluidLevel].size = sizeof(gen0ProgName), fluidLevel ++, (gen0ProgName) );
4200	String fluid(gen0DefName)fluidSave_gen0DefName = ( fluidStack = (fluidLevel==fluidLimit ) ? fluidGrow() : fluidStack, fluidStack[fluidLevel].scopeName = scopeName, fluidStack[fluidLevel].scopeLevel = scopeLevel, fluidStack[fluidLevel].pglobal = (Pointer) &(gen0DefName ), fluidStack[fluidLevel].pstack = (Pointer) &fluidSave_gen0DefName , fluidStack[fluidLevel].size = sizeof(gen0DefName), fluidLevel ++, (gen0DefName) );
4201	Syme syme = NULL((void*)0);
4202	AbSyn oldex;
4203	Stab stab = abStab(rhs)((rhs)->abHdr.seman ? (rhs)->abHdr.seman->stab : 0);
4204	Foam rhsFoam;
4205
4206	if (id) syme = abSyme(id)((id)->abHdr.seman ? (id)->abHdr.seman->syme : 0);
4207
4208	if (abIsAnyLambda(rhs)(((rhs)->abHdr.tag == (AB_Lambda)) \|\| ((rhs)->abHdr.tag == (AB_PLambda)))) {
4209	if (type) type = abMapRet(type)((type)->abApply.argv[1]);
4210	gen0ProgName = strCopy(symeString(syme)((((syme)->id))->str));
4211	oldex = gen0ProgPushExporter(id);
4212
4213	/* patch up ConstNum(syme) */
4214	gen0AddConst(symeConstNum(syme)(((AInt) (SYFI_ConstInfo < (8 * sizeof(int)) && !( ((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_ConstInfo ))) ? (symeFieldInfo[SYFI_ConstInfo].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0 )), (syme))->locmask) & (1 << (SYFI_ConstInfo))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme )->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_ConstInfo))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_ConstInfo )] : (symeFieldInfo[SYFI_ConstInfo].def)) : symeGetFieldFn(syme ,SYFI_ConstInfo))) & 0xFFFF), gen0NumProgs);
4215	genSetConstNum(syme, abDefineIdx(id)((id)->abHdr.seman ? (id)->abHdr.seman->defnIdx : -1 ), (UShort) gen0NumProgs, true1);
4216
4217	rhsFoam = gen0Lambda(rhs, syme, type);
4218	gen0ProgPopExporter(oldex);
4219	}
4220	else if (abTag(rhs)((rhs)->abHdr.tag) == AB_Add) {
4221	gen0ProgName = gen0FileName;
4222	gen0DefName = strCopy(syme ? symeString(syme)((((syme)->id))->str) : gen0ProgName);
4223	if (genIsRuntime()(gen0IsRuntime)) {
4224	gen0Vars(stab);
4225	rhsFoam = genFoamVal(rhs->abAdd.capsule);
4226	}
4227	else {
4228	oldex = gen0ProgPushExporter(id);
4229	rhsFoam = gen0AddBody0(rhs, stab, type);
4230	gen0ProgPopExporter(oldex);
4231	}
4232	}
4233	else if (syme && tfIsCategoryType(symeType(syme))) {
4234	gen0ProgName = strCopy(symeString(syme)((((syme)->id))->str));
4235	gen0DefName = strCopy(gen0ProgName);
4236	oldex = gen0ProgPushExporter(id);
4237	rhsFoam = gen0MakeDefaultPackage(rhs, stab, true1, syme);
4238	gen0ProgPopExporter(oldex);
4239	}
4240	else {
4241	gen0ProgName = gen0FileName;
4242	rhsFoam = genFoamVal(rhs);
4243	}
4244
4245	if (syme && gen0AbSynHasConstHash(rhs))
4246	symeSetHashNum(syme, strHash(symeString(syme)))(symeSetFieldVal = ((AInt) (strHash(((((syme)->id))->str )))), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme )->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_HashNum))) ? (((syme)->fieldv)[symeIndex(syme,SYFI_HashNum )] = (symeSetFieldVal)) : !((syme)->full) && symeSetFieldVal == (symeFieldInfo[SYFI_HashNum].def) ? symeSetFieldVal : symeSetFieldFn (syme,SYFI_HashNum,symeSetFieldVal));
4247
4248	Return(rhsFoam){ fluidUnwind(fluidLevel0, ((int) 0)); return rhsFoam;; };
4249	}
4250
4251
4252	localstatic Bool
4253	gen0IsDomainInit(Foam foam)
4254	{
4255	Foam arg;
4256	if (foamTag(foam)((foam)->hdr.tag) == FOAM_Clos &&
4257	foamTag(foam->foamClos.prog)((foam->foamClos.prog)->hdr.tag) == FOAM_Const &&
4258	foamTag(foam->foamClos.env)((foam->foamClos.env)->hdr.tag) == FOAM_Env)
4259	return true1;
4260	if (foamTag(foam)((foam)->hdr.tag) != FOAM_CCall \|\|
4261	foamArgc(foam)((foam)->hdr.argc) != 3 \|\|
4262	foamTag(foam->foamCCall.op)((foam->foamCCall.op)->hdr.tag) != FOAM_Glo)
4263	return false((int) 0);
4264	arg = foam->foamCCall.argv[0];
4265	return (foamTag(arg)((arg)->hdr.tag) == FOAM_Clos &&
4266	foamTag(arg->foamClos.prog)((arg->foamClos.prog)->hdr.tag) == FOAM_Const &&
4267	foamTag(arg->foamClos.env)((arg->foamClos.env)->hdr.tag) == FOAM_Env);
4268	}
4269
4270	/*
4271	* Generate Foam for a domain extension.
4272	*/
4273	localstatic Foam
4274	gen0Extend(AbSyn absyn)
4275	{
4276	AbSyn lhs = abDefineeId(absyn);
4277	Syme syme = abSyme(lhs)((lhs)->abHdr.seman ? (lhs)->abHdr.seman->syme : 0), extension;
4278	SymeList extendee;
4279	Foam result;
4280
4281	assert(syme)do { if (!(syme)) _do_assert(("syme"),"genfoam.c",4281); } while (0);
4282	extension = symeExtension(syme);
4283	assert(extension && symeIsExtend(extension))do { if (!(extension && (((((extension)->kind == SYME_Trigger ? libGetAllSymes((extension)->lib) : ((void*)0)), (extension ))->kind) == SYME_Extend))) _do_assert(("extension && symeIsExtend(extension)" ),"genfoam.c",4283); } while (0);
4284	extendee = symeExtendee(extension);
4285	assert(listMemq(Syme)(extendee, syme))do { if (!((Syme_listPointer->Memq)(extendee, syme))) _do_assert (("listMemq(Syme)(extendee, syme)"),"genfoam.c",4285); } while (0);
4286
4287	symeListSetExtension(extendee, NULL((void*)0));
4288
4289	result = gen0Define(absyn);
4290	if (symeHashNum(syme)((int) (SYFI_HashNum < (8 * sizeof(int)) && !((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_HashNum ))) ? (symeFieldInfo[SYFI_HashNum].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0 )), (syme))->locmask) & (1 << (SYFI_HashNum))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_HashNum))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_HashNum )] : (symeFieldInfo[SYFI_HashNum].def)) : symeGetFieldFn(syme ,SYFI_HashNum)))) symeSetHashNum(extension, symeHashNum(syme))(symeSetFieldVal = ((AInt) (((int) (SYFI_HashNum < (8 sizeof (int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_HashNum))) ? (symeFieldInfo[SYFI_HashNum].def ) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme )->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_HashNum))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_HashNum))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_HashNum)] : (symeFieldInfo[SYFI_HashNum].def)) : symeGetFieldFn (syme,SYFI_HashNum))))), (((((extension)->kind == SYME_Trigger ? libGetAllSymes((extension)->lib) : ((void)0)), (extension ))->locmask) & (1 << (SYFI_HashNum))) ? (((extension )->fieldv)[symeIndex(extension,SYFI_HashNum)] = (symeSetFieldVal )) : !((extension)->full) && symeSetFieldVal == (symeFieldInfo [SYFI_HashNum].def) ? symeSetFieldVal : symeSetFieldFn(extension ,SYFI_HashNum,symeSetFieldVal));
4291	symeListSetExtension(extendee, extension);
4292
4293	if (syme == car(listLastCons(Syme)(extendee))(((Syme_listPointer->LastCons)(extendee))->first)) {
4294	Foam val = gen0MakeExtend(extension, symeType(extension));
4295	Foam dom = gen0Syme(extension);
4296	Foam def = foamNewDef(dom, val)foamNew(FOAM_Def, 2, dom, val);
4297	if (gen0IsDomainInit(val)) {
4298	gen0AddInit(def);
4299	result = NULL((void*)0);
4300	/* Stamp the extension with its hash code */
4301	if (symeHashNum(extension)((int) (SYFI_HashNum < (8 * sizeof(int)) && !((((( extension)->kind == SYME_Trigger ? libGetAllSymes((extension )->lib) : ((void)0)), (extension))->hasmask) & (1 << (SYFI_HashNum))) ? (symeFieldInfo[SYFI_HashNum].def) : ((((( extension)->kind == SYME_Trigger ? libGetAllSymes((extension )->lib) : ((void)0)), (extension))->locmask) & (1 << (SYFI_HashNum))) ? ((((((extension)->kind == SYME_Trigger ? libGetAllSymes((extension)->lib) : ((void*)0)), (extension ))->locmask) & (1 << (SYFI_HashNum))) ? ((extension )->fieldv)[symeIndex(extension,SYFI_HashNum)] : (symeFieldInfo [SYFI_HashNum].def)) : symeGetFieldFn(extension,SYFI_HashNum) )) &&
4302	(foamTag(val)((val)->hdr.tag) == FOAM_Clos)) {
4303	AInt hash = symeHashNum(extension)((int) (SYFI_HashNum < (8 * sizeof(int)) && !((((( extension)->kind == SYME_Trigger ? libGetAllSymes((extension )->lib) : ((void)0)), (extension))->hasmask) & (1 << (SYFI_HashNum))) ? (symeFieldInfo[SYFI_HashNum].def) : ((((( extension)->kind == SYME_Trigger ? libGetAllSymes((extension )->lib) : ((void)0)), (extension))->locmask) & (1 << (SYFI_HashNum))) ? ((((((extension)->kind == SYME_Trigger ? libGetAllSymes((extension)->lib) : ((void*)0)), (extension ))->locmask) & (1 << (SYFI_HashNum))) ? ((extension )->fieldv)[symeIndex(extension,SYFI_HashNum)] : (symeFieldInfo [SYFI_HashNum].def)) : symeGetFieldFn(extension,SYFI_HashNum) ));
4304	Foam ext = foamCopy(dom);
4305
4306	gen0AddInit(gen0RtSetProgHash(ext, hash));
4307	}
4308	}
4309	else
4310	result = gen0SetValue(def, absyn);
4311	}
4312
4313	return result;
4314	}
4315
4316	/*
4317	* Generate code for the function to create a (possibly parameterized)
4318	* extension domain.
4319	*/
4320	localstatic Foam
4321	gen0MakeExtend(Syme syme, TForm tf)
4322	{
4323	if (tfIsMap(tf)(((tf)->tag) == TF_Map))
4324	return gen0MakeExtendLambda(syme, tf);
4325	else
4326	return gen0MakeExtendBase(syme);
4327	}
4328
4329	/*
4330	* Generate code for the function to create a parameterized extension domain.
4331	*/
4332	localstatic Foam
4333	gen0MakeExtendLambda(Syme syme, TForm tf)
4334	{
4335	Foam *paramv;
4336	Foam foam, clos, var;
4337	FoamTag retType;
4338	AInt index;
4339	TForm tfret;
4340	Stab stab;
4341	RTCacheInfo cache;
4342	int i;
4343
4344	assert(tfIsMap(tf))do { if (!((((tf)->tag) == TF_Map))) _do_assert(("tfIsMap(tf)" ),"genfoam.c",4344); } while (0);
4345
4346	tfret = tfMapRet(tf)tfFollowArg(tf, 1);
4347	retType = gen0Type(tfret, NULL((void*)0));
4348
4349	stab = gen0State->stab;
4350	if (tfMapArgc(tf) > 0) {
4351	/* This is just a really cheezy way to get a stab. */
4352	assert(tfSymes(tf))do { if (!(((tf)->symes))) _do_assert(("tfSymes(tf)"),"genfoam.c" ,4352); } while (0);
4353	stab = listCons(StabLevel)(StabLevel_listPointer->Cons)(symeDefLevel(car(tfSymes(tf))((((tf)->symes))->first)),
4354	stab);
4355	}
4356
4357	cache = gen0CacheMakeEmpty(NULL((void*)0));
4358	clos = gen0ProgClosEmpty();
4359	foam = gen0ProgInitEmpty(gen0ProgName, NULL((void*)0));
4360
4361	index = gen0FormatNum;
4362	gen0ProgPushState(stab, GF_Lambda);
4363
4364	if (tfIsMulti(tfret)(((tfret)->tag) == TF_Multiple))
4365	foam->foamProg.format = gen0MultiFormatNumber(tfret);
4366
4367	gen0State->type = tf;
4368	gen0State->program = foam;
4369
4370	gen0PushFormat(index);
4371
4372	gen0Vars(stab);
4373	var = gen0Temp(FOAM_Word)gen0Temp0(FOAM_Word, 4);
4374
4375	paramv = (Foam) stoAlloc(OB_Other0, sizeof(Foam)tfMapArgc(tf));
4376	for (i=0; i<tfMapArgc(tf); i++) {
4377	TForm ntf = tfMapArgN(tf, i);
4378	paramv[i] = genFoamVal(abDefineeId(tfExpr(ntf)tfToAbSyn(ntf)));
4379	if (gen0Type(ntf, NULL((void*)0)) != FOAM_Word) {
4380	paramv[i] = foamNewCast(FOAM_Word, paramv[i])foamNew(FOAM_Cast, 2, FOAM_Word, paramv[i]);
4381	}
4382	}
4383	gen0CacheCheck(cache, tfMapArgc(symeType(syme)), paramv);
4384
4385	gen0AddStmt(foamNewSet(var, gen0MakeExtend(syme, tfret))foamNew(FOAM_Set, 2, var, gen0MakeExtend(syme, tfret)), NULL((void*)0));
4386	var = gen0CacheReturn(cache, foamCopy(var));
4387	gen0AddStmt(foamNewReturn(var)foamNew(FOAM_Return, 1, var), NULL((void*)0));
4388	gen0ProgAddStateFormat(index);
4389	gen0IssueDCache();
4390	gen0ProgFiniEmpty(foam, retType, int0((int) 0));
4391
4392	foamOptInfo(foam)((foam)->hdr.info.opt) = optInfoNew(gen0State->stab, foam, NULL((void*)0), false((int) 0));
4393	foamProgSetGetter(foam)((foam)->foamProg.infoBits \|= (1 << 3));
4394
4395	gen0ProgPopState();
4396	if (gen0IsDomainInit(clos))
4397	gen0AddInit(cache->init);
4398	else
4399	gen0AddStmt(cache->init, cache->ab);
4400	gen0CacheKill(cache);
4401
4402	return clos;
4403	}
4404
4405	/*
4406	* Generate code for the function to create an extension domain.
4407	*/
4408	localstatic Foam
4409	gen0MakeExtendBase(Syme syme)
4410	{
4411	Foam foam, clos;
4412	AInt index;
4413	Length argc;
4414	String argv[1];
4415
4416	argc = 1;
4417	argv[0] = "domain";
4418
4419	assert(!genIsRuntime())do { if (!(!(gen0IsRuntime))) _do_assert(("!genIsRuntime()"), "genfoam.c",4419); } while (0);
4420
4421	clos = gen0ProgClosEmpty();
4422	foam = gen0ProgInitEmpty("extend0", NULL((void*)0));
4423
4424	index = gen0FormatNum;
4425	gen0ProgPushState(gen0State->stab, GF_Add0);
4426
4427	gen0PushFormat(index);
4428
4429	gen0ProgAddParams(argc, argv);
4430
4431	gen0State->program = foam;
4432	gen0State->program->foamProg.infoBits = IB_SIDE(1 << 0);
4433
4434	gen0MakeExtendParents(syme, symeExtendee(syme));
4435	#if 0
4436	gen0AddStmt(foamNewReturn(foamNewCast(FOAM_Clos, foamNewPar(int0)))foamNew(FOAM_Return, 1, foamNew(FOAM_Cast, 2, FOAM_Clos, foamNew (FOAM_Par, 1, (AInt)(((int) 0))))), NULL((void*)0));
4437	#endif
4438	gen0AddStmt(foamNewReturn(foamNewCast(FOAM_Clos, foamNewNil()))foamNew(FOAM_Return, 1, foamNew(FOAM_Cast, 2, FOAM_Clos, foamNew (FOAM_Nil, (int) 0))), NULL((void*)0));
4439
4440	gen0ProgAddStateFormat(index);
4441	gen0IssueDCache();
4442	gen0ProgFiniEmpty(foam, FOAM_Clos, int0((int) 0));
4443
4444	foamOptInfo(foam)((foam)->hdr.info.opt) = optInfoNew(gen0State->stab, foam, NULL((void*)0), false((int) 0));
4445	foamProgSetGetter(foam)((foam)->foamProg.infoBits \|= (1 << 3));
4446
4447	gen0ProgPopState();
4448
4449	foam = gen0BuiltinCCall(FOAM_Word, "extendMake", "runtime", 1, clos);
4450	return foam;
4451	}
4452
4453	/*
4454	* Helper functions for gen0MakeExtend.
4455	*/
4456	localstatic void
4457	gen0MakeExtendParents(Syme syme, SymeList symes)
4458	{
4459	Foam pars, result;
4460	Length i, argc = listLength(Syme)(Syme_listPointer->_Length)(symes);
4461
4462	/* Create the foam array for the parent vector. */
4463	pars = gen0TempLocal0(FOAM_Arr, FOAM_Word);
4464	gen0AddStmt(gen0ANew(pars, FOAM_Word, argc)foamNew(FOAM_Set, 2, foamCopy(pars), foamNew(FOAM_ANew, 2, FOAM_Word , foamNew(FOAM_SInt, 1, (AInt)(argc)))), NULL((void*)0));
4465
4466	/* Fill the slots in the foam array. */
4467	for (i = argc - 1; symes; i -= 1, symes = cdr(symes)((symes)->rest))
4468	gen0MakeExtendParent(syme, car(symes)((symes)->first), i, pars);
4469
4470	/* Create the Aldor array for the domain parents. */
4471	pars = gen0MakeArray(foamNewSInt(argc)foamNew(FOAM_SInt, 1, (AInt)(argc)), pars, NULL((void*)0));
4472
4473	result = gen0BuiltinCCall(FOAM_Word, "extendFill!", "runtime", 2,
4474	foamNewPar(int0)foamNew(FOAM_Par, 1, (AInt)(((int) 0))), pars);
4475	gen0AddStmt(result, NULL((void*)0));
4476	}
4477
4478	localstatic void
4479	gen0MakeExtendParent(Syme syme, Syme parent, Length i, Foam pars)
4480	{
4481	Foam par = gen0MakeExtendApply(symeType(syme), gen0Syme(parent));
4482
4483	gen0AddStmt(gen0ASet(pars, i, FOAM_Word, par)foamNew(FOAM_Set, 2, foamNew(FOAM_AElt,3,(AInt)(FOAM_Word),foamNew (FOAM_SInt, 1, (AInt)(i)),foamCopy(pars)), par), NULL((void*)0));
4484	}
4485
4486	localstatic Foam
4487	gen0MakeExtendApply(TForm tf, Foam foam)
4488	{
4489	Foam call;
4490	Length i, j, k, argc;
4491
4492	if (!tfIsMap(tf)(((tf)->tag) == TF_Map)) {
4493	if (gen0Type(tf, NULL((void*)0)) != FOAM_Word)
4494	foam = foamNewCast(FOAM_Word, foam)foamNew(FOAM_Cast, 2, FOAM_Word, foam);
4495	return foam;
4496	}
4497
4498	argc = tfMapArgc(tf);
4499
4500	call = foamNewEmpty(FOAM_CCall, TypeSlot1+OpSlot1 + argc);
4501	call->foamCCall.type = gen0Type(tfMapRet(tf)tfFollowArg(tf, 1), NULL((void*)0));
4502	call->foamCCall.op = foam;
4503
4504	for (i = TypeSlot1+OpSlot1, j = 0; j < argc; i += 1, j += 1) {
4505	TForm tfj = tfMapArgN(tf, j);
4506	Syme syme = NULL((void*)0);
4507	if (tfIsMeet(tfj)(((tfj)->tag) == TF_Meet))
4508	for (k = 0; !syme && k < tfMeetArgc(tfj)((tfj)->argc); k += 1)
4509	syme = tfDefineeSyme(tfMeetArgv(tfj)((tfj)->argv)[k]);
4510	else
4511	syme = tfDefineeSyme(tfj);
4512	assert(syme)do { if (!(syme)) _do_assert(("syme"),"genfoam.c",4512); } while (0);
4513	call->foamGen.argv[i].code = gen0Syme(syme);
4514	}
4515
4516	return gen0MakeExtendApply(tfMapRet(tf)tfFollowArg(tf, 1), call);
4517	}
4518
4519	/*
4520	* Generate Foam for an identifier.
4521	*/
4522	localstatic Foam
4523	genId(AbSyn absyn)
4524	{
4525	return gen0ExtendSyme(abSyme(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->syme : 0));
4526	}
4527
4528	/*
4529	* Generate Foam for a literal.
4530	*/
4531	localstatic Foam
4532	genLit(AbSyn absyn)
4533	{
4534	Syme syme = abSyme(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->syme : 0);
4535	FoamTag type = gen0Type(gen0AbType(absyn), NULL((void*)0));
4536	String str = abLeafStr(absyn)((absyn)->abGen.data.str);
4537	Foam *argloc;
4538	Foam foam = gen0ApplySyme(type, syme,
4539	abSymeImpl(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->impl : 0), 1, &argloc);
4540
4541	argloc[0] = foamNewCast(FOAM_Word,gen0CharArray(str))foamNew(FOAM_Cast, 2, FOAM_Word, gen0CharArray(str));
4542
4543	return foam;
4544	}
4545
4546	localstatic Bool
4547	gen0IsInnerVar(Syme syme, AInt level)
4548	{
4549	GenFoamState s;
4550	if (level != 0)
4551	return false((int) 0);
4552	s = gen0NthState(level);
4553	return symeDefLevelNo(syme)(symeDefLevel(syme)->lexicalLevel) > stabLevelNo(s->stab)(((s->stab)->first)->lexicalLevel);
4554	}
4555
4556	/*!!
4557	* This is only needed because symes aren't shared between add bodys and
4558	* decls for domain return values.
4559	*/
4560	localstatic int
4561	gen0ParamIndex(Syme param)
4562	{
4563	StabLevel stab = symeDefLevel(param);
4564	int i = 0, j=0, me=-1;
4565	Syme syme;
4566	SymeList l;
4567
4568	assert (stab)do { if (!(stab)) _do_assert(("stab"),"genfoam.c",4568); } while (0);
4569	for(i = 0, l = stab->boundSymes; l; l = cdr(l)((l)->rest), i++) {
4570	syme = car(l)((l)->first);
4571	if (symeIsParam(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Param))
4572	j++;
4573	if (symeId(param)((param)->id)==symeId(syme)((syme)->id))
4574	me = j;
4575	}
4576	assert(me>=0)do { if (!(me>=0)) _do_assert(("me>=0"),"genfoam.c",4576 ); } while (0);
4577
4578	return j-me;
4579	}
4580
4581	/*
4582	* Generate Foam for the Syme of an identifier.
4583	*/
4584
4585	extern Bool genfEnvDebug;
4586
4587	Foam
4588	gen0ExtendSyme(Syme syme)
4589	{
4590	while (symeExtensionFirst(syme)) syme = symeExtensionFirst(syme);
4591	return gen0Syme(syme);
4592	}
4593
4594	Foam
4595	gen0Syme(Syme syme)
4596	{
4597	Foam foam;
4598
4599	switch (symeKind(syme)((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind)) {
4600	case SYME_Param:
4601	case SYME_LexConst:
4602	case SYME_LexVar:
4603	case SYME_Export:
4604	case SYME_Extend:
4605	foam = gen0SymeGeneric(syme);
4606	break;
4607
4608	case SYME_Foreign: {
4609	assert(gen0FoamKind(syme) == FOAM_Glo)do { if (!(((((FoamTag) (SYFI_FoamKind < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind].def ) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme )->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_FoamKind)] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn (syme,SYFI_FoamKind))) != FOAM_LIMIT) ? ((FoamTag) (SYFI_FoamKind < (8 sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo [SYFI_FoamKind].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> locmask) & (1 << (SYFI_FoamKind))) ? ((syme)->fieldv )[symeIndex(syme,SYFI_FoamKind)] : (symeFieldInfo[SYFI_FoamKind ].def)) : symeGetFieldFn(syme,SYFI_FoamKind))) : ((FoamTag) ( SYFI_FoamKind < (8 sizeof(int)) && !(((((symeOriginal (syme))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal (syme))->lib) : ((void)0)), (symeOriginal(syme)))->hasmask ) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind ].def) : (((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_FoamKind))) ? (((((( symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_FoamKind))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_FoamKind )] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(symeOriginal (syme),SYFI_FoamKind)))) == FOAM_Glo)) _do_assert(("gen0FoamKind(syme) == FOAM_Glo" ),"genfoam.c",4609); } while (0);
4610	if (tfIsMap(symeType(syme))(((symeType(syme))->tag) == TF_Map)) {
4611	foam = gen0ForeignWrapValue(syme);
4612	} else
4613	foam = foamNew(gen0FoamKind(syme)((((FoamTag) (SYFI_FoamKind < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind].def) : ((( ((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind ))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes(( syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_FoamKind )] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(syme ,SYFI_FoamKind))) != FOAM_LIMIT) ? ((FoamTag) (SYFI_FoamKind < (8 sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo [SYFI_FoamKind].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> locmask) & (1 << (SYFI_FoamKind))) ? ((syme)->fieldv )[symeIndex(syme,SYFI_FoamKind)] : (symeFieldInfo[SYFI_FoamKind ].def)) : symeGetFieldFn(syme,SYFI_FoamKind))) : ((FoamTag) ( SYFI_FoamKind < (8 sizeof(int)) && !(((((symeOriginal (syme))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal (syme))->lib) : ((void)0)), (symeOriginal(syme)))->hasmask ) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind ].def) : (((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_FoamKind))) ? (((((( symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_FoamKind))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_FoamKind )] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(symeOriginal (syme),SYFI_FoamKind)))), 1,
4614	(AInt) gen0VarIndex(syme)((((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) != (0x7FFF )) ? ((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) : ((UShort ) ((((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_VarIndex))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_VarIndex )] : (symeFieldInfo[SYFI_VarIndex].def)))));
4615	break;
4616	}
4617	case SYME_Fluid:
4618	foam = foamNewFluid(gen0VarIndex(syme))foamNew(FOAM_Fluid, 1, (AInt)(((((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0 )), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) != (0x7FFF)) ? ((UShort) ((((((syme)-> kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void )0)), (syme))->locmask) & (1 << (SYFI_VarIndex) )) ? ((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) : ((UShort) ((((((symeOriginal(syme))-> kind == SYME_Trigger ? libGetAllSymes((symeOriginal(syme))-> lib) : ((void*)0)), (symeOriginal(syme)))->locmask) & ( 1 << (SYFI_VarIndex))) ? ((symeOriginal(syme))->fieldv )[symeIndex(symeOriginal(syme),SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))))));
4619	foamProgSetUsesFluid(gen0State->program)((gen0State->program)->foamProg.infoBits \|= (1 << 5));
4620	break;
4621	case SYME_Library:
4622	bug("Invalid use of library");
4623	NotReached(foam = 0){(void)bug("Not supposed to reach line %d in file: %s\n",4623 , "genfoam.c");};
4624	break;
4625
4626	case SYME_Archive:
4627	bug("Invalid use of archive");
4628	NotReached(foam = 0){(void)bug("Not supposed to reach line %d in file: %s\n",4628 , "genfoam.c");};
4629	break;
4630
4631	case SYME_Import:
4632	foam = gen0SymeImport(syme);
4633	break;
4634
4635	case SYME_Builtin:
4636	foam = foamNewBVal(symeBuiltin(syme))foamNew(FOAM_BVal, 1, (AInt)(((FoamBValTag) (SYFI_Builtin < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> hasmask) & (1 << (SYFI_Builtin))) ? (symeFieldInfo[ SYFI_Builtin].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_Builtin))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))-> locmask) & (1 << (SYFI_Builtin))) ? ((syme)->fieldv )[symeIndex(syme,SYFI_Builtin)] : (symeFieldInfo[SYFI_Builtin ].def)) : symeGetFieldFn(syme,SYFI_Builtin)))));
4637	break;
4638
4639	case SYME_Temp:
4640	foam = foamCopy(symeFoam(syme)((Foam) (SYFI_Foam < (8 * sizeof(int)) && !(((((syme )->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Foam ))) ? (symeFieldInfo[SYFI_Foam].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_Foam))) ? ((((( (syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Foam ))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Foam)] : (symeFieldInfo [SYFI_Foam].def)) : symeGetFieldFn(syme,SYFI_Foam))));
4641	break;
4642
4643	default:
4644	bugUnimpl("syme kind in genFoam")bug("Unimplemented %s (line %d in file %s).", "syme kind in genFoam" , 4644, "genfoam.c");
4645	NotReached(foam = 0){(void)bug("Not supposed to reach line %d in file: %s\n",4645 , "genfoam.c");};
4646	}
4647
4648	if (symeKind(syme)((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) != SYME_Temp && !foamSyme(foam)((foam)->hdr.syme))
4649	foamSyme(foam)((foam)->hdr.syme) = syme;
4650
4651	symeSetUsed(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) \|= (0x0040));
4652	return foam;
4653	}
4654
4655	localstatic Syme
4656	gen0SymeCopyImport(Syme syme)
4657	{
4658	TForm tf;
4659
4660	assert(symeIsExport(syme) \|\| symeIsExtend(syme))do { if (!((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->kind) == SYME_Export ) \|\| (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme )->lib) : ((void)0)), (syme))->kind) == SYME_Extend))) _do_assert(("symeIsExport(syme) \|\| symeIsExtend(syme)"),"genfoam.c" ,4660); } while (0);
4661	assert(symeLib(syme))do { if (!(((syme)->lib))) _do_assert(("symeLib(syme)"),"genfoam.c" ,4661); } while (0);
4662
4663	tf = tfLibrary(libLibrarySyme(symeLib(syme)((syme)->lib)));
4664	syme = symeCopy(syme);
4665	symeSetKind(syme, SYME_Import)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) = (SYME_Import));
4666	symeSetExporter(syme, tf)(symeSetFieldVal = ((AInt) (tf)), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))-> locmask) & (1 << (SYFI_Exporter))) ? (((syme)->fieldv )[symeIndex(syme,SYFI_Exporter)] = (symeSetFieldVal)) : !((syme )->full) && symeSetFieldVal == (symeFieldInfo[SYFI_Exporter ].def) ? symeSetFieldVal : symeSetFieldFn(syme,SYFI_Exporter, symeSetFieldVal));
4667	return syme;
4668	}
4669
4670	localstatic Foam
4671	gen0SymeGeneric(Syme syme)
4672	{
4673	FoamTag kind = gen0FoamKind(syme)((((FoamTag) (SYFI_FoamKind < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind].def) : ((( ((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind ))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes(( syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_FoamKind )] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(syme ,SYFI_FoamKind))) != FOAM_LIMIT) ? ((FoamTag) (SYFI_FoamKind < (8 sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo [SYFI_FoamKind].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> locmask) & (1 << (SYFI_FoamKind))) ? ((syme)->fieldv )[symeIndex(syme,SYFI_FoamKind)] : (symeFieldInfo[SYFI_FoamKind ].def)) : symeGetFieldFn(syme,SYFI_FoamKind))) : ((FoamTag) ( SYFI_FoamKind < (8 sizeof(int)) && !(((((symeOriginal (syme))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal (syme))->lib) : ((void)0)), (symeOriginal(syme)))->hasmask ) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind ].def) : (((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_FoamKind))) ? (((((( symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_FoamKind))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_FoamKind )] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(symeOriginal (syme),SYFI_FoamKind))));
4674	AInt level;
4675
4676	if (kind == FOAM_LIMIT) {
4677	if ((symeIsExport(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->kind) == SYME_Export) \|\| symeIsExtend(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->kind) == SYME_Extend)) && symeLib(syme)((syme)->lib))
4678	return gen0SymeImport(gen0SymeCopyImport(syme));
4679
4680	/!! Scobind needs to share param symes in cat forms /
4681	else if (symeIsParam(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Param)) {
4682	kind = FOAM_Lex;
4683	gen0SetFoamKind(syme, kind);
4684	/!! Assumes params are in order in symTab. /
4685	gen0SetVarIndex(syme, gen0ParamIndex(syme))(symeSetFieldVal = ((AInt) (gen0ParamIndex(syme))), (((((syme )->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_VarIndex ))) ? (((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] = ( symeSetFieldVal)) : !((syme)->full) && symeSetFieldVal == (symeFieldInfo[SYFI_VarIndex].def) ? symeSetFieldVal : symeSetFieldFn (syme,SYFI_VarIndex,symeSetFieldVal));
4686	}
4687
4688	else if (symeIsLexVar(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_LexVar) && symeIsSelf(syme)(((syme)->id) == ssymSelf) &&
4689	gen0IsDomLevel(gen0State->tag)((gen0State->tag) >= GF_START_TYPE && (gen0State ->tag) <= GF_END_TYPE))
4690	return gen0LocalSelf();
4691
4692	else {
4693	bug("gen0Syme: syme unallocated by gen0Vars");
4694	NotReached(return NULL){(void)bug("Not supposed to reach line %d in file: %s\n",4694 , "genfoam.c");};
4695	}
4696	}
4697
4698	if (kind != FOAM_Lex) {
4699	assert(kind != FOAM_Nil)do { if (!(kind != FOAM_Nil)) _do_assert(("kind != FOAM_Nil") ,"genfoam.c",4699); } while (0);
4700	return foamNew(kind, 1, (AInt) gen0VarIndex(syme)((((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) != (0x7FFF )) ? ((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) : ((UShort ) ((((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_VarIndex))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_VarIndex )] : (symeFieldInfo[SYFI_VarIndex].def)))));
4701	}
4702
4703	if (DEBUG(genfEnv)genfEnvDebug) {
4704	fprintf(dbOut, "GenSyme: %-8s stablev: %lu stabLamLev:%lu symeDefLev: %lu symeDefLamLev: %lu ",
4705	symeString(syme)((((syme)->id))->str),
4706	!gen0State->stab ? 0 : stabLevelNo(gen0State->stab)(((gen0State->stab)->first)->lexicalLevel),
4707	!gen0State->stab ? 0 : stabLambdaLevelNo(gen0State->stab)(((gen0State->stab)->first)->lambdaLevel),
4708	symeDefLevelNo(syme)(symeDefLevel(syme)->lexicalLevel),
4709	symeDefLambdaLevelNo(syme)(symeDefLevel(syme)->lambdaLevel));
4710	}
4711
4712	if (!gen0State->stab)
4713	level = 0;
4714	else {
4715	level = stabLambdaLevelNo(gen0State->stab)(((gen0State->stab)->first)->lambdaLevel) -
4716	symeDefLambdaLevelNo(syme)(symeDefLevel(syme)->lambdaLevel);
4717	if (gen0IsInnerVar(syme, level)) {
4718	genfEnvDEBUGif (!genfEnvDebug) { } else afprintf(dbOut, "Inner\n");
4719	return gen0InnerSyme(syme, level);
4720	}
4721	}
4722
4723	level = gen0FoamLevel(symeDefLevelNo(syme)(symeDefLevel(syme)->lexicalLevel));
4724	gen0UseStackedFormat(level);
4725	if (DEBUG(genfEnv)genfEnvDebug) {
4726	afprintf(dbOut, "sym: %s Lev:%d %pAIntList %pSlotUsageList\n", symeString(syme)((((syme)->id))->str), (int)level, gen0State->formatStack, gen0State->formatUsage);
4727	}
4728	return foamNewLex(level, gen0VarIndex(syme))foamNew(FOAM_Lex, 2, (AInt)(level), (AInt)(((((UShort) (((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex ))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) != (0x7FFF)) ? ((UShort) ((((((syme)-> kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void )0)), (syme))->locmask) & (1 << (SYFI_VarIndex) )) ? ((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) : ((UShort) ((((((symeOriginal(syme))-> kind == SYME_Trigger ? libGetAllSymes((symeOriginal(syme))-> lib) : ((void*)0)), (symeOriginal(syme)))->locmask) & ( 1 << (SYFI_VarIndex))) ? ((symeOriginal(syme))->fieldv )[symeIndex(symeOriginal(syme),SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))))));
4729	}
4730
4731	localstatic Foam
4732	gen0SymeImport(Syme syme)
4733	{
4734	AInt symeLexLevel, level, env;
4735	int idx;
4736	Foam ref, foam;
4737
4738	if (gen0IsEnumLit(syme)) {
4739	TForm key = gen0SpecialKeyType(symeType(syme));
4740	return foamNewSInt(gen0EnumIndex(key, symeId(syme)))foamNew(FOAM_SInt, 1, (AInt)(gen0EnumIndex(key, ((syme)->id ))));
4741	}
4742
4743	symeLexLevel = gen0GetImportLexLevel(syme);
4744	level = gen0FoamImportLevel(symeLexLevel);
4745	gen0UseStackedFormat(level);
4746	if (!gen0GetImportedSyme(syme, level, false((int) 0))) {
4747	if (symeUnused(syme)(((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_UsedDepth))) ? ((syme)->fieldv)[symeIndex( syme,SYFI_UsedDepth)] : (symeFieldInfo[SYFI_UsedDepth].def))) == (0x7FFF))) stabUseMeaning(gen0State->stab, syme);
4748	gen0VarsImport(syme, gen0State->stab);
4749	}
4750	if (!symeImportInit(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) & (0x0008))) {
4751	gen0SetImportedSyme(syme, level);
4752	gen0InitImport(syme);
4753	}
4754
4755	idx = (gen0State->whereNest) ?
