1: /*
2: ================================================================================
3: RPL/2 (R) version 4.1.35
4: Copyright (C) 1989-2023 Dr. BERTRAND Joël
5:
6: This file is part of RPL/2.
7:
8: RPL/2 is free software; you can redistribute it and/or modify it
9: under the terms of the CeCILL V2 License as published by the french
10: CEA, CNRS and INRIA.
11:
12: RPL/2 is distributed in the hope that it will be useful, but WITHOUT
13: ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
14: FITNESS FOR A PARTICULAR PURPOSE. See the CeCILL V2 License
15: for more details.
16:
17: You should have received a copy of the CeCILL License
18: along with RPL/2. If not, write to info@cecill.info.
19: ================================================================================
20: */
21:
22:
23: #ifndef INCLUSION_RPLARGS
24: # define INCLUSION_RPLARGS
25:
26: /*
27: ================================================================================
28: INCLUSIONS
29: ================================================================================
30: */
31:
32: // Si TYPE_DECLARATION est défini, toutes les structures internes du RPL/2
33: // sont exposés pour travailler sur des nouveaux types de données.
34: # ifndef TYPE_DECLARATION
35: # define RPLARGS
36: # define struct_processus void
37: # endif
38:
39: # include "rpl.h"
40:
41: /*
42: ================================================================================
43: MACROS SPECIFIQUES
44: ================================================================================
45: */
46:
47: #define __RPL__ struct_rpl_arguments *rpl_arguments; \
48: rpl_arguments = &__static_rpl_arguments; \
49:
50: #define __CATCH_SYSTEM_ERROR__ \
51: do { if (((*rpl_arguments).erreur != 0) && \
52: ((*rpl_arguments).type_erreur == 'S')) \
53: return 0; } while(0)
54: #define leave do { return(0); } while(0)
55: #define _allocation(a) librpl_allocation((*rpl_arguments).s_etat_processus, a)
56: #define _copie_objet(a, b) librpl_copie_objet( \
57: (*rpl_arguments).s_etat_processus, a, b)
58: #define _liberation(a) librpl_liberation((*rpl_arguments).s_etat_processus, a)
59:
60: #ifdef __RPLC_MAIN
61: struct_rpl_arguments __static_rpl_arguments;
62: void *__static_library_descriptor;
63: # define global
64: # define initialize(a, b) a = b
65: # define declarePersistantObject(rpl_object) declareObject(rpl_object)
66: #else
67: extern struct_rpl_arguments __static_rpl_arguments;
68: extern void *__static_library_descriptor;
69: # define global extern
70: # define initialize(a, b) a;
71: # define declarePersistantObject(rpl_object) extern struct_objet *rpl_object
72: #endif
73:
74: #define empty int
75:
76: /*
77: --------------------------------------------------------------------------------
78: Gestion des objets
79: --------------------------------------------------------------------------------
80: */
81:
82: // new, dup, drop, disp, parse
83: // __type_new(struct_rpl_arguments *rpl_arguments)
84: #define declareTypeExtension(fct) \
85: int __type_##fct(struct_processus *s_etat_processus, void **arg) { \
86: char *rptr, *ptr, *iptr; \
87: rptr = (char *) ((*s_etat_processus).definitions_chainees + \
88: (*s_etat_processus).position_courante); \
89: ptr = rptr; \
90: iptr = (char *) (*s_etat_processus).instruction_courante; \
91: if ((ptr != rptr) && (iptr)) goto __parse_error;
92: #define parseError { goto __parse_error; } while(0)
93: #define typeError { return(0); } while(0)
94: #define typeSystemError { (*s_etat_processus).erreur_systeme = \
95: d_es_execution_bibliotheque; return(0); } while(0)
96: #define typeSuccess { return(1); } while(0)
97: #define typeFound(a) { return(a); } while(0)
98: #define endTypeExtension __parse_error: return(0); }
99: #define sizeOfParse (rptr - ptr)
100: #define searchType(...) { recherche_type(s_etat_processus); \
101: if (((*s_etat_processus).erreur_execution != d_ex) || \
102: ((*s_etat_processus).erreur_systeme != d_es)) \
103: { __VA_ARGS__; return(0); } } while(0)
104: #define structObject struct_objet
105: #define initializeObject(a, b) do { \
106: (*a).descripteur_bibliotheque = (*b).descripteur_bibliotheque; \
107: (*a).extension_type = (*b).extension_type; } while(0)
108: #define objectContainer(type, a) ((type *) ((*a).objet))
109: #define objectOf(a) ((*a).objet)
110: #define ifIsExternal(a, b) if (((*a).type == EXT) && ((*a).extension_type == b))
111: #define elseIfIsExternal(a, b) } else if (((*a).type == EXT) && \
112: ((*a).extension_type == b))
113: #define subType(a) ((*a).extension_type)
114: #define integerFormat(a) formateur_nombre(s_etat_processus, a, 'I')
115: #define procStatus(a) (*a).s_etat_processus
116:
117: /*
118: --------------------------------------------------------------------------------
119: Types
120: --------------------------------------------------------------------------------
121: */
122:
123: #define declareObject(rpl_object) struct_objet *rpl_object = NULL
124: #define declareInteger(integer) integer8 integer
125: #define declareReal(real) real8 real
126: #define declareComplex(complex) complex16 complex
127: #define declareDaisyChain(daisyChain) struct_liste_chainee *daisyChain = NULL
128:
129: #define getDaisyChainFromList(list, daisyChain) \
130: __CATCH_SYSTEM_ERROR__; \
131: do { \
132: typeof(list) __list = list; \
133: daisyChain = NULL; \
134: ifIsList(__list) { daisyChain = (*__list).objet; } \
135: else executionError("Type mistmatch error"); } while(0)
136:
137: #define fetchElementFromDaisyChain(daisyChain) \
138: ({ __CATCH_SYSTEM_ERROR__; typeof(daisyChain) __daisyChain = daisyChain; \
139: if (__daisyChain == NULL) executionError("End of daisy chain"); \
140: (__daisyChain == NULL) ? NULL : (*__daisyChain).donnee; })
141:
142: #define replaceElementIntoDaisyChain(daisyChain, element) \
143: __CATCH_SYSTEM_ERROR__; \
144: do { typeof(daisyChain) __daisyChain = daisyChain; \
145: if (__daisyChain == NULL) executionError("Nullified daisy chain"); \
146: freeObject((*__daisyChain).donnee); \
147: (*__daisyChain).donnee = element; } while(0)
148:
149: #define nextElementOfDaisyChain(daisyChain) \
150: ({ __CATCH_SYSTEM_ERROR__; typeof(daisyChain) __daisyChain = daisyChain; \
151: if (__daisyChain == NULL) executionError("End of daisy chain"); \
152: (__daisyChain == NULL) ? NULL : (*__daisyChain).suivant; })
153:
154: #define next suivant
155: #define data donnee
156: #define daisyChain struct_liste_chainee
157:
158: #define null NULL
159: #define nullify(ptr) __CATCH_SYSTEM_ERROR__; do { ptr = NULL; } while(0)
160: #define nullified(ptr) ((ptr) == NULL)
161:
162: #define postIncr(x) (x++)
163: #define preIncr(x) (++x)
164: #define postDecr(x) (x--)
165: #define preDecr(x) (--x)
166:
167: #define eq ==
168: #define ne !=
169: #define ge >=
170: #define gt >
171: #define le <=
172: #define lt <
173: #define not !
174: #define and &&
175: #define or ||
176: #define false 0
177: #define true -1
178:
179: #define setFalse(a) a = false
180: #define setTrue(a) a = true
181:
182: #define logical int
183: #define string char *
184: #define integer int
185:
186: #define declareStructure typedef struct {
187: #define declareUnion typedef union {
188: #define as(name) } name;
189:
190: #define target(a) (*(a))
191: #define address(a) (&(a))
192:
193: #define subroutine(name) int name()
194: #define beginGroup { __CATCH_SYSTEM_ERROR__;
195: #define endGroup __CATCH_SYSTEM_ERROR__; }
196: #define beginMacro do beginGroup
197: #define endMacro endGroup while(0)
198: #define stopRequest ({ __CATCH_SYSTEM_ERROR__; \
199: test_arret((*rpl_arguments).s_etat_processus); })
200:
201: /*
202: --------------------------------------------------------------------------------
203: Signaux
204: --------------------------------------------------------------------------------*/
205:
206: #define blockSignals \
207: { __CATCH_SYSTEM_ERROR__; sigset_t set, oldset; sigfillset(&set); \
208: pthread_sigmask(SIG_BLOCK, &set, &oldset);
209: #define unblockSignals \
210: pthread_sigmask(SIG_SETMASK, &oldset, NULL); __CATCH_SYSTEM_ERROR__; }
211:
212: /*
213: --------------------------------------------------------------------------------
214: Constructeurs
215: --------------------------------------------------------------------------------
216: */
217:
218: #define DISABLE_SET_BUT_NOT_USED_WARNING(a) if (&a != ((&a) + 1));
219:
220: #define HEADER \
221: int __constante; \
222: logical1 __evaluation; \
223: logical1 __validation_instruction = d_faux; \
224: logical1 __presence_aide = d_faux; \
225: logical1 __presence_validation = d_faux; \
226: unsigned char __indice_bit; \
227: unsigned char __indice_bloc; \
228: unsigned char __taille_bloc; \
229: unsigned char __type; \
230: t_8_bits __masque; \
231: void *s_etat_processus = (*rpl_arguments).s_etat_processus; \
232: DISABLE_SET_BUT_NOT_USED_WARNING(s_etat_processus); \
233: { \
234: (*rpl_arguments).instruction_valide = 'Y'; \
235: (*rpl_arguments).erreur = 0; \
236: __constante = 0; \
237: __evaluation = d_faux; \
238: DISABLE_SET_BUT_NOT_USED_WARNING(__evaluation); \
239: DISABLE_SET_BUT_NOT_USED_WARNING(__type); \
240: DISABLE_SET_BUT_NOT_USED_WARNING(__indice_bit); \
241: DISABLE_SET_BUT_NOT_USED_WARNING(__indice_bloc); \
242: DISABLE_SET_BUT_NOT_USED_WARNING(__taille_bloc); \
243: DISABLE_SET_BUT_NOT_USED_WARNING(__masque);
244:
245: #define FUNCTION \
246: if (__validation_instruction == d_vrai) return 0; \
247: if (__presence_aide == d_faux) \
248: { \
249: systemError("Help string not defined"); \
250: } \
251: else if (__presence_validation == d_faux) \
252: { \
253: systemError("Number of arguments not defined"); \
254: } \
255: __indice_bit = 0; \
256: __indice_bloc = 0; \
257: __taille_bloc = 0; \
258: __type = 0; \
259: __masque = 0; \
260: {
261:
262: #define END \
263: strcpy((char *) __function_name, ""); \
264: if (__constante != 0) \
265: systemError("Constant definition error"); \
266: __CATCH_SYSTEM_ERROR__; \
267: } } \
268: leave;
269:
270: /*
271: --------------------------------------------------------------------------------
272: Destruction d'un objet
273: --------------------------------------------------------------------------------
274: */
275:
276: #define freeObject(rpl_object) \
277: __CATCH_SYSTEM_ERROR__; \
278: do { \
279: if (rpl_object == NULL) \
280: systemError("Nullified object"); \
281: _liberation(rpl_object); \
282: rpl_object = NULL; \
283: } while(0)
284:
285: /*
286: --------------------------------------------------------------------------------
287: Copie d'un objet
288: --------------------------------------------------------------------------------
289: */
290:
291: #define dupObject(rpl_object) \
292: __CATCH_SYSTEM_ERROR__; \
293: do { if (_copie_objet(rpl_object, 'P') != rpl_object) \
294: systemError("Memory allocation error"); } while(0)
295:
296: /*
297: --------------------------------------------------------------------------------
298: Déclaration des fonctions internes
299: --------------------------------------------------------------------------------
300: */
301:
302: #define CONCAT(a, b) __RPL_CONCAT(a, b)
303: #define __RPL_CONCAT(a, b) a##b
304: #define FIRST(...) FIRST_HELPER(__VA_ARGS__, throwaway)
305: #define FIRST_HELPER(first, ...) first
306: #define REST(...) REST_HELPER(NUM(__VA_ARGS__), __VA_ARGS__)
307: #define REST_HELPER(qty, ...) REST_HELPER2(qty, __VA_ARGS__)
308: #define REST_HELPER2(qty, ...) REST_HELPER_##qty(__VA_ARGS__)
309: #define REST_HELPER_ONE(first)
310: #define REST_HELPER_TWOORMORE(first, ...) , __VA_ARGS__
311: #define NUM(...) \
312: SELECT_10TH(__VA_ARGS__, TWOORMORE, TWOORMORE, TWOORMORE, TWOORMORE,\
313: TWOORMORE, TWOORMORE, TWOORMORE, TWOORMORE, ONE, throwaway)
314: #define SELECT_10TH(a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, ...) a10
315:
316: #define declareInternalFunction(type, ...) \
317: type CONCAT(__internal_, FIRST(__VA_ARGS__)) \
318: (struct_rpl_arguments *rpl_arguments REST(__VA_ARGS__)) { \
319: type __internal_return; __internal_return = 0; int __type; \
320: DISABLE_SET_BUT_NOT_USED_WARNING(__type);
321:
322: #define endInternalFunction return(__internal_return); }
323:
324: #define useInternalFunction(type, ...) \
325: type CONCAT(__internal_, FIRST(__VA_ARGS__)) \
326: (struct_rpl_arguments *rpl_arguments REST(__VA_ARGS__))
327:
328: #define callInternalFunction(...) \
329: CONCAT(__internal_, FIRST(__VA_ARGS__))(rpl_arguments REST(__VA_ARGS__))
330:
331: /*
332: --------------------------------------------------------------------------------
333: Déclaration des fonctions C
334: --------------------------------------------------------------------------------
335: */
336:
337: #define declareCFunction(type, name, ...) \
338: type name(__VA_ARGS__) { __RPL__ type __c_return;
339: #define endCFunction return(__c_return); }
340:
341: #define useCFunction(type, name, ...) type name(__VA_ARGS__)
342:
343: /*
344: --------------------------------------------------------------------------------
345: Déclaration des fonctions externes
346: --------------------------------------------------------------------------------
347: */
348:
349: #define declareExternalFunction(name) \
350: int __external_##name(struct_rpl_arguments *rpl_arguments) { \
351: char __function_name[] = "__external_"#name; \