4756	gen0State->whereNest -
4757	(symeLexLevel - gen0State->stabLevel) : 0;
4758
4759	if (symeLexLevel < gen0State->stabLevel)
4760	idx = gen0State->whereNest;
4761
4762	if (gen0NthState(level) == gen0State &&
4763	gen0State->whereNest &&
4764	idx != gen0State->whereNest) {
4765	env = listElt(AInt)(AInt_listPointer->Elt)(gen0State->envFormatStack, idx);
4766	ref = foamCopy(listElt(Foam)(Foam_listPointer->Elt)(gen0State->envVarStack, idx));
4767	foam = foamNewEElt(env, ref, int0, gen0VarIndex(syme))foamNew(FOAM_EElt,4,(AInt)(env),ref,(AInt)(((int) 0)),(AInt)( ((((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) != (0x7FFF )) ? ((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) : ((UShort ) ((((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_VarIndex))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_VarIndex )] : (symeFieldInfo[SYFI_VarIndex].def))))));
4768	}
4769	else {
4770	assert(level >= 0)do { if (!(level >= 0)) _do_assert(("level >= 0"),"genfoam.c" ,4770); } while (0);
4771	foam = foamNewLex(level, gen0VarIndex(syme))foamNew(FOAM_Lex, 2, (AInt)(level), (AInt)(((((UShort) (((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex ))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) != (0x7FFF)) ? ((UShort) ((((((syme)-> kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void )0)), (syme))->locmask) & (1 << (SYFI_VarIndex) )) ? ((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) : ((UShort) ((((((symeOriginal(syme))-> kind == SYME_Trigger ? libGetAllSymes((symeOriginal(syme))-> lib) : ((void*)0)), (symeOriginal(syme)))->locmask) & ( 1 << (SYFI_VarIndex))) ? ((symeOriginal(syme))->fieldv )[symeIndex(symeOriginal(syme),SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))))));
4772	}
4773
4774	foamSyme(foam)((foam)->hdr.syme) = syme;
4775
4776	if (gen0IsLazyConst(symeType(syme)))
4777	foam = gen0LazyValue(foam, syme);
4778
4779	return foam;
4780	}
4781
4782	localstatic Foam
4783	gen0InnerSyme(Syme syme, AInt funLevel)
4784	{
4785	GenFoamState s = gen0NthState(funLevel);
4786	int envLevel = symeDefLevelNo(syme)(symeDefLevel(syme)->lexicalLevel) - stabLevelNo(s->stab)(((s->stab)->first)->lexicalLevel);
4787	int format = listElt(AInt)(AInt_listPointer->Elt)(s->envFormatStack,
4788	s->whereNest-envLevel);
4789	Foam env;
4790
4791	gen0UseStackedFormat(funLevel);
4792	env = foamCopy(listElt(Foam)(Foam_listPointer->Elt)(s->envVarStack, s->whereNest-envLevel));
4793	if (foamTag(env)((env)->hdr.tag)==FOAM_Env) {
4794	env->foamLex.level = funLevel;
4795	return foamNewEElt(format, env, int0, gen0VarIndex(syme))foamNew(FOAM_EElt,4,(AInt)(format),env,(AInt)(((int) 0)),(AInt )(((((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) != (0x7FFF )) ? ((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) : ((UShort ) ((((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_VarIndex))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_VarIndex )] : (symeFieldInfo[SYFI_VarIndex].def))))));
4796	} else
4797	return foamNewEElt(format,env,int0, gen0VarIndex(syme))foamNew(FOAM_EElt,4,(AInt)(format),env,(AInt)(((int) 0)),(AInt )(((((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) != (0x7FFF )) ? ((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) : ((UShort ) ((((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_VarIndex))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_VarIndex )] : (symeFieldInfo[SYFI_VarIndex].def))))));
4798	}
4799
4800	/*
4801	* Generate a Foam character array from a string.
4802	*/
4803	Foam
4804	gen0CharArray(String s)
4805	{
4806	Length len, i;
4807	Foam foam;
4808
4809	len = strLength(s);
4810	foam = foamNewEmpty(FOAM_Arr, TypeSlot1 + len);
4811
4812	foam->foamArr.baseType = FOAM_Char;
4813
4814	for (i = 0; i < len; i++) foam->foamArr.eltv[i] = s[i];
4815
4816	return foam;
4817	}
4818
4819	/*
4820	* Generate Foam for a balanced if.
4821	*/
4822	localstatic Foam
4823	genIf(AbSyn absyn)
4824	{
4825	Bool flag;
4826	FoamList topLines;
4827	int l1 = gen0State->labelNo++, l2 = gen0State->labelNo++;
4828	/*
4829	* We need to take embeddings into account so we use
4830	* gen0AbContextType() instead of gen0AbType().
4831	*/
4832	Foam t = gen0TempValueMode(gen0AbContextType(absyn));
4833
4834	flag = gen0AddImportPlace(&topLines);
4835
4836	gen0AddStmt(foamNewIf(genFoamBit(absyn->abIf.test), l1)foamNew(FOAM_If, 2, genFoamBit(absyn->abIf.test), l1), absyn);
4837	gen0SetTemp(t, gen0TempValue(absyn->abIf.elseAlt));
4838	gen0AddStmt(foamNewGoto(l2)foamNew(FOAM_Goto, 1, (AInt)(l2)), absyn);
4839	gen0AddStmt(foamNewLabel(l1)foamNew(FOAM_Label, 1, (AInt)(l1)), absyn);
4840	gen0SetTemp(t, gen0TempValue(absyn->abIf.thenAlt));
4841	gen0AddStmt(foamNewLabel(l2)foamNew(FOAM_Label, 1, (AInt)(l2)), absyn);
4842
4843	if (flag) gen0ResetImportPlace(topLines);
4844	return t;
4845
4846	}
4847
4848	/*
4849	* Generate Foam for a Select.
4850	* The idea is to generate massively dull code, and
4851	* then use the optimiser to insert the relevant
4852	* clevernesses.
4853	*/
4854
4855	localstatic Foam gen0SelectCase(AbSyn test, AbSyn id);
4856
4857	localstatic Foam
4858	genSelect(AbSyn absyn)
4859	{
4860	FoamList topLines;
4861	AbSyn seq;
4862	Syme tmpSym;
4863	Foam key;
4864	Foam t;
4865	AInt kfmt, kt, argc;
4866	Bool flag;
4867	int exitLabel, nextLabel;
4868	int i;
4869
4870	seq = absyn->abSelect.alternatives;
4871	kt = gen0Type(gen0AbType(absyn->abSelect.testPart), &kfmt);
4872	key = gen0Temp0(kt, kfmt);
4873	gen0SetTemp(key, genFoamVal(absyn->abSelect.testPart));
4874	t = gen0TempValueMode(gen0AbType(absyn));
4875
4876	tmpSym = symeNewTemp(ssymTheCase,
4877	gen0AbType(absyn->abSelect.testPart),
4878	car(gen0State->stab)((gen0State->stab)->first));
4879
4880	symeSetFoam(tmpSym, key)(symeSetFieldVal = ((AInt) (key)), (((((tmpSym)->kind == SYME_Trigger ? libGetAllSymes((tmpSym)->lib) : ((void*)0)), (tmpSym))-> locmask) & (1 << (SYFI_Foam))) ? (((tmpSym)->fieldv )[symeIndex(tmpSym,SYFI_Foam)] = (symeSetFieldVal)) : !((tmpSym )->full) && symeSetFieldVal == (symeFieldInfo[SYFI_Foam ].def) ? symeSetFieldVal : symeSetFieldFn(tmpSym,SYFI_Foam,symeSetFieldVal ));
4881
4882	/* sb. temporary */
4883	exitLabel = gen0State->labelNo++;
4884
4885	flag = gen0AddImportPlace(&topLines);
4886
4887	argc = abArgc(seq)((seq)->abHdr.argc);
4888
4889	/* Generate code for each of the cases */
4890	for (i = 0; (i < argc) && abIsExit(seq->abSequence.argv[i])((seq->abSequence.argv[i])->abHdr.tag == (AB_Exit)); i++) {
4891	AbSyn item = seq->abSequence.argv[i];
4892	AbSyn tmp;
4893	Foam call;
4894
4895	/* Allocate a label */
4896	nextLabel = gen0State->labelNo++;
4897
4898	tmp = abFrSyme(tmpSym);
4899	call = gen0SelectCase(item->abExit.test, tmp);
4900
4901	gen0AddStmt(foamNewIf(foamNotThis(foamNewCast(FOAM_Bool, call)),foamNew(FOAM_If, 2, foamNotThis(foamNew(FOAM_Cast, 2, FOAM_Bool , call)), nextLabel)
4902	nextLabel)foamNew(FOAM_If, 2, foamNotThis(foamNew(FOAM_Cast, 2, FOAM_Bool , call)), nextLabel),
4903	item);
4904	gen0SetTemp(t, gen0TempValue(item->abExit.value));
4905	gen0AddStmt(foamNewGoto(exitLabel)foamNew(FOAM_Goto, 1, (AInt)(exitLabel)), absyn);
4906	gen0AddStmt(foamNewLabel(nextLabel)foamNew(FOAM_Label, 1, (AInt)(nextLabel)), absyn);
4907	}
4908
4909	foamFree(key);
4910
4911
4912	/*
4913	* Emit code for statements between the last case and the
4914	* statement representing the default value of the select.
4915	*/
4916	for ( ; i < abArgc(seq)((seq)->abHdr.argc) - 1; i++)
4917	genFoamStmt(seq->abSequence.argv[i]);
4918
4919
4920	/* Emit code for the default value of the select if needed */
4921	if (i == abArgc(seq)((seq)->abHdr.argc) - 1)
4922	gen0SetTemp(t, gen0TempValue(seq->abSequence.argv[i]));
4923
4924	if (flag) gen0ResetImportPlace(topLines);
4925
4926	gen0AddStmt(foamNewLabel(exitLabel)foamNew(FOAM_Label, 1, (AInt)(exitLabel)), absyn);
4927	symeFree(tmpSym);
4928	return t;
4929	}
4930
4931	localstatic Foam
4932	gen0SelectCase(AbSyn test, AbSyn id)
4933	{
4934	AbSyn app;
4935	Foam foam;
4936
4937	assert(abTag(test) == AB_Test)do { if (!(((test)->abHdr.tag) == AB_Test)) _do_assert(("abTag(test) == AB_Test" ),"genfoam.c",4937); } while (0);
4938	app = abNewApply2(sposNone, abImplicit(test), id, test->abTest.cond)abNew(AB_Apply, sposNone,3, ((test)->abHdr.seman ? (test)-> abHdr.seman->implicit : 0),id,test->abTest.cond);
4939
4940	foam = genFoamVal(app);
4941
4942	return foam;
4943	}
4944
4945	/*
4946	* Generate Foam for a Sequence.
4947	*/
4948	localstatic Foam
4949	genSequence(AbSyn absyn)
4950	{
4951	Length i = 0, argc = abArgc(absyn)((absyn)->abHdr.argc);
4952	AbSyn *argv = abArgv(absyn)((absyn)->abGen.data.argv);
4953
4954	assert(abTag(absyn) == AB_Sequence)do { if (!(((absyn)->abHdr.tag) == AB_Sequence)) _do_assert (("abTag(absyn) == AB_Sequence"),"genfoam.c",4954); } while ( 0);
4955	return gen0Sequence(gen0AbType(absyn), argv, argc, i);
4956	}
4957
4958	/*
4959	* Generate code for a sequence of definitions at the top-level of
4960	* a library (.ao file).
4961	*/
4962
4963	void
4964	gen0DefSequence(AbSyn absyn)
4965	{
4966	Length argc, i = 0;
4967	AbSyn *argv;
4968	Bool save = gen0ValueMode;
4969
4970	if (abTag(absyn)((absyn)->abHdr.tag) == AB_Sequence) {
4971	argc = abArgc(absyn)((absyn)->abHdr.argc);
4972	argv = abArgv(absyn)((absyn)->abGen.data.argv);
4973	}
4974	else {
4975	argc = 1;
4976	argv = &absyn;
4977	}
4978
4979	gen0ValueMode = false((int) 0);
4980	gen0Sequence(gen0AbType(absyn), argv, argc, i);
4981	gen0ValueMode = save;
4982	}
4983
4984
4985	/*
4986	* Generate sequence code, where there may be exits in the sequence.
4987	*/
4988
4989	localstatic Foam
4990	gen0Sequence(TForm tf, AbSyn *argv, Length argc, Length i)
4991	{
4992	FoamList topLines; /* Initialised when flag == true */
4993	Length j;
4994	Bool flag = false((int) 0);
4995
4996	for (j = i; j < argc; j += 1) {
4997	AbSyn s = argv[j];
4998
4999	if (abTag(s)((s)->abHdr.tag) == AB_Exit) {
5000	AbSyn test = s->abExit.test;
5001	AbSyn val = s->abExit.value;
5002	Foam t = gen0TempValueMode(tf);
5003	int l1 = gen0State->labelNo++,
5004	l2 = gen0State->labelNo++;
5005
5006	/* New-style debugging hook */
5007	if (gen0DebuggerWanted) gen1DbgFnStep(s);
5008
5009	if (flag) gen0ResetImportPlace(topLines);
5010	flag = gen0AddImportPlace(&topLines);
5011	gen0AddStmt(foamNewIf(genFoamBit(test), l1)foamNew(FOAM_If, 2, genFoamBit(test), l1), s);
5012	gen0SetTemp(t, gen0Sequence(tf, argv, argc, j + 1));
5013	gen0AddStmt(foamNewGoto(l2)foamNew(FOAM_Goto, 1, (AInt)(l2)), s);
5014	gen0AddStmt(foamNewLabel(l1)foamNew(FOAM_Label, 1, (AInt)(l1)), s);
5015	gen0SetTemp(t, gen0TempValue(val));
5016	gen0AddStmt(foamNewLabel(l2)foamNew(FOAM_Label, 1, (AInt)(l2)), s);
5017	if (flag) gen0ResetImportPlace(topLines);
5018	return t;
5019	}
5020
5021	if (j == argc - 1) {
5022	Foam result = gen0TempValue(s);
5023	if (gen0ValueMode)
5024	result = gen0EmbedExit(result, s, tf);
5025	if (flag) gen0ResetImportPlace(topLines);
5026	return result;
5027	}
5028
5029	genFoamStmt(s);
5030	if (gen0IsDef(s)) {
5031	if (flag) gen0ResetImportPlace(topLines);
5032	flag = gen0AddImportPlace(&topLines);
5033	}
5034	}
5035
5036	assert(gen0ValueMode == false)do { if (!(gen0ValueMode == ((int) 0))) _do_assert(("gen0ValueMode == false" ),"genfoam.c",5036); } while (0);
5037	return NULL((void*)0);
5038	}
5039
5040	/* Find forms to generate at the top of add bodies. */
5041	localstatic Bool
5042	gen0IsDef(AbSyn absyn)
5043	{
5044	return (abTag(absyn)((absyn)->abHdr.tag) == AB_Define);
5045	}
5046
5047
5048	/*
5049	* Generate Foam for a program.
5050	*/
5051	localstatic Foam
5052	gen0Lambda(AbSyn absyn, Syme syme, AbSyn defaults)
5053	{
5054	AbSyn fbody, params, ret;
5055	TForm tf, tfret, retStmtType;
5056	Foam foam, clos, val = NULL((void*)0);
5057	RTCacheInfo cache = NULL((void*)0);
5058	FoamTag retType;
5059	AInt index, retfmt;
5060	Bool isconst, packed = abHasTag(absyn, AB_PLambda)((absyn)->abHdr.tag == (AB_PLambda));
5061
5062	fbody = absyn->abLambda.body;
5063	params = absyn->abLambda.param;
5064	while (abTag(fbody)((fbody)->abHdr.tag) == AB_Label)
5065	fbody = fbody->abLabel.expr;
5066
5067	tf = gen0AbType(absyn);
5068	assert(tfIsAnyMap(tf))do { if (!(((((tf)->tag) == TF_Map) \|\| (((tf)->tag) == TF_PackedMap )))) _do_assert(("tfIsAnyMap(tf)"),"genfoam.c",5068); } while (0);
5069
5070	tfret = tfIgnoreExceptions(tfMapRet(tf)tfFollowArg(tf, 1));
5071	/* printf("BDS: entered gen0Lambda\n"); */
5072	if (packed && !tfIsMulti(tfret)(((tfret)->tag) == TF_Multiple)) tfret = tfRawType(tfret);
5073	/* printf("BDS: done in gen0Lambda\n"); */
5074	retType = gen0Type(tfret, &retfmt);
5075
5076	if (gen0IsResultCachable(fbody, tf))
5077	cache = gen0CacheMakeEmpty(fbody);
5078
5079	clos = gen0ProgClosEmpty();
5080	foam = gen0ProgInitEmpty(gen0ProgName, absyn);
5081
5082	index = gen0FormatNum;
5083	gen0ProgPushState(abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0), GF_Lambda);
5084
5085	if (tfIsMulti(tfret)(((tfret)->tag) == TF_Multiple))
5086	retfmt = gen0MultiFormatNumber(tfret);
5087
5088	if (tfIsGenerator(tfret)(((tfret)->tag) == TF_Generator))
5089	foamProgSetGenerator(foam)((foam)->foamProg.infoBits \|= (1 << 2));
5090
5091	gen0State->type = tf;
5092	gen0State->param = params;
5093	gen0State->program = foam;
5094
5095	gen0PushFormat(index);
5096
5097	gen0Vars(abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0));
5098
5099	if (gen0ProgGetExporter())
5100	gen0ProgAddExporterArgs(params);
5101
5102
5103	/* Debugger hooks enabled with -Wdebug */
5104	if (gen0DebugWanted) gen0DbgFnEntry(absyn);
5105
5106
5107	/* Debugger hooks enabled with -Wdebugger */
5108	if (gen0DebuggerWanted) gen1DbgFnEntry(tf, syme, absyn);
5109
5110
5111	/* Domain caching */
5112	if (cache) {
5113	int i;
5114	Foam paramv = (Foam)stoAlloc(OB_Other0, abArgc(params)((params)->abHdr.argc)*sizeof(Foam));
5115	for (i=0; i<abArgc(params)((params)->abHdr.argc); i++) {
5116	TForm ntf = tfMapArgN(tf, i);
5117	paramv[i] = genFoamVal(abDefineeId(params->abComma.argv[i]));
5118	if (gen0Type(ntf, NULL((void*)0)) != FOAM_Word) {
5119	paramv[i] = foamNewCast(FOAM_Word, paramv[i])foamNew(FOAM_Cast, 2, FOAM_Word, paramv[i]);
5120	}
5121	}
5122	gen0CacheCheck(cache, abArgc(params)((params)->abHdr.argc), paramv);
5123	stoFree(paramv);
5124	}
5125
5126	if (abIsAnyLambda(fbody)(((fbody)->abHdr.tag == (AB_Lambda)) \|\| ((fbody)->abHdr .tag == (AB_PLambda)))) {
5127	if (defaults) defaults = abMapRet(defaults)((defaults)->abApply.argv[1]);
5128	/*
5129	* We used to pass the syme down to gen0Lambda() but
5130	* this causes problems. The trouble is that given the
5131	* curried domain Dom(A)(B), we store the hash code for
5132	* Dom in the closure for Dom(A). Also, when we compute
5133	* the hash code, we can't see A, only A -> B -> ???
5134	* and B -> ???.
5135	*
5136	* Note that this temporary fix forces us to construct
5137	* Dom(A)(B) and apply domainHash!() at runtime when we
5138	* could have computed it from Dom(A).
5139	*
5140	* See bugs 1072 and 892 for more details.
5141	*/
5142	val = gen0Lambda(fbody, (Syme)NULL((void*)0), defaults);
5143	assert(foamTag(val) != FOAM_Nil)do { if (!(((val)->hdr.tag) != FOAM_Nil)) _do_assert(("foamTag(val) != FOAM_Nil" ),"genfoam.c",5143); } while (0);
5144	}
5145	else if (abTag(fbody)((fbody)->abHdr.tag) == AB_Add) {
5146	if (genIsRuntime()(gen0IsRuntime) && syme) {
5147	gen0Vars(abStab(fbody)((fbody)->abHdr.seman ? (fbody)->abHdr.seman->stab : 0));
5148	genFoamStmt(fbody->abAdd.capsule);
5149	}
5150	else {
5151	val = gen0AddBody0(fbody, abStab(fbody)((fbody)->abHdr.seman ? (fbody)->abHdr.seman->stab : 0), defaults);
5152	assert(foamTag(val) != FOAM_Nil)do { if (!(((val)->hdr.tag) != FOAM_Nil)) _do_assert(("foamTag(val) != FOAM_Nil" ),"genfoam.c",5152); } while (0);
5153	}
5154	}
5155	else if (tfIsCategoryMap(tf)) {
5156	foamProgSetGetter(gen0State->program)((gen0State->program)->foamProg.infoBits \|= (1 << 3));
5157	val = gen0MakeDefaultPackage(fbody, abStab(fbody)((fbody)->abHdr.seman ? (fbody)->abHdr.seman->stab : 0), true1, syme);
5158	assert(foamTag(val) != FOAM_Nil)do { if (!(((val)->hdr.tag) != FOAM_Nil)) _do_assert(("foamTag(val) != FOAM_Nil" ),"genfoam.c",5158); } while (0);
5159	}
5160	else if (tfMapRetc(tf) == 0) {
5161	genFoamStmt(fbody);
5162	}
5163	else {
5164	if (gen0DebuggerWanted)
5165	val = gen1DbgFnBody(fbody);
5166	else
5167	val = genFoamValAs(tfMapRet(tf)tfFollowArg(tf, 1), fbody);
5168	if (foamTag(val)((val)->hdr.tag) == FOAM_Nil && gen0ProgHasReturn())
5169	val = NULL((void*)0);
5170	}
5171
5172	if (tfSatDom(tfret) && gen0AbSynHasConstHash(fbody))
5173	foamProgSetGetter(gen0State->program)((gen0State->program)->foamProg.infoBits \|= (1 << 3));
5174
5175	if (val && cache) val = gen0CacheReturn(cache, val);
5176
5177	if (gen0ProgGetExporter())
5178	gen0ProgPopExporterArgs();
5179
5180	ret = fbody;
5181	while (abTag(ret)((ret)->abHdr.tag) == AB_Sequence && abArgc(ret)((ret)->abHdr.argc) > 0)
5182	ret = ret->abSequence.argv[abArgc(ret)((ret)->abHdr.argc) - 1];
5183	retStmtType = gen0AbContextType(ret);
5184
5185	if (val && !tfEqual(retStmtType, tfret)) {
5186	AbEmbed embed = tfSatEmbedType(retStmtType, tfret);
5187	val = gen0Embed(val, ret, retStmtType, embed);
5188	}
5189
5190	/* Debugger hooks enabled with -Wdebug */
5191	if (gen0DebugWanted) val = gen0DbgFnExit(absyn, val);
5192
5193
5194	/* Debugger hooks enabled with -Wdebugger. */
5195	if (gen0DebuggerWanted)
5196	{
5197	if (val)
5198	gen1DbgFnReturn(fbody, retStmtType, val);
5199	else
5200	gen1DbgFnExit(fbody);
5201	}
5202
5203
5204	if (!val && !gen0ProgHasReturn()) {
5205	val = gen0NilValue(tfMapRet(tf)tfFollowArg(tf, 1));
5206	}
5207
5208	if (val) gen0AddStmt(foamNewReturn(val)foamNew(FOAM_Return, 1, val), absyn);
5209
5210	gen0ProgAddStateFormat(index);
5211	gen0IssueDCache();
5212	gen0ProgFiniEmpty(foam, retType, retfmt);
5213
5214	/* foam->foamProg.infoBits = IB_SIDE \| IB_LEAF; */
5215	foamOptInfo(foam)((foam)->hdr.info.opt) = optInfoNew(gen0State->stab, foam,
5216	syme, false((int) 0));
5217	if (foam->foamProg.levels->foamDEnv.argv[0] != emptyFormatSlot4)
5218	foamProgUnsetLeaf(foam)((foam)->foamProg.infoBits &= ~(1 << 1));
5219	gen0ComputeSideEffects(foam);
5220	gen0ProgPopState();
5221
5222	if (cache) {
5223	if (gen0IsDomainInit(clos))
5224	gen0AddInit(cache->init);
5225	else
5226	gen0AddStmt(cache->init, cache->ab);
5227	gen0CacheKill(cache);
5228	}
5229
5230	isconst = gen0AbSynHasConstHash(fbody);
5231	if (syme && isconst) {
5232	AInt hashCode = strHash(symeString(syme)((((syme)->id))->str));
5233	symeSetHashNum(syme, hashCode)(symeSetFieldVal = ((AInt) (hashCode)), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_HashNum))) ? (( (syme)->fieldv)[symeIndex(syme,SYFI_HashNum)] = (symeSetFieldVal )) : !((syme)->full) && symeSetFieldVal == (symeFieldInfo [SYFI_HashNum].def) ? symeSetFieldVal : symeSetFieldFn(syme,SYFI_HashNum ,symeSetFieldVal));
5234	/* DO NOT use gen0RtSetProgHash() here */
5235	}
5236
5237	/*
5238	* Functions that return types need to have a constant
5239	* hash code if they are going to be used safely. Warn
5240	* the user about non-const type-returning functions.
5241	*/
5242	if (!isconst) {
5243	TForm tf = gen0AbType(fbody);
5244
5245	if (tfSatDom(tf))
5246	comsgWarning(absyn, ALDOR_W_GenDomFunNotConst238);
5247	else if (tfSatCat(tf))
5248	comsgWarning(absyn, ALDOR_W_GenCatFunNotConst239);
5249	}
5250	return clos;
5251	}
5252
5253	/*
5254	* Ensure that single-statement function bodies get step events.
5255	*/
5256	localstatic Foam
5257	gen1DbgFnBody(AbSyn fbody)
5258	{
5259	/* Sequences get step events already. */
5260	if (abTag(fbody)((fbody)->abHdr.tag) != AB_Sequence)
5261	{
5262	gen1DbgFnStep(fbody);
5263	return genFoamVal(fbody);
5264	}
5265	else
5266	return genFoamVal(fbody);
5267	}
5268
5269
5270	localstatic Foam
5271	genReturn(AbSyn ab)
5272	{
5273	AbSyn val = ab->abReturn.value;
5274	Foam ret;
5275
5276	if (tfMapRetc(gen0State->type) == 0) {
5277	genFoamStmt(val);
5278	ret = foamNew(FOAM_Values, int0((int) 0));
5279	}
5280	else {
5281	ret = genFoamValAs(tfMapRet(gen0State->type)tfFollowArg(gen0State->type, 1), val);
5282
5283	/* Old style debugger hook */
5284	if (gen0DebugWanted)
5285	ret = gen0DbgFnReturn(ab, ret);
5286
5287	/* New style debugger hook */
5288	if (gen0DebuggerWanted)
5289	gen1DbgFnReturn(ab, tfMapRet(gen0State->type)tfFollowArg(gen0State->type, 1), ret);
5290	}
5291
5292	gen0AddStmt(foamNewReturn(ret)foamNew(FOAM_Return, 1, ret), ab);
5293	return NULL((void*)0);
5294	}
5295
5296	localstatic Bool
5297	gen0AbSynHasConstHash(AbSyn ab)
5298	{
5299	TForm tf = gen0AbType(ab);
5300
5301	if (tfSatDom(tf) \|\| tfSatCat(tf))
5302	return gen0AbSynHasConstHash0(ab);
5303	return false((int) 0);
5304	}
5305
5306
5307	localstatic Bool
5308	gen0AbSynHasConstHash0(AbSyn ab)
5309	{
5310	TForm tf;
5311	AbSyn abi;
5312	int i;
5313
5314	switch (abTag(ab)((ab)->abHdr.tag)) {
5315	case AB_Sequence:
5316	for (i = 0; i<abArgc(ab)((ab)->abHdr.argc); i++) {
5317	abi = ab->abSequence.argv[i];
5318	if (abTag(abi)((abi)->abHdr.tag) == AB_Exit) {
5319	tf = gen0AbType(abi);
5320	/* !! Multiple? */
5321	if (!tfIsExit(tf)(((tf)->tag) == TF_Exit) && !tfIsMulti(tf)(((tf)->tag) == TF_Multiple))
5322	return false((int) 0);
5323	}
5324	}
5325	return gen0AbSynHasConstHash(ab->abSequence.argv[abArgc(ab)((ab)->abHdr.argc)-1]);
5326	break;
5327	case AB_If:
5328	assert(ab->abIf.elseAlt)do { if (!(ab->abIf.elseAlt)) _do_assert(("ab->abIf.elseAlt" ),"genfoam.c",5328); } while (0);
5329	return gen0AbSynHasConstHash(ab->abIf.thenAlt)
5330	&& gen0AbSynHasConstHash(ab->abIf.elseAlt);
5331	break;
5332	case AB_Add:
5333	case AB_With:
5334	return true1;
5335	break;
5336	/* AB_Repeat is a possibility, but not a very useful one */
5337	case AB_Apply:
5338	return abIsJoin(ab)(((ab)->abHdr.tag == (AB_Apply)) && (((((ab)->abApply .op))->abHdr.tag == (AB_Id)) && ((((ab)->abApply .op))->abId.sym)==(ssymJoin)));
5339	break;
5340	case AB_Where:
5341	return gen0AbSynHasConstHash(ab->abWhere.expr);
5342	case AB_Define:
5343	/*
5344	* We ought to check that the RHS is a singleton and
5345	* then pass the result to gen0AbSynHasConstHash().
5346	*/
5347	return false((int) 0);
5348	case AB_Id:
5349	/*
5350	* We ought to check to see if the identifier is a
5351	* parameter that is not used as a local and treat
5352	* it as having a constant hash. Not only that but
5353	* we ought to trace identifiers back through local
5354	* definitions to check that their value has a const
5355	* hash. I've no idea how to do this so users will
5356	* just have to use with, add or Join to get domains
5357	* and categories with constant hash.
5358	*/
5359	return false((int) 0);
5360	default:
5361	return false((int) 0);
5362	}
5363	}
5364
5365
5366	/*
5367	* Create an empty format usage stack of the same length as l.
5368	*/
5369	localstatic SlotUsageList
5370	gen0UnusedFormats(AIntList l)
5371	{
5372	SlotUsageList r = listNil(SlotUsage)((SlotUsageList) 0);
5373	for(; l != listNil(AInt)((AIntList) 0); l = cdr(l)((l)->rest))
5374	r = listCons(SlotUsage)(SlotUsage_listPointer->Cons)(suFrFormat(emptyFormatSlot)(((4) << 2) \| 2), r);
5375	return r;
5376	}
5377
5378	/*
5379	* Return the Foam type given a type form.
5380	*/
5381	localstatic FoamTag gen0TypeGenerator(GenType genType);
5382
5383	FoamTag
5384	gen0Type(TForm tf, AInt *pfmt)
5385	{
5386	Symbol sym;
5387	FoamTag tag;
5388	int pass;
5389	Bool done = false((int) 0);
5390	AInt fmt = emptyFormatSlot4;
5391
5392	tag = FOAM_Word; /* Default */
5393
5394	if (tfIsDefinedType(tf)) {
5395	tf = tfDefinedVal(tf);
5396	}
5397	tf = tfIgnoreExceptions(tf);
5398
5399	for (pass = 0;(pass < 2) && !done; pass++)
5400	{
5401	tf = pass ? tfDefineeBaseType(tf) : tfDefineeType(tf);
5402	if (tfIsRaw(tf)(((tf)->tag) == TF_Raw)) tf = tfRawType(tfRawArg(tf)tfFollowArg(tf, 0));
5403
5404	done = true1;
5405
5406	if (tfIsWith(tf)(((tf)->tag) == TF_With)) tag = FOAM_Word;
5407	else if (tfIsAnyMap(tf)((((tf)->tag) == TF_Map) \|\| (((tf)->tag) == TF_PackedMap ))) tag = FOAM_Clos;
5408	else if (tfIsGenerator(tf)(((tf)->tag) == TF_Generator)) tag = gen0TypeGenerator(gfGenTypeDefault());
5409	else if (tfIsXGenerator(tf)(((tf)->tag) == TF_XGenerator)) tag = gen0TypeGenerator(gfGenTypeAlt());
5410	else if (tfIsMulti(tf)(((tf)->tag) == TF_Multiple)) tag = FOAM_NOp;
5411	else if (tfIsRecord(tf)(((tf)->tag) == TF_Record)) {
5412	tag = FOAM_Rec;
5413	fmt = gen0RecordFormatNumber(tf);
5414	}
5415	else if (tfIsTuple(tf)(((tf)->tag) == TF_Tuple)) {
5416	tag = FOAM_Word;
5417	}
5418	else if (tfIsCross(tf)(((tf)->tag) == TF_Cross)) {
5419	tag = FOAM_Word;
5420	}
5421	else if (tfIsEnum(tf)(((tf)->tag) == TF_Enumerate)) {
5422	tag = FOAM_SInt;
5423	}
5424	else if (tfIsUnknown(tf)(((tf)->tag) == TF_Unknown)) tag = FOAM_Word;
5425	else if ((sym = gen0MachineType(tf)) == NULL((void*)0)) {
5426	tag = FOAM_Word;
5427	}
5428	else if (sym == ssymBool) tag = FOAM_Bool;
5429	else if (sym == ssymByte) tag = FOAM_Byte;
5430	else if (sym == ssymHInt) tag = FOAM_HInt;
5431	else if (sym == ssymSInt) tag = FOAM_SInt;
5432	else if (sym == ssymBInt) tag = FOAM_BInt;
5433	else if (sym == ssymChar) tag = FOAM_Char;
5434	else if (sym == ssymSFlo) tag = FOAM_SFlo;
5435	else if (sym == ssymDFlo) tag = FOAM_DFlo;
5436	else if (sym == ssymNil) tag = FOAM_Nil;
5437	else if (sym == ssymPtr) tag = FOAM_Ptr;
5438	else if (sym == ssymArr) {
5439	tag = FOAM_Arr;
5440	/* Something of a bug here as we don't know
5441	the element type for the array. Use 0
5442	rather than emptyFormatSlot as that is
5443	FOAM_HInt */
5444	fmt = 0;
5445	}
5446	else {
5447	/* Try a second time using the normalised type */
5448	done = false((int) 0);
5449	}
5450
5451	/!! assert(tag == tfFoamType(tf)); /
5452	#if 0
5453	if (tag != tfFoamType(tf)((tf)->raw)) {
5454	if (tag == FOAM_Word && tfFoamType(tf)((tf)->raw) == FOAM_LIMIT)
5455	/!! Probably OK. /;
5456	else if (tfFoamType(tf)((tf)->raw) == FOAM_LIMIT) {
5457	fprintf(dbOut, "tf w/o foam type\n");
5458	tformPrintDb(tf);
5459	fnewline(dbOut);
5460	}
5461	else {
5462	fprintf(dbOut, "tf w/ different foam type\n");
5463	fprintf(dbOut, "tag = %d, foamType = %d\n",
5464	tag, tfFoamType(tf)((tf)->raw));
5465	tformPrintDb(tf);
5466	fnewline(dbOut);
5467	}
5468	}
5469	#endif
5470	}
5471
5472	if (pfmt) *pfmt = fmt;
5473
5474	return tag;
5475	}
5476
5477	localstatic FoamTag
5478	gen0TypeGenerator(GenType genType)
5479	{
5480	switch (genType) {
5481	case GENTYPE_Function:
5482	return FOAM_Clos;
5483	case GENTYPE_Coroutine:
5484	return FOAM_Word;
5485	default:
5486	bug("Not reached");
5487	return FOAM_NOp;
5488	}
5489	}
5490
5491
5492	localstatic Symbol
5493	gen0MachineType(TForm tf)
5494	{
5495	AbSyn absyn;
5496	Syme syme;
5497
5498	if (tf == NULL((void)0)) return NULL((void)0);
5499	if (!tfHasExpr(tf)((tf)->__absyn != 0)) return NULL((void*)0);
5500
5501	absyn = gen0EqualMods(tfGetExpr(tf)((tf)->__absyn));
5502
5503	syme = abSyme(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->syme : 0);
5504	if (syme == NULL((void)0)) return NULL((void)0);
5505
5506	switch (symeKind(syme)((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind)) {
5507	case SYME_Export:
5508	tf = tfDefineeType(symeType(syme));
5509	if (tfIsType(tf)(((tf)->tag) == TF_Type))
5510	return symeId(syme)((syme)->id);
5511	break;
5512	case SYME_Import:
5513	tf = tfDefineeType(symeExporter(syme));
5514	if (tfIsTheId(tf, ssymMachine)(((((tf)->tag) == TF_General) && ((((tf)->__absyn ))->abHdr.tag) == AB_Id) && (((tf)->__absyn)-> abId.sym) == (ssymMachine)))
5515	return symeId(syme)((syme)->id);
5516	if (tfIsTheId(tf, ssymBasic)(((((tf)->tag) == TF_General) && ((((tf)->__absyn ))->abHdr.tag) == AB_Id) && (((tf)->__absyn)-> abId.sym) == (ssymBasic)))
5517	return symeId(syme)((syme)->id);
5518	break;
5519	default:
5520	break;
5521	}
5522	return NULL((void*)0);
5523	}
5524
5525
5526	localstatic Bool
5527	gen0IsResultCachable(AbSyn body, TForm tf)
5528	{
5529	if (gen0AbSynHasConstHash(body))
5530	return true1;
5531
5532	return false((int) 0);
5533	}
5534
5535	/*
5536	* Extract the declarations for lexicals, locals, globals and parameters
5537	* from the list of symes in a function body.
5538	*/
5539
5540	void
5541	gen0Vars(Stab stab)
5542	{
5543	SymeList symes;
5544	AbSynList labels, la;
5545
5546	if (!stab)
5547	return;
5548
5549	labels = stabGetLevelLabels(stab)(((stab)->first)->labelsInScope);
5550
5551	for (la = labels; la; la = cdr(la)((la)->rest)) {
5552	Syme syme = abSyme(car(la))((((la)->first))->abHdr.seman ? (((la)->first))-> abHdr.seman->syme : 0);
5553	if (symeDVMark(syme)((UShort) (SYFI_DVMark < (8 * sizeof(int)) && !((( ((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_DVMark ))) ? (symeFieldInfo[SYFI_DVMark].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_DVMark))) ? ((( (((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_DVMark ))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_DVMark)] : (symeFieldInfo [SYFI_DVMark].def)) : symeGetFieldFn(syme,SYFI_DVMark))) > 0)
5554	gen0SetVarIndex(syme, gen0State->labelNo++)(symeSetFieldVal = ((AInt) (gen0State->labelNo++)), (((((syme )->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_VarIndex ))) ? (((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] = ( symeSetFieldVal)) : !((syme)->full) && symeSetFieldVal == (symeFieldInfo[SYFI_VarIndex].def) ? symeSetFieldVal : symeSetFieldFn (syme,SYFI_VarIndex,symeSetFieldVal));
5555	}
5556
5557	symes = gen0GetBoundSymes(stab);
5558	gen0VarsList(stab, symes);
5559	listFree(Syme)(Syme_listPointer->Free)(symes);
5560	}
5561
5562	localstatic void
5563	gen0VarsList(Stab stab, SymeList symes)
5564	{
5565	for (; symes; symes = cdr(symes)((symes)->rest)) {
5566	Syme syme = car(symes)((symes)->first);
5567
5568	switch (symeKind(syme)((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind)) {
5569	case SYME_Param:
5570	gen0VarsParam(syme, stab);
5571	break;
5572	case SYME_LexVar:
5573	case SYME_LexConst:
5574	gen0VarsLex(syme, stab);
5575	break;
5576	case SYME_Fluid:
5577	gen0VarsFluid(syme);
5578	break;
5579	case SYME_Import:
5580	gen0VarsImport(syme, stab);
5581	break;
5582	case SYME_Extend:
5583	case SYME_Export:
5584	gen0VarsExport(syme, stab);
5585	break;
5586	case SYME_Foreign:
5587	gen0VarsForeign(syme);
5588	break;
5589	case SYME_Builtin:
5590	case SYME_Library:
5591	case SYME_Archive:
5592	break;
5593	default:
5594	bugBadCase(symeKind(syme))bug("Bad case %d (line %d in file %s).", (int) ((((syme)-> kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void *)0)), (syme))->kind), 5594, "genfoam.c");
5595	break;
5596	}
5597	}
5598	}
5599
5600	localstatic AbSyn
5601	gen0PLambdaParam(Syme syme)
5602	{
5603	AbSyn param = gen0State->param;
5604	AbSyn *argv;
5605	Length i, argc;
5606
5607	/* printf("BDS: Entered gen0PLambdaParam\n"); */
5608
5609	AB_COMMA_ITER(param, argc, argv){ switch (((param)->abHdr.tag)) { case AB_Nothing: argc = 0 ; argv = 0; break; case AB_Comma: argc = ((param)->abHdr.argc ); argv = ((param)->abGen.data.argv); break; default: argc = 1; argv = &param; break; }; };
5610
5611	for (i = 0; i < argc; i += 1) {
5612	AbSyn argi = abDefineeId(argv[i]);
5613	if (syme == abSyme(argi)((argi)->abHdr.seman ? (argi)->abHdr.seman->syme : 0 ))
5614	return argi;
5615	}
5616
5617	assert(false)do { if (!(((int) 0))) _do_assert(("false"),"genfoam.c",5617) ; } while (0);
5618	return NULL((void*)0);
5619	}
5620
5621	localstatic void
5622	gen0VarsParam(Syme syme, Stab stab)
5623	{
5624	TForm tf = symeType(syme);
5625	String name = strCopy(symeString(syme)((((syme)->id))->str));
5626	FoamTag type;
5627	Foam decl;
5628	AInt index;
5629	FoamTag kind;
5630	AInt fmtSlot = emptyFormatSlot4;
5631	AInt paramFmtSlot = emptyFormatSlot4;
5632	Bool packed = tfIsPackedMap(gen0State->type)(((gen0State->type)->tag) == TF_PackedMap);
5633	FoamTag paramType;
5634
5635	assert(symeIsParam(syme))do { if (!((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void*)0)), (syme))->kind) == SYME_Param ))) _do_assert(("symeIsParam(syme)"),"genfoam.c",5635); } while (0);
5636
5637	/*
5638	printf("BDS: gen0VarsParam: name is '%s'\n",name);
5639	printf("BDS: gen0VarsParam: packed is '%d'\n",packed);
5640	*/
5641
5642	/* printf("BDS: entered gen0VarsParam\n"); */
5643	type = packed ? gen0Type(tfRawType(tf), NULL((void*)0)) : gen0Type(tf, &fmtSlot);
5644	paramType = gen0TfMapType(NULL((void*)0), gen0State->type, type, &paramFmtSlot);
5645	/* printf("BDS: done in gen0VarsParam\n"); */
5646
5647	decl = foamNewDecl(paramType, name, paramFmtSlot)foamNew(FOAM_Decl,4,(AInt)(paramType),name, (AInt) (0x7FFF), paramFmtSlot );
5648	index = gen0AddParam(decl);
5649	kind = FOAM_Par;
5650
5651	if (packed) {
5652	FoamTag ntype = gen0Type(tf, NULL((void*)0));
5653	Foam ndecl = foamNewDecl(ntype, strCopy(name), fmtSlot)foamNew(FOAM_Decl,4,(AInt)(ntype),strCopy(name), (AInt) (0x7FFF ), fmtSlot);
5654	Foam par = foamNewPar(index)foamNew(FOAM_Par, 1, (AInt)(index));
5655	AbSyn id = gen0PLambdaParam(syme);
5656
5657	/* printf("BDS: gen0VarsParam: packed: name is '%s'\n",name); */
5658
5659	index = gen0AddLex(ndecl);
5660	kind = FOAM_Lex;
5661
5662	par = gen0RawToUnary(par, id);
5663	gen0AddStmt(foamNewSet(foamNewLex(int0, index), foamCastIfNeeded(type, paramType, par))foamNew(FOAM_Set, 2, foamNew(FOAM_Lex, 2, (AInt)(((int) 0)), ( AInt)(index)), foamCastIfNeeded(type, paramType, par)), NULL((void*)0));
5664	if (gen0State->program)
5665	foamProgUnsetLeaf(gen0State->program)((gen0State->program)->foamProg.infoBits &= ~(1 << 1));
5666	gen0State->hasTemps = true1;
5667	}
5668
5669	else if (symeUsedDeeply(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) & (0x0004))) {
5670	Foam par = foamNewPar(index)foamNew(FOAM_Par, 1, (AInt)(index));
5671
5672	index = gen0AddLex(foamNewDecl(type, strCopy(name), emptyFormatSlot)foamNew(FOAM_Decl,4,(AInt)(type),strCopy(name), (AInt) (0x7FFF ), 4));
5673	kind = FOAM_Lex;
5674
5675	gen0AddInit(foamNewSet(foamNewLex(int0, index), foamCastIfNeeded(type, paramType, par))foamNew(FOAM_Set, 2, foamNew(FOAM_Lex, 2, (AInt)(((int) 0)), ( AInt)(index)), foamCastIfNeeded(type, paramType, par)));
5676	if (gen0State->program)
5677	foamProgUnsetLeaf(gen0State->program)((gen0State->program)->foamProg.infoBits &= ~(1 << 1));
5678	gen0State->hasTemps = true1;
5679	}
5680	else if (type != paramType) {
5681	Foam par = foamNewPar(index)foamNew(FOAM_Par, 1, (AInt)(index));
5682	index = gen0AddLocal(foamNewDecl(type, strCopy(name), emptyFormatSlot)foamNew(FOAM_Decl,4,(AInt)(type),strCopy(name), (AInt) (0x7FFF ), 4));
5683	kind = FOAM_Loc;
5684	par = foamCastIfNeeded(type, paramType, par);
5685
5686	gen0AddInit(foamNewSet(foamNewLoc(index), par)foamNew(FOAM_Set, 2, foamNew(FOAM_Loc, 1, (AInt)(index)), par ));
5687	gen0State->hasTemps = true1;
5688	}
5689
5690	if (gen0InGener(gen0State->progType)((gen0State->progType) == PT_Gener))
5691	foamFixed(decl)((decl)->hdr.info.fixed) = true1;
5692
5693	gen0SetVarIndex(syme, index)(symeSetFieldVal = ((AInt) (index)), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))-> locmask) & (1 << (SYFI_VarIndex))) ? (((syme)->fieldv )[symeIndex(syme,SYFI_VarIndex)] = (symeSetFieldVal)) : !((syme )->full) && symeSetFieldVal == (symeFieldInfo[SYFI_VarIndex ].def) ? symeSetFieldVal : symeSetFieldFn(syme,SYFI_VarIndex, symeSetFieldVal));
5694	gen0SetFoamKind(syme, kind);
5695	}
5696
5697	localstatic FoamTag
5698	gen0TfMapType(Syme syme, TForm mapTf, FoamTag argFoamTag, AInt *newFmt)
5699	{
5700	AInt dummy;
5701	if (newFmt == NULL((void*)0))
5702	newFmt = &dummy;
5703
5704	if (syme && (symeIsBuiltin(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->kind) == SYME_Builtin) \|\| symeIsForeign(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->kind) == SYME_Foreign)))
5705	return argFoamTag;
5706
5707	*newFmt = emptyFormatSlot4;
5708	switch (argFoamTag) {
5709	case FOAM_Rec:
5710	return FOAM_Word;
5711	case FOAM_Clos:
5712	return FOAM_Word;
5713	case FOAM_Arr:
5714	*newFmt = 0;
5715	return FOAM_Arr;
5716	default:
5717	return argFoamTag;
5718	}
5719	}
5720
5721
5722	localstatic void
5723	gen0VarsLex(Syme syme, Stab stab)
5724	{
5725	FoamTag type;
5726	AInt fmt;
5727	String name = strCopy(symeString(syme)((((syme)->id))->str));
5728	Foam decl;
5729	AInt index;
5730	FoamTag kind;
5731	int fmtSlot = emptyFormatSlot4;
5732	Bool isGlobal = false((int) 0);
5733
5734	type = gen0Type(symeType(syme), &fmt);
5735	assert(symeIsLexVar(syme) \|\| symeIsLexConst(syme))do { if (!((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->kind) == SYME_LexVar ) \|\| (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme )->lib) : ((void)0)), (syme))->kind) == SYME_LexConst) )) _do_assert(("symeIsLexVar(syme) \|\| symeIsLexConst(syme)"), "genfoam.c",5735); } while (0);
5736
5737	if (type == FOAM_Rec \|\| type == FOAM_Arr) fmtSlot = fmt;
5738
5739	decl = foamNewDecl(type, name, fmtSlot)foamNew(FOAM_Decl,4,(AInt)(type),name, (AInt) (0x7FFF), fmtSlot );
5740
5741	if (fintMode == FINT_LOOP2 &&
5742	gen0State->tag == GF_File && stabLevelNo(stab)(((stab)->first)->lexicalLevel) == 1) {
5743	decl = foamNewGDecl(type, name, FOAM_Nil, fmtSlot,foamNew(FOAM_GDecl,6,(AInt)(type),name, FOAM_Nil,fmtSlot, (AInt )(FOAM_GDecl_Export),(AInt)(FOAM_Proto_Foam))
5744	FOAM_GDecl_Export, FOAM_Proto_Foam)foamNew(FOAM_GDecl,6,(AInt)(type),name, FOAM_Nil,fmtSlot, (AInt )(FOAM_GDecl_Export),(AInt)(FOAM_Proto_Foam));
5745	decl->foamDecl.id = gen0GlobalName(gen0FileName, syme);
5746	isGlobal = true1;
5747	}
5748	else
5749	decl = foamNewDecl(type, name, fmtSlot)foamNew(FOAM_Decl,4,(AInt)(type),name, (AInt) (0x7FFF), fmtSlot );
5750
5751	if (isGlobal) {
5752	index = gen0AddGlobal(decl);
5753	kind = FOAM_Glo;
5754	}
5755	else if (symeUsedDeeply(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) & (0x0004))) {
5756	index = gen0AddLex(decl);
5757	kind = FOAM_Lex;
5758	}
5759	else {
5760	index = gen0AddLocal(decl);
5761	kind = FOAM_Loc;
5762	}
5763
5764	if (gen0InGener(gen0State->progType)((gen0State->progType) == PT_Gener))
5765	foamFixed(decl)((decl)->hdr.info.fixed) = true1;
5766
5767	gen0SetVarIndex(syme, index)(symeSetFieldVal = ((AInt) (index)), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))-> locmask) & (1 << (SYFI_VarIndex))) ? (((syme)->fieldv )[symeIndex(syme,SYFI_VarIndex)] = (symeSetFieldVal)) : !((syme )->full) && symeSetFieldVal == (symeFieldInfo[SYFI_VarIndex ].def) ? symeSetFieldVal : symeSetFieldFn(syme,SYFI_VarIndex, symeSetFieldVal));
5768	gen0SetFoamKind(syme, kind);
5769	}
5770
5771	localstatic void
5772	gen0VarsFluid(Syme syme)
5773	{
5774	FoamTag type = gen0Type(symeType(syme), NULL((void*)0));
5775	String name = strCopy(symeString(syme)((((syme)->id))->str));
5776	Foam decl;
5777	AInt index;
5778	int fmtSlot = emptyFormatSlot4;
5779
5780	assert(symeIsFluid(syme))do { if (!((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void*)0)), (syme))->kind) == SYME_Fluid ))) _do_assert(("symeIsFluid(syme)"),"genfoam.c",5780); } while (0);
5781
5782	if (type == FOAM_Rec)
5783	fmtSlot = gen0RecordFormatNumber(symeType(syme));
5784
5785	decl = foamNewDecl(type, name, fmtSlot)foamNew(FOAM_Decl,4,(AInt)(type),name, (AInt) (0x7FFF), fmtSlot );
5786	index = gen0FindGlobalFluid(syme);
5787
5788	gen0SetVarIndex(syme, index)(symeSetFieldVal = ((AInt) (index)), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))-> locmask) & (1 << (SYFI_VarIndex))) ? (((syme)->fieldv )[symeIndex(syme,SYFI_VarIndex)] = (symeSetFieldVal)) : !((syme )->full) && symeSetFieldVal == (symeFieldInfo[SYFI_VarIndex ].def) ? symeSetFieldVal : symeSetFieldFn(syme,SYFI_VarIndex, symeSetFieldVal));
5789	gen0SetFoamKind(syme, FOAM_Fluid);
5790	}
5791
5792	localstatic void
5793	gen0VarsImport(Syme syme, Stab stab)
5794	{
5795	String name;
5796	TForm tf;
5797	FoamTag type;
5798	Foam decl;
5799	AInt index, sl, l;
5800	int fmtSlot = emptyFormatSlot4;
5801	Sefo sefo;
5802	SymeList symes;
5803
5804	assert(symeIsImport(syme))do { if (!((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void*)0)), (syme))->kind) == SYME_Import ))) _do_assert(("symeIsImport(syme)"),"genfoam.c",5804); } while (0);
5805	if (symeUnused(syme)(((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_UsedDepth))) ? ((syme)->fieldv)[symeIndex( syme,SYFI_UsedDepth)] : (symeFieldInfo[SYFI_UsedDepth].def))) == (0x7FFF)) \|\| gen0IsEnumLit(syme)) return;
5806
5807	sl = gen0GetImportLexLevel(syme);
5808	l = gen0FoamImportLevel(sl);
5809	if (gen0GetImportedSyme(syme, l, true1)) return;
5810
5811	name = strCopy(symeString(syme)((((syme)->id))->str));
5812	tf = symeType(syme);
5813
5814	type = gen0IsLazyConst(tf) ? FOAM_Word : gen0Type(tf, NULL((void*)0));
5815	if (type == FOAM_Rec) fmtSlot = gen0RecordFormatNumber(tf);
5816
5817	decl = foamNewDecl(type, name, fmtSlot)foamNew(FOAM_Decl,4,(AInt)(type),name, (AInt) (0x7FFF), fmtSlot );
5818	if (!otSymeIsFoamConst(syme))
5819	foamSyme(decl)((decl)->hdr.syme) = syme;
5820
5821	index = gen0AddLexNth(decl, l, gen0StateOffset(sl, l));
5822
5823	gen0SetVarIndex(syme, index)(symeSetFieldVal = ((AInt) (index)), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))-> locmask) & (1 << (SYFI_VarIndex))) ? (((syme)->fieldv )[symeIndex(syme,SYFI_VarIndex)] = (symeSetFieldVal)) : !((syme )->full) && symeSetFieldVal == (symeFieldInfo[SYFI_VarIndex ].def) ? symeSetFieldVal : symeSetFieldFn(syme,SYFI_VarIndex, symeSetFieldVal));
5824	gen0SetFoamKind(syme, FOAM_Lex);
5825
5826	sefo = tfExpr(symeExporter(syme))tfToAbSyn(symeExporter(syme));
5827	symes = gen0GetExporterSymes(stab, sefo, listNil(Syme)((SymeList) 0));
5828	gen0VarsList(stab, symes);
5829	listFree(Syme)(Syme_listPointer->Free)(symes);
5830	}
5831
5832	localstatic void
5833	gen0VarsExport(Syme syme, Stab stab)
5834	{
5835	TForm tf = symeType(syme);
5836	FoamTag type = gen0Type(tf, NULL((void*)0));
5837	String name = strCopy(symeString(syme)((((syme)->id))->str));
5838	Foam decl;
5839	AInt index;
5840	FoamTag kind;
5841	int fmtSlot = emptyFormatSlot4;
5842
5843	assert(symeIsExport(syme) \|\| symeIsExtend(syme))do { if (!((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->kind) == SYME_Export ) \|\| (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme )->lib) : ((void)0)), (syme))->kind) == SYME_Extend))) _do_assert(("symeIsExport(syme) \|\| symeIsExtend(syme)"),"genfoam.c" ,5843); } while (0);
5844
5845	if (symeDefLevel(syme) != car(stab)((stab)->first))
5846	return;
5847
5848	if (symeIsSelf(syme)(((syme)->id) == ssymSelf) && gen0DebugWanted &&
5849	symeUnused(syme)(((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_UsedDepth))) ? ((syme)->fieldv)[symeIndex( syme,SYFI_UsedDepth)] : (symeFieldInfo[SYFI_UsedDepth].def))) == (0x7FFF))) {
5850	stabUseMeaning(stab, syme);
5851	symeSetUsed(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) \|= (0x0040));