352: __static_rpl_arguments = (*rpl_arguments);
353:
354: #define useExternalFunction(function) \
355: int __external_##function(struct_rpl_arguments *rpl_arguments)
356:
357: #define libraryName(name) char __library_name[] = #name;
358:
359: #define __onLoading int __runOnLoading(struct_rpl_arguments *rpl_arguments, \
360: void *descriptor)
361: #define __onClosing int __runOnClosing(struct_rpl_arguments *rpl_arguments, \
362: void *descriptor)
363: #define declareSubroutine(when) __##when { \
364: char __function_name[] = #when; \
365: __static_rpl_arguments = (*rpl_arguments); \
366: __static_library_descriptor = descriptor; \
367: HEADER \
368: declareHelpString(""); \
369: numberOfArguments(0); \
370: FUNCTION
371: #define endSubroutine END }
372:
373: #define notice(s, ...) __CATCH_SYSTEM_ERROR__; \
374: do { ufprintf(s, __VA_ARGS__); fflush(s); } while(0)
375: #define logger(...) __CATCH_SYSTEM_ERROR__; \
376: do { syslog(LOG_NOTICE, __VA_ARGS__); } while(0)
377:
378: #define exportExternalFunctions(...) \
379: char **___external_symbols(struct_rpl_arguments *rpl_arguments, \
380: integer8 *nb_symbols, \
381: const char *version) { \
382: char arguments[] = #__VA_ARGS__; \
383: char **tableau; \
384: char *ptr1, *ptr2; \
385: int drapeau; \
386: unsigned long i; \
387: struct_processus *s_etat_processus; \
388: s_etat_processus = (*rpl_arguments).s_etat_processus; \
389: if (strcmp(version, _d_version_rpl) != 0) \
390: { \
391: notice(stdout, "Versions mismatch : library %s, expected %s\n", \
392: _d_version_rpl, version); \
393: (*nb_symbols) = -1; return(NULL); \
394: } \
395: (*nb_symbols) = 0; ptr1 = arguments; drapeau = 0; \
396: while((*ptr1) != 0) \
397: { \
398: if (((*ptr1) != ',') && ((*ptr1) != ' ')) drapeau = -1; \
399: ptr1++; \
400: } \
401: if (drapeau == 0) return(NULL); \
402: ptr1 = arguments; (*nb_symbols) = 1; \
403: while((*ptr1) != 0) if ((*ptr1++) == ',') (*nb_symbols)++; \
404: if ((tableau = malloc((*nb_symbols) * sizeof(char *))) == NULL) \
405: return(NULL); \
406: ptr2 = arguments; i = 0; \
407: while(*ptr2 != 0) \
408: { \
409: while(((*ptr2) == ' ') || ((*ptr2) == ',')) ptr2++; \
410: ptr1 = ptr2; \
411: while(((*ptr2) != 0) && ((*ptr2) != ',') && ((*ptr2) != ' ')) \
412: ptr2++; \
413: if ((tableau[i] = malloc((ptr2 + 2 + \
414: strlen(__library_name) - ptr1) * \
415: sizeof(unsigned char))) == NULL) \
416: return(NULL); \
417: sprintf(tableau[i], "%s$", __library_name); \
418: strncat(&tableau[i][strlen(tableau[i])], ptr1, ptr2 - ptr1); \
419: i++; \
420: if ((*ptr2) != 0) \
421: { \
422: while((*ptr2) == ' ') ptr2++; \
423: if ((*ptr2) == ',') ptr2++; \
424: } \
425: } \
426: (*nb_symbols) = i; \
427: return(tableau); \
428: }
429:
430: #define endExternalFunction leave; }
431:
432: #define callExternalFunction(function) do { \
433: __CATCH_SYSTEM_ERROR__; \
434: __taille_bloc = sizeof(t_8_bits) * 8; \
435: __indice_bloc = (35 - 1) / __taille_bloc; \
436: __indice_bit = (35 - 1) % __taille_bloc; \
437: __masque = ((t_8_bits) 1) << (__taille_bloc - __indice_bit - 1); \
438: __evaluation = ((*rpl_arguments).drapeaux_etat[__indice_bloc] & __masque) \
439: ? d_vrai : d_faux; \
440: __masque = ~(((t_8_bits) 1) << (__taille_bloc - __indice_bit - 1)); \
441: (*rpl_arguments).drapeaux_etat[__indice_bloc] &= __masque; \
442: __external_##function(rpl_arguments); \
443: if (__evaluation == d_vrai) \
444: { \
445: __masque = ((t_8_bits) 1) << (__taille_bloc - __indice_bit - 1); \
446: (*rpl_arguments).drapeaux_etat[__indice_bloc] |= __masque; \
447: } \
448: else \
449: { \
450: __masque = ~(((t_8_bits) 1) << (__taille_bloc - __indice_bit - 1)); \
451: (*rpl_arguments).drapeaux_etat[__indice_bloc] &= __masque; \
452: } } while(0)
453:
454: /*
455: --------------------------------------------------------------------------------
456: Macros spécifiques à l'en-tête
457: --------------------------------------------------------------------------------
458: */
459:
460: #define declareHelpString(h) do { \
461: __presence_aide = d_vrai; \
462: if ((*rpl_arguments).affichage_arguments == 'Y') \
463: { \
464: uprintf("%s\n", h); \
465: return 0; \
466: } } while(0)
467:
468: #define declareSymbolicConstant do { \
469: numberOfArguments(0); \
470: (*rpl_arguments).constante_symbolique = 'Y'; \
471: __constante++; } while(0)
472:
473: #define numberOfArguments(n) do { \
474: __presence_validation = d_vrai; \
475: if ((*rpl_arguments).test_instruction == 'Y') \
476: { \
477: if (n < 0) \
478: systemError("Number of arguments must be positive or null"); \
479: (*rpl_arguments).nombre_arguments = n; \
480: __validation_instruction = d_vrai; \
481: } \
482: else \
483: { \
484: __taille_bloc = sizeof(t_8_bits) * 8; \
485: __indice_bloc = (31 - 1) / __taille_bloc; \
486: __indice_bit = (31 - 1) % __taille_bloc; \
487: __masque = ((t_8_bits) 1) << (__taille_bloc - __indice_bit - 1); \
488: if (((*rpl_arguments).drapeaux_etat[__indice_bloc] & __masque) != 0) \
489: { \
490: (*rpl_arguments).l_base_pile_last = \
491: sauvegarde_arguments(rpl_arguments, n); \
492: } \
493: } } while(0)
494:
495: /*
496: --------------------------------------------------------------------------------
497: Gestion des boucles
498: --------------------------------------------------------------------------------
499: */
500:
501: #define loop(b, e, s) for(b; e; s) {
502: #define endLoop __CATCH_SYSTEM_ERROR__; }
503:
504: #define repeatWhile(c) while(c) {
505: #define endWhile __CATCH_SYSTEM_ERROR__; }
506:
507: #define doUntil do {
508: #define repeatUntil(c) __CATCH_SYSTEM_ERROR__; } while(!(c));
509:
510: #define select(s) switch(s) {
511: #define endSelect __CATCH_SYSTEM_ERROR__; }
512: #define nonExclusiveCase(c) case c: {
513: #define endNonExclusiveCase __CATCH_SYSTEM_ERROR__; }
514: #define exclusiveCase(c) case c: {
515: #define endExclusiveCase break; __CATCH_SYSTEM_ERROR__; }
516: #define defaultCase default:
517: #define endDefaultCase break; __CATCH_SYSTEM_ERROR__; }
518:
519: /*
520: --------------------------------------------------------------------------------
521: Gestion des erreurs
522: --------------------------------------------------------------------------------
523: */
524:
525: #define returnOnError(...) do { \
526: if ((*rpl_arguments).erreur != 0) \
527: { \
528: __VA_ARGS__; \
529: return 0; \
530: } } while(0)
531:
532: #define systemError(message) do { \
533: (*rpl_arguments).erreur = __LINE__; \