5852	}
5853
5854	if (type == FOAM_Rec)
5855	fmtSlot = gen0RecordFormatNumber(symeType(syme));
5856
5857	if (gen0State->tag == GF_File && stabLevelNo(stab)(((stab)->first)->lexicalLevel) == 1) {
5858	decl = foamNewGDecl(type, NULL, FOAM_Nil, fmtSlot,foamNew(FOAM_GDecl,6,(AInt)(type),((void*)0), FOAM_Nil,fmtSlot , (AInt)(FOAM_GDecl_Export),(AInt)(FOAM_Proto_Foam))
5859	FOAM_GDecl_Export, FOAM_Proto_Foam)foamNew(FOAM_GDecl,6,(AInt)(type),((void*)0), FOAM_Nil,fmtSlot , (AInt)(FOAM_GDecl_Export),(AInt)(FOAM_Proto_Foam));
5860	decl->foamGDecl.id = gen0GlobalName(gen0FileName, syme);
5861	index = gen0AddGlobal(decl);
5862	kind = FOAM_Glo;
5863	}
5864	else {
5865	decl = foamNewDecl(type, name, fmtSlot)foamNew(FOAM_Decl,4,(AInt)(type),name, (AInt) (0x7FFF), fmtSlot );
5866	index = gen0AddLex(decl);
5867	kind = FOAM_Lex;
5868	if (gen0State->tag == GF_Default \|\|
5869	gen0State->tag == GF_DefaultCat)
5870	foamSyme(decl)((decl)->hdr.syme) = syme;
5871	}
5872
5873	if (gen0InAxiomAx &&
5874	(tfSatType(tf) \|\| (tfIsMap(tf)(((tf)->tag) == TF_Map) && tfSatType(tfMapRet(tf)tfFollowArg(tf, 1)))))
5875	symeSetHashNum(syme, strHash(symeString(syme)))(symeSetFieldVal = ((AInt) (strHash(((((syme)->id))->str )))), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme )->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_HashNum))) ? (((syme)->fieldv)[symeIndex(syme,SYFI_HashNum )] = (symeSetFieldVal)) : !((syme)->full) && symeSetFieldVal == (symeFieldInfo[SYFI_HashNum].def) ? symeSetFieldVal : symeSetFieldFn (syme,SYFI_HashNum,symeSetFieldVal));
5876
5877	gen0SetVarIndex(syme, index)(symeSetFieldVal = ((AInt) (index)), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))-> locmask) & (1 << (SYFI_VarIndex))) ? (((syme)->fieldv )[symeIndex(syme,SYFI_VarIndex)] = (symeSetFieldVal)) : !((syme )->full) && symeSetFieldVal == (symeFieldInfo[SYFI_VarIndex ].def) ? symeSetFieldVal : symeSetFieldFn(syme,SYFI_VarIndex, symeSetFieldVal));
5878	gen0SetFoamKind(syme, kind);
5879	}
5880
5881	localstatic void
5882	gen0VarsForeign(Syme syme)
5883	{
5884	TForm tf = symeType(syme);
5885	FoamTag type = gen0Type(tf, NULL((void*)0)), rtype;
5886	ForeignOrigin forg = symeForeign(syme)((ForeignOrigin) (SYFI_Foreign < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Foreign))) ? (symeFieldInfo[SYFI_Foreign].def) : ((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->locmask) & (1 << (SYFI_Foreign ))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes(( syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Foreign))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Foreign )] : (symeFieldInfo[SYFI_Foreign].def)) : symeGetFieldFn(syme ,SYFI_Foreign)));
5887	int fmtSlot;
5888	Foam decl;
5889	AInt index;
5890	String name;
5891
5892	assert(symeIsForeign(syme))do { if (!((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void*)0)), (syme))->kind) == SYME_Foreign ))) _do_assert(("symeIsForeign(syme)"),"genfoam.c",5892); } while (0);
5893
5894	if (symeUnused(syme)(((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_UsedDepth))) ? ((syme)->fieldv)[symeIndex( syme,SYFI_UsedDepth)] : (symeFieldInfo[SYFI_UsedDepth].def))) == (0x7FFF))) return;
5895
5896	if (tfIsMap(tf)(((tf)->tag) == TF_Map))
5897	rtype = gen0Type(tfMapRet(tf)tfFollowArg(tf, 1), NULL((void*)0));
5898	else if (tfIsPackedMap(tf)(((tf)->tag) == TF_PackedMap))
5899	{
5900	/* printf("BDS: Entered gen0VarsForeign\n"); */
5901	rtype = gen0Type(tfRawType(tfMapRet(tf)tfFollowArg(tf, 1)), NULL((void*)0));
5902	/* printf("BDS: done in gen0VarsForeign\n"); */
5903	}
5904	else
5905	rtype = FOAM_Nil;
5906
5907	if (forg->file)
5908	name = strPrintf("%s-%s", symeString(syme)((((syme)->id))->str), forg->file);
5909	else
5910	name = strCopy(symeString(syme)((((syme)->id))->str));
5911
5912	if (type == FOAM_Rec)
5913	fmtSlot = gen0RecordFormatNumber(tf);
5914	else if (tfIsMap(tf)(((tf)->tag) == TF_Map) && (forg->protocol == FOAM_Proto_C))
5915	fmtSlot = gen0CSigFormatNumber(tf);
5916	else if (forg->protocol == FOAM_Proto_Fortran)
5917	fmtSlot = gen0FortranSigFormatNumber(tf, true1);
5918	else if (tfIsPackedMap(tf)(((tf)->tag) == TF_PackedMap))
5919	{
5920	/* printf("BDS: gen0VarsForeign landed in new else if case for Packed Map\n"); */
5921	if (forg->protocol == FOAM_Proto_C)
5922	{
5923	/* printf("BDS: Landed in FOAM_Proto_C\n"); */
5924	fmtSlot = gen0CPackedSigFormatNumber(tf);
5925	}
5926	else
5927	{
5928	/* printf("BDS: Landed in some other protocol\n"); */
5929	fmtSlot = emptyFormatSlot4;
5930	}
5931	}
5932	else
5933	fmtSlot = emptyFormatSlot4;
5934
5935	decl = foamNewGDecl(type, name, rtype, fmtSlot,foamNew(FOAM_GDecl,6,(AInt)(type),name, rtype,fmtSlot, (AInt) (FOAM_GDecl_Import),(AInt)(forg->protocol))
5936	FOAM_GDecl_Import, forg->protocol)foamNew(FOAM_GDecl,6,(AInt)(type),name, rtype,fmtSlot, (AInt) (FOAM_GDecl_Import),(AInt)(forg->protocol));
5937
5938	index = gen0AddGlobal(decl);
5939
5940	gen0SetVarIndex(syme, index)(symeSetFieldVal = ((AInt) (index)), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))-> locmask) & (1 << (SYFI_VarIndex))) ? (((syme)->fieldv )[symeIndex(syme,SYFI_VarIndex)] = (symeSetFieldVal)) : !((syme )->full) && symeSetFieldVal == (symeFieldInfo[SYFI_VarIndex ].def) ? symeSetFieldVal : symeSetFieldFn(syme,SYFI_VarIndex, symeSetFieldVal));
5941	gen0SetFoamKind(syme, FOAM_Glo);
5942	}
5943
5944	/* gen0Vars could build a list..*/
5945	localstatic void
5946	gen0GetGlobalDefs()
5947	{
5948	Stab stab = gen0State->stab;
5949	SymeList ls, symes;
5950	Foam foam;
5951
5952	symes = gen0GetBoundSymes(stab);
5953
5954	for (ls = symes; ls ; ls = cdr(ls)((ls)->rest)) {
5955	Syme syme = car(ls)((ls)->first);
5956
5957	if (symeIsExport(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->kind) == SYME_Export) \|\| symeIsExtend(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->kind) == SYME_Extend)) {
5958	FoamTag type = gen0Type(symeType(syme), NULL((void*)0));
5959	assert(gen0FoamKind(syme) == FOAM_Glo)do { if (!(((((FoamTag) (SYFI_FoamKind < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind].def ) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme )->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_FoamKind)] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn (syme,SYFI_FoamKind))) != FOAM_LIMIT) ? ((FoamTag) (SYFI_FoamKind < (8 sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo [SYFI_FoamKind].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> locmask) & (1 << (SYFI_FoamKind))) ? ((syme)->fieldv )[symeIndex(syme,SYFI_FoamKind)] : (symeFieldInfo[SYFI_FoamKind ].def)) : symeGetFieldFn(syme,SYFI_FoamKind))) : ((FoamTag) ( SYFI_FoamKind < (8 sizeof(int)) && !(((((symeOriginal (syme))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal (syme))->lib) : ((void)0)), (symeOriginal(syme)))->hasmask ) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind ].def) : (((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_FoamKind))) ? (((((( symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_FoamKind))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_FoamKind )] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(symeOriginal (syme),SYFI_FoamKind)))) == FOAM_Glo)) _do_assert(("gen0FoamKind(syme) == FOAM_Glo" ),"genfoam.c",5959); } while (0);
5960	foam = foamNewCast(type, foamNewNil())foamNew(FOAM_Cast, 2, type, foamNew(FOAM_Nil, (int) 0));
5961
5962	foam = foamNewDef(foamNewGlo(gen0VarIndex(syme)),foam)foamNew(FOAM_Def, 2, foamNew(FOAM_Glo, 1, (AInt)(((((UShort) ( (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex ))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) != (0x7FFF)) ? ((UShort) ((((((syme)-> kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void )0)), (syme))->locmask) & (1 << (SYFI_VarIndex) )) ? ((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) : ((UShort) ((((((symeOriginal(syme))-> kind == SYME_Trigger ? libGetAllSymes((symeOriginal(syme))-> lib) : ((void*)0)), (symeOriginal(syme)))->locmask) & ( 1 << (SYFI_VarIndex))) ? ((symeOriginal(syme))->fieldv )[symeIndex(symeOriginal(syme),SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def)))))), foam);
5963	gen0ProgList = listCons(Foam)(Foam_listPointer->Cons)(foam, gen0ProgList);
5964	gen0NumProgs++;
5965	}
5966	}
5967
5968	listFree(Syme)(Syme_listPointer->Free)(symes);
5969	}
5970
5971	localstatic SymeList
5972	gen0GetExporterSymes(Stab stab, Sefo sefo, SymeList symes)
5973	{
5974	Syme syme = abSyme(sefo)((sefo)->abHdr.seman ? (sefo)->abHdr.seman->syme : 0 );
5975
5976	if (syme && gen0FoamKind(syme)((((FoamTag) (SYFI_FoamKind < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind].def) : ((( ((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind ))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes(( syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_FoamKind )] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(syme ,SYFI_FoamKind))) != FOAM_LIMIT) ? ((FoamTag) (SYFI_FoamKind < (8 sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo [SYFI_FoamKind].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> locmask) & (1 << (SYFI_FoamKind))) ? ((syme)->fieldv )[symeIndex(syme,SYFI_FoamKind)] : (symeFieldInfo[SYFI_FoamKind ].def)) : symeGetFieldFn(syme,SYFI_FoamKind))) : ((FoamTag) ( SYFI_FoamKind < (8 sizeof(int)) && !(((((symeOriginal (syme))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal (syme))->lib) : ((void)0)), (symeOriginal(syme)))->hasmask ) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind ].def) : (((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_FoamKind))) ? (((((( symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_FoamKind))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_FoamKind )] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(symeOriginal (syme),SYFI_FoamKind)))) == FOAM_LIMIT) {
5977	if ((symeIsExtend(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->kind) == SYME_Extend) \|\| symeIsExport(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->kind) == SYME_Export)) &&
5978	symeLib(syme)((syme)->lib))
5979	syme = gen0SymeCopyImport(syme);
5980
5981	if (symeIsImport(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Import) && !gen0IsEnumLit(syme)) {
5982	stabUseMeaning(stab, syme);
5983	if (!listMemq(Syme)(Syme_listPointer->Memq)(symes, syme))
5984	symes = listCons(Syme)(Syme_listPointer->Cons)(syme, symes);
5985	}
5986	}
5987
5988	else if (!abIsLeaf(sefo)(((sefo)->abHdr.tag) < AB_NODE_START)) {
5989	Length i;
5990	for (i = 0; i < abArgc(sefo)((sefo)->abHdr.argc); i += 1) {
5991	Sefo argi = abArgv(sefo)((sefo)->abGen.data.argv)[i];
5992	symes = gen0GetExporterSymes(stab, argi, symes);
5993	}
5994	}
5995
5996	return symes;
5997	}
5998
5999	localstatic SymeList
6000	gen0GetBoundSymes(Stab stab)
6001	{
6002	SymeList ls, symes;
6003
6004	symes = listReverse(Syme)(Syme_listPointer->Reverse)(stabGetBoundSymes(stab)(((stab)->first)->boundSymes));
6005
6006	for (ls = symes; ls; ls = cdr(ls)((ls)->rest)) {
6007	Syme syme = car(ls)((ls)->first);
6008
6009	if (symeIsExtend(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Extend) && !symeLib(syme)((syme)->lib)) {
6010	SymeList xsymes = symeExtendee(syme);
6011	for (; xsymes; xsymes = cdr(xsymes)((xsymes)->rest)) {
6012	Syme xsyme = car(xsymes)((xsymes)->first);
6013	if (!listMemq(Syme)(Syme_listPointer->Memq)(symes, xsyme))
6014	symes = listCons(Syme)(Syme_listPointer->Cons)(xsyme, symes);
6015	}
6016	}
6017	}
6018
6019	return symes;
6020	}
6021
6022	/*
6023	* Return the inner most lexical level used by the type of syme.
6024	*/
6025
6026	static SefoList *gen0MaxLevList;
6027	static int gen0MaxLevLevel;
6028
6029	int
6030	gen0GetImportLexLevel(Syme syme)
6031	{
6032	assert (symeIsImport(syme))do { if (!((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void*)0)), (syme))->kind) == SYME_Import ))) _do_assert(("symeIsImport(syme)"),"genfoam.c",6032); } while (0);
6033	return gen0MaxLevel(tfExpr(symeExporter(syme))tfToAbSyn(symeExporter(syme)));
6034	}
6035
6036	int
6037	gen0GetSefoLexLevel(Sefo sf)
6038	{
6039	return gen0MaxLevel(sf);
6040	}
6041
6042	SefoList
6043	gen0GetSefoInnerSefos(Sefo sf)
6044	{
6045	SefoList sl = listNil(Sefo)((SefoList) 0);
6046
6047	gen0MaxLevList = &sl;
6048	gen0MaxLevLevel = gen0State->stabLevel;
6049	gen0MaxLevel(sf);
6050	gen0MaxLevList = NULL((void*)0);
6051	return sl;
6052	}
6053
6054	/* Initializing max = 1 prevents imports from floating out too far. */
6055	localstatic int
6056	gen0MaxLevel(AbSyn ab)
6057	{
6058	int i, level, max = 1;
6059
6060	switch (abTag(ab)((ab)->abHdr.tag)) {
6061	case AB_Id:
6062	case AB_LitInteger:
6063	case AB_LitFloat:
6064	case AB_LitString:
6065	{
6066	Syme syme = abSyme(ab)((ab)->abHdr.seman ? (ab)->abHdr.seman->syme : 0);
6067	if (!syme) break;
6068	while (symeExtensionFirst(syme)) syme = symeExtensionFirst(syme);
6069	if (symeLib(syme)((syme)->lib) && (symeIsExport(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Export) \|\|
6070	symeIsExtend(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Extend)))
6071	level = 1;
6072	else if (symeIsImport(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Import)
6073	&& tfIsLibrary(symeExporter(syme)))
6074	level = 1;
6075	else {
6076	level = symeDefLevelNo(syme)(symeDefLevel(syme)->lexicalLevel);
6077	if (symeIsExtend(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Extend) && !symeIsSelf(syme)(((syme)->id) == ssymSelf))
6078	level += 1;
6079	}
6080	if (level > max) max = level;
6081	if (gen0MaxLevList && level >= gen0MaxLevLevel)
6082	gen0MaxLevList = listCons(Sefo)(Sefo_listPointer->Cons)(ab, gen0MaxLevList);
6083	break;
6084	}
6085	case AB_Comma:
6086	case AB_Apply:
6087	for (i = 0; i < abArgc(ab)((ab)->abHdr.argc); i += 1) {
6088	level = gen0MaxLevel(abArgv(ab)((ab)->abGen.data.argv)[i]);
6089	if (level > max) max = level;
6090	}
6091	break;
6092	case AB_Declare:
6093	level = gen0MaxLevel(ab->abDeclare.type);
6094	if (level > max) max = level;
6095	break;
6096	case AB_PretendTo:
6097	level = gen0MaxLevel(ab->abPretendTo.expr);
6098	if (level > max) max = level;
6099	break;
6100	default:
6101	/* If we see something unrecognized, use the current level. */
6102	/!! gen0State->stab may not be quite right here. /
6103	level = stabLevelNo(gen0State->stab)(((gen0State->stab)->first)->lexicalLevel);
6104	if (level > max) max = level;
6105	if (gen0MaxLevList && level >= gen0MaxLevLevel)
6106	gen0MaxLevList = listCons(Sefo)(Sefo_listPointer->Cons)(ab, gen0MaxLevList);
6107	break;
6108	}
6109	return max;
6110	}
6111
6112	/*
6113	* Turn the list of constant decls into a DDecl.
6114	*/
6115	localstatic Foam
6116	gen0RenewConstants(FoamList decls, int numProgs)
6117	{
6118	int i;
6119	Foam newConstants;
6120
6121	newConstants = foamNewEmpty(FOAM_DDecl, numProgs + 1);
6122	newConstants->foamDDecl.usage = FOAM_DDecl_Consts;
6123
6124	for (i = numProgs-1; i >= 0; i--, decls = cdr(decls)((decls)->rest))
6125	newConstants->foamDDecl.argv[i] = car(decls)((decls)->first);
6126
6127	return newConstants;
6128	}
6129
6130	/*
6131	* Turn list of programs into a DDef.
6132	*/
6133	localstatic Foam
6134	gen0RenewDefs(FoamList progs, int numProgs)
6135	{
6136	int i;
6137	Foam newDefs;
6138
6139	newDefs = foamNewEmpty(FOAM_DDef, numProgs);
6140
6141	for (i = numProgs-1; i >= 0; i--, progs = cdr(progs)((progs)->rest)) {
6142	if (foamTag(car(progs))((((progs)->first))->hdr.tag) == FOAM_Prog) {
6143	newDefs->foamDDef.argv[i] =
6144	foamNewDef(foamNewConst(i), car(progs))foamNew(FOAM_Def, 2, foamNew(FOAM_Const, 1, (AInt)(i)), ((progs )->first));
6145	gen0PatchFormatNums(car(progs)((progs)->first));
6146	} else
6147	newDefs->foamDDef.argv[i] = car(progs)((progs)->first);
6148	}
6149	return newDefs;
6150	}
6151
6152	localstatic Foam
6153	genOr(AbSyn absyn)
6154	{
6155	int i, l1 = gen0State->labelNo++, l2 = gen0State->labelNo++;
6156	Foam t;
6157
6158	t = gen0Temp(FOAM_Bool)gen0Temp0(FOAM_Bool, 4);
6159	gen0AddStmt(foamNewSet(foamCopy(t), foamNewBool(false))foamNew(FOAM_Set, 2, foamCopy(t), foamNew(FOAM_Bool, 1, (AInt )(((int) 0)))), absyn);
6160	for (i = 0; i < abArgc(absyn)((absyn)->abHdr.argc); i += 1)
6161	gen0AddStmt(foamNewIf(genFoamBit(abArgv(absyn)[i]),l1)foamNew(FOAM_If, 2, genFoamBit(((absyn)->abGen.data.argv)[ i]), l1),absyn);
6162	gen0AddStmt(foamNewGoto(l2)foamNew(FOAM_Goto, 1, (AInt)(l2)), absyn);
6163	gen0AddStmt(foamNewLabel(l1)foamNew(FOAM_Label, 1, (AInt)(l1)), absyn);
6164	gen0AddStmt(foamNewSet(foamCopy(t), foamNewBool(true))foamNew(FOAM_Set, 2, foamCopy(t), foamNew(FOAM_Bool, 1, (AInt )(1))), absyn);
6165	gen0AddStmt(foamNewLabel(l2)foamNew(FOAM_Label, 1, (AInt)(l2)), absyn);
6166	return foamNewCast(FOAM_Word, t)foamNew(FOAM_Cast, 2, FOAM_Word, t);
6167	}
6168
6169	localstatic Foam
6170	genAnd(AbSyn absyn)
6171	{
6172	int i, l1 = gen0State->labelNo++, l2 = gen0State->labelNo++;
6173	Foam t;
6174
6175	t = gen0Temp(FOAM_Bool)gen0Temp0(FOAM_Bool, 4);
6176	gen0AddStmt(foamNewSet(foamCopy(t), foamNewBool(true))foamNew(FOAM_Set, 2, foamCopy(t), foamNew(FOAM_Bool, 1, (AInt )(1))), absyn);
6177	for (i = 0; i < abArgc(absyn)((absyn)->abHdr.argc); i += 1) {
6178	Foam test = genFoamBit(abArgv(absyn)((absyn)->abGen.data.argv)[i]);
6179	gen0AddStmt(foamNewIf(foamNotThis(test),l1)foamNew(FOAM_If, 2, foamNotThis(test), l1), absyn);
6180	}
6181	gen0AddStmt(foamNewGoto(l2)foamNew(FOAM_Goto, 1, (AInt)(l2)), absyn);
6182	gen0AddStmt(foamNewLabel(l1)foamNew(FOAM_Label, 1, (AInt)(l1)), absyn);
6183	gen0AddStmt(foamNewSet(foamCopy(t), foamNewBool(false))foamNew(FOAM_Set, 2, foamCopy(t), foamNew(FOAM_Bool, 1, (AInt )(((int) 0)))), absyn);
6184	gen0AddStmt(foamNewLabel(l2)foamNew(FOAM_Label, 1, (AInt)(l2)), absyn);
6185	return foamNewCast(FOAM_Word, t)foamNew(FOAM_Cast, 2, FOAM_Word, t);
6186	}
6187
6188	/*
6189	* Generate code for repeat loops.
6190	*/
6191	localstatic Foam
6192	genRepeat(AbSyn absyn)
6193	{
6194	Scope("genRepeat")String scopeName = ("genRepeat"); int fluidLevel0 = (scopeLevel ++, fluidLevel);
6195	FoamList topLines;
6196	FoamList itl = listNil(Foam)((FoamList) 0), forl = listNil(Foam)((FoamList) 0), l;
6197	int gen0BodyLabel;
6198	int fluid(gen0IterateLabel)fluidSave_gen0IterateLabel = ( fluidStack = (fluidLevel==fluidLimit ) ? fluidGrow() : fluidStack, fluidStack[fluidLevel].scopeName = scopeName, fluidStack[fluidLevel].scopeLevel = scopeLevel, fluidStack[fluidLevel].pglobal = (Pointer) &(gen0IterateLabel ), fluidStack[fluidLevel].pstack = (Pointer) &fluidSave_gen0IterateLabel , fluidStack[fluidLevel].size = sizeof(gen0IterateLabel), fluidLevel ++, (gen0IterateLabel) );
6199	int fluid(gen0BreakLabel)fluidSave_gen0BreakLabel = ( fluidStack = (fluidLevel==fluidLimit ) ? fluidGrow() : fluidStack, fluidStack[fluidLevel].scopeName = scopeName, fluidStack[fluidLevel].scopeLevel = scopeLevel, fluidStack[fluidLevel].pglobal = (Pointer) &(gen0BreakLabel ), fluidStack[fluidLevel].pstack = (Pointer) &fluidSave_gen0BreakLabel , fluidStack[fluidLevel].size = sizeof(gen0BreakLabel), fluidLevel ++, (gen0BreakLabel) );
6200	int iterSize, i;
6201	Bool flag;
6202
6203	if (abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0))
6204	gen0Vars(abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0)); /* put vars in outer level */
6205
6206	gen0BodyLabel = gen0State->labelNo++;
6207	gen0IterateLabel = gen0State->labelNo++;
6208	gen0BreakLabel = gen0State->labelNo++;
6209
6210	flag = gen0AddImportPlace(&topLines);
6211
6212	/* Generate the code for the iterators, but do not add it yet. */
6213	iterSize = abRepeatIterc(absyn)(((absyn)->abHdr.argc)-1);
6214	for (i = 0; i < iterSize; i++)
6215	gen0Iter(absyn->abRepeat.iterv[i], &forl, &itl);
6216
6217	l = forl = listNReverse(Foam)(Foam_listPointer->NReverse)(forl);
6218
6219	/* Add for-iterator initializations. */
6220	iterSize = listLength(Foam)(Foam_listPointer->_Length)(forl);
	Value stored to 'iterSize' is never read
6221	for(i = 0; forl != listNil(Foam)((FoamList) 0); i++, forl = cdr(forl)((forl)->rest))
6222	gen0AddStmt(car(forl)((forl)->first), absyn);
6223	listFree(Foam)(Foam_listPointer->Free)(l);
6224
6225	/* Add goto the iterator steppers at the end of the loop. */
6226	gen0AddStmt(foamNewGoto(gen0IterateLabel)foamNew(FOAM_Goto, 1, (AInt)(gen0IterateLabel)), absyn);
6227
6228	/* Add the body. */
6229	gen0AddStmt(foamNewLabel(gen0BodyLabel)foamNew(FOAM_Label, 1, (AInt)(gen0BodyLabel)), absyn);
6230	genFoamStmt(absyn->abRepeat.body);
6231
6232	/* Add the iterator steppers. */
6233	gen0AddStmt(foamNewLabel(gen0IterateLabel)foamNew(FOAM_Label, 1, (AInt)(gen0IterateLabel)), absyn);
6234
6235	l = itl = listNReverse(Foam)(Foam_listPointer->NReverse)(itl);
6236	iterSize = listLength(Foam)(Foam_listPointer->_Length)(itl);
6237
6238	for(i = 0; i<iterSize; i++, itl = cdr(itl)((itl)->rest)) {
6239	gen0AddStmt(car(itl)((itl)->first), absyn);
6240	}
6241	listFree(Foam)(Foam_listPointer->Free)(l);
6242
6243	/* Add goto the body. */
6244	gen0AddStmt(foamNewGoto(gen0BodyLabel)foamNew(FOAM_Goto, 1, (AInt)(gen0BodyLabel)), absyn);
6245
6246	/* Add the break label. */
6247	gen0AddStmt(foamNewLabel(gen0BreakLabel)foamNew(FOAM_Label, 1, (AInt)(gen0BreakLabel)), absyn);
6248
6249
6250	if (flag) gen0ResetImportPlace(topLines);
6251
6252	Return(NULL){ fluidUnwind(fluidLevel0, ((int) 0)); return ((void*)0);; };
6253	}
6254
6255	localstatic Foam
6256	genGenerate(AbSyn absyn)
6257	{
6258	Scope("Generate")String scopeName = ("Generate"); int fluidLevel0 = (scopeLevel ++, fluidLevel);
6259	Foam foam;
6260	GenType fluid(gen0GenType)fluidSave_gen0GenType = ( fluidStack = (fluidLevel==fluidLimit ) ? fluidGrow() : fluidStack, fluidStack[fluidLevel].scopeName = scopeName, fluidStack[fluidLevel].scopeLevel = scopeLevel, fluidStack[fluidLevel].pglobal = (Pointer) &(gen0GenType ), fluidStack[fluidLevel].pstack = (Pointer) &fluidSave_gen0GenType , fluidStack[fluidLevel].size = sizeof(gen0GenType), fluidLevel ++, (gen0GenType) );
6261	gen0GenType = gfGenTypeGenerator(absyn);
6262
6263	if (gen0GenType == GENTYPE_Coroutine)
6264	foam = gen0CGenerate(absyn);
6265	else if (gen0GenType == GENTYPE_Function)
6266	foam = gen0Generate(absyn);
6267	else
6268	bug("Unknown generator type");
6269
6270	Return(foam){ fluidUnwind(fluidLevel0, ((int) 0)); return foam;; };
6271	}
6272
6273	localstatic Foam
6274	genYield(AbSyn absyn)
6275	{
6276	Foam foam;
6277	if (gen0GenType)
6278	foam = gen0CYield(absyn);
6279	else
6280	foam = gen0Yield(absyn);
6281
6282	return foam;
6283	}
6284	/*
6285	* Generate an exit test and for-loop initialization for a single iterator.
6286	*/
6287	localstatic void
6288	gen0Iter(AbSyn absyn, FoamList forl, FoamList itl)
6289	{
6290	FoamList olines = gen0State->lines;
6291	Foam test;
6292
6293	switch (abTag(absyn)((absyn)->abHdr.tag)) {
6294	case AB_While:
6295	gen0State->lines = *itl;
6296	test = foamNotThis(genFoamBit(absyn->abWhile.test));
6297	test = foamNewIf(test, gen0BreakLabel)foamNew(FOAM_If, 2, test, gen0BreakLabel);
6298	*itl = listCons(Foam)(Foam_listPointer->Cons)(test, gen0State->lines);
6299	break;
6300	case AB_For:
6301	if (gfGenTypeFor(absyn) == GENTYPE_Coroutine)
6302	gen0CForIter(absyn, forl, itl);
6303	else if (gfGenTypeFor(absyn) == GENTYPE_Function)
6304	gen0ForIter(absyn, forl, itl);
6305	else
6306	bug("Unknown generator");
6307	*itl = gen0State->lines;
6308	break;
6309	default:
6310	bugUnimpl("Unimplemented iterator")bug("Unimplemented %s (line %d in file %s).", "Unimplemented iterator" , 6310, "genfoam.c");
6311	break;
6312	}
6313
6314	gen0State->lines = olines;
6315	return;
6316	}
6317
6318	/*
6319	* Generate an exit test and initialization code for a single for-iterator.