534: (*rpl_arguments).type_erreur = 'S'; \
535: (*rpl_arguments).message_erreur = (unsigned char *) message; \
536: return 0; } while(0)
537:
538: #define executionError(message) do { \
539: (*rpl_arguments).erreur = __LINE__; \
540: (*rpl_arguments).type_erreur = 'E'; \
541: (*rpl_arguments).message_erreur = (unsigned char *) message; } while(0)
542:
543: #define onSystemError(...) do { \
544: if (((*rpl_arguments).erreur != 0) && \
545: ((*rpl_arguments).type_erreur == 'S')) \
546: { \
547: blockSignals; \
548: kill(getpid(), SIGTERM); \
549: unblockSignals; \
550: __VA_ARGS__; \
551: } } while(0)
552:
553: #define onError(...) \
554: __CATCH_SYSTEM_ERROR__; \
555: do { if (((*rpl_arguments).type_erreur == 'E') && \
556: ((*rpl_arguments).erreur != 0)) { __VA_ARGS__; \
557: (*rpl_arguments).erreur = 0; } } while(0)
558:
559: #define onExecution(...) \
560: __CATCH_SYSTEM_ERROR__; \
561: do { if (((*rpl_arguments).type_erreur == 'E') && \
562: ((*rpl_arguments).erreur == 0)) { __VA_ARGS__; } } while(0)
563:
564: /*
565: --------------------------------------------------------------------------------
566: Gestion de la pile opérationnelle
567: --------------------------------------------------------------------------------
568: */
569:
570: #define pushOnStack(rpl_object) do { \
571: __CATCH_SYSTEM_ERROR__; \
572: if (((*rpl_arguments).l_base_pile = \
573: empilement_pile_operationnelle(rpl_arguments, rpl_object)) \
574: == NULL) \
575: systemError("Memory allocation error"); \
576: if ((*rpl_object).nombre_occurrences == 1) rpl_object = NULL; } while(0)
577:
578: #define pullFromStack(rpl_object, ...) do { \
579: __CATCH_SYSTEM_ERROR__; \
580: (*rpl_arguments).l_base_pile = \
581: depilement_pile_operationnelle(rpl_arguments, &rpl_object); \
582: if (rpl_object == NULL) \
583: { \
584: executionError("Too few arguments"); \
585: } \
586: else \
587: { \
588: if (strlen(#__VA_ARGS__) == 0) \
589: { \
590: systemError("Undefined type"); \
591: } \
592: else \
593: { \
594: __type = 0; \
595: if (strstr(#__VA_ARGS__, "integerVector") != NULL) { \
596: if ((*rpl_object).type == VIN) __type = 1; } \
597: else if (strstr(#__VA_ARGS__, "realVector") != NULL) { \
598: if ((*rpl_object).type == VRL) __type = 1; } \
599: else if (strstr(#__VA_ARGS__, "complexVector") != NULL) { \
600: if ((*rpl_object).type == VCX) __type = 1; } \
601: else if (strstr(#__VA_ARGS__, "integer") != NULL) { \
602: if ((*rpl_object).type == INT) __type = 1; } \
603: else if (strstr(#__VA_ARGS__, "real") != NULL) { \
604: if ((*rpl_object).type == REL) __type = 1; } \
605: else if (strstr(#__VA_ARGS__, "complex") != NULL) { \
606: if ((*rpl_object).type == CPL) __type = 1; } \
607: else if (strstr(#__VA_ARGS__, "string") != NULL) { \
608: if ((*rpl_object).type == CHN) __type = 1; } \
609: else if (strstr(#__VA_ARGS__, "list") != NULL) { \
610: if ((*rpl_object).type == LST) __type = 1; } \
611: else if (strstr(#__VA_ARGS__, "external") != NULL) { \
612: if ((*rpl_object).type == EXT) { \
613: if ((*rpl_object).descripteur_bibliotheque == \
614: __static_library_descriptor) __type = 1; } }\
615: else if (strstr(#__VA_ARGS__, "unknown") != NULL) { \
616: __type = 1; } \
617: if (__type == 0) \
618: { \
619: executionError("Type not allowed"); \
620: } \
621: } \
622: } } while(0)
623:
624: #define objectSubtype(a) (*a).extension_type
625:
626: /*
627: --------------------------------------------------------------------------------
628: Gestion des objets
629: --------------------------------------------------------------------------------
630: */
631:
632: #define then {
633: #define endIf __CATCH_SYSTEM_ERROR__; }
634: #define elseIf __CATCH_SYSTEM_ERROR__; } else if
635: #define orElse __CATCH_SYSTEM_ERROR__; } else {
636:
637: // Constantes symboliques
638:
639: #define createSymbolicConstant(rpl_object, type, value) do { \
640: struct_processus *s_etat_processus; \
641: s_etat_processus = (*rpl_arguments).s_etat_processus; \
642: if ((strcmp(#type, "integer") != 0) && (strcmp(#type, "real") != 0)) \
643: systemError("Type not allowed for symbolic constant"); \
644: __taille_bloc = sizeof(t_8_bits) * 8; \
645: __indice_bloc = (35 - 1) / __taille_bloc; \
646: __indice_bit = (35 - 1) % __taille_bloc; \
647: __masque = ((t_8_bits) 1) << (__taille_bloc - __indice_bit - 1); \
648: if (((*rpl_arguments).drapeaux_etat[__indice_bloc] & __masque) != 0) \
649: { \
650: createNameObject(rpl_object); \
651: __CATCH_SYSTEM_ERROR__; \
652: { \
653: char *__constant_name; \
654: if ((__constant_name = malloc((strlen(__library_name) + \
655: strlen(__function_name) - 9) * sizeof(char))) == NULL) \
656: systemError("Memory allocation error"); \
657: sprintf(__constant_name, "%s$%s", __library_name, \
658: &(__function_name[11])); \
659: setName(rpl_object, __constant_name); \
660: free(__constant_name); \
661: } \
662: } \
663: else \
664: { \
665: if (strcmp(#type, "integer") == 0) \
666: { \
667: createIntegerObject(rpl_object); \
668: __CATCH_SYSTEM_ERROR__; \
669: setInteger(rpl_object, value); \
670: } \
671: else if (strcmp(#type, "real") == 0) \
672: { \
673: createRealObject(rpl_object); \
674: __CATCH_SYSTEM_ERROR__; \
675: setReal(rpl_object, value); \
676: } \
677: } \
678: __CATCH_SYSTEM_ERROR__; \
679: __constante--; } while(0)
680:
681: #define createSymbolicComplexConstant(rpl_object, rp, ip) do { \
682: struct_processus *s_etat_processus; \
683: s_etat_processus = (*rpl_arguments).s_etat_processus; \
684: __taille_bloc = sizeof(t_8_bits) * 8; \
685: __indice_bloc = (35 - 1) / __taille_bloc; \
686: __indice_bit = (35 - 1) % __taille_bloc; \
687: __masque = ((t_8_bits) 1) << (__taille_bloc - __indice_bit - 1); \
688: if (((*rpl_arguments).drapeaux_etat[__indice_bloc] & __masque) != 0) \
689: { \
690: createNameObject(rpl_object); \
691: __CATCH_SYSTEM_ERROR__; \
692: { \
693: char *__constant_name; \
694: if ((__constant_name = malloc((strlen(__library_name) + \
695: strlen(__function_name) + 2) * sizeof(char))) == NULL) \
696: systemError("Memory allocation error"); \
697: sprintf(__constant_name, "%s$%s", __library_name, \
698: __function_name); \
699: setName(rpl_object, __constant_name); \
700: free(__constant_name); \
701: } \
702: } \
703: else \
704: { \
705: createComplexObject(rpl_object); \
706: __CATCH_SYSTEM_ERROR__; \
707: setComplex(rpl_object, rp, im); \
708: } \
709: __CATCH_SYSTEM_ERROR__; \
710: __constante--; } while(0)
711:
712: // Integer
713:
714: #define setInteger(rpl_object, value) do { \
715: ifIsInteger(rpl_object) \
716: { \
717: if ((*rpl_object).nombre_occurrences > 1) \
718: { \
719: struct_objet *__tmp_rpl_object; \
720: if ((__tmp_rpl_object = _copie_objet(rpl_object, 'O')) == NULL) \
721: systemError("Memory allocation error"); \
722: _liberation(rpl_object); \
723: rpl_object = __tmp_rpl_object; \
724: } \
725: (*((integer8 *) (*rpl_object).objet)) = (integer8) value; \
726: } \
727: else executionError("Type mistmatch error"); } while(0)
728:
729: #define isInteger(rpl_object) \
730: ((*rpl_object).type == INT)
731:
732: #define ifIsInteger(rpl_object) if (isInteger(rpl_object))
733: #define elseIfIsInteger(rpl_object) } else ifIsInteger(rpl_object)
734:
735: #define getInteger(rpl_object, value) do { \
736: value = 0; \
737: ifIsInteger(rpl_object) value = (*((integer8 *) (*rpl_object).objet)); \
738: else executionError("Type mismatch error"); } while(0)
739:
740: #define createIntegerObject(rpl_object) do { \
741: if (rpl_object != NULL) \
742: systemError("Reallocated object"); \
743: if ((rpl_object = _allocation(INT)) == NULL) \
744: systemError("Memory allocation error"); \
745: setInteger(rpl_object, 0); } while(0)
746:
747: // Real
748:
749: #define setReal(rpl_object, value) do { \
750: ifIsReal(rpl_object) \
751: { \
752: if ((*rpl_object).nombre_occurrences > 1) \
753: { \
754: struct_objet *__tmp_rpl_object; \
755: if ((__tmp_rpl_object = _copie_objet(rpl_object, 'O')) == NULL) \
756: systemError("Memory allocation error"); \
757: _liberation(rpl_object); \
758: rpl_object = __tmp_rpl_object; \
759: } \
760: (*((real8 *) (*rpl_object).objet)) = (real8) value; \
761: } \
762: else executionError("Type mistmatch error"); } while(0)
763:
764: #define isReal(rpl_object) \
765: ((*rpl_object).type == REL)
766:
767: #define ifIsReal(rpl_object) if (isReal(rpl_object))
768: #define elseIfIsReal(rpl_object) } else ifIsReal(rpl_object)
769:
770: #define getReal(rpl_object, value) do { \
771: value = 0; \
772: ifIsReal(rpl_object) value = (*((real8 *) (*rpl_object).objet)); \
773: else executionError("Type mismatch error"); } while(0)
774:
775: #define createRealObject(rpl_object) do { \
776: if (rpl_object != NULL) \
777: systemError("Reallocated object"); \
778: if ((rpl_object = _allocation(REL)) == NULL) \
779: systemError("Memory allocation error"); \
780: setReal(rpl_object, 0); } while(0)
781:
782: // Complex
783:
784: #define setComplex(rpl_object, rp, ip) do { \
785: typeof(rp) __rp = rp; \
786: typeof(ip) __ip = ip; \
787: ifIsComplex(rpl_object) \
788: { \
789: if ((*rpl_object).nombre_occurrences > 1) \
790: { \
791: struct_objet *__tmp_rpl_object; \
792: if ((__tmp_rpl_object = _copie_objet(rpl_object, 'O')) == NULL) \
793: systemError("Memory allocation error"); \
794: _liberation(rpl_object); \
795: rpl_object = __tmp_rpl_object; \
796: } \
797: setRealPartOfComplex(rpl_object, __rp); \
798: setImaginaryPartOfComplex(rpl_object, __ip); \
799: } \
800: else executionError("Type mismatch error"); } while(0)
801:
802: #define setRealPartOfComplex(rpl_object, value) do { \
803: if ((*rpl_object).nombre_occurrences > 1) \
804: { \
805: struct_objet *__tmp_rpl_object; \
806: if ((__tmp_rpl_object = _copie_objet(rpl_object, 'O')) == NULL) \
807: systemError("Memory allocation error"); \
808: _liberation(rpl_object); \
809: rpl_object = __tmp_rpl_object; \
810: } \
811: ifIsComplex(rpl_object) (*((complex16 *) (*rpl_object).objet)) \
812: .partie_reelle = value; \
813: else executionError("Type mismatch error"); } while(0)
814:
815: #define setImaginaryPartOfComplex(rpl_object, value) do { \
816: if ((*rpl_object).nombre_occurrences > 1) \
817: { \
818: struct_objet *__tmp_rpl_object; \
819: if ((__tmp_rpl_object = _copie_objet(rpl_object, 'O')) == NULL) \
820: systemError("Memory allocation error"); \
821: _liberation(rpl_object); \
822: rpl_object = __tmp_rpl_object; \
823: } \
824: (*((complex16 *) (*rpl_object).objet)).partie_imaginaire = value; \
825: else executionError("Type mismatch error"); } while(0)
826:
827: #define getRealPartOfComplex(rpl_object, value) \
828: value = (*((complex16 *) (*rpl_object).objet)).partie_reelle
829:
830: #define getImaginaryPartOfComplex(rpl_object, value) \
831: value = (*((complex16 *) (*rpl_object).objet)).partie_imaginaire
832:
833: #define isComplex(rpl_object) \
834: ((*rpl_object).type == CPL)
835:
836: #define ifIsComplex(rpl_object) if (isComplex(rpl_object))
837: #define elseIfIsComplex(rpl_object) } else ifIsComplex(rpl_object)
838:
839: #define getComplex(rpl_object, value) do { \
840: value.partie_reelle = 0; \
841: value.partie_imaginaire = 0; \
842: ifIsComplex(rpl_object) value = (*((complex16 *) (*rpl_object).objet)); \
843: else systemError("Not a complex"); } while(0)
844:
845: #define createComplexObject(rpl_object) do { \
846: if (rpl_object != NULL) \
847: systemError("Reallocated object"); \
848: if ((rpl_object = _allocation(CPL)) == NULL) \
849: systemError("Memory allocation error"); \
850: setComplex(rpl_object, 0, 0); } while(0)
851:
852: // Generalized vectors
853:
854: #define createVectorObject(rpl_object, size, otype, structure, cat) do { \
855: integer8 i; \
856: struct_processus *s_etat_processus; \
857: s_etat_processus = (*rpl_arguments).s_etat_processus; \
858: if (rpl_object != NULL) \
859: systemError("Reallocated object"); \
860: if ((rpl_object = _allocation(cat)) == NULL) \
861: systemError("Memory allocation error"); \
862: (*((structure *) (*rpl_object).objet)).taille = size; \
863: if (((*((structure *) (*rpl_object).objet)).tableau = \
864: malloc(size * sizeof(otype))) == NULL) \
865: systemError("Memory allocation error"); \
866: if (cat != VCX) \
867: { \
868: if (cat == VIN) \
869: (*((structure *) (*rpl_object).objet)).type = 'I'; \
870: else \
871: (*((structure *) (*rpl_object).objet)).type = 'R'; \
872: for(i = 0; i < size; ((otype *) (*((structure *) (*rpl_object).objet)) \
873: .tableau)[i++] = (otype) 0); \
874: } \
875: else \
876: { \
877: (*((structure *) (*rpl_object).objet)).type = 'C'; \
878: for(i = 0; i < size; i++) \
879: { \
880: ((complex16 *) (*((structure *) (*rpl_object).objet)).tableau)[i] \
881: .partie_reelle = 0; \
882: ((complex16 *) (*((structure *) (*rpl_object).objet)).tableau)[i] \
883: .partie_imaginaire = 0; \
884: } \
885: } } while(0)
886:
887: #define vectorSize(rpl_object) \
888: ({ if ((*rpl_object).type == VIN) \