6320	*/
6321	localstatic void
6322	gen0ForIter(AbSyn absyn, FoamList forl, FoamList itl)
6323	{
6324	AbSyn id;
6325	Foam iterVars, doneFun, stepFun, valueFun, boundFun;
6326	Foam call;
6327
6328	gen0State->lines = *forl;
6329	iterVars = gen0GenLiftedGener(absyn, absyn->abFor.whole);
6330	*forl = gen0State->lines;
6331	gen0State->lines = *itl;
6332
6333	assert(foamTag(iterVars) == FOAM_Values)do { if (!(((iterVars)->hdr.tag) == FOAM_Values)) _do_assert (("foamTag(iterVars) == FOAM_Values"),"genfoam.c",6333); } while (0);
6334	doneFun = iterVars->foamValues.argv[0];
6335	stepFun = iterVars->foamValues.argv[1];
6336	valueFun = iterVars->foamValues.argv[2];
6337	boundFun = iterVars->foamValues.argv[3];
6338
6339	/* step the generator */
6340	call = foamNewEmpty(FOAM_CCall, 2);
6341	call->foamCCall.type = FOAM_NOp;
6342	call->foamCCall.op = foamCopy(stepFun);
6343	gen0AddStmt(call, absyn);
6344
6345	/* Have we finished */
6346	call = foamNewEmpty(FOAM_CCall, 2);
6347	call->foamCCall.type = FOAM_Word;
6348	call->foamCCall.op = foamCopy(doneFun);
6349	gen0AddStmt(foamNewIf(foamNewCast(FOAM_Bool, call), gen0BreakLabel)foamNew(FOAM_If, 2, foamNew(FOAM_Cast, 2, FOAM_Bool, call), gen0BreakLabel ),
6350	absyn);
6351
6352	/* Snarf the value...*/
6353	/* -- PAB
6354	id = abDefineeId(absyn);
6355	call = foamNewEmpty(FOAM_CCall, 2);
6356	call->foamCCall.type = gen0Type(gen0AbContextType(id), NULL);
6357	call->foamCCall.op = foamCopy(valueFun);
6358	gen0AddStmt(foamNewSet(genFoamVal(id), call), absyn);
6359	*/
6360	if (abTag(absyn->abFor.lhs)((absyn->abFor.lhs)->abHdr.tag) == AB_Comma) {
6361	call = foamNewEmpty(FOAM_CCall, 2);
6362	call->foamCCall.type = FOAM_Word;
6363	call->foamCCall.op = foamCopy(valueFun);
6364	call = gen0CrossToMulti(foamNewCast(FOAM_Rec, call)foamNew(FOAM_Cast, 2, FOAM_Rec, call),
6365	tfDefineeMaybeType(tfGeneratorArg(gen0AbContextType(absyn))tfFollowArg(gen0AbContextType(absyn), 0)));
6366	gen0MultiAssign(FOAM_Set, absyn->abFor.lhs, call);
6367	}
6368	else {
6369	FoamTag type;
6370	id = abDefineeId(absyn);
6371	call = foamNewEmpty(FOAM_CCall, 2);
6372	type = gen0Type(gen0AbContextType(id), NULL((void*)0));
6373	call->foamCCall.type = FOAM_Word;
6374	call->foamCCall.op = foamCopy(valueFun);
6375	if (type != FOAM_Word)
6376	call = foamNewCast(type, call)foamNew(FOAM_Cast, 2, type, call);
6377	gen0AddStmt(foamNewSet(genFoamVal(id), call)foamNew(FOAM_Set, 2, genFoamVal(id), call), absyn);
6378	}
6379
6380	if (!abIsNothing(absyn->abFor.test)((absyn->abFor.test)->abHdr.tag == (AB_Nothing))) {
6381	int l1 = gen0State->labelNo++;
6382	Foam test = genFoamBit(absyn->abFor.test);
6383	gen0AddStmt(foamNewIf(test, l1)foamNew(FOAM_If, 2, test, l1), absyn);
6384	gen0AddStmt(foamNewGoto(gen0IterateLabel)foamNew(FOAM_Goto, 1, (AInt)(gen0IterateLabel)), absyn);
6385	gen0AddStmt(foamNewLabel(l1)foamNew(FOAM_Label, 1, (AInt)(l1)), absyn);
6386	}
6387
6388	return;
6389	}
6390
6391	extern void
6392	gen0CForIter(AbSyn absyn, FoamList forl, FoamList itl)
6393	{
6394	Foam gen;
6395	Foam hasNext, next, whole;
6396	FoamTag type;
6397	AbSyn id;
6398
6399	hasNext = gen0Temp(FOAM_Bool)gen0Temp0(FOAM_Bool, 4);
6400	next = gen0Temp(FOAM_Word)gen0Temp0(FOAM_Word, 4);
6401	whole = gen0Temp(FOAM_GenIter)gen0Temp0(FOAM_GenIter, 4);
6402
6403	gen0State->lines = *forl;
6404	gen = foamNewCast(FOAM_Gener, genImplicit(absyn, absyn->abFor.whole, FOAM_Word))foamNew(FOAM_Cast, 2, FOAM_Gener, genImplicit(absyn, absyn-> abFor.whole, FOAM_Word));
6405	gen0AddStmt(foamNewSet(foamCopy(whole), foamNewGenIter(gen))foamNew(FOAM_Set, 2, foamCopy(whole), foamNew(FOAM_GenIter, 1 , gen)), NULL((void*)0));
6406	*forl = gen0State->lines;
6407	gen0State->lines = *itl;
6408
6409	/* Finished? */
6410	gen0AddStmt(foamNewGenerStep(gen0BreakLabel, foamCopy(whole))foamNew(FOAM_GenerStep, 2, gen0BreakLabel, foamCopy(whole)), absyn);
6411
6412	if (abTag(absyn->abFor.lhs)((absyn->abFor.lhs)->abHdr.tag) == AB_Comma) {
6413	Foam val = foamNewGenerValue(foamCopy(whole))foamNew(FOAM_GenerValue, 1, foamCopy(whole));
6414	Foam mval = gen0CrossToMulti(val,
6415	tfDefineeMaybeType(tfXGeneratorArg(gen0AbContextType(absyn))tfFollowArg(gen0AbContextType(absyn), 0)));
6416	gen0MultiAssign(FOAM_Set, absyn->abFor.lhs, mval);
6417	}
6418	else {
6419	gen0AddStmt(foamNewSet(foamCopy(next), foamNewGenerValue(foamCopy(whole)))foamNew(FOAM_Set, 2, foamCopy(next), foamNew(FOAM_GenerValue, 1, foamCopy(whole))), NULL((void*)0));
6420	id = abDefineeId(absyn);
6421	type = gen0Type(gen0AbContextType(id), NULL((void*)0));
6422	if (type != FOAM_Word)
6423	next = foamNewCast(type, foamCopy(next))foamNew(FOAM_Cast, 2, type, foamCopy(next));
6424	gen0AddStmt(foamNewSet(genFoamVal(id), foamCopy(next))foamNew(FOAM_Set, 2, genFoamVal(id), foamCopy(next)), absyn);
6425	}
6426	if (!abIsNothing(absyn->abFor.test)((absyn->abFor.test)->abHdr.tag == (AB_Nothing))) {
6427	int l1 = gen0State->labelNo++;
6428	Foam test = genFoamBit(absyn->abFor.test);
6429	gen0AddStmt(foamNewIf(test, l1)foamNew(FOAM_If, 2, test, l1), absyn);
6430	gen0AddStmt(foamNewGoto(gen0IterateLabel)foamNew(FOAM_Goto, 1, (AInt)(gen0IterateLabel)), absyn);
6431	gen0AddStmt(foamNewLabel(l1)foamNew(FOAM_Label, 1, (AInt)(l1)), absyn);
6432	}
6433	foamFree(whole);
6434	foamFree(hasNext);
6435	foamFree(next);
6436	}
6437
6438
6439	/*****************************************************************************
6440	*
6441	* :: gen0FindDefs
6442	*
6443	****************************************************************************/
6444
6445	/*
6446	* Find all the definitions in the absyn, and create foam closures
6447	* for defines of programs, also marks symes when used deeply.
6448	* This function can traverse the absyn in any order.
6449	*/
6450
6451	/*
6452	* !!should replace lhs with exporter
6453	*/
6454	typedef AInt GFindDefMask;
6455
6456	#define GFindDef_None0 0
6457
6458	#define GFindDef_HighLevel(1 << 0) (1 << 0)
6459	#define GFindDef_Generator(1 << 1) (1 << 1)
6460
6461	#define gfdSetHighLevel(mask)( (mask) \| (1 << 0)) ( (mask) \| GFindDef_HighLevel(1 << 0))
6462	#define gfdSetGenerator(mask)( (mask) \| (1 << 1)) ( (mask) \| GFindDef_Generator(1 << 1))
6463
6464	#define gfdHighLevel(mask)( (mask) & (1 << 0)) ( (mask) & GFindDef_HighLevel(1 << 0))
6465	#define gfdGenerator(mask)( (mask) & (1 << 1)) ( (mask) & GFindDef_Generator(1 << 1))
6466
6467	localstatic void gen0FindDefs(AbSyn, AbSyn, Stab, GFindDefMask);
6468	localstatic void gen0FindDefsSyme(Stab stab, Syme syme, GFindDefMask mask);
6469	localstatic void gen0FindDefsDefine(AbSyn absyn, Stab stab, GFindDefMask mask);
6470
6471	localstatic void
6472	gen0FindDefsAll(AbSyn absyn, Stab stab0)
6473	{
6474	gen0FindDefs(absyn, NULL((void*)0), stab0, GFindDef_None0);
6475	}
6476
6477	localstatic void
6478	gen0FindDefs(AbSyn absyn, AbSyn lhs, Stab stab, GFindDefMask mask)
6479	{
6480	Length i, argc = abArgc(absyn)((absyn)->abHdr.argc);
6481
6482	switch (abTag(absyn)((absyn)->abHdr.tag)) {
6483	case AB_Add: {
6484	AbSyn lhs = absyn->abAdd.base;
6485	AbSyn rhs = absyn->abAdd.capsule;
6486
6487	stab = abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0);
6488
6489	gen0FindDefs(lhs, NULL((void*)0), stab, mask);
6490	gen0FindDefs(rhs, NULL((void*)0), stab, mask);
6491	break;
6492	}
6493	case AB_Define: {
6494	gen0FindDefsDefine(absyn, stab, mask);
6495	break;
6496	}
6497	case AB_RestrictTo: {
6498	AbSyn expr = absyn->abRestrictTo.expr;
6499	AbSyn type = absyn->abRestrictTo.type;
6500
6501	gen0FindDefs(expr, NULL((void*)0), stab, mask);
6502	if (abHasTag(expr, AB_Add)((expr)->abHdr.tag == (AB_Add)) && tfIsCategory(gen0AbType(type))(((gen0AbType(type))->tag) == TF_Category))
6503	gen0FindDefs(type, NULL((void*)0), stab, gfdSetHighLevel(mask)( (mask) \| (1 << 0)));
6504	break;
6505	}
6506	case AB_Generate: {
6507	AbSyn count = absyn->abGenerate.count;
6508	AbSyn body = absyn->abGenerate.body;
6509	gen0FindDefs(count, NULL((void*)0), stab, gfdSetHighLevel(mask)( (mask) \| (1 << 0)));
6510	gen0FindDefs(body, NULL((void*)0), stab, gfdSetHighLevel(mask)( (mask) \| (1 << 0)));
6511	break;
6512	}
6513	case AB_Reference: {
6514	AbSyn body = absyn->abReference.body;
6515
6516	/* Mark our parameter as being used deeply */
6517	gen0FindDefs(body, NULL((void*)0), stab, gfdSetHighLevel(mask)( (mask) \| (1 << 0)));
6518	break;
6519	}
6520	case AB_Collect: {
6521	AbSyn *argv = absyn->abCollect.iterv;
6522	AbSyn body = absyn->abCollect.body;
6523	for (i = 0; i < argc - 1; i += 1) {
6524	gen0FindDefs(argv[i], NULL((void*)0), stab, gfdSetHighLevel(mask)( (mask) \| (1 << 0)));
6525	}
6526	gen0FindDefs(body, NULL((void*)0), stab, gfdSetHighLevel(mask)( (mask) \| (1 << 0)));
6527	break;
6528	}
6529	case AB_Id: {
6530	Syme syme = abSyme(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->syme : 0);
6531	gen0FindDefsSyme(stab, syme, mask);
6532	break;
6533	}
6534	case AB_Where: {
6535	AbSyn ctxt = absyn->abWhere.context;
6536	AbSyn expr = absyn->abWhere.expr;
6537
6538	stab = abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0);
6539
6540	gen0FindDefs(ctxt, NULL((void*)0), abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0), mask);
6541	gen0FindDefs(expr, NULL((void*)0), abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0), mask);
6542	break;
6543	}
6544	case AB_With: {
6545	AbSyn lhs = absyn->abWith.base;
6546	AbSyn rhs = absyn->abWith.within;
6547
6548	gen0FindDefs(lhs, NULL((void*)0), stab, mask);
6549	gen0FindDefs(rhs, NULL((void*)0), stab, mask);
6550	break;
6551	}
6552	case AB_Lambda:
6553	case AB_PLambda: {
6554	AbSyn fbody;
6555	Bool markParams = false((int) 0);
6556
6557	fbody = absyn->abLambda.body;
6558	while (abTag(fbody)((fbody)->abHdr.tag) == AB_Label)
6559	fbody = fbody->abLabel.expr;
6560
6561	if (abTag(fbody)((fbody)->abHdr.tag) == AB_Add \|\| abTag(fbody)((fbody)->abHdr.tag) == AB_With \|\|
6562	abIsAnyLambda(fbody)(((fbody)->abHdr.tag == (AB_Lambda)) \|\| ((fbody)->abHdr .tag == (AB_PLambda))))
6563	markParams = true1;
6564
6565	if (lhs) {
6566	Syme syme = abSyme(lhs)((lhs)->abHdr.seman ? (lhs)->abHdr.seman->syme : 0);
6567	symeSetConstNum(syme, gen0FwdProgNum);
6568	if (symeDefLevelNo(syme)(symeDefLevel(syme)->lexicalLevel) == stabLevelNo(stab)(((stab)->first)->lexicalLevel)) {
6569	Foam foam = foamNewConst(gen0FwdProgNum)foamNew(FOAM_Const, 1, (AInt)(gen0FwdProgNum));
6570	foamSyme(foam)((foam)->hdr.syme) = syme;
6571	foam = foamNewClos(foamNewEnv(int0), foam)foamNew(FOAM_Clos,2, foamNew(FOAM_Env, 1, (AInt)(((int) 0))), foam);
6572	symeSetClosure(syme, foam)(symeSetFieldVal = ((AInt) (foam)), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))-> locmask) & (1 << (SYFI_Closure))) ? (((syme)->fieldv )[symeIndex(syme,SYFI_Closure)] = (symeSetFieldVal)) : !((syme )->full) && symeSetFieldVal == (symeFieldInfo[SYFI_Closure ].def) ? symeSetFieldVal : symeSetFieldFn(syme,SYFI_Closure,symeSetFieldVal ));
6573	}
6574	if (!markParams) {
6575	TForm ret = tfMapRet(symeType(syme))tfFollowArg(symeType(syme), 1);
6576	markParams = tfSatCat(ret) \|\| tfSatDom(ret);
6577	}
6578	}
6579
6580	gen0FwdProgNum -= 1;
6581
6582	if (markParams) gen0MarkParamsDeep(stab,absyn->abLambda.param);
6583	gen0FindDefs(fbody, NULL((void*)0), abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0), mask);
6584
6585	break;
6586	}
6587	case AB_Apply: {
6588	AbSyn *argv = abArgv(absyn)((absyn)->abGen.data.argv);
6589	AbSyn impl = abImplicit(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->implicit : 0);
6590	Syme syme = abSyme(argv[0])((argv[0])->abHdr.seman ? (argv[0])->abHdr.seman->syme : 0);
6591	Bool isForeign = false((int) 0);
6592
6593	if (syme && symeIsForeign(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Foreign) &&
6594	symeForeign(syme)((ForeignOrigin) (SYFI_Foreign < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Foreign))) ? (symeFieldInfo[SYFI_Foreign].def) : ((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->locmask) & (1 << (SYFI_Foreign ))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes(( syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Foreign))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Foreign )] : (symeFieldInfo[SYFI_Foreign].def)) : symeGetFieldFn(syme ,SYFI_Foreign)))->protocol == FOAM_Proto_Fortran)
6595	isForeign = true1;
6596
6597	if (abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0))
6598	stab = abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0);
6599
6600	if (impl) gen0FindDefs(impl, NULL((void*)0), stab, mask);
6601
6602
6603	for (i = 0; i < argc; i += 1)
6604	{
6605	/*
6606	* We want to check to see if this argument is a
6607	* function which is being passed to a foreign import.
6608	* If so then it will be lexically deep in the wrapper
6609	* that surrounds it (see gf_fortran.c) and we need
6610	* to note this here.
6611	*/
6612	Bool isDeep = false((int) 0);
6613	TForm tfi = abTUnique(argv[i])((argv[i])->abHdr.type.unique);
6614
6615
6616	/*
6617	* At the moment we don't type check the origin
6618	* field of imports so tfi may be NULL.
6619	*/
6620	if (tfi)
6621	{
6622	Bool isFunArg = tfIsAnyMap(tfi)((((tfi)->tag) == TF_Map) \|\| (((tfi)->tag) == TF_PackedMap ));
6623	isDeep = i && isForeign && isFunArg;
6624	}
6625
6626	gen0FindDefs(argv[i], NULL((void*)0), stab, isDeep ? gfdSetHighLevel(mask)( (mask) \| (1 << 0)) : mask);
6627	}
6628	break;
6629	}
6630	case AB_Try: {
6631	AbSyn id = absyn->abTry.id;
6632	AbSyn expr = absyn->abTry.expr;
6633	AbSyn except = absyn->abTry.except;
6634	AbSyn always = absyn->abTry.always;
6635
6636	gen0FindDefs(id, lhs, stab, mask);
6637	gen0FindDefs(expr, lhs, stab, gfdSetHighLevel(mask)( (mask) \| (1 << 0)));
6638	gen0FindDefs(except, lhs, stab, mask);
6639	gen0FindDefs(always, lhs, stab, mask);
6640	break;
6641	}
6642	case AB_Export: {
6643	AbSyn what = absyn->abExport.what;
6644	AbSyn from = absyn->abExport.origin;
6645	AbSyn dest = absyn->abExport.destination;
6646
6647	if (abTag(dest)((dest)->abHdr.tag) == AB_Apply)
6648	gen0FindDefs(what, lhs, stab, gfdSetHighLevel(mask)( (mask) \| (1 << 0)));
6649	else
6650	gen0FindDefs(what, lhs, stab, mask);
6651	gen0FindDefs(dest, lhs, stab, mask);
6652	gen0FindDefs(from, lhs, stab, mask);
6653	break;
6654	}
6655	case AB_Label: {
6656	AbSyn expr = absyn->abLabel.expr;
6657	gen0FindDefs(expr, lhs, stab, mask);
6658	break;
6659	}
6660	default:
6661	if (abImplicitSyme(absyn)(((absyn)->abHdr.seman ? (absyn)->abHdr.seman->implicit : 0) ? ((((absyn)->abHdr.seman ? (absyn)->abHdr.seman-> implicit : 0))->abHdr.seman ? (((absyn)->abHdr.seman ? ( absyn)->abHdr.seman->implicit : 0))->abHdr.seman-> syme : 0) : 0) != NULL((void*)0)) {
6662	gen0FindDefs(abImplicit(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->implicit : 0), NULL((void*)0), stab, mask);
6663
6664	}
6665	if (!abIsLeaf(absyn)(((absyn)->abHdr.tag) < AB_NODE_START))
6666	for (i = 0; i < argc; i += 1)
6667	gen0FindDefs(abArgv(absyn)((absyn)->abGen.data.argv)[i], NULL((void*)0),
6668	stab, mask);
6669	break;
6670	}
6671	}
6672
6673	localstatic void
6674	gen0FindDefsDefine(AbSyn absyn, Stab stab, GFindDefMask mask)
6675	{
6676	AbSyn *argv;
6677	AbSyn lhs;
6678	AbSyn rhs;
6679	AbSyn id;
6680	int argc, i;
6681
6682	assert(abTag(absyn) == AB_Define)do { if (!(((absyn)->abHdr.tag) == AB_Define)) _do_assert( ("abTag(absyn) == AB_Define"),"genfoam.c",6682); } while (0);
6683	lhs = absyn->abDefine.lhs;
6684	rhs = absyn->abDefine.rhs;
6685
6686	if (abTag(lhs)((lhs)->abHdr.tag) == AB_Comma) {
6687	argv = lhs->abComma.argv;
6688	argc = abArgc(lhs)((lhs)->abHdr.argc);
6689	id = NULL((void*)0);
6690	}
6691	else {
6692	argv = &lhs;
6693	argc = 1;
6694	id = abDefineeId(lhs);
6695	}
6696	gen0FindDefs(rhs, id, stab, mask);
6697
6698	for (i = 0; i < argc; i++) {
6699	AbSyn lhs = argv[i];
6700	AbSyn type = abDefineeTypeOrElse(lhs, NULL((void*)0));
6701
6702	if (!type)
6703	break;
6704
6705	if (abIsAnyMap(type)(((((type)->abHdr.tag == (AB_Apply)) && (((((type) ->abApply.op))->abHdr.tag == (AB_Id)) && ((((type )->abApply.op))->abId.sym)==(ssymArrow))) && (( (type)->abHdr.argc)-1) == 2) \|\| ((((type)->abHdr.tag == (AB_Apply)) && (((((type)->abApply.op))->abHdr .tag == (AB_Id)) && ((((type)->abApply.op))->abId .sym)==(ssymPackedArrow))) && (((type)->abHdr.argc )-1) == 2)))
6706	type = abMapRet(type)((type)->abApply.argv[1]);
6707
6708	if (abTag(type)((type)->abHdr.tag) == AB_With &&
6709	(abIsNotNothing(type->abWith.base)!((type->abWith.base)->abHdr.tag == (AB_Nothing)) \|\|
6710	gen0HasDefaults(type)))
6711	gen0FindDefs(type, NULL((void*)0), stab, gfdSetHighLevel(mask)( (mask) \| (1 << 0)));
6712	else if (tfIsCategoryType(gen0AbType(type)))
6713	gen0FindDefs(type, NULL((void*)0), stab, gfdSetHighLevel(mask)( (mask) \| (1 << 0)));
6714	else
6715	gen0FindDefs(type, NULL((void*)0), stab, mask);
6716	}
6717	}
6718
6719	localstatic void
6720	gen0FindDefsSyme(Stab stab, Syme syme, GFindDefMask mask)
6721	{
6722	Stab tstab;
6723	Buffer buf;
6724	String suffix = "";
6725
6726	if (!syme) return;
6727
6728	if (genfEnvDebug) {
6729	buf = bufNew();
6730	bufPrintf(buf, "%s [%d]", symeString(syme)((((syme)->id))->str), symeDefLambdaLevelNo(syme)(symeDefLevel(syme)->lambdaLevel));
6731	tstab = stab;
6732	while (tstab && stabHasMeaning(tstab, syme)) {
6733	bufPrintf(buf, " .. (%d, %d, %d, %s)", stabSerialNo(tstab)(((tstab)->first)->serialNo), stabLevelNo(tstab)(((tstab)->first)->lexicalLevel), stabLambdaLevelNo(tstab)(((tstab)->first)->lambdaLevel),
6734	"Normal" /car(tstab)->isGenerator ? "Gen" : "Normal"/);
6735	tstab = cdr(tstab)((tstab)->rest);
6736	}
6737	}
6738	if (!symeUsed(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) & (0x0040))) {
6739	stabUseMeaning(stab, syme);
6740	symeSetUsed(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) \|= (0x0040));
6741	suffix = ".. local";
6742	}
6743
6744	if (gfdHighLevel(mask)( (mask) & (1 << 0)) \|\|
6745	stabLambdaLevelNo(stab)(((stab)->first)->lambdaLevel) != symeDefLambdaLevelNo(syme)(symeDefLevel(syme)->lambdaLevel)) {
6746	stabUseMeaning(stab, syme);
6747	symeSetUsed(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) \|= (0x0040));
6748	symeSetUsedDeeply(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) \|= (0x0004));
6749	suffix = ".. deep";
6750	}
6751
6752	if (genfEnvDebug) {
6753	afprintf(dbOut, "FindDefsSyme: %s %s\n", bufLiberate(buf), suffix);
6754	}
6755	}
6756
6757
6758	localstatic void
6759	gen0MarkParamsDeep(Stab stab, AbSyn param)
6760	{
6761	AbSyn *argv = abArgvAs(AB_Comma, param)(((param)->abHdr.tag == (AB_Comma)) ? ((param)->abGen.data .argv) : &(param));
6762	Length i, argc = abArgcAs(AB_Comma, param)(((param)->abHdr.tag == (AB_Comma)) ? ((param)->abHdr.argc ) : 1);
6763
6764	for (i = 0; i < argc; i += 1) {
6765	Syme syme = abSyme(abDefineeId(argv[i]))((abDefineeId(argv[i]))->abHdr.seman ? (abDefineeId(argv[i ]))->abHdr.seman->syme : 0);
6766	if (syme) {
6767	symeSetUsedDeeply(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) \|= (0x0004));
6768	stabUseMeaning(stab, syme);
6769	}
6770	}
6771	}
6772
6773	/*****************************************************************************
6774	*
6775	* :: Temporaries
6776	*
6777	****************************************************************************/
6778
6779	/*
6780	* Temp to make re-evaluation side-effect free
6781	*/
6782	Foam
6783	gen0MakeMultiEvaluable(int type, int fmt, Foam foam)
6784	{
6785	Foam new;
6786
6787	if (gen0IsMultiEvaluable(foam))
6788	return foam;
6789	else {
6790	new = gen0Temp0(type, fmt);
6791	gen0AddStmt(foamNewSet(new, foam)foamNew(FOAM_Set, 2, new, foam), NULL((void*)0));
6792	return foamCopy(new);
6793	}
6794	}
6795
6796
6797	/*
6798	* Create a temporary variable if needed.
6799	*/
6800
6801	localstatic Foam
6802	gen0TempValueMode(TForm tf)
6803	{
6804	int i;
6805	Foam vals;
6806
6807	if (!gen0ValueMode)
6808	return NULL((void*)0);
6809
6810	if (!tfIsMulti(tf)(((tf)->tag) == TF_Multiple)) {
6811	AInt fmt;
6812	FoamTag type;
6813	type = gen0Type(tf, &fmt);
6814
6815	return gen0TempLocal0(type, fmt);
6816	}
6817	vals = foamNewEmpty(FOAM_Values, tfMultiArgc(tf));
6818	for (i = 0; i < tfMultiArgc(tf); i += 1) {
6819	AInt fmt, tag;
6820	tag = gen0Type(tfMultiArgN(tf, i)tfFollowArg(tf, i), &fmt);
6821	vals->foamValues.argv[i] =
6822	gen0TempLocal0(tag, fmt);
6823	}
6824	return vals;
6825	}
6826
6827	localstatic Foam
6828	gen0TempValue(AbSyn absyn)
6829	{
6830	if (gen0ValueMode && gen0AbType(absyn) != tfExit)
6831	return genFoamVal(absyn);
6832	else {
6833	genFoamStmt(absyn);
6834	return NULL((void*)0);
6835	}
6836	}
6837
6838	localstatic void
6839	gen0SetTemp(Foam t, Foam foam)
6840	{
6841	Length i;
6842
6843	if (t == NULL((void)0) \|\| foam == NULL((void)0))
6844	return;
6845
6846	if (foamTag(t)((t)->hdr.tag) != FOAM_Values) {
6847	gen0AddStmt(foamNewSet(foamCopyNode(t), foam)foamNew(FOAM_Set, 2, foamCopyNode(t), foam), NULL((void*)0));
6848	return;
6849	}
6850	if (foamTag(foam)((foam)->hdr.tag) == FOAM_Nil) return;
6851
6852	assert(foamTag(foam) == FOAM_Values)do { if (!(((foam)->hdr.tag) == FOAM_Values)) _do_assert(( "foamTag(foam) == FOAM_Values"),"genfoam.c",6852); } while (0 );
6853	for (i = 0; i < foamArgc(t)((t)->hdr.argc); i += 1)
6854	gen0AddStmt(foamNewSet(foamCopyNode(t->foamValues.argv[i]),foamNew(FOAM_Set, 2, foamCopyNode(t->foamValues.argv[i]), foam ->foamValues.argv[i])
6855	foam->foamValues.argv[i])foamNew(FOAM_Set, 2, foamCopyNode(t->foamValues.argv[i]), foam ->foamValues.argv[i]), NULL((void*)0));
6856	}
6857
6858	/*
6859	* Create a temporary variable given foam_type and fmt number
6860	* The fmt number is used creating the decl.
6861	* If the format isn't meaningfull, you can use the gen0Temp macro.
6862	*/
6863	Foam
6864	gen0Temp0(int type, int fmt)
6865	{
6866	int i;
6867
6868	gen0State->hasTemps = true1;
6869	if (!gen0InDeep(gen0State->progType)((gen0State->progType) >= PT_DeepStart)) {
6870	i = vpNewVar0(gen0State->localPool, type, fmt);
6871	return foamNewLoc(i)foamNew(FOAM_Loc, 1, (AInt)(i));
6872	}
6873	else {
6874	return gen0TempLex0(type, fmt);
6875	}
6876	}
6877
6878	/*
6879	* Free up a temporary variable for possible re-use
6880	*/
6881	localstatic void
6882	gen0FreeTemp(Foam var)
6883	{
6884	if (!var)
6885	return;
6886	if (foamTag(var)((var)->hdr.tag) == FOAM_Loc)
6887	vpFreeVar(gen0State->localPool, (int) var->foamLoc.index);
6888	else
6889	vpFreeVar(gen0State->lexPool, (int) var->foamLex.index);
6890	}
6891
6892	/*
6893	* Create a local temporary variable.
6894	*/
6895
6896	Foam
6897	gen0TempFrTForm(TForm tf, Bool isLocal)
6898	{
6899	/* FoamTag type = gen0Type(tf, NULL);*/
6900
6901	return NULL((void*)0);
6902	}
6903
6904	Foam
6905	gen0TempLocal0(int type, int fmt)
6906	{
6907	int i;
6908	gen0State->hasTemps = true1;
6909	i = vpNewVar0(gen0State->localPool, type, fmt);
6910	return foamNewLoc(i)foamNew(FOAM_Loc, 1, (AInt)(i));
6911	}
6912
6913	Foam
6914	gen0TempFrDDecl(AInt id, Bool isLocal)
6915	{
6916	Foam ddecl, vals;
6917	Length i;
6918
6919	ddecl = gen0GetRealFormat(gen0FindFormat(id));
6920	vals = foamNewEmpty(FOAM_Values, foamDDeclArgc(ddecl)(((ddecl)->hdr.argc) - (1)));
6921	for (i = 0; i < foamDDeclArgc(ddecl)(((ddecl)->hdr.argc) - (1)); i += 1) {
6922	FoamTag type = ddecl->foamDDecl.argv[i]->foamDecl.type;
6923	vals->foamValues.argv[i] =
6924	isLocal ? gen0TempLocal(type)gen0TempLocal0(type, 4) : gen0Temp(type)gen0Temp0(type, 4);
6925	}
6926	return vals;
6927	}
6928
6929	/*
6930	* Create a local temporary variable.
6931	*/
6932	Foam
6933	gen0TempLex0(int type, int fmt)
6934	{
6935	int i;
6936
6937	gen0State->hasTemps = true1;
6938	i = vpNewVar0(gen0State->lexPool, type, fmt);
6939	/* Over-defensive, but saves hassle */
6940	gen0UseStackedFormat(int0((int) 0));
6941	/* since env vars are created this way, we should be OK */
6942	if ( listIsSingleton(gen0State->envFormatStack)((gen0State->envFormatStack) && !((gen0State->envFormatStack )->rest)))
6943	return foamNewLex(int0, i)foamNew(FOAM_Lex, 2, (AInt)(((int) 0)), (AInt)(i));
6944	else
6945	return foamNewEElt(car(gen0State->envFormatStack),foamNew(FOAM_EElt,4,(AInt)(((gen0State->envFormatStack)-> first)),foamCopy(((gen0State->envVarStack)->first)),(AInt )(((int) 0)),(AInt)(i))
6946	foamCopy(car(gen0State->envVarStack)),foamNew(FOAM_EElt,4,(AInt)(((gen0State->envFormatStack)-> first)),foamCopy(((gen0State->envVarStack)->first)),(AInt )(((int) 0)),(AInt)(i))
6947	int0, i)foamNew(FOAM_EElt,4,(AInt)(((gen0State->envFormatStack)-> first)),foamCopy(((gen0State->envVarStack)->first)),(AInt )(((int) 0)),(AInt)(i));
6948	}
6949
6950	Foam
6951	gen0TempLexNth(int type, int wn)
6952	{
6953	VarPool vp;
6954	int i;
6955
6956	if (wn == 0)
6957	vp = gen0State->lexPool;
6958	else
6959	vp = listElt(VarPool)(VarPool_listPointer->Elt)(gen0State->envLexPools, wn - 1);
6960
6961	i = vpNewVar(vp, type)vpNewVar0((vp), (type), (4));
6962
6963	return gen0NewLex(wn, i);
6964	}
6965
6966	/* Called when potentially in where clause, and level is 0 */
6967	Foam
6968	gen0NewLex(int idx, int offset)
6969	{
6970	Foam foam;
6971
6972	if (gen0State->whereNest && idx != gen0State->whereNest) {
6973	AInt fmt = listElt(AInt)(AInt_listPointer->Elt)(gen0State->envFormatStack, idx);
6974	Foam var = listElt(Foam)(Foam_listPointer->Elt)(gen0State->envVarStack, idx);
6975	foam = foamNewEElt(fmt, foamCopy(var), int0, offset)foamNew(FOAM_EElt,4,(AInt)(fmt),foamCopy(var),(AInt)(((int) 0 )),(AInt)(offset));
6976	}
6977	else
6978	foam = foamNewLex(int0, offset)foamNew(FOAM_Lex, 2, (AInt)(((int) 0)), (AInt)(offset));
6979
6980	return foam;
6981	}
6982
6983	/*****************************************************************************
6984	*
6985	* :: Collect statements
6986	*
6987	****************************************************************************/
6988	/*
6989	* Generate a generator for a collect form.