889: (*((integer8 *) (*rpl_object).objet)).taille; \
890: else if ((*rpl_object).type == VRL) \
891: (*((real8 *) (*rpl_object).objet)).taille; \
892: else if ((*rpl_object).type == VCX)) \
893: (*((complex16 *) (*rpl_object).objet)).taille; \
894: else { executionError("Type mistmatch error"); 0; } })
895:
896: // Integer vector
897:
898: #define setIntegerIntoVector(rpl_object, value, position) do { \
899: typeof(position) __position = position; \
900: ifIsIntegerVector(rpl_object) \
901: { \
902: if ((*rpl_object).nombre_occurrences > 1) \
903: { \
904: struct_objet *__tmp_rpl_object; \
905: if ((__tmp_rpl_object = _copie_objet(rpl_object, 'O')) == NULL) \
906: systemError("Memory allocation error"); \
907: _liberation(rpl_object); \
908: rpl_object = __tmp_rpl_object; \
909: } \
910: __position--; \
911: if ((__position < 0) || (__position >= (*((struct_vecteur *) \
912: (*rpl_object).objet)).taille)) \
913: { executionError("Element out of range"); } \
914: else \
915: ((integer8 *) (*((struct_vecteur *) (*rpl_object).objet)).tableau) \
916: [__position] = (integer8) value; \
917: } \
918: else executionError("Type mistmatch error"); } while(0)
919:
920: #define isIntegerVector(rpl_object) \
921: ((*rpl_object).type == VIN)
922:
923: #define ifIsIntegerVector(rpl_object) if (isIntegerVector(rpl_object))
924: #define elseIfIsIntegerVector(rpl_object) } else ifIsIntegerVector(rpl_object)
925:
926: #define getIntegerFromVector(rpl_object, value, position) do { \
927: typeof(position) __position = position; \
928: value = 0; \
929: ifIsIntegerVector(rpl_object) \
930: { \
931: __position--; \
932: if ((__position < 0) || (__position >= (*((struct_vecteur *) \
933: (*rpl_object).objet)).taille)) \
934: executionError("Element out of range"); \
935: else \
936: value = ((integer8 *) (*((struct_vecteur *) (*rpl_object).objet)) \
937: .tableau)[__position]; \
938: } \
939: else executionError("Type mismatch error"); } while(0)
940:
941: #define createIntegerVectorObject(rpl_object, size) \
942: createVectorObject(rpl_object, size, integer8, struct_vecteur, VIN)
943:
944: // Real vector
945:
946: #define setRealIntoVector(rpl_object, value, position) do { \
947: typeof(position) __position = position; \
948: ifIsRealVector(rpl_object) \
949: { \
950: if ((*rpl_object).nombre_occurrences > 1) \
951: { \
952: struct_objet *__tmp_rpl_object; \
953: if ((__tmp_rpl_object = _copie_objet(rpl_object, 'O')) == NULL) \
954: systemError("Memory allocation error"); \
955: _liberation(rpl_object); \
956: rpl_object = __tmp_rpl_object; \
957: } \
958: __position--; \
959: if ((__position < 0) || (__position >= (*((struct_vecteur *) \
960: (*rpl_object).objet)).taille)) \
961: { executionError("Element out of range"); } \
962: else \
963: ((real8 *) (*((struct_vecteur *) (*rpl_object).objet)).tableau) \
964: [__position] = (real8) value; \
965: } \
966: else executionError("Type mistmatch error"); } while(0)
967:
968: #define isRealVector(rpl_object) \
969: ((*rpl_object).type == VRL)
970:
971: #define ifIsRealVector(rpl_object) if (isRealVector(rpl_object))
972: #define elseIfIsRealVector(rpl_object) } else ifIsRealVector(rpl_object)
973:
974: #define getRealFromVector(rpl_object, value, position) do { \
975: typeof(position) __position = position; \
976: value = 0; \
977: ifIsRealVector(rpl_object) \
978: { \
979: __position--; \
980: if ((__position < 0) || (__position >= (*((struct_vecteur *) \
981: (*rpl_object).objet)).taille)) \
982: executionError("Element out of range"); \
983: value = ((real8 *) (*((struct_vecteur *) (*rpl_object).objet)) \
984: .tableau)[__position]; \
985: } \
986: else executionError("Type mismatch error"); } while(0)
987:
988: #define createRealVectorObject(rpl_object, size) \
989: createVectorObject(rpl_object, size, real8, struct_vecteur, VRL)
990:
991: // A FIXER
992:
993: #define createComplexVectorObject
994:
995: #define createIntegerMatrixObject
996:
997: #define createRealMatrixObject
998:
999: #define createComplexMatrixObject
1000:
1001: // Array
1002:
1003: #define isArray(rpl_object) \
1004: ((*rpl_object).type == TBL)
1005:
1006: #define ifIsArray(rpl_object) if (isArray(rpl_object))
1007: #define elseIfIsArray(rpl_object) } else if (isArray(rpl_object))
1008:
1009: #define createArray(rpl_object, size) do { \
1010: int __i; \
1011: if (rpl_object != NULL) systemError("Reallocated object"); \
1012: if ((rpl_object = _allocation(TBL)) == NULL) \
1013: systemError("Memory allocation error"); \
1014: (*((struct_tableau *) (*rpl_object).objet)).nombre_elements = size; \
1015: if (((*((struct_tableau *) (*rpl_object).objet)).elements = malloc( \
1016: size * sizeof(struct_objet *))) == NULL) \
1017: systemError("Memory allocation error"); \
1018: for(__i = 0; __i < size; __i++) { \
1019: nullify((*((struct_tableau *) (*rpl_object).objet)).elements[__i]); \
1020: createIntegerObject((*((struct_tableau *) (*rpl_object).objet)) \
1021: .elements[__i]); } \
1022: } while(0)
1023:
1024: #define setObjectIntoArray(rpl_array, pos, rpl_object) do { \
1025: typeof(pos) __position = pos; __position--; \
1026: ifIsArray(rpl_array) { \
1027: if ((__position < 0) || (__position >= (*((struct_tableau *) \
1028: (*rpl_array).objet)).nombre_elements)) \
1029: executionError("Element out of range"); \
1030: if ((*rpl_array).nombre_occurrences > 1) \
1031: { \
1032: struct_objet *__tmp_rpl_object; \
1033: if ((__tmp_rpl_object = _copie_objet(rpl_array, 'O')) == NULL) \
1034: systemError("Memory allocation error"); \
1035: _liberation(rpl_array); \
1036: rpl_array = __tmp_rpl_object; \
1037: } \
1038: _liberation((*((struct_tableau *) (*rpl_array).objet)) \
1039: .elements[__position]); \
1040: (*((struct_tableau *) (*rpl_array).objet)).elements[__position] = \
1041: rpl_object; \
1042: } \
1043: else executionError("Type mistmatch error"); \
1044: nullify(rpl_object); \
1045: } while(0)
1046:
1047: #define getObjectFromArray()
1048:
1049: // Binary integer
1050:
1051: #define setBinaryInteger(rpl_object, value) do { \
1052: ifIsBinaryInteger(rpl_object) \
1053: { \
1054: if ((*rpl_object).nombre_occurrences > 1) \
1055: { \
1056: struct_objet *__tmp_rpl_object; \
1057: if ((__tmp_rpl_object = _copie_objet(rpl_object, 'O')) == NULL) \
1058: systemError("Memory allocation error"); \
1059: _liberation(rpl_object); \
1060: rpl_object = __tmp_rpl_object; \
1061: } \
1062: (*((integer8 *) (*rpl_object).objet)) = (integer8) value; \
1063: } \
1064: else executionError("Type mistmatch error"); } while(0)
1065:
1066: #define isBinaryInteger(rpl_object) \
1067: ((*rpl_object).type == BIN)
1068:
1069: #define ifIsBinaryInteger(rpl_object) if (isBinaryInteger(rpl_object))
1070: #define elseIfIsBinaryInteger(rpl_object) } else ifIsBinaryInteger(rpl_object)
1071:
1072: #define getBinaryInteger(rpl_object, value) do { \
1073: value = 0; \
1074: ifIsBinaryInteger(rpl_object) value = \
1075: (*((integer8 *) (*rpl_object).objet)); \
1076: else executionError("Type mismatch error"); } while(0)
1077:
1078: #define createBinaryIntegerObject(rpl_object) do { \
1079: if (rpl_object != NULL) \
1080: systemError("Reallocated object"); \
1081: if ((rpl_object = _allocation(BIN)) == NULL) \
1082: systemError("Memory allocation error"); \
1083: setBinaryInteger(rpl_object, 0); } while(0)
1084:
1085: // Name
1086:
1087: #define isName(rpl_object) \
1088: ((*rpl_object).type == NOM)
1089:
1090: #define ifIsName(rpl_object) if (isName(rpl_object))
1091: #define elseIfIsName(rpl_object) } else if (isName(rpl_object))
1092:
1093: #define setName(rpl_object, value) do { \
1094: struct_processus *s_etat_processus; \
1095: s_etat_processus = (*rpl_arguments).s_etat_processus; \
1096: ifIsName(rpl_object) \
1097: { \
1098: if ((*rpl_object).nombre_occurrences > 1) \
1099: { \
1100: struct_objet *__tmp_rpl_object; \
1101: if ((__tmp_rpl_object = _copie_objet(rpl_object, 'O')) == NULL) \
1102: systemError("Memory allocation error"); \
1103: _liberation(rpl_object); \
1104: rpl_object = __tmp_rpl_object; \
1105: } \
1106: free((*((struct_nom *) (*rpl_object).objet)).nom); \
1107: (*((struct_nom *) (*rpl_object).objet)).symbole = d_faux; \
1108: if (((*((struct_nom *) (*rpl_object).objet)).nom = malloc( \
1109: (strlen(value) + 1) * sizeof(unsigned char))) == NULL) \
1110: systemError("Memory allocation error"); \
1111: strcpy((char *) (*((struct_nom *) (*rpl_object).objet)).nom, \
1112: (char *) value); \
1113: } \
1114: else executionError("Type mistmatch error"); } while(0)
1115:
1116: #define setSymbolicName(rpl_object, value) do { \
1117: setName(rpl_object, value); \
1118: (*((struct_nom *) (*rpl_object).objet)).symbole = d_vrai; } while(0)
1119:
1120: #define createNameObject(rpl_object) do { \
1121: struct_processus *s_etat_processus; \
1122: s_etat_processus = (*rpl_arguments).s_etat_processus; \
1123: if (rpl_object != NULL) \
1124: systemError("Reallocated object"); \
1125: if ((rpl_object = _allocation(NOM)) == NULL) \
1126: systemError("Memory allocation error"); \
1127: (*((struct_nom *) (*rpl_object).objet)).symbole = d_faux; \
1128: if (((*((struct_nom *) (*rpl_object).objet)).nom = malloc( \
1129: sizeof(unsigned char))) == NULL) \
1130: systemError("Memory allocation error"); \
1131: strcpy((char *) (*((struct_nom *) (*rpl_object).objet)).nom, ""); } while(0)
1132:
1133: // String
1134:
1135: #define isString(rpl_object) \
1136: ((*rpl_object).type == CHN)
1137:
1138: #define ifIsString(rpl_object) if (isString(rpl_object))
1139: #define elseIfIsString(rpl_object) } else if (isString(rpl_object))
1140:
1141: #define setString(rpl_object, string) do { \
1142: struct_processus *s_etat_processus; \
1143: s_etat_processus = (*rpl_arguments).s_etat_processus; \
1144: ifIsString(rpl_object) \
1145: { \
1146: if (string == NULL) executionError("Nullified string"); else \
1147: { \
1148: if ((*rpl_object).nombre_occurrences > 1) \
1149: { \
1150: struct_objet *__tmp_rpl_object; \
1151: if ((__tmp_rpl_object = _copie_objet(rpl_object, 'O')) \
1152: == NULL) \
1153: systemError("Memory allocation error"); \
1154: _liberation(rpl_object); \
1155: rpl_object = __tmp_rpl_object; \
1156: } \
1157: free((unsigned char *) (*rpl_object).objet); \
1158: if (((*rpl_object).objet = malloc((strlen(string) + 1) * \
1159: sizeof(unsigned char))) == NULL) \
1160: systemError("Memory allocation error"); \
1161: strcpy((char *) (*rpl_object).objet, string); \
1162: } \
1163: } \
1164: else executionError("Type mistmatch error"); } while(0)
1165:
1166: #define getString(rpl_object, string) do { \
1167: string = NULL; \
1168: ifIsString(rpl_object) string = (char *) (*rpl_object).objet; \
1169: else executionError("Type mismatch error"); } while(0)
1170:
1171: #define unEscString(s) ({ \
1172: unsigned char *__a; integer8 __l; \
1173: __a = formateur_flux((*rpl_arguments).s_etat_processus, \
1174: (unsigned char *) s, &__l); \
1175: if (nullified(__a)) systemError("Memory allocation error"); \
1176: (string) __a; \
1177: })
1178:
1179: #define escString(rpl_object) ({ \
1180: unsigned char *__a; integer8 __l; \
1181: __a = analyse_flux((*rpl_arguments).s_etat_processus, \
1182: (unsigned char *) s, strlen(s)); \
1183: if (nullified(__a)) systemError("Memory allocation error"); \
1184: (string) __a; \
1185: })
1186:
1187: #define createStringObject(rpl_object) do { \
1188: struct_processus *s_etat_processus; \
1189: s_etat_processus = (*rpl_arguments).s_etat_processus; \
1190: if (rpl_object != NULL) \
1191: systemError("Reallocated object"); \
1192: if ((rpl_object = _allocation(CHN)) == NULL) \
1193: systemError("Memory allocation error"); \
1194: if (((*rpl_object).objet = malloc(sizeof(unsigned char))) == NULL) \
1195: systemError("Memory allocation error"); \
1196: strcpy((char *) (*rpl_object).objet, ""); } while(0)
1197:
1198: // List
1199:
1200: #define isList(rpl_object) \
1201: ((*rpl_object).type == LST)
1202:
1203: #define ifIsList(rpl_object) if (isList(rpl_object))
1204: #define elseIfIsList(rpl_object) else if (isList(rpl_object))
1205:
1206: #define createListObject(rpl_object) do { \
1207: if (rpl_object != NULL) \
1208: systemError("Reallocated object"); \
1209: if ((rpl_object = _allocation(LST)) == NULL) \
1210: systemError("Memory allocation error"); \
1211: (*rpl_object).objet = NULL; } while(0)
1212:
1213: #define addObjectToList(list, rpl_object) do { \
1214: struct_processus *s_etat_processus; \
1215: s_etat_processus = (*rpl_arguments).s_etat_processus; \
1216: ifIsList(list) \
1217: { \
1218: struct_objet *__tmp_rpl_object; \
1219: if ((__tmp_rpl_object = _copie_objet(list, 'N')) == NULL) \
1220: systemError("Memory allocation error"); \
1221: _liberation(list); \
1222: list = __tmp_rpl_object; \
1223: if ((*list).objet == NULL) \
1224: { \
1225: if (((*list).objet = malloc(sizeof(struct_liste_chainee))) \
1226: == NULL) \
1227: systemError("Memory allocation error"); \