6990	* E for a in b... ==> generate for a in b... repeat yield E
6991	*
6992	* (GCompose La.if T(a) then One(Ea) else [])
6993	*/
6994	localstatic Foam
6995	genCollect(AbSyn absyn)
6996	{
6997	AbSyn iter, body, repeat;
6998	int i;
6999
7000	body = abNewYield(abPos(absyn), absyn->abCollect.body)abNew(AB_Yield, (spstackFirst((absyn)->abHdr.pos)),1, absyn ->abCollect.body);
7001
7002	repeat = abNewEmpty(AB_Repeat, abArgc(absyn)((absyn)->abHdr.argc));
7003	abSetStab(repeat, abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0));
7004	repeat->abRepeat.body = body;
7005	for(i=1; i< abArgc(absyn)((absyn)->abHdr.argc); i++)
7006	abArgv(repeat)((repeat)->abGen.data.argv)[i] = abArgv(absyn)((absyn)->abGen.data.argv)[i];
7007
7008	if (tfIsXGenerator(abTUnique(absyn))(((((absyn)->abHdr.type.unique))->tag) == TF_XGenerator )) {
7009	iter = abNewXGenerate(abPos(absyn), abNewNothing(sposNone), repeat)abNewMod(AB_Generate, (spstackFirst((absyn)->abHdr.pos)),1 ,2, abNew(AB_Nothing, sposNone,0 ),repeat);
7010	}
7011	else {
7012	iter = abNewGenerate(abPos(absyn), abNewNothing(sposNone), repeat)abNew(AB_Generate, (spstackFirst((absyn)->abHdr.pos)),2, abNew (AB_Nothing, sposNone,0 ),repeat);
7013	}
7014	abSetStab(iter, abStab(absyn)((absyn)->abHdr.seman ? (absyn)->abHdr.seman->stab : 0));
7015
7016	abTUnique(body)((body)->abHdr.type.unique) = tfExit;
7017	abTUnique(repeat)((repeat)->abHdr.type.unique) = tfNone()tfMulti(0);
7018	abTUnique(iter)((iter)->abHdr.type.unique) = gen0AbType(absyn);
7019
7020	abState(body)((body)->abHdr.state) = AB_State_HasUnique;
7021	abState(repeat)((repeat)->abHdr.state) = AB_State_HasUnique;
7022	abState(iter)((iter)->abHdr.state) = AB_State_HasUnique;
7023
7024	return genFoam(iter);
7025	}
7026
7027	/*
7028	* Bump the lexical level numbers for a body of a generator function.
7029	*/
7030
7031	void
7032	gen0IncLexLevels(Foam foam, AInt inc)
7033	{
7034	FoamTag tag = foamTag (foam)((foam)->hdr.tag);
7035
7036	assert(foam)do { if (!(foam)) _do_assert(("foam"),"genfoam.c",7036); } while (0);
7037
7038	foamIter(foam, arg, gen0IncLexLevels(arg, inc)){ { String argf = (foamInfoTable [(int)(((foam)->hdr.tag)) -(int)FOAM_START]).argf; Length _i; for (_i = 0; _i < ((foam )->hdr.argc); _i++, argf++) { if (argf == '') argf--; if (argf == 'C') { Foam arg = (Foam ) ((foam)->foamGen.argv )+_i; { gen0IncLexLevels(*arg, inc); }; } } }; };
7039
7040	switch (tag) {
7041	case FOAM_Lex:
7042	foam->foamLex.level += inc;
7043	break;
7044	case FOAM_Env:
7045	foam->foamEnv.level += inc;
7046	break;
7047	default:
7048	break;
7049	}
7050
7051	}
7052
7053	void
7054	gen0AddLexLevels(Foam foam, int dist)
7055	{
7056	if (gen0State->whereNest==0)
7057	gen0IncLexLevels(foam, dist);
7058	else {
7059	gen0AddLexLevels1(foam, dist, gen0State->whereNest,
7060	gen0State->envVarStack);
7061	}
7062	}
7063
7064	localstatic void
7065	gen0AddLexLevels1(Foam foam, AInt dist, int wN, FoamList envStack)
7066	{
7067	switch (foamTag(foam)((foam)->hdr.tag)) {
7068	case FOAM_Lex:
7069	if (foam->foamLex.level < 0)
7070	foam->foamLex.level+=dist;
7071	else
7072	foam->foamLex.level+=dist+wN;
7073	break;
7074	case FOAM_Env:
7075	if (foam->foamEnv.level < 0)
7076	foam->foamEnv.level+=dist;
7077	else
7078	foam->foamEnv.level+=dist+wN;
7079	break;
7080	/* !Warning: Changes the type of a node... */
7081	case FOAM_EElt: { int pos;
7082	listFind(Foam)(Foam_listPointer->Find)(envStack, foam->foamEElt.ref, foamEqual, &pos);
7083	if (pos == -1)
7084	gen0AddLexLevels1(foam->foamEElt.ref,
7085	dist, wN, envStack);
7086	else {
7087	int off = foam->foamEElt.lex;
7088
7089	foam->hdr.tag = FOAM_Lex;
7090	foam->hdr.argc = 2;
7091	foam->foamLex.level = pos+dist;
7092	foam->foamLex.index = off;
7093	}
7094	break;
7095	}
7096	default:
7097	foamIter(foam, arg,{ { String argf = (foamInfoTable [(int)(((foam)->hdr.tag)) -(int)FOAM_START]).argf; Length _i; for (_i = 0; _i < ((foam )->hdr.argc); _i++, argf++) { if (argf == '') argf--; if (argf == 'C') { Foam arg = (Foam ) ((foam)->foamGen.argv )+_i; { gen0AddLexLevels1(arg, dist, wN, envStack); }; } } } ; }
7098	gen0AddLexLevels1(arg, dist, wN, envStack)){ { String argf = (foamInfoTable [(int)(((foam)->hdr.tag)) -(int)FOAM_START]).argf; Length _i; for (_i = 0; _i < ((foam )->hdr.argc); _i++, argf++) { if (argf == '') argf--; if (argf == 'C') { Foam arg = (Foam ) ((foam)->foamGen.argv )+_i; { gen0AddLexLevels1(*arg, dist, wN, envStack); }; } } } ; };
7099	}
7100	}
7101
7102	/*
7103	* Replace format number place holders with the real format numbers.
7104	*/
7105	localstatic void
7106	gen0PatchFormatNums(Foam prog)
7107	{
7108	Foam levels = prog->foamProg.levels;
7109	Length i;
7110
7111	if (foamTag(prog)((prog)->hdr.tag) != FOAM_Prog)
7112	return;
7113
7114	for (i = 0; i < foamArgc(levels)((levels)->hdr.argc); i += 1) {
7115	AInt nindex = gen0FindFormat(levels->foamDEnv.argv[i]);
7116	if (nindex >= 0) levels->foamDEnv.argv[i] = nindex;
7117	}
7118
7119	gen0PatchEEltFormats(prog);
7120	}
7121
7122	localstatic void
7123	gen0PatchEEltFormats(Foam foam)
7124	{
7125	assert(foam)do { if (!(foam)) _do_assert(("foam"),"genfoam.c",7125); } while (0);
7126
7127	foamIter(foam, arg, gen0PatchEEltFormats(arg)){ { String argf = (foamInfoTable [(int)(((foam)->hdr.tag)) -(int)FOAM_START]).argf; Length _i; for (_i = 0; _i < ((foam )->hdr.argc); _i++, argf++) { if (argf == '') argf--; if (argf == 'C') { Foam arg = (Foam ) ((foam)->foamGen.argv )+_i; { gen0PatchEEltFormats(*arg); }; } } }; };
7128
7129	if (foamTag(foam)((foam)->hdr.tag) == FOAM_EElt) {
7130	AInt nindex = gen0FindFormat(foam->foamEElt.env);
7131	if (nindex >= 0) foam->foamEElt.env = nindex;
7132	}
7133	if (foamTag(foam)((foam)->hdr.tag) == FOAM_Const && foam->foamConst.index > gen0NumProgs)
7134	foam->foamConst.index = gen0FindConst(foam->foamConst.index);
7135	}
7136
7137	void
7138	gen0AddFormat(AInt index, AInt nindex)
7139	{
7140	formatPlaceList = listCons(AInt)(AInt_listPointer->Cons)(index, formatPlaceList);
7141	formatRealList = listCons(AInt)(AInt_listPointer->Cons)(nindex, formatRealList);
7142	}
7143
7144	localstatic AInt
7145	gen0FindFormat(AInt index)
7146	{
7147	Length pos;
7148
7149	if (index >= 0)
7150	return index;
7151
7152	pos = listPosq(AInt)(AInt_listPointer->Posq)(formatPlaceList, index);
7153	if (pos == -1)
7154	return index;
7155
7156	return listElt(AInt)(AInt_listPointer->Elt)(formatRealList, pos);
7157	}
7158
7159	void
7160	gen0AddConst(AInt old, AInt new)
7161	{
7162	gen0ConstList = listCons(AInt)(AInt_listPointer->Cons)(old, gen0ConstList);
7163	gen0RealConstList = listCons(AInt)(AInt_listPointer->Cons)(new, gen0RealConstList);
7164	}
7165
7166	localstatic AInt
7167	gen0FindConst(AInt old)
7168	{
7169	Length pos;
7170
7171	pos = listPosq(AInt)(AInt_listPointer->Posq)(gen0ConstList, old);
7172	assert(pos != -1)do { if (!(pos != -1)) _do_assert(("pos != -1"),"genfoam.c",7172 ); } while (0);
7173
7174	return listElt(AInt)(AInt_listPointer->Elt)(gen0RealConstList, pos);
7175	}
7176
7177	/*
7178	* Functions manipulating the state of code generation for a single lambda.
7179	*/
7180	GenFoamState
7181	gen0NewState(Stab stab, int format, GenFoamTag tag)
7182	{
7183	GenFoamState s = (GenFoamState) stoAlloc(OB_Other0,
7184	sizeof(struct gfs));
7185
7186	s->tag = tag;
7187	s->stabLevel = (stab ? stabLevelNo(stab)(((stab)->first)->lexicalLevel) : -1);
7188	s->foamLevel = (gen0State ? gen0State->foamLevel + 1 : 0);
7189	s->stab = stab;
7190	s->localPool = vpNew(fboxNew(foamNewEmptyDDecl(FOAM_DDecl_Local)foamNew(FOAM_DDecl, 1, (AInt) FOAM_DDecl_Local)));
7191	s->lexPool = vpNew(fboxNew(foamNewEmptyDDecl(FOAM_DDecl_LocalEnv)foamNew(FOAM_DDecl, 1, (AInt) FOAM_DDecl_LocalEnv)));
7192	s->envLexPools = listNil(VarPool)((VarPoolList) 0);
7193	s->params = fboxNew(foamNewEmptyDDecl(FOAM_DDecl_Param)foamNew(FOAM_DDecl, 1, (AInt) FOAM_DDecl_Param));
7194	s->formatStack = listNil(AInt)((AIntList) 0);
7195	s->formatUsage = listNil(SlotUsage)((SlotUsageList) 0);
7196	s->fluidsUsed = listNil(AInt)((AIntList) 0);
7197	s->program = NULL((void*)0);
7198	s->yieldCount = 0;
7199	s->progType = PT_Std;
7200	s->labelNo = 0;
7201	s->yieldLabels = listNil(AInt)((AIntList) 0);
7202	s->yieldPlace = 0;
7203	s->yieldValueVar = NULL((void*)0);
7204	s->lines = listNil(Foam)((FoamList) 0);
7205	s->inits = listNil(Foam)((FoamList) 0);
7206	s->importPlace = NULL((void*)0);
7207	s->importPlacePrev = NULL((void*)0);
7208	s->funImportList = listNil(Syme)((SymeList) 0);
7209	s->domImportList = listNil(TForm)((TFormList) 0);
7210	s->domList = listNil(Foam)((FoamList) 0);
7211	s->hasTemps = false((int) 0);
7212	s->envVarStack = listCons(Foam)(Foam_listPointer->Cons)(foamNewEnv(int0)foamNew(FOAM_Env, 1, (AInt)(((int) 0))), listNil(Foam)((FoamList) 0));
7213	s->envFormatStack= listCons(AInt)(AInt_listPointer->Cons)(format, listNil(AInt)((AIntList) 0));
7214	s->whereNest = 0;
7215	s->type = NULL((void*)0);
7216	s->param = NULL((void*)0);
7217	s->exporter = NULL((void*)0);
7218	s->parent = gen0State;
7219	s->base = NULL((void*)0);
7220	s->domCache = listNil(DomainCache)((DomainCacheList) 0);
7221	s->dbgContext = (Foam)NULL((void*)0);
7222	return s;
7223	}
7224
7225	localstatic void
7226	gen0InitState(Stab stab, int index)
7227	{
7228	GenFoamState s = gen0NewState(stab, index, GF_File);
7229
7230	s->formatUsage = listCons(SlotUsage)(SlotUsage_listPointer->Cons)(suFrFormat(emptyFormatSlot)(((4) << 2) \| 2), listNil(SlotUsage)((SlotUsageList) 0));
7231	s->formatStack = listCons(AInt)(AInt_listPointer->Cons)(index, listNil(AInt)((AIntList) 0));
7232
7233	gen0State = s;
7234	}
7235
7236	GenFoamState
7237	gen0NthState(AInt n)
7238	{
7239	GenFoamState s = gen0State, prev=0;
7240
7241	n+=s->whereNest;
7242	while(n > 0) {
7243	assert(s != 0)do { if (!(s != 0)) _do_assert(("s != 0"),"genfoam.c",7243); } while (0);
7244	n -= s->whereNest;
7245	prev=s;
7246	s = s->parent;
7247	n -= 1;
7248	}
7249	if (n < 0 && prev->whereNest) return prev;
7250	assert(s != 0)do { if (!(s != 0)) _do_assert(("s != 0"),"genfoam.c",7250); } while (0);
7251	return s;
7252	}
7253
7254	localstatic int
7255	gen0StateOffset(int symeLevel, int foamLevel)
7256	{
7257	GenFoamState s = gen0NthState(foamLevel);
7258	int idx;
7259
7260	idx = s->whereNest ? s->whereNest - (symeLevel - s->stabLevel) : 0;
7261	if (idx > s->whereNest) idx = s->whereNest;
7262	return idx;
7263	}
7264
7265	int
7266	gen0AddGlobal(Foam decl)
7267	{
7268	FoamList glst;
7269	AInt idx = 0;
7270	/* Merge identical globals */
7271	/* If we import something already exported, or export something
7272	already imported then make it an export */
7273	glst = gen0GlobalList;
7274	while (glst) {
7275	Foam odecl = car(glst)((glst)->first);
7276	if (odecl->foamGDecl.type == decl->foamGDecl.type
7277	&& odecl->foamGDecl.format == decl->foamGDecl.format
7278	&& odecl->foamGDecl.protocol == decl->foamGDecl.protocol
7279	&& strEqual(odecl->foamGDecl.id, decl->foamGDecl.id)) {
7280	if (decl->foamGDecl.dir == FOAM_GDecl_Export)
7281	odecl->foamGDecl.dir = FOAM_GDecl_Export;
7282	foamFree(decl);
7283	return gen0NumGlobals - idx - 1;
7284	} else {
7285	glst = cdr(glst)((glst)->rest);
7286	idx++;
7287	}
7288	}
7289
7290	gen0GlobalList = listCons(Foam)(Foam_listPointer->Cons)(decl, gen0GlobalList);
7291	return gen0NumGlobals++;
7292	}
7293
7294	Foam
7295	gen0GetGlobal(AInt n)
7296	{
7297	assert (n < gen0NumGlobals)do { if (!(n < gen0NumGlobals)) _do_assert(("n < gen0NumGlobals" ),"genfoam.c",7297); } while (0);
7298	return listElt(Foam)(Foam_listPointer->Elt)(gen0GlobalList, gen0NumGlobals - (n+1));
7299	}
7300
7301	void
7302	gen0PushFormat(int index)
7303	{
7304	GenFoamState s = gen0State;
7305
7306	s->formatStack = listCons(AInt)(AInt_listPointer->Cons)(index, s->formatStack);
7307	s->formatUsage = gen0UnusedFormats(s->formatStack);
7308	}
7309
7310	int
7311	gen0RootEnv()
7312	{
7313	return gen0FoamLevel(1);
7314	}
7315
7316	/* genXXLevel fns wrong currently, but work in most common cases */
7317	localstatic int
7318	gen0FoamLevel(AInt level)
7319	{
7320	GenFoamState s = gen0State;
7321	int i = 0, whereNest = -s->whereNest;
7322
7323	while (s) {
7324	/* Return value should only be fudged if we have a where,
7325	o/w runtime gets clobbered */
7326	whereNest+=s->whereNest;
7327	if (s->stab && gen0IsDomLevel(s->tag)((s->tag) >= GF_START_TYPE && (s->tag) <= GF_END_TYPE) &&
7328	s->stabLevel <= level)
7329	return i + (s->whereNest
7330	? /whereNest/ - (level - s->stabLevel) : 0);
7331	if ((!s->parent \|\| (s->stab && s->parent->stab && s->stabLevel
7332	!= s->parent->stabLevel)) &&
7333	s->stabLevel <= level)
7334	return i + (s->whereNest
7335	? /whereNest/ - (level - s->stabLevel) : 0);
7336
7337	s = s->parent;
7338	i++;
7339	i += s->whereNest;
7340	}
7341	bug("level " AINT_FMT"%ld" " not found\n", level);
7342	return 0;
7343	}
7344
7345	localstatic Bool
7346	gen0IsLambdaLevel(GenFoamState s, AInt level)
7347	{
7348	return s && s->tag == GF_Lambda &&
7349	s->stab && s->stabLevel <= level;
7350	}
7351
7352	int
7353	gen0FoamImportLevel(AInt level)
7354	{
7355	GenFoamState s = gen0State;
7356	int i = 0, whereNest = -s->whereNest;
7357
7358	while (s) {
7359	whereNest += s->whereNest;
7360	if (s->stab && gen0IsDomLevel(s->tag)((s->tag) >= GF_START_TYPE && (s->tag) <= GF_END_TYPE) &&
7361	s->stabLevel <= level)
7362	return i - (s->whereNest ? (level - s->stabLevel) : 0);
7363
7364	if ((! s->parent \|\| (s->stab && s->parent->stab &&
7365	s->stabLevel != s->parent->stabLevel)) &&
7366	s->stabLevel <= level)
7367	return i - (s->whereNest ? (level - s->stabLevel) : 0);
7368
7369	if ((s->tag == GF_Default \|\| s->tag == GF_DefaultCat)
7370	&& gen0IsLambdaLevel(s->parent, level)) {
7371	return i;
7372	}
7373	if (s->tag == GF_Add1 &&
7374	gen0IsLambdaLevel(s->parent->parent, level)) {
7375	return i;
7376	}
7377
7378	s = s->parent;
7379	i++;
7380	i+= s->whereNest;
7381	}
7382	bug("level not found!");
7383	return 0;
7384	}
7385
7386	localstatic void
7387	gen0UseStateFormat(GenFoamState s, AInt level)
7388	{
7389	AIntList ls = s->formatStack;
7390	SlotUsageList lu = s->formatUsage;
7391	Bool used;
7392	while(level > 0) {
7393	assert(ls != 0)do { if (!(ls != 0)) _do_assert(("ls != 0"),"genfoam.c",7393) ; } while (0);
7394	assert(lu != 0)do { if (!(lu != 0)) _do_assert(("lu != 0"),"genfoam.c",7394) ; } while (0);
7395	ls = cdr(ls)((ls)->rest);
7396	lu = cdr(lu)((lu)->rest);
7397	level--;
7398	}
7399	assert(ls != 0)do { if (!(ls != 0)) _do_assert(("ls != 0"),"genfoam.c",7399) ; } while (0);
7400	assert(lu != 0)do { if (!(lu != 0)) _do_assert(("lu != 0"),"genfoam.c",7400) ; } while (0);
7401	used = suIsUsed(car(lu))( (((lu)->first)) & 1);
7402	car(lu)((lu)->first) = suFrFormat(car(ls))(((((ls)->first)) << 2) \| 2);
7403	car(lu)((lu)->first) = suSetUse(car(lu))( (((lu)->first)) \| 1);
7404	}
7405
7406	void
7407	gen0UseStackedFormat(AInt level)
7408	{
7409	gen0UseStateFormat(gen0State, level);
7410	}
7411
7412	localstatic void
7413	gen0UseFormat(AInt level, int slot)
7414	{
7415	SlotUsageList l = gen0State->formatUsage;
7416	while(level > 0) {
7417	assert(l != 0)do { if (!(l != 0)) _do_assert(("l != 0"),"genfoam.c",7417); } while (0);
7418	l = cdr(l)((l)->rest);
7419	level -= 1;
7420	}
7421	assert(l != 0)do { if (!(l != 0)) _do_assert(("l != 0"),"genfoam.c",7421); } while (0);
7422	car(l)((l)->first) = suFrFormat(slot)(((slot) << 2) \| 2);
7423	}
7424
7425	localstatic Syme
7426	gen0FindImportedSyme(Syme syme, AInt level, Bool add)
7427	{
7428	GenFoamState s = gen0NthState(level);
7429	SymeList l = s->funImportList;
7430	Syme osyme = NULL((void*)0);
7431
7432	for (; !osyme && l; l = cdr(l)((l)->rest))
7433	if (symeEqual(syme, car(l)((l)->first)))
7434	osyme = car(l)((l)->first);
7435
7436	if (!osyme && add) {
7437	symeClrImportInit(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) &= ~(0x0008));
7438	s->funImportList = listCons(Syme)(Syme_listPointer->Cons)(syme, s->funImportList);
7439	}
7440
7441	return osyme;
7442	}
7443
7444	localstatic Bool
7445	gen0GetImportedSyme(Syme syme, AInt level, Bool add)
7446	{
7447	Syme osyme = gen0FindImportedSyme(syme, level, add);
7448
7449	if (osyme && osyme != syme) {
7450	gen0SetVarIndex(syme, gen0VarIndex(osyme))(symeSetFieldVal = ((AInt) (((((UShort) ((((((osyme)->kind == SYME_Trigger ? libGetAllSymes((osyme)->lib) : ((void) 0)), (osyme))->locmask) & (1 << (SYFI_VarIndex)) ) ? ((osyme)->fieldv)[symeIndex(osyme,SYFI_VarIndex)] : (symeFieldInfo [SYFI_VarIndex].def))) != (0x7FFF)) ? ((UShort) ((((((osyme)-> kind == SYME_Trigger ? libGetAllSymes((osyme)->lib) : ((void )0)), (osyme))->locmask) & (1 << (SYFI_VarIndex ))) ? ((osyme)->fieldv)[symeIndex(osyme,SYFI_VarIndex)] : ( symeFieldInfo[SYFI_VarIndex].def))) : ((UShort) ((((((symeOriginal (osyme))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal (osyme))->lib) : ((void)0)), (symeOriginal(osyme)))->locmask ) & (1 << (SYFI_VarIndex))) ? ((symeOriginal(osyme) )->fieldv)[symeIndex(symeOriginal(osyme),SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def)))))), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0 )), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? (((syme)->fieldv)[symeIndex(syme,SYFI_VarIndex)] = (symeSetFieldVal )) : !((syme)->full) && symeSetFieldVal == (symeFieldInfo [SYFI_VarIndex].def) ? symeSetFieldVal : symeSetFieldFn(syme, SYFI_VarIndex,symeSetFieldVal));
7451	gen0SetFoamKind(syme, gen0FoamKind(osyme)((((FoamTag) (SYFI_FoamKind < (8 * sizeof(int)) && !(((((osyme)->kind == SYME_Trigger ? libGetAllSymes((osyme )->lib) : ((void)0)), (osyme))->hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind].def) : ((( ((osyme)->kind == SYME_Trigger ? libGetAllSymes((osyme)-> lib) : ((void)0)), (osyme))->locmask) & (1 << ( SYFI_FoamKind))) ? ((((((osyme)->kind == SYME_Trigger ? libGetAllSymes ((osyme)->lib) : ((void)0)), (osyme))->locmask) & ( 1 << (SYFI_FoamKind))) ? ((osyme)->fieldv)[symeIndex (osyme,SYFI_FoamKind)] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(osyme,SYFI_FoamKind))) != FOAM_LIMIT) ? ((FoamTag ) (SYFI_FoamKind < (8 sizeof(int)) && !(((((osyme )->kind == SYME_Trigger ? libGetAllSymes((osyme)->lib) : ((void)0)), (osyme))->hasmask) & (1 << (SYFI_FoamKind ))) ? (symeFieldInfo[SYFI_FoamKind].def) : (((((osyme)->kind == SYME_Trigger ? libGetAllSymes((osyme)->lib) : ((void) 0)), (osyme))->locmask) & (1 << (SYFI_FoamKind)) ) ? ((((((osyme)->kind == SYME_Trigger ? libGetAllSymes((osyme )->lib) : ((void)0)), (osyme))->locmask) & (1 << (SYFI_FoamKind))) ? ((osyme)->fieldv)[symeIndex(osyme,SYFI_FoamKind )] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(osyme ,SYFI_FoamKind))) : ((FoamTag) (SYFI_FoamKind < (8 sizeof (int)) && !(((((symeOriginal(osyme))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal(osyme))->lib) : ((void)0) ), (symeOriginal(osyme)))->hasmask) & (1 << (SYFI_FoamKind ))) ? (symeFieldInfo[SYFI_FoamKind].def) : (((((symeOriginal( osyme))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal (osyme))->lib) : ((void)0)), (symeOriginal(osyme)))->locmask ) & (1 << (SYFI_FoamKind))) ? ((((((symeOriginal(osyme ))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal(osyme ))->lib) : ((void*)0)), (symeOriginal(osyme)))->locmask ) & (1 << (SYFI_FoamKind))) ? ((symeOriginal(osyme) )->fieldv)[symeIndex(symeOriginal(osyme),SYFI_FoamKind)] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(symeOriginal (osyme),SYFI_FoamKind)))));
7452	if (symeImportInit(osyme)(((((osyme)->kind == SYME_Trigger ? libGetAllSymes((osyme) ->lib) : ((void*)0)), (osyme))->bits) & (0x0008)))
7453	symeSetImportInit(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) \|= (0x0008));
7454	else
7455	symeClrImportInit(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) &= ~(0x0008));
7456	}
7457
7458	return osyme != NULL((void*)0);
7459	}
7460
7461	localstatic void
7462	gen0SetImportedSyme(Syme syme, AInt level)
7463	{
7464	Syme osyme = gen0FindImportedSyme(syme, level, false((int) 0));
7465
7466	assert(osyme)do { if (!(osyme)) _do_assert(("osyme"),"genfoam.c",7466); } while (0);
7467	symeSetImportInit(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) \|= (0x0008));
7468	symeSetImportInit(osyme)(((((osyme)->kind == SYME_Trigger ? libGetAllSymes((osyme) ->lib) : ((void*)0)), (osyme))->bits) \|= (0x0008));
7469	}
7470
7471
7472	Bool
7473	genIsConst(Syme syme)
7474	{
7475	return syme && !symeHasDefault(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->bits) & (0x0080));
7476	}
7477
7478	Bool
7479	genIsLocalConst(Syme syme)
7480	{
7481	return syme && !symeHasDefault(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->bits) & (0x0080)) && symeIsLocalConst(syme)(symeConstLib(syme) == ((void)0));
7482	}
7483
7484	Bool
7485	genIsVar(Foam foam)
7486	{
7487	switch (foamTag(foam)((foam)->hdr.tag)) {
7488	case FOAM_Par:
7489	case FOAM_Loc:
7490	case FOAM_Glo:
7491	case FOAM_Lex:
7492	case FOAM_RElt:
7493	case FOAM_RRElt:
7494	case FOAM_IRElt:
7495	case FOAM_TRElt:
7496	case FOAM_EElt:
7497	return 1;
7498	default:
7499	return 0;
7500	}
7501	}
7502
7503
7504	String
7505	gen0GlobalName(String libname, Syme syme)
7506	{
7507	Syme ext0 = symeExtension(syme);
7508	String g;
7509
7510	symeSetExtension(syme, NULL)symeXSetExtension(syme, (AInt) ((void*)0));
7511	if (genIsRuntime()(gen0IsRuntime) && !symeIsImport(syme)(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void*)0)), (syme))->kind) == SYME_Import))
7512	g = strCopy(symeString(syme)((((syme)->id))->str));
7513	else {
7514	Hash h = gen0SymeTypeCode(syme);
7515	g = strPrintf("%s_%s_%09d", libname, symeString(syme)((((syme)->id))->str), h);
7516	}
7517	symeSetExtension(syme, ext0)symeXSetExtension(syme, (AInt) ext0);
7518
7519	return g;
7520	}
7521
7522	/* Reverse of above */
7523	void
7524	genGlobalInfo(Foam glo, String pname, String porig, int *phash)
7525	{
7526	String name = glo->foamDecl.id;
7527	String nameStart, nameEnd;
7528
7529	*porig = strCopy("");
7530	*pname = name;
7531	*phash = 0;
7532
7533	if (glo->foamGDecl.protocol != FOAM_Proto_Foam)
7534	return;
7535
7536	nameStart = strchr(name, '_');
7537
7538	if (!nameStart)
7539	return;
7540
7541	nameStart++;
7542	nameEnd = strrchr(nameStart, '_');
7543	assert(nameEnd)do { if (!(nameEnd)) _do_assert(("nameEnd"),"genfoam.c",7543) ; } while (0);
7544
7545	*porig = strnCopy(name, nameStart - name - 1);
7546	*pname = strnCopy(nameStart, nameEnd - nameStart);
7547	*phash = atoi(nameEnd+1);
7548	}
7549
7550
7551	/* Try to compute the side effect bit correctly . */
7552	void
7553	gen0ComputeSideEffects(Foam prog)
7554	{
7555	/!! Needs beefing up /
7556	Foam body = prog->foamProg.body;
7557	Foam last;
7558	if (foamArgc(body)((body)->hdr.argc) == 0) {
7559	foamProgUnsetSide(prog)((prog)->foamProg.infoBits &= ~(1 << 0));
7560	return;
7561	}
7562	if (foamArgc(body)((body)->hdr.argc) > 1) { /!!/
7563	foamProgSetSide(prog)((prog)->foamProg.infoBits \|= (1 << 0));
7564	return;
7565	}
7566	last = body->foamSeq.argv[foamArgc(body)((body)->hdr.argc)-1];
7567	if (foamTag(last)((last)->hdr.tag) != FOAM_Return) {
7568	foamProgSetSide(prog)((prog)->foamProg.infoBits \|= (1 << 0));
7569	return;
7570	}
7571	last = last->foamReturn.value;
7572	if (foamTag(last)((last)->hdr.tag) != FOAM_BCall) {
7573	foamProgSetSide(prog)((prog)->foamProg.infoBits \|= (1 << 0));
7574	return;
7575	}
7576	if (foamBValInfo(last->foamBCall.op)(foamBValInfoTable[(int)(last->foamBCall.op)-(int)FOAM_BVAL_START ]).hasSideFx)
7577	foamProgSetSide(prog)((prog)->foamProg.infoBits \|= (1 << 0));
7578	else
7579	foamProgUnsetSide(prog)((prog)->foamProg.infoBits &= ~(1 << 0));
7580	return;
7581	}
7582
7583	/*
7584	* Returns true if foam can evaluated multiple times w/o a call.