1228: (*((struct_liste_chainee *) (*list).objet)).suivant = NULL; \
1229: (*((struct_liste_chainee *) (*list).objet)).donnee = rpl_object; \
1230: } \
1231: else \
1232: { \
1233: struct_liste_chainee *l_element_courant; \
1234: l_element_courant = (*list).objet; \
1235: while((*l_element_courant).suivant != NULL) \
1236: l_element_courant = (*l_element_courant).suivant; \
1237: if (((*l_element_courant).suivant = \
1238: malloc(sizeof(struct_liste_chainee))) == NULL) \
1239: systemError("Memory allocation error"); \
1240: l_element_courant = (*l_element_courant).suivant; \
1241: (*l_element_courant).suivant = NULL; \
1242: (*l_element_courant).donnee = rpl_object; \
1243: } \
1244: rpl_object = NULL; \
1245: } \
1246: else executionError("Type mistmatch error"); } while(0)
1247:
1248: #define insertObjectIntoList(list, rpl_object) do { \
1249: struct_processus *s_etat_processus; \
1250: s_etat_processus = (*rpl_arguments).s_etat_processus; \
1251: ifIsList(list) \
1252: { \
1253: struct_objet *__tmp_rpl_object; \
1254: if ((__tmp_rpl_object = _copie_objet(list, 'N')) == NULL) \
1255: systemError("Memory allocation error"); \
1256: _liberation(list); \
1257: list = __tmp_rpl_object; \
1258: if ((*list).objet == NULL) \
1259: { \
1260: if (((*list).objet = malloc(sizeof(struct_liste_chainee))) \
1261: == NULL) \
1262: systemError("Memory allocation error"); \
1263: (*((struct_liste_chainee *) (*list).objet)).suivant = NULL; \
1264: (*((struct_liste_chainee *) (*list).objet)).donnee = rpl_object; \
1265: } \
1266: else \
1267: { \
1268: struct_liste_chainee *l_element_courant; \
1269: if ((l_element_courant = \
1270: malloc(sizeof(struct_liste_chainee))) == NULL) \
1271: systemError("Memory allocation error"); \
1272: (*l_element_courant).donnee = rpl_object; \
1273: (*l_element_courant).suivant = (*list).objet; \
1274: (*list).objet = l_element_courant; \
1275: } \
1276: rpl_object = NULL; \
1277: } \
1278: else executionError("Type mistmatch error"); } while(0)
1279:
1280: #define removeObjectFromList(list, rpl_object) do { \
1281: struct_processus *s_etat_processus; \
1282: s_etat_processus = (*rpl_arguments).s_etat_processus; \
1283: ifIsList(list) \
1284: { \
1285: if ((*list).objet != NULL) \
1286: { \
1287: struct_liste_chainee *__current; \
1288: struct_liste_chainee *__previous; \
1289: __current = (*list).objet; \
1290: __previous = NULL; \
1291: if ((*__current).donnee == rpl_object) \
1292: { \
1293: (*list).objet = (*__current).suivant; \
1294: } \
1295: else \
1296: { \
1297: while(__current != NULL) \
1298: { \
1299: if ((*__current).donnee == rpl_object) \
1300: { \
1301: (*__previous).suivant = (*__current).suivant; \
1302: break; \
1303: } \
1304: __previous = __current; \
1305: __current = (*__current).suivant; \
1306: } \
1307: } \
1308: _liberation((*__current).donnee); \
1309: free(__current); \
1310: } \
1311: } \
1312: else executionError("Type mistmatch error"); } while(0)
1313:
1314: #define getObjectFromList(list, position, rpl_object)
1315:
1316: #define putObjectIntoList(list, position, rpl_object)
1317:
1318: #define getListFromList(list, position1, position2, rpl_object)
1319:
1320: #define listLength(list, length) do { \
1321: if (list == NULL) executionError("Nullified object"); \
1322: if ((*list).type != LST) \
1323: executionError("Type mistmatch error"); \
1324: { \
1325: struct_liste_chainee *l_element_courant; \
1326: length = 0; \
1327: l_element_courant = (*list).objet; \
1328: while(l_element_courant != NULL) \
1329: { \
1330: l_element_courant = (*l_element_courant).suivant; \
1331: length++; \
1332: } \
1333: } } while(0)
1334:
1335: // NON
1336: #define createObject(rpl_object) do { \
1337: if (rpl_object != NULL) \
1338: systemError("Reallocated object"); \
1339: if ((rpl_object = _allocation(NON)) == NULL) \
1340: systemError("Memory allocation error"); \
1341: (*rpl_object).objet = NULL; \
1342: } while(0)
1343:
1344: // EXT
1345: #define createExternalObject(rpl_object, subtype) do { \
1346: if (rpl_object != NULL) \
1347: systemError("Reallocated object"); \
1348: if ((rpl_object = _allocation(EXT)) == NULL) \
1349: systemError("Memory allocation error"); \
1350: (*rpl_object).objet = NULL; \
1351: (*rpl_object).extension_type = subtype; \
1352: (*rpl_object).descripteur_bibliotheque = __static_library_descriptor; \
1353: } while(0)
1354:
1355: /*
1356: --------------------------------------------------------------------------------
1357: Allocation mémoire
1358: --------------------------------------------------------------------------------
1359: */
1360:
1361: #define size(a) sizeof(a)
1362:
1363: #define allocate(a) ({ void *ptr; \
1364: struct_processus *s_etat_processus; \
1365: s_etat_processus = (*rpl_arguments).s_etat_processus; \
1366: if ((ptr = malloc(a)) == NULL) \
1367: { systemError("Memory allocation error"); \
1368: __CATCH_SYSTEM_ERROR__; } ptr; }) \
1369:
1370: #define reallocate(a, s) ({ void *ptr; \
1371: struct_processus *s_etat_processus; \
1372: s_etat_processus = (*rpl_arguments).s_etat_processus; \
1373: if ((ptr = realloc(a, s)) == NULL) \
1374: { systemError("Memory allocation error"); \
1375: __CATCH_SYSTEM_ERROR__; } ptr; }) \
1376:
1377: #define deallocate(a) do { \
1378: struct_processus *s_etat_processus; \
1379: s_etat_processus = (*rpl_arguments).s_etat_processus; \
1380: free(a); } while(0)
1381:
1382: /*
1383: --------------------------------------------------------------------------------
1384: Récupération des interruptions et des signaux
1385: --------------------------------------------------------------------------------
1386: */
1387:
1388: #define pollSignalsAndInterrupts() \
1389: __CATCH_SYSTEM_ERROR__; \
1390: do { scrutation_injection((*rpl_arguments).s_etat_processus); } while(0)
1391:
1392: /*
1393: --------------------------------------------------------------------------------
1394: Exécution d'une fonction intrinsèque
1395: --------------------------------------------------------------------------------
1396: */
1397:
1398: #define intrinsic(function) do { \
1399: int __status; \
1400: __CATCH_SYSTEM_ERROR__; \
1401: __status = wrapper_instruction_intrinseque( \
1402: instruction_##function, rpl_arguments); \
1403: if (__status == 1) executionError(#function); \
1404: if (__status == 2) systemError(#function); \
1405: } while(0)
1406:
1407: #endif
1408:
1409: // vim: ts=4
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