7585	*/
7586	localstatic Bool
7587	gen0IsMultiEvaluable(Foam foam)
7588	{
7589	if (foamTag(foam)((foam)->hdr.tag) == FOAM_Cast)
7590	return gen0IsMultiEvaluable(foam->foamCast.expr);
7591	return foamIsRef(foam) \|\| foamTag(foam)((foam)->hdr.tag) < FOAM_DATA_LIMIT;
7592	}
7593
7594	localstatic Foam
7595	gen0Embed(Foam val, AbSyn ab, TForm tf, AbEmbed embed)
7596	{
7597	/* Deal with delta-equality of cross/multis */
7598	tf = tfDefineeMaybeType(tf);
7599
7600	switch (embed) {
7601	case AB_Embed_Identity(((AbEmbed) 1) << 0):
7602	return val;
7603	case AB_Embed_CrossToTuple(((AbEmbed) 1) << 1):
7604	return gen0CrossToTuple(val, tf);
7605	case AB_Embed_CrossToMulti(((AbEmbed) 1) << 2):
7606	return gen0CrossToMulti(val, tf);
7607	case AB_Embed_CrossToUnary(((AbEmbed) 1) << 3):
7608	return gen0CrossToUnary(val, tf);
7609	case AB_Embed_MultiToTuple(((AbEmbed) 1) << 4):
7610	return gen0MultiToTuple(val);
7611	case AB_Embed_MultiToCross(((AbEmbed) 1) << 5):
7612	return gen0MultiToCross(val, tf);
7613	case AB_Embed_MultiToUnary(((AbEmbed) 1) << 6):
7614	return gen0MultiToUnary(val);
7615	case AB_Embed_UnaryToTuple(((AbEmbed) 1) << 7):
7616	return gen0UnaryToTuple(val);
7617	case AB_Embed_UnaryToCross(((AbEmbed) 1) << 8):
7618	return gen0UnaryToCross(val, tf);
7619	case AB_Embed_UnaryToMulti(((AbEmbed) 1) << 9):
7620	return gen0UnaryToMulti(val);
7621	case AB_Embed_UnaryToRaw(((AbEmbed) 1) << 10):
7622	return gen0UnaryToRaw(val, ab);
7623	case AB_Embed_RawToUnary(((AbEmbed) 1) << 11):
7624	return gen0RawToUnary(val, ab);
7625	default:
7626	bugBadCase(embed)bug("Bad case %d (line %d in file %s).", (int) embed, 7626, "genfoam.c" );
7627	NotReached(return val){(void)bug("Not supposed to reach line %d in file: %s\n",7627 , "genfoam.c");};
7628	}
7629	}
7630
7631	localstatic Foam
7632	gen0CrossToMulti(Foam val, TForm tf)
7633	{
7634	Foam values;
7635	Foam t;
7636	int i, size;
7637	AInt cfmt, ftype;
7638
7639	size = tfCrossArgc(tf);
7640	ftype = gen0Type(tf, &cfmt);
7641	cfmt = gen0CrossFormatNumber(tf);
7642	t = gen0TempLocal0(FOAM_Rec, cfmt);
7643	gen0SetTemp(t, foamNewCast(FOAM_Rec, val)foamNew(FOAM_Cast, 2, FOAM_Rec, val));
7644	values = foamNewEmpty(FOAM_Values, size);
7645	for (i = 0; i < size ; i++)
7646	values->foamValues.argv[i] = foamNewRElt(cfmt, foamCopy(t), i)foamNew(FOAM_RElt,3,(AInt)(cfmt),foamCopy(t),(AInt)(i));
7647
7648	foamFree(t);
7649	return values;
7650	}
7651
7652	localstatic Foam
7653	gen0CrossToUnary(Foam val, TForm tf)
7654	{
7655	AInt cfmt = gen0CrossFormatNumber(tf);
7656
7657	return foamNewRElt(cfmt, val, int0)foamNew(FOAM_RElt,3,(AInt)(cfmt),val,(AInt)(((int) 0)));
7658	}
7659
7660	localstatic Foam
7661	gen0CrossToTuple(Foam val, TForm tf)
7662	{
7663	Foam vars[2], tupl, elts, relt;
7664	AInt cfmt, ftype;
7665	Foam t;
7666	int i;
7667
7668	ftype = gen0Type(tf, &cfmt);
7669	cfmt = gen0CrossFormatNumber(tf);
7670	t = gen0TempLocal0(FOAM_Rec, cfmt);
7671
7672	gen0SetTemp(t, foamNewCast(FOAM_Rec, val)foamNew(FOAM_Cast, 2, FOAM_Rec, val));
7673	gen0MakeEmptyTuple(foamNewSInt(tfCrossArgc(tf))foamNew(FOAM_SInt, 1, (AInt)(tfCrossArgc(tf))), vars, NULL((void*)0));
7674	tupl = vars[0];
7675	elts = vars[1];
7676
7677	for (i=0; i < tfCrossArgc(tf); i++) {
7678	relt = foamNewRElt(cfmt, foamCopy(t), i)foamNew(FOAM_RElt,3,(AInt)(cfmt),foamCopy(t),(AInt)(i));
7679	gen0AddStmt(gen0ASet(elts, i, FOAM_Word, relt)foamNew(FOAM_Set, 2, foamNew(FOAM_AElt,3,(AInt)(FOAM_Word),foamNew (FOAM_SInt, 1, (AInt)(i)),foamCopy(elts)), relt), NULL((void*)0));
7680	}
7681
7682	return tupl;
7683	}
7684
7685	localstatic Foam
7686	gen0MultiToTuple(Foam val)
7687	{
7688	Length i, argc = foamArgc(val)((val)->hdr.argc);
7689	Foam vars[2], tupl, elts, elt;
7690
7691	assert(foamTag(val) == FOAM_Values)do { if (!(((val)->hdr.tag) == FOAM_Values)) _do_assert(("foamTag(val) == FOAM_Values" ),"genfoam.c",7691); } while (0);
7692	gen0MakeEmptyTuple(foamNewSInt(argc)foamNew(FOAM_SInt, 1, (AInt)(argc)), vars, NULL((void*)0));
7693	tupl = vars[0];
7694	elts = vars[1];
7695
7696	for (i = 0; i < argc; i += 1) {
7697	elt = val->foamValues.argv[i];
7698	gen0AddStmt(gen0ASet(elts, (AInt) i, FOAM_Word, elt)foamNew(FOAM_Set, 2, foamNew(FOAM_AElt,3,(AInt)(FOAM_Word),foamNew (FOAM_SInt, 1, (AInt)((AInt) i)),foamCopy(elts)), elt), NULL((void*)0));
7699	}
7700
7701	return tupl;
7702	}
7703
7704	localstatic Foam
7705	gen0MultiToCross(Foam val, TForm tf)
7706	{
7707	TForm ctf = tfCrossFrMulti(tf);
7708	Length i, argc = foamArgc(val)((val)->hdr.argc);
7709	AInt cfmt;
7710	Foam t;
7711	Foam elt;
7712
7713	assert(foamTag(val) == FOAM_Values)do { if (!(((val)->hdr.tag) == FOAM_Values)) _do_assert(("foamTag(val) == FOAM_Values" ),"genfoam.c",7713); } while (0);
7714
7715	cfmt = gen0CrossFormatNumber(ctf);
7716	t = gen0TempLocal0(FOAM_Rec, cfmt);
7717
7718	gen0SetTemp(t, foamNewRNew(cfmt)foamNew(FOAM_RNew, 1, cfmt));
7719
7720	for (i = 0; i < argc; i += 1) {
7721	elt = val->foamValues.argv[i];
7722	gen0AddStmt(foamNewSet(foamNewRElt(cfmt, foamCopy(t), i),foamNew(FOAM_Set, 2, foamNew(FOAM_RElt,3,(AInt)(cfmt),foamCopy (t),(AInt)(i)), elt)
7723	elt)foamNew(FOAM_Set, 2, foamNew(FOAM_RElt,3,(AInt)(cfmt),foamCopy (t),(AInt)(i)), elt), NULL((void*)0));
7724	}
7725
7726	return foamNewCast(FOAM_Word, t)foamNew(FOAM_Cast, 2, FOAM_Word, t);
7727	}
7728
7729	localstatic Foam
7730	gen0MultiToUnary(Foam val)
7731	{
7732	assert (foamTag(val) == FOAM_Values)do { if (!(((val)->hdr.tag) == FOAM_Values)) _do_assert(("foamTag(val) == FOAM_Values" ),"genfoam.c",7732); } while (0);
7733	assert (foamArgc(val) == 1)do { if (!(((val)->hdr.argc) == 1)) _do_assert(("foamArgc(val) == 1" ),"genfoam.c",7733); } while (0);
7734	return val->foamValues.argv[0];
7735	}
7736
7737	localstatic Foam
7738	gen0UnaryToTuple(Foam val)
7739	{
7740	Foam vars[2], tupl, elts;
7741	FoamTag type = gen0FoamType(val);
7742	if (type != FOAM_Word)
7743	val = foamNewCast(FOAM_Word, val)foamNew(FOAM_Cast, 2, FOAM_Word, val);
7744
7745	gen0MakeEmptyTuple(foamNewSInt(1)foamNew(FOAM_SInt, 1, (AInt)(1)), vars, NULL((void*)0));
7746	tupl = vars[0];
7747	elts = vars[1];
7748
7749	gen0AddStmt(gen0ASet(elts, (AInt) 0, FOAM_Word, val)foamNew(FOAM_Set, 2, foamNew(FOAM_AElt,3,(AInt)(FOAM_Word),foamNew (FOAM_SInt, 1, (AInt)((AInt) 0)),foamCopy(elts)), val), NULL((void*)0));
7750	return tupl;
7751	}
7752
7753	localstatic Foam
7754	gen0UnaryToMulti(Foam val)
7755	{
7756	Foam values;
7757
7758	values = foamNewEmpty(FOAM_Values, 1);
7759	values->foamValues.argv[0] = val;
7760	return values;
7761	}
7762
7763	localstatic Foam
7764	gen0UnaryToCross(Foam val, TForm tf)
7765	{
7766	TForm ctf;
7767	AInt cfmt, ftype;
7768	Foam t;
7769
7770	ctf = tfCross(1, tf);
7771	ftype = gen0Type(tf, &cfmt);
7772	cfmt = gen0CrossFormatNumber(ctf);
7773	t = gen0TempLocal0(FOAM_Rec, cfmt);
7774
7775	gen0AddStmt(foamNewSet(foamCopy(t), foamNewRNew(cfmt))foamNew(FOAM_Set, 2, foamCopy(t), foamNew(FOAM_RNew, 1, cfmt) ), NULL((void*)0));
7776	gen0AddStmt(foamNewSet(foamNewRElt(cfmt, foamCopy(t), int0), val)foamNew(FOAM_Set, 2, foamNew(FOAM_RElt,3,(AInt)(cfmt),foamCopy (t),(AInt)(((int) 0))), val), NULL((void*)0));
7777
7778	return foamNewCast(FOAM_Rec, t)foamNew(FOAM_Cast, 2, FOAM_Rec, t);
7779	}
7780
7781
7782	localstatic Foam
7783	gen0UnaryToRaw(Foam val, AbSyn ab)
7784	{
7785	AbSyn imp = abImplicit(ab)((ab)->abHdr.seman ? (ab)->abHdr.seman->implicit : 0 );
7786	/* BDS: */
7787	/* BDS: This is the bug for pack0.sh */
7788	/* BDS: */
7789	/* Orig FoamTag raw = gen0Type(gen0AbType(imp), NULL); */
7790	FoamTag raw = gen0Type(gen0AbType(imp), NULL((void*)0));
7791	Syme syme = abSyme(abApplyOp(imp))((((imp)->abApply.op))->abHdr.seman ? (((imp)->abApply .op))->abHdr.seman->syme : 0);
7792	Foam foam, *argloc;
7793
7794	/* printf("BDS: Inside gen0UnaryToRaw\n"); */
7795
7796	foam = gen0ApplySyme(raw, syme, abSymeImpl(abApplyOp(imp))((((imp)->abApply.op))->abHdr.seman ? (((imp)->abApply .op))->abHdr.seman->impl : 0), 1, &argloc);
7797	/* BDS This foamPrint may cause a crash because argloc isn't initialized */
7798	/* foamPrint(stdout,foam); */
7799
7800
7801	/* BDS: */
7802	/* BDS: This is the bug for pack0.sh */
7803	/* BDS: */
7804	/* argloc[0] = genFoamCast(val, ab, FOAM_Word); */
7805	/* argloc[0] = genFoamCast(val, ab, raw); */
7806	/* argloc[0] = genFoamCast(val, ab, raw); */
7807	/*
7808	* In its original form, this code was casting the value to a word
7809	* without considering its type. However, no cast should be
7810	* performed because it is raw's job to perform the conversion
7811	* to the raw data type.
7812	*/
7813	argloc[0] = val;
7814
7815	/*
7816	printf("BDS: About to finish in gen0UnaryToRaw\n");
7817	foamPrint(stdout,foam);
7818	*/
7819
7820	return foam;
7821	}
7822
7823	localstatic Foam
7824	gen0RawToUnary(Foam val, AbSyn ab)
7825	{
7826	AbSyn imp = abImplicit(ab)((ab)->abHdr.seman ? (ab)->abHdr.seman->implicit : 0 );
7827	FoamTag raw = gen0Type(gen0AbType(abApplyArg(imp, int0)((imp)->abApply.argv[((int) 0)])), NULL((void*)0));
7828	Syme syme = abSyme(abApplyOp(imp))((((imp)->abApply.op))->abHdr.seman ? (((imp)->abApply .op))->abHdr.seman->syme : 0);
7829	Foam foam, *argloc;
7830
7831	/* printf("BDS: Inside gen0RawToUnary\n"); */
7832
7833	foam = gen0ApplySyme(FOAM_Word, syme, abSymeImpl(abApplyOp(imp))((((imp)->abApply.op))->abHdr.seman ? (((imp)->abApply .op))->abHdr.seman->impl : 0),
7834	1, &argloc);
7835	argloc[0] = genFoamCast(val, ab, raw);
7836
7837	/* printf("BDS: Done in gen0RawToUnary\n"); */
7838
7839	return foam;
7840	}
7841
7842	localstatic FoamTag
7843	gen0FoamType(Foam foam)
7844	{
7845	Foam decl;
7846	switch(foamTag(foam)((foam)->hdr.tag)) {
7847	case FOAM_Loc:
7848	decl = fboxNth(gen0State->localPool->fbox,
7849	(AInt) foam->foamLoc.index);
7850	break;
7851	case FOAM_Par:
7852	decl = fboxNth(gen0State->params, (int) foam->foamPar.index);
7853	break;
7854	case FOAM_Lex: {
7855	GenFoamState s = gen0NthState(foam->foamLex.level);
7856	decl = fboxNth(s->lexPool->fbox, (int) foam->foamLex.index);
7857	break; }
7858	case FOAM_Glo:
7859	decl = gen0GetGlobal(foam->foamGlo.index);
7860	break;
7861
7862	case FOAM_RRElt:
7863	return FOAM_Word;
7864
7865	case FOAM_RElt: {
7866	AInt fmt = foam->foamRElt.format;
7867	AInt slot = foam->foamRElt.field;
7868	Foam ddecl = gen0GetRealFormat(fmt);
7869
7870	assert(slot < foamArgc(ddecl))do { if (!(slot < ((ddecl)->hdr.argc))) _do_assert(("slot < foamArgc(ddecl)" ),"genfoam.c",7870); } while (0);
7871	return ddecl->foamDDecl.argv[slot]->foamDecl.type;
7872	}
7873
7874	case FOAM_IRElt: {
7875	AInt fmt = foam->foamIRElt.format;
7876	AInt slot = foam->foamIRElt.field;
7877	Foam ddecl = gen0GetRealFormat(fmt);
7878
7879	return foamTRDDeclIDecl(ddecl, slot)((ddecl)->foamDDecl.argv[1+(slot)])->foamDecl.type;
7880	}
7881
7882	case FOAM_TRElt: {
7883	AInt fmt = foam->foamTRElt.format;
7884	AInt slot = foam->foamTRElt.field;
7885	Foam ddecl = gen0GetRealFormat(fmt);
7886
7887	return foamTRDDeclTDecl(ddecl,slot)((ddecl)->foamDDecl.argv [1+ ((ddecl)->foamDDecl.argv[0 ]->foamDecl.format) + (slot)])->foamDecl.type;
7888	}
7889
7890	default:
7891	return foamExprType(foam, NULL((void)0), NULL((void)0), NULL((void)0), NULL((void)0), NULL((void*)0));
7892	}
7893	return decl->foamDecl.type;
7894	}
7895
7896	Foam
7897	gen0BuiltinCCall(FoamTag type, String funName, String libName, Length argc, ...)
7898	{
7899	va_list argp;
7900	Foam fn, call;
7901	AInt glNo;
7902	int i;
7903
7904	if (1/strEqual(libName, "boot")/) {
7905	va_list argp;
7906	Foam ccall;
7907	int i;
7908
7909	ccall = foamNewEmpty(FOAM_CCall, argc + 2);
7910	ccall->foamCCall.type = type;
7911	ccall->foamCCall.op = foamNewGlo(gen0BuiltinImport(funName, libName))foamNew(FOAM_Glo, 1, (AInt)(gen0BuiltinImport(funName, libName )));
7912
7913	va_start(argp, argc)__builtin_va_start(argp, argc);
7914	for(i=0; i< argc; i++)
7915	ccall->foamCCall.argv[i] = va_arg(argp, Foam)__builtin_va_arg(argp, Foam);
7916	va_end(argp)__builtin_va_end(argp);
7917	return ccall;
7918	}
7919	glNo = gen0BuiltinImport(funName, libName);
7920	fn = gen0GetLazyBuiltin(libName, glNo, argc, 1);
7921	call = foamNew(FOAM_CCall, argc + 2);
7922	call->foamCCall.type = FOAM_Word;
7923	call->foamCCall.op = fn;
7924
7925	va_start(argp, argc)__builtin_va_start(argp, argc);
7926	for (i=0; i<argc ; i++) {
7927	call->foamCCall.argv[i] = va_arg(argp, Foam)__builtin_va_arg(argp, Foam);
7928	}
7929
7930	return foamNewCast(type, call)foamNew(FOAM_Cast, 2, type, call);
7931	}
7932
7933	Foam
7934	gen0LazyBuiltinCCall(String funName, String libName,
7935	Length nOutArgs, Length argc, ...)
7936	{
7937	va_list argp;
7938	Foam fn, call;
7939	AInt glNo;
7940	int i;
7941
7942	glNo = gen0BuiltinImport(funName, libName);
7943	fn = gen0GetLazyBuiltin(libName, glNo, argc, nOutArgs);
7944	call = foamNew(FOAM_CCall, argc + 2);
7945	call->foamCCall.type = (nOutArgs == 1) ? FOAM_Word : FOAM_NOp;
7946	call->foamCCall.op = fn;
7947
7948	va_start(argp, argc)__builtin_va_start(argp, argc);
7949	for (i=0; i<argc ; i++) {
7950	call->foamCCall.argv[i] = va_arg(argp, Foam)__builtin_va_arg(argp, Foam);
7951	}
7952
7953	return call;
7954	}
7955
7956	localstatic AInt
7957	gen0BuiltinImport(String fun, String lib)
7958	{
7959	int i;
7960	FoamList l;
7961	Foam decl;
7962
7963	/!! Possible conflicts with imported foreign function names /
7964	for(i=0, l = gen0GlobalList; l; i++, l = cdr(l)((l)->rest))
7965	if (strEqual(fun, car(l)((l)->first)->foamGDecl.id))
7966	return (AInt) (gen0NumGlobals - i - 1);
7967	decl = foamNewGDecl(FOAM_Clos, strCopy(fun), FOAM_Nil,foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),strCopy(fun), FOAM_Nil ,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Foam))
7968	emptyFormatSlot,foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),strCopy(fun), FOAM_Nil ,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Foam))
7969	FOAM_GDecl_Import, FOAM_Proto_Foam)foamNew(FOAM_GDecl,6,(AInt)(FOAM_Clos),strCopy(fun), FOAM_Nil ,4, (AInt)(FOAM_GDecl_Import),(AInt)(FOAM_Proto_Foam));
7970	assert(gen0GetRuntimeCallInfo(decl))do { if (!(gen0GetRuntimeCallInfo(decl))) _do_assert(("gen0GetRuntimeCallInfo(decl)" ),"genfoam.c",7970); } while (0);
7971	return (AInt) gen0AddGlobal(decl);
7972	}
7973
7974	localstatic void
7975	gen0MakeBuiltinExports()
7976	{
7977	AIntList l = listNReverse(AInt)(AInt_listPointer->NReverse)(gen0BuiltinExports);
7978
7979	while (l) {
7980	Foam def, val;
7981	int glId, progId;
7982	glId = car(l)((l)->first);
7983	progId = car(cdr(l))((((l)->rest))->first);
7984	l = cdr(cdr(l))((((l)->rest))->rest);
7985
7986	if (progId == 0)
7987	val = foamNewCast(FOAM_Clos, foamNewNil())foamNew(FOAM_Cast, 2, FOAM_Clos, foamNew(FOAM_Nil, (int) 0));
7988	else
7989	val = foamNewClos(foamNewEnv(int0), foamNewConst(progId))foamNew(FOAM_Clos,2, foamNew(FOAM_Env, 1, (AInt)(((int) 0))), foamNew(FOAM_Const, 1, (AInt)(progId)));
7990	def = foamNewDef(foamNewGlo(glId), val)foamNew(FOAM_Def, 2, foamNew(FOAM_Glo, 1, (AInt)(glId)), val);
7991	gen0ProgList = listCons(Foam)(Foam_listPointer->Cons)(def, gen0ProgList);
7992
7993	gen0NumProgs++;
7994	}
7995	}
7996
7997	Bool
7998	gen0IsCatDefForm(GenFoamState s)
7999	{
8000	return (s->tag == GF_DefaultCat);
8001	}
8002
8003	Bool
8004	gen0IsCatInner()
8005	{
8006	GenFoamState s = gen0State;
8007
8008	while (s->tag != GF_File) {
8009	if (s->tag == GF_DefaultCat \|\| s->tag == GF_Default)
8010	return true1;
8011	s = s->parent;
8012	}
8013
8014	return false((int) 0);
8015	}
8016
8017	localstatic AInt
8018	gen0FindGlobalFluid(Syme syme)
8019	{
8020	FoamList l = gen0FluidList;
8021	Foam new;
8022	int i=0;
8023	/* Should use syme equality... */
8024	while (l) {
8025	if (strEqual(car(l)((l)->first)->foamDecl.id, symeString(syme)((((syme)->id))->str)))
8026	return i;
8027	l = cdr(l)((l)->rest);
8028	i++;
8029	}
8030	new = foamNewDecl(gen0Type(symeType(syme), NULL), strCopy(symeString(syme)),foamNew(FOAM_Decl,4,(AInt)(gen0Type(symeType(syme), ((void*)0 ))),strCopy(((((syme)->id))->str)), (AInt) (0x7FFF), 4)
8031	emptyFormatSlot)foamNew(FOAM_Decl,4,(AInt)(gen0Type(symeType(syme), ((void*)0 ))),strCopy(((((syme)->id))->str)), (AInt) (0x7FFF), 4);
8032	gen0FluidList = listNConcat(Foam)(Foam_listPointer->NConcat)(gen0FluidList,
8033	listCons(Foam)(Foam_listPointer->Cons)(new, listNil(Foam)((FoamList) 0)));
8034	return i;
8035	}
8036
8037	localstatic void
8038	gen0AddLocalFluid(AbSyn id)
8039	{
8040	AIntList l = gen0State->fluidsUsed;
8041	Syme syme;
8042	String msg;
8043
8044	switch (abTag(id)((id)->abHdr.tag)) {
8045	case AB_Declare:
8046	id = id->abDeclare.id;
8047	break;
8048	case AB_Id:
8049	break;
8050	default:
8051	msg = "unexpected absyn in gen0AddLocalFluid";
8052	comsgFatal(id, ALDOR_F_Bug365, msg);
8053	#if 0
8054	abWrSExpr(dbOut, id, SXRW_Default);
8055	bug("unexpected absyn in addFluid\n");
8056	#endif
8057	}
8058	syme = abSyme(id)((id)->abHdr.seman ? (id)->abHdr.seman->syme : 0);
8059	if (listMemq(AInt)(AInt_listPointer->Memq)(l, gen0VarIndex(syme)((((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) != (0x7FFF )) ? ((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) : ((UShort ) ((((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_VarIndex))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_VarIndex )] : (symeFieldInfo[SYFI_VarIndex].def)))))) return;
8060
8061	gen0State->fluidsUsed =
8062	listCons(AInt)(AInt_listPointer->Cons)(gen0VarIndex(syme)((((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) != (0x7FFF )) ? ((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) : ((UShort ) ((((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_VarIndex))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_VarIndex )] : (symeFieldInfo[SYFI_VarIndex].def)))), gen0State->fluidsUsed);
8063	return;
8064	}
8065
8066	localstatic Foam
8067	gen0BuiltinExporter(Foam glo, Syme syme)
8068	{
8069	GenFoamState saved;
8070	TForm tf = symeType(syme);
8071	Foam foam, clos, call, result, tmp;
8072	FoamTag retType;
8073	int retFmt, i;
8074
8075	if (!tfIsMap(tf)(((tf)->tag) == TF_Map) \|\| genIsRuntime()(gen0IsRuntime))
8076	return gen0Syme(syme);
8077
8078	retType = gen0Type(tfMapRet(tf)tfFollowArg(tf, 1), NULL((void*)0));
8079	retFmt = retType == FOAM_NOp ? gen0MultiFormatNumber(tfMapRet(tf)tfFollowArg(tf, 1)) : 0;
8080
8081	clos = gen0ProgClosEmpty();
8082	foam = gen0ProgInitEmpty(strCopy("builtinWrapper"), NULL((void*)0));
8083
8084	saved = gen0ProgSaveState(PT_ExFn);
8085
8086	for (i=0; i < tfMapArgc(tf); i++)
8087	gen0AddParam(foamNewDecl(gen0Type(tfMapArgN(tf, i), NULL),foamNew(FOAM_Decl,4,(AInt)(gen0Type(tfMapArgN(tf, i), ((void* )0))),strCopy(""), (AInt) (0x7FFF), 4)
8088	strCopy(""),foamNew(FOAM_Decl,4,(AInt)(gen0Type(tfMapArgN(tf, i), ((void* )0))),strCopy(""), (AInt) (0x7FFF), 4)
8089	emptyFormatSlot)foamNew(FOAM_Decl,4,(AInt)(gen0Type(tfMapArgN(tf, i), ((void* )0))),strCopy(""), (AInt) (0x7FFF), 4));
8090
8091	gen0AddStmt(foamNew(FOAM_CCall, 2, FOAM_NOp,
8092	foamNewGlo(gloInitIdx)foamNew(FOAM_Glo, 1, (AInt)(gloInitIdx))), NULL((void*)0));
8093	call = foamNewEmpty(FOAM_CCall, 2 + tfMapArgc(tf));
8094	call->foamCCall.type = gen0Type(tfMapRet(tf)tfFollowArg(tf, 1), NULL((void*)0));
8095	call->foamCCall.op = foamCopy(glo);
8096
8097	for (i=0; i < tfMapArgc(tf); i++)
8098	call->foamCCall.argv[i] = foamNewPar(i)foamNew(FOAM_Par, 1, (AInt)(i));
8099
8100	if (tfMapRetc(tf) == 0) {
8101	gen0AddStmt(call, NULL((void*)0));
8102	result = foamNewEmpty(FOAM_Values, 0);
8103	}
8104	else if (retFmt == 0)
8105	result = call;
8106	else {
8107	tmp = gen0TempFrDDecl(retFmt, true1);
8108	gen0AddStmt(foamNewSet(tmp, foamNewMFmt(retFmt, call))foamNew(FOAM_Set, 2, tmp, foamNew(FOAM_MFmt, 2, retFmt, call) ), NULL((void*)0));
8109	result = foamCopy(tmp);
8110	}
8111
8112	gen0AddStmt(foamNewReturn(result)foamNew(FOAM_Return, 1, result), NULL((void*)0));
8113
8114	gen0ProgPushFormat(emptyFormatSlot4);
8115	gen0ProgFiniEmpty(foam, retType, int0((int) 0));
8116	gen0AddLexLevels(foam, 1);
8117	foam->foamProg.format = retFmt;
8118	foam->foamProg.levels = foamNew(FOAM_DEnv, 1, int0((int) 0));
8119	foamOptInfo(foam)((foam)->hdr.info.opt) = optInfoNew(NULL((void)0), foam, NULL((void)0), false((int) 0));
8120	gen0ProgRestoreState(saved);
8121
8122	return clos;
8123	}
8124
8125
8126	localstatic Foam
8127	gen0ForeignValue(Syme syme)
8128	{
8129	/* printf("BDS: Inside gen0ForeignValue\n"); */
8130
8131	return foamNew(gen0FoamKind(syme)((((FoamTag) (SYFI_FoamKind < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind].def) : ((( ((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)-> lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind ))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes(( syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_FoamKind )] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(syme ,SYFI_FoamKind))) != FOAM_LIMIT) ? ((FoamTag) (SYFI_FoamKind < (8 sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> hasmask) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo [SYFI_FoamKind].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_FoamKind))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0)), (syme))-> locmask) & (1 << (SYFI_FoamKind))) ? ((syme)->fieldv )[symeIndex(syme,SYFI_FoamKind)] : (symeFieldInfo[SYFI_FoamKind ].def)) : symeGetFieldFn(syme,SYFI_FoamKind))) : ((FoamTag) ( SYFI_FoamKind < (8 sizeof(int)) && !(((((symeOriginal (syme))->kind == SYME_Trigger ? libGetAllSymes((symeOriginal (syme))->lib) : ((void)0)), (symeOriginal(syme)))->hasmask ) & (1 << (SYFI_FoamKind))) ? (symeFieldInfo[SYFI_FoamKind ].def) : (((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_FoamKind))) ? (((((( symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_FoamKind))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_FoamKind )] : (symeFieldInfo[SYFI_FoamKind].def)) : symeGetFieldFn(symeOriginal (syme),SYFI_FoamKind)))), 1,
8132	(AInt) gen0VarIndex(syme)((((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) != (0x7FFF )) ? ((UShort) ((((((syme)->kind == SYME_Trigger ? libGetAllSymes ((syme)->lib) : ((void)0)), (syme))->locmask) & (1 << (SYFI_VarIndex))) ? ((syme)->fieldv)[symeIndex(syme ,SYFI_VarIndex)] : (symeFieldInfo[SYFI_VarIndex].def))) : ((UShort ) ((((((symeOriginal(syme))->kind == SYME_Trigger ? libGetAllSymes ((symeOriginal(syme))->lib) : ((void*)0)), (symeOriginal(syme )))->locmask) & (1 << (SYFI_VarIndex))) ? ((symeOriginal (syme))->fieldv)[symeIndex(symeOriginal(syme),SYFI_VarIndex )] : (symeFieldInfo[SYFI_VarIndex].def)))));
8133	}
8134
8135	localstatic Foam
8136	gen0ForeignWrapValue(Syme syme)
8137	{
8138	/* printf("BDS: Inside gen0ForeignWrapValue\n"); */
8139
8140	if (symeClosure(syme)((Foam) (SYFI_Closure < (8 * sizeof(int)) && !(((( (syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Closure ))) ? (symeFieldInfo[SYFI_Closure].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0 )), (syme))->locmask) & (1 << (SYFI_Closure))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Closure))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Closure )] : (symeFieldInfo[SYFI_Closure].def)) : symeGetFieldFn(syme ,SYFI_Closure))))
8141	return foamCopy(symeClosure(syme)((Foam) (SYFI_Closure < (8 * sizeof(int)) && !(((( (syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Closure ))) ? (symeFieldInfo[SYFI_Closure].def) : (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void)0 )), (syme))->locmask) & (1 << (SYFI_Closure))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Closure))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Closure )] : (symeFieldInfo[SYFI_Closure].def)) : symeGetFieldFn(syme ,SYFI_Closure))));
8142	else
8143	return gen0ForeignWrapFn(syme);
8144	}
8145
8146	localstatic Foam
8147	gen0ForeignWrapFn(Syme syme)
8148	{
8149	Scope("gen0ForeignWrapFn")String scopeName = ("gen0ForeignWrapFn"); int fluidLevel0 = ( scopeLevel++, fluidLevel);
8150	GenFoamState saved;
8151	TForm tf = symeType(syme);
8152	Foam foam, clos, call;
8153	FoamTag retType;
8154	int retFmt = 0;
8155	int i;
8156	Bool fluid(gen0ValueMode)fluidSave_gen0ValueMode = ( fluidStack = (fluidLevel==fluidLimit ) ? fluidGrow() : fluidStack, fluidStack[fluidLevel].scopeName = scopeName, fluidStack[fluidLevel].scopeLevel = scopeLevel, fluidStack[fluidLevel].pglobal = (Pointer) &(gen0ValueMode ), fluidStack[fluidLevel].pstack = (Pointer) &fluidSave_gen0ValueMode , fluidStack[fluidLevel].size = sizeof(gen0ValueMode), fluidLevel ++, (gen0ValueMode) );
8157	FoamList fluid(gen0FortranActualArgTmps)fluidSave_gen0FortranActualArgTmps = ( fluidStack = (fluidLevel ==fluidLimit) ? fluidGrow() : fluidStack, fluidStack[fluidLevel ].scopeName = scopeName, fluidStack[fluidLevel].scopeLevel = scopeLevel , fluidStack[fluidLevel].pglobal = (Pointer) &(gen0FortranActualArgTmps ), fluidStack[fluidLevel].pstack = (Pointer) &fluidSave_gen0FortranActualArgTmps , fluidStack[fluidLevel].size = sizeof(gen0FortranActualArgTmps ), fluidLevel++, (gen0FortranActualArgTmps) );
8158
8159	retType = gen0Type(tfMapRet(tf)tfFollowArg(tf, 1), NULL((void*)0));
8160
8161	gen0ValueMode = !tfIsNone(tfMapRet(tf))((((tfFollowArg(tf, 1))->tag) == TF_Multiple) && tfMultiArgc (tfFollowArg(tf, 1)) == 0);
8162
8163	if (gen0ValueMode && (retType == FOAM_NOp))
8164	retFmt = gen0MultiFormatNumber(tfMapRet(tf)tfFollowArg(tf, 1));
8165
8166	clos = gen0ProgClosEmpty();
8167	foam = gen0ProgInitEmpty(strCopy("foreignWrapper"), NULL((void*)0));
8168
8169	saved = gen0ProgSaveState(PT_ExFn);
8170
8171	for (i=0; i < tfMapArgc(tf); i++)
8172	gen0AddParam(foamNewDecl(gen0Type(tfMapArgN(tf, i), NULL),foamNew(FOAM_Decl,4,(AInt)(gen0Type(tfMapArgN(tf, i), ((void* )0))),strCopy(""), (AInt) (0x7FFF), 4)
8173	strCopy(""),foamNew(FOAM_Decl,4,(AInt)(gen0Type(tfMapArgN(tf, i), ((void* )0))),strCopy(""), (AInt) (0x7FFF), 4)
8174	emptyFormatSlot)foamNew(FOAM_Decl,4,(AInt)(gen0Type(tfMapArgN(tf, i), ((void* )0))),strCopy(""), (AInt) (0x7FFF), 4));
8175
8176	call = foamNewEmpty(FOAM_PCall,
8177	tfMapArgc(tf) + TypeSlot1 + OpSlot1 + ProtoSlot1);
8178	call->foamPCall.protocol = symeForeign(syme)((ForeignOrigin) (SYFI_Foreign < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Foreign))) ? (symeFieldInfo[SYFI_Foreign].def) : ((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->locmask) & (1 << (SYFI_Foreign ))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes(( syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Foreign))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Foreign )] : (symeFieldInfo[SYFI_Foreign].def)) : symeGetFieldFn(syme ,SYFI_Foreign)))->protocol;
8179	call->foamPCall.type = retType;
8180	call->foamPCall.op = gen0ForeignValue(syme);
8181
8182	for (i=0; i < tfMapArgc(tf); i++)
8183	call->foamPCall.argv[i] = foamNewPar(i)foamNew(FOAM_Par, 1, (AInt)(i));
8184
8185	if (symeForeign(syme)((ForeignOrigin) (SYFI_Foreign < (8 * sizeof(int)) && !(((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme) ->lib) : ((void)0)), (syme))->hasmask) & (1 << (SYFI_Foreign))) ? (symeFieldInfo[SYFI_Foreign].def) : ((((( syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib ) : ((void)0)), (syme))->locmask) & (1 << (SYFI_Foreign ))) ? ((((((syme)->kind == SYME_Trigger ? libGetAllSymes(( syme)->lib) : ((void*)0)), (syme))->locmask) & (1 << (SYFI_Foreign))) ? ((syme)->fieldv)[symeIndex(syme,SYFI_Foreign )] : (symeFieldInfo[SYFI_Foreign].def)) : symeGetFieldFn(syme ,SYFI_Foreign)))->protocol == FOAM_Proto_Fortran) {
8186	call = gen0ModifyFortranCall(syme, call, gen0FortranFnResult,
8187	gen0ValueMode);
8188	}
8189
8190	if (gen0FortranActualArgTmps)
8191	gen0FreeFortranActualArgTmps();
8192
8193	gen0FortranActualArgTmps = NULL((void*)0);
8194
8195	if (gen0ValueMode && (retType == FOAM_NOp))
8196	{
8197	/* Special care with multi return values */
8198	Foam tmp = gen0TempFrDDecl(retFmt, true1);
8199
8200	call = foamNewSet(tmp, foamNewMFmt(retFmt, call))foamNew(FOAM_Set, 2, tmp, foamNew(FOAM_MFmt, 2, retFmt, call) );
8201	gen0AddStmt(call, NULL((void*)0));
8202
8203	call = gen0TempFrDDecl(retFmt, true1);
8204	for (i=0; i < foamArgc(tmp)((tmp)->hdr.argc); i++)
8205	{
8206	Foam lhs = foamCopy(call->foamValues.argv[i]);
8207	Foam rhs = foamCopy(tmp->foamValues.argv[i]);
8208	gen0AddStmt(foamNewSet(lhs, rhs)foamNew(FOAM_Set, 2, lhs, rhs), NULL((void*)0));
8209	}
8210	}
8211
8212	if (!gen0ValueMode) /* Void functions also need attention */
8213	call = foamNew(FOAM_Values, (Length)0);
8214
8215	gen0AddStmt(foamNewReturn(call)foamNew(FOAM_Return, 1, call), NULL((void*)0));
8216
8217	gen0ProgFiniEmpty(foam, retType, int0((int) 0));
8218
8219	gen0ProgRestoreState(saved);
8220	foam->foamProg.format = retFmt;
8221	foamOptInfo(foam)((foam)->hdr.info.opt) = optInfoNew(NULL((void)0), foam, NULL((void)0), false((int) 0));
8222
8223	symeSetClosure(syme, clos)(symeSetFieldVal = ((AInt) (clos)), (((((syme)->kind == SYME_Trigger ? libGetAllSymes((syme)->lib) : ((void*)0)), (syme))-> locmask) & (1 << (SYFI_Closure))) ? (((syme)->fieldv )[symeIndex(syme,SYFI_Closure)] = (symeSetFieldVal)) : !((syme )->full) && symeSetFieldVal == (symeFieldInfo[SYFI_Closure ].def) ? symeSetFieldVal : symeSetFieldFn(syme,SYFI_Closure,symeSetFieldVal ));
8224	Return(foamCopy(clos)){ fluidUnwind(fluidLevel0, ((int) 0)); return foamCopy(clos); ; };
8225	}
8226
8227
8228	localstatic void
8229	gen0FreeFortranActualArgTmps(void)
8230	{
8231	FoamList l;
8232
8233	l = gen0FortranActualArgTmps;
8234	for (; gen0FortranActualArgTmps; gen0FortranActualArgTmps = cdr(gen0FortranActualArgTmps)((gen0FortranActualArgTmps)->rest))
8235	gen0FreeTemp(car(gen0FortranActualArgTmps)((gen0FortranActualArgTmps)->first));
8236	listFree(Foam)(Foam_listPointer->Free)(l);
8237	}
8238
8239
8240	AInt
8241	gen0StdDeclFormat(Length size, String names, FoamTag types, AInt *fmts)
8242	{
8243	Foam decl, ddecl;
8244	Length i;
8245
8246	ddecl = foamNewEmpty(FOAM_DDecl, size + 1);
8247	ddecl->foamDDecl.usage = FOAM_DDecl_Record;
8248
8249	for (i = 0; i < size; i += 1) {
8250	decl = foamNewDecl(types[i], strCopy(names[i]), fmts[i])foamNew(FOAM_Decl,4,(AInt)(types[i]),strCopy(names[i]), (AInt ) (0x7FFF), fmts[i]);
8251	foamFixed(decl)((decl)->hdr.info.fixed) = true1;
8252	ddecl->foamDDecl.argv[i] = decl;
8253	}
8254
8255	return gen0AddRealFormat(ddecl);
8256	}
8257
8258	void
8259	gen0SetDDeclUsage(AInt fmtNo, FoamDDeclTag usage)
8260	{
8261	Foam ddecl;
8262
8263	ddecl = gen0GetRealFormat(gen0FindFormat(fmtNo));
8264	ddecl->foamDDecl.usage = (AInt) usage;
8265	}
8266
8267	/*
8268	* Get the foam format for a real format number.
8269	*/
8270	localstatic Foam
8271	gen0GetRealFormat(AInt fmt0)
8272	{
8273	FoamList fl;
8274	AInt fmt;
8275
8276	fmt = gen0RealFormatNum - 1;
8277	for (fl = gen0FormatList; fl; fmt -= 1, fl = cdr(fl)((fl)->rest))
8278	if (fmt == fmt0)
8279	return car(fl)((fl)->first);
8280	assert(false)do { if (!(((int) 0))) _do_assert(("false"),"genfoam.c",8280) ; } while (0);
8281	return NULL((void*)0);
8282	}
8283
8284	/*
8285	* Add a real format to the list.
8286	* Use an existing format if available.
8287	*/
8288	AInt
8289	gen0AddRealFormat(Foam ddecl)
8290	{
8291	FoamList fl;
8292	AInt fmt;
8293
8294	/* See if the format is already on the list. */
8295	fmt = gen0RealFormatNum - 1;
8296	for (fl = gen0FormatList; fl; fmt -= 1, fl = cdr(fl)((fl)->rest))
8297	if (gen0CompareFormats(ddecl, car(fl)((fl)->first))) {
8298	foamFree(ddecl);
8299	return fmt;
8300	}
8301
8302	/* Otherwise just use the one we constructed. */
8303	gen0FormatList = listCons(Foam)(Foam_listPointer->Cons)(ddecl, gen0FormatList);
8304	return gen0RealFormatNum++;
8305	}
8306
8307	/*
8308	* Compare Foam formats.
8309	*/
8310	localstatic Bool
8311	gen0CompareFormats(Foam dd1, Foam dd2)
8312	{
8313	FoamDDeclTag usage;
8314	Length i, argc;
8315
8316	assert(foamTag(dd1) == FOAM_DDecl)do { if (!(((dd1)->hdr.tag) == FOAM_DDecl)) _do_assert(("foamTag(dd1) == FOAM_DDecl" ),"genfoam.c",8316); } while (0);
8317	assert(foamTag(dd2) == FOAM_DDecl)do { if (!(((dd2)->hdr.tag) == FOAM_DDecl)) _do_assert(("foamTag(dd2) == FOAM_DDecl" ),"genfoam.c",8317); } while (0);
8318
8319	if (dd1->foamDDecl.usage != dd2->foamDDecl.usage)
8320	return false((int) 0);
8321
8322	usage = dd1->foamDDecl.usage;
8323
8324	argc = foamDDeclArgc(dd1)(((dd1)->hdr.argc) - (1));
8325	if (foamDDeclArgc(dd2)(((dd2)->hdr.argc) - (1)) != argc)
8326	return false((int) 0);
8327
8328	for (i = 0; i < argc; i += 1) {
8329	Foam d1 = dd1->foamDDecl.argv[i];
8330	Foam d2 = dd2->foamDDecl.argv[i];
8331	FoamTag t1 = d1->foamDecl.type;
8332
8333	if (t1 != d2->foamDecl.type)
8334	return false((int) 0);
8335
8336	/*
8337	* We MUST check signatures of functions
8338	* otherwise we get problems with the
8339	* foreign Fortran interface.
8340	*/
8341	if (t1 == FOAM_Clos
8342	\|\| usage == FOAM_DDecl_CSig
8343	\|\| usage == FOAM_DDecl_CType
8344	\|\| usage == FOAM_DDecl_JavaClass
8345	\|\| usage == FOAM_DDecl_JavaSig)
8346	{ /* Can't merge if different signatures ... */
8347	AInt f1 = d1->foamDecl.format;
8348	AInt f2 = d2->foamDecl.format;
8349	if (f1 != f2)
8350	return false((int) 0);
8351	}
8352
8353	if (!strEqual(d1->foamDecl.id, d2->foamDecl.id))
8354	return false((int) 0);
8355	}
8356
8357	return true1;
8358	}
8359
8360	/*****************************************************************************
8361	*
8362	* :: Debugging (old style)
8363	*
8364	****************************************************************************/
8365
8366	localstatic Foam gen0DbgFnExit0 (int, Foam);
8367	localstatic void gen0DbgAssign0 (int, Syme, Bool);
8368
8369	localstatic void
8370	gen0DbgAssignment(AbSyn lhs)
8371	{
8372	Syme id;
8373	int lineNo;
8374	Foam type;
8375
8376	if (abTag(lhs)((lhs)->abHdr.tag) != AB_Id)
8377	return;
8378	assert(gen0DebugWanted)do { if (!(gen0DebugWanted)) _do_assert(("gen0DebugWanted"),"genfoam.c" ,8378); } while (0);
8379	id = abSyme(lhs)((lhs)->abHdr.seman ? (lhs)->abHdr.seman->syme : 0);
8380	lineNo = sposLine(abPos(lhs)(spstackFirst((lhs)->abHdr.pos)));
8381	type = gen0GetDomainLex(symeType(id));
8382
8383	gen0DbgAssign0(lineNo, id, false((int) 0));
8384	}
8385
8386	localstatic void
8387	gen0DbgFnEntry(AbSyn fn)
8388	{
8389	AbSyn body, params, *argv;
8390	Syme self;
8391	Foam type;
8392	String name;
8393	Bool inDom;
8394	int lineNo, argc, i;
8395
8396	assert(abIsAnyLambda(fn))do { if (!((((fn)->abHdr.tag == (AB_Lambda)) \|\| ((fn)-> abHdr.tag == (AB_PLambda))))) _do_assert(("abIsAnyLambda(fn)" ),"genfoam.c",8396); } while (0);
8397	assert(gen0DebugWanted)do { if (!(gen0DebugWanted)) _do_assert(("gen0DebugWanted"),"genfoam.c" ,8397); } while (0);
8398
8399	self = gen0LocalSelfSyme();
8400	body = fn->abLambda.body;
8401	params = fn->abLambda.param;
8402
8403	if (self != NULL((void*)0)) {
8404	type = gen0Syme(self);
8405	inDom = true1;
8406	}
8407	else {
8408	type = foamNewSInt(23)foamNew(FOAM_SInt, 1, (AInt)(23));
8409	inDom = false((int) 0);
8410	}
8411
8412	if (abTag(body)((body)->abHdr.tag) == AB_Label)
8413	name = symString(abIdSym(body->abLabel.label))((((body->abLabel.label)->abId.sym))->str);
8414	else
8415	name = "<unknown>";
8416
8417	lineNo = sposLine(abPos(fn)(spstackFirst((fn)->abHdr.pos)));
8418	gen0DebugIssueStmt(GenDebugFnEntry, name,
8419	lineNo, type, foamNewSInt(inDom)foamNew(FOAM_SInt, 1, (AInt)(inDom)),
8420	foamNewBool(true)foamNew(FOAM_Bool, 1, (AInt)(1)));
8421
8422	AB_COMMA_ITER(params, argc, argv){ switch (((params)->abHdr.tag)) { case AB_Nothing: argc = 0; argv = 0; break; case AB_Comma: argc = ((params)->abHdr .argc); argv = ((params)->abGen.data.argv); break; default : argc = 1; argv = &params; break; }; };
8423
8424	for (i=0; i<argc; i++) {
8425	Syme syme = abSyme(abDefineeId(argv[i]))((abDefineeId(argv[i]))->abHdr.seman ? (abDefineeId(argv[i ]))->abHdr.seman->syme : 0);
8426	gen0DbgAssign0(lineNo, syme, true1);
8427	}
8428	}
8429
8430	localstatic Foam
8431	gen0DbgFnReturn(AbSyn ab, Foam value)
8432	{
8433	return gen0DbgFnExit0(sposLine(abPos(ab)(spstackFirst((ab)->abHdr.pos))), value);
8434	}
8435
8436	localstatic Foam
8437	gen0DbgFnExit(AbSyn fn, Foam value)
8438	{
8439	return gen0DbgFnExit0(sposLine(abEnd(fn)), value);
8440	}
8441
8442	localstatic void
8443	gen0DbgAssign0(int line, Syme syme, Bool isParam)
8444	{
8445	TForm tf = symeType(syme);
8446
8447	/* Ignore types we don't like */
8448	if (tfSatCat(tf) \|\| tfSatDom(tf) \|\| gen0Type(tf, NULL((void*)0)) != FOAM_Word)
8449	return;
8450	#if 0
8451	gen0DebugIssueStmt(GenDebugAssign,
8452	symeString(syme)((((syme)->id))->str),
8453	line,
8454	gen0GetDomainLex(tf),
8455	gen0Syme(syme),
8456	foamNewBool(isParam)foamNew(FOAM_Bool, 1, (AInt)(isParam)));
8457	#endif
8458	}
8459
8460	localstatic Foam
8461	gen0DbgFnExit0(int line, Foam value)
8462	{
8463	TForm tf = gen0State->type;
8464	Foam type, flag, v;
8465
8466	/* Ignore types we don't like */
8467	if (tfIsAnyMap(tf)((((tf)->tag) == TF_Map) \|\| (((tf)->tag) == TF_PackedMap ))) tf = tfMapRet(tf)tfFollowArg(tf, 1);
8468	if (tfSatCat(tf) \|\| tfSatDom(tf) \|\| gen0Type(tf, NULL((void*)0)) != FOAM_Word \|\|
8469	tfAsMultiArgc(tf) != 1) {
8470	type = foamNewSInt(int0)foamNew(FOAM_SInt, 1, (AInt)(((int) 0)));
8471	flag = foamNewBool(false)foamNew(FOAM_Bool, 1, (AInt)(((int) 0)));
8472	gen0DebugIssueStmt(GenDebugFnExit, "",
8473	line, type, foamNewSInt(int0)foamNew(FOAM_SInt, 1, (AInt)(((int) 0))), flag);
8474	}
8475	else {
8476	type = gen0GetDomainLex(tf);
8477	flag = foamNewBool(true)foamNew(FOAM_Bool, 1, (AInt)(1));
8478	v = gen0TempLocal(FOAM_Word)gen0TempLocal0(FOAM_Word, 4);
8479	gen0AddStmt(foamNewSet(foamCopy(v), value)foamNew(FOAM_Set, 2, foamCopy(v), value), NULL((void*)0));
8480	gen0DebugIssueStmt(GenDebugFnExit, "",
8481	line, type, foamCopy(v), flag);
8482	value = v;
8483	}
8484
8485	return value;
8486	}
8487
8488	/*****************************************************************************
8489	*
8490	* :: Debugging (new style)
8491	*
8492	****************************************************************************/
8493
8494	localstatic void
8495	gen1DbgFnEntry(TForm tf, Syme syme, AbSyn fn)
8496	{
8497	AbSyn *argv;
8498	Foam call, result, exporter, type;
8499	String file, name;
8500	SrcPos pos;
8501	int line, argc, i;
8502	Bool inDom = false((int) 0);
8503	Syme self = (Syme)0;
8504	AbSyn body = fn->abLambda.body;
8505	AbSyn params = fn->abLambda.param;
8506
8507
8508	/* Safety checks */
8509	assert(abIsAnyLambda(fn))do { if (!((((fn)->abHdr.tag == (AB_Lambda)) \|\| ((fn)-> abHdr.tag == (AB_PLambda))))) _do_assert(("abIsAnyLambda(fn)" ),"genfoam.c",8509); } while (0);
8510	assert(gen0DebuggerWanted)do { if (!(gen0DebuggerWanted)) _do_assert(("gen0DebuggerWanted" ),"genfoam.c",8510); } while (0);
8511
8512
8513	/* What is the name of this function? */
8514	if (abTag(body)((body)->abHdr.tag) == AB_Label)
8515	{
8516	AbSyn label = body->abLabel.label;
8517	Symbol sym = abIdSym(label)((label)->abId.sym);
8518	name = symString(sym)((sym)->str);
8519	}
8520	else
8521	name = "<unknown>";
8522
8523
8524	/* Find % (works if this is a domain constructor) */
8525	if ((self = gen0LocalSelfSyme()) != NULL((void*)0))
8526	inDom = true1;
8527
8528
8529	/*
8530	* Cobble together a domain value (or nothing). If we can't
8531	* find a domain then we ought to use the library instead.
8532	*/
8533	exporter = inDom ? gen0Syme(self) : foamNewSInt(0L)foamNew(FOAM_SInt, 1, (AInt)(0L));
8534
8535
8536	/* We cannot reliably compute a type value yet */
8537	type = foamNewCast(FOAM_Word, foamNewSInt(0L))foamNew(FOAM_Cast, 2, FOAM_Word, foamNew(FOAM_SInt, 1, (AInt) (0L)));
8538
8539
8540	/* Jump to the function body */
8541	while (abTag(body)((body)->abHdr.tag) == AB_Label)
8542	body = body->abLabel.expr;
8543
8544
8545	/*
8546	* Find the start of the function. We assume that there are no
8547	* nested sequences in the body.
8548	*/
8549	if ((abTag(body)((body)->abHdr.tag) == AB_Sequence) && abArgc(body)((body)->abHdr.argc))
8550	body = abArgv(body)((body)->abGen.data.argv)[0];
8551
8552
8553	/* Get the source code position */
8554	pos = abPos(body)(spstackFirst((body)->abHdr.pos));
8555	line = sposLine(pos);
8556	file = fnameUnparse(sposFile(pos));
8557
8558
8559	/* Obtain a consistent view of the parameters */
8560	AB_COMMA_ITER(params, argc, argv){ switch (((params)->abHdr.tag)) { case AB_Nothing: argc = 0; argv = 0; break; case AB_Comma: argc = ((params)->abHdr .argc); argv = ((params)->abGen.data.argv); break; default : argc = 1; argv = &params; break; }; };
8561
8562	/* Generate a call to the debugger function-entry hook */
8563	result = gen0TempLocal(FOAM_Word)gen0TempLocal0(FOAM_Word, 4);
8564	call = gen0DbgEnter(file, line, exporter, name, type, argc);
8565	gen0AddStmt(foamNewSet(foamCopy(result), call)foamNew(FOAM_Set, 2, foamCopy(result), call), body);
8566
8567
8568	/* Store the function context */
8569	gen0State->dbgContext = foamCopy(result);
8570
8571
8572	/* Declare and assign the parameters to this function */
8573	for (i = 0; i < argc; i++)
8574	{
8575	AbSyn param = abDefineeId(argv[i]);
8576	Syme syme = abSyme(param)((param)->abHdr.seman ? (param)->abHdr.seman->syme : 0);
8577
8578	gen1DbgDoParam(file, line, syme, i);
8579	}
8580
8581
8582	/* Finally tell the debugger that we are "in" */
8583	gen0AddStmt(gen0DbgInside(foamCopy(result)), body);
8584	}
8585
8586	localstatic void
8587	gen1DbgFnExit(AbSyn body)
8588	{
8589	String file;
8590	SrcPos pos;
8591	int line;
8592	Foam decl;
8593
8594
8595	/* Do nothing if there is no function context */
8596	if (!(gen0State->dbgContext)) return;
8597
8598
8599	/* Obtain a local copy of the function context */
8600	decl = foamCopy(gen0State->dbgContext);
8601
8602
8603	/*
8604	* Find the end of the function. We assume that there are no
8605	* nested sequences in the body.
8606	*/
8607	if ((abTag(body)((body)->abHdr.tag) == AB_Sequence) && abArgc(body)((body)->abHdr.argc))
8608	body = abArgv(body)((body)->abGen.data.argv)[abArgc(body)((body)->abHdr.argc) - 1];
8609
8610
8611	/* Get the source code position. */
8612	pos = abPos(body)(spstackFirst((body)->abHdr.pos));
8613	line = sposLine(pos);
8614	file = fnameUnparse(sposFile(pos));
8615
8616
8617	/* Generate the debug call statement */
8618	gen0AddStmt(gen0DbgExit(file, line, decl), body);
8619	}
8620
8621	localstatic void
8622	gen1DbgFnReturn(AbSyn body, TForm tf, Foam value)
8623	{
8624	String file;
8625	SrcPos pos;
8626	int line;
8627	Foam decl, type;
8628
8629
8630	/* Do nothing if there is no function context */
8631	if (!(gen0State->dbgContext)) return;
8632
8633
8634	/* Obtain a local copy of the function context */
8635	decl = foamCopy(gen0State->dbgContext);
8636
8637
8638	/*
8639	* Find the end of the function. We assume that there are no
8640	* nested sequences in the body. Note that if we are called
8641	* from gen0Return() body is the return statement itself.
8642	*/
8643	if ((abTag(body)((body)->abHdr.tag) == AB_Sequence) && abArgc(body)((body)->abHdr.argc))
8644	body = abArgv(body)((body)->abGen.data.argv)[abArgc(body)((body)->abHdr.argc) - 1];
8645
8646
8647	/* Get the source code position. */
8648	pos = abPos(body)(spstackFirst((body)->abHdr.pos));
8649	line = sposLine(pos);
8650	file = fnameUnparse(sposFile(pos));
8651
8652
8653	/* Try and get a handle on the type of this value */
8654	if (tfSatCat(tf) \|\| tfSatDom(tf))
8655	type = foamNewCast(FOAM_Word, foamNewSInt(0L))foamNew(FOAM_Cast, 2, FOAM_Word, foamNew(FOAM_SInt, 1, (AInt) (0L)));
8656	else if (gen0Type(tf, NULL((void*)0)) != FOAM_Word)
8657	type = foamNewCast(FOAM_Word, foamNewSInt(0L))foamNew(FOAM_Cast, 2, FOAM_Word, foamNew(FOAM_SInt, 1, (AInt) (0L)));
8658	else if (tfAsMultiArgc(tf) != 1)
8659	type = foamNewCast(FOAM_Word, foamNewSInt(0L))foamNew(FOAM_Cast, 2, FOAM_Word, foamNew(FOAM_SInt, 1, (AInt) (0L)));
8660	else
8661	type = gen0GetDomainLex(tf);
8662
8663
8664	/* Generate the debug call statement */
8665	gen0AddStmt(gen0DbgReturn(file, line, decl, type, value), body);
8666	}
8667
8668	localstatic void
8669	gen1DbgDoParam(String file, AInt line, Syme syme, AInt pno)
8670	{
8671	Foam par;
8672
8673
8674	/* Do nothing if there is no function context */
8675	if (!(gen0State->dbgContext)) return;
8676
8677
8678	/* Which parameter is this? */
8679	par = foamNewPar(pno)foamNew(FOAM_Par, 1, (AInt)(pno));
8680
8681
8682	/* Generate the debug call */
8683	gen1DbgDoAssign(file, line, syme, par, (AInt)DbgDepthParam, pno);
8684	}
8685
8686	localstatic void
8687	gen1DbgDoAssign(String file, AInt line, Syme syme, Foam value,
8688	AInt depth, AInt vno)
8689	{
8690	Foam decl, type, call;
8691	TForm tf = symeType(syme);
8692	String name = symString(symeId(syme))((((syme)->id))->str);
8693
8694
8695	/* Do nothing if there is no function context */
8696	if (!(gen0State->dbgContext)) return;
8697
8698
8699	/* Obtain a local copy of the function context */
8700	decl = foamCopy(gen0State->dbgContext);
8701
8702
8703	/* Try and get a handle on the type of this value */
8704	if (tfSatCat(tf) \|\| tfSatDom(tf))
8705	type = foamNewCast(FOAM_Word, foamNewSInt(0L))foamNew(FOAM_Cast, 2, FOAM_Word, foamNew(FOAM_SInt, 1, (AInt) (0L)));
8706	else if (gen0Type(tf, NULL((void*)0)) != FOAM_Word)
8707	type = foamNewCast(FOAM_Word, foamNewSInt(0L))foamNew(FOAM_Cast, 2, FOAM_Word, foamNew(FOAM_SInt, 1, (AInt) (0L)));
8708	else if (tfAsMultiArgc(tf) != 1)
8709	type = foamNewCast(FOAM_Word, foamNewSInt(0L))foamNew(FOAM_Cast, 2, FOAM_Word, foamNew(FOAM_SInt, 1, (AInt) (0L)));
8710	else
8711	type = gen0GetDomainLex(tf);
8712
8713
8714	/* Create the debug call */
8715	call = gen0DbgAssign(file, line, decl, name, type, value, depth, vno);
8716	gen0AddStmt(call, (AbSyn)NULL((void*)0));
8717	}
8718
8719	localstatic void
8720	gen1DbgFnStep(AbSyn stmt)
8721	{
8722	String file;
8723	SrcPos pos;
8724	int line;
8725	Foam decl;
8726
8727
8728	/* Obtain a local copy of the function context (if any) */
8729	decl = gen0State->dbgContext;
8730	decl = decl ? foamCopy(decl) : foamNewSInt(0L)foamNew(FOAM_SInt, 1, (AInt)(0L));
8731
8732
8733	/* Get the source code position. */
8734	pos = abPos(stmt)(spstackFirst((stmt)->abHdr.pos));
8735	line = sposLine(pos);
8736	file = fnameUnparse(sposFile(pos));
8737
8738
8739	/* Generate the debug call statement */
8740	gen0AddStmt(gen0DbgStep(file, line, decl), stmt);
8741	}
8742