lsd10.y

Inhaltsverzeichnis

Description du code

lsd10.y est un fichier du projet Compilateur LSD010.
Ce fichier est situé dans /var/www/bin/sniplets/lsd010/.

Projet Compilateur LSD010 :

Compilateur LSD010 développé dans le cadre du cours de syntaxe et sémantiqueref 1

Code source ou contenu du fichier

  1. %{
  2. /*
  3.  * lsd10.y : lexical parsing file for Bison
  4.  * Part of the compiler project for LSD10 language
  5.  * Gaudry Stéphane
  6.  * More information on http://www.gaudry.be/langages-yacc.html
  7.  */
  8. #include <stdio.h>
  9. #include <stdlib.h>
  10. #if(VERBOSE_LEVEL<=DEB_E)
  11. 	#include <errno.h>
  12. #endif
  13. #if(VERBOSE_LEVEL<=DEB_EXEC)
  14. 	#include <time.h>
  15. #endif
  16. #include <sys/types.h>
  17. #include <dirent.h>
  18. #include "common.h"
  19. #ifdef WIN32
  20. 	#define FILE_SEPARATLEXICAL_OR "\\"
  21. #else
  22. 	#define FILE_SEPARATLEXICAL_OR "/"
  23. #endif
  24.  
  25. extern int lexLinesCount;
  26. //extern int lexCharsLineCountBeforeToken;
  27. extern int lexTotalCharsCount;
  28. extern char* yytext;
  29. extern int *yylineno;
  30. extern FILE *yyin;
  31. /**
  32.  * Position of a detected error
  33.  */
  34. DebugInfo *debugInfo;
  35.  
  36.  
  37. AstNode *rootNode;
  38.  
  39. // to avoid 'implicit definition'
  40. int yylex(void);
  41. int yyerror(char *str);
  42.  
  43. %}
  44.  
  45. %union{
  46. 	int nval;
  47. 	char *text;
  48. 	struct astNode *node;
  49. }
  50. %error-verbose
  51. %locations
  52. %token LEXICAL_BOOLEAN_TYPE LEXICAL_INTEGER_TYPE LEXICAL_VOID_TYPE LEXICAL_INSTACK_TYPE
  53. %token <nval> NUMBER
  54. %token LEXICAL_TRUE_VAL LEXICAL_FALSE_VAL
  55. %token LEXICAL_AND LEXICAL_OR LEXICAL_ANDLAZY LEXICAL_ORLAZY LEXICAL_NOT LEXICAL_EQUALS LEXICAL_LESS_EQUALS LEXICAL_LESS
  56. %token LEXICAL_AFFECTATION
  57. %token LEXICAL_PLUS LEXICAL_MINUS LEXICAL_MULT LEXICAL_DIV LEXICAL_MOD
  58. %token L_PARENTHESIS LSQUI_BRACKET LSQUA_BRACKET POINT RSQUA_BRACKET R_PARENTHESIS RSQUI_BRACKET 
  59. %token LEXICAL_GET_OPS LEXICAL_ISEMPTY_OPS LEXICAL_WRITE_OPS LEXICAL_READ_OPS LEXICAL_PUT_OPS LEXICAL_RETURN_STMT
  60. %token LEXICAL_IF_STMT LEXICAL_ELSE_STMT LEXICAL_WHILE_STMT LEXICAL_FOR_STMT
  61. %token COLON SEMICOLON COMMA
  62. %token LEXICAL_VAR 
  63. %token <text>ID 
  64.  
  65. %type <node> Prg Function Functions PostFixeFunction
  66. %type <node> ArgDeclaration ParamList  ParamList_FunctionCall
  67. %type <node> FuncOrVar VarIds
  68. %type <node> Declarations Declaration
  69. %type <node> Statements Statement
  70. %type <node> iteration_while if_instruction iteration_for
  71. %type <node> LExpr RExpr
  72. %type <nval> FunctionType VarType
  73.  
  74. %left LEXICAL_AND LEXICAL_OR LEXICAL_ANDLAZY LEXICAL_ORLAZY
  75. %right LEXICAL_NOT
  76. %left LEXICAL_EQUALS LEXICAL_LESS_EQUALS LEXICAL_LESS
  77. %left LEXICAL_PLUS LEXICAL_MINUS
  78. %left LEXICAL_MULT LEXICAL_DIV LEXICAL_MOD 
  79.  
  80. %start Prg
  81.  
  82. %%
  83. 	Prg: 	Functions {
  84. 		rootNode=$1;//createASTNode(10,createASTNodeInfo("Root", NODE_TYPE_NOTHING, NO_VAL),$1,NULL);
  85. 		}
  86. 	;
  87.  
  88. 	Functions: 	
  89. 		{$$=NULL;}
  90. 		| Function Functions { 
  91. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  92. 				printMsg(DEB_Y,"Functions node", __FILE__, __LINE__);
  93. 			#endif
  94. 			// Avoid building an unneeded node
  95. 			if($1==NULL && $2!=NULL)
  96. 			{
  97. 				$$=$2;
  98. 			}
  99. 			else if($2==NULL && $1!=NULL)
  100. 			{
  101. 				$$=$1;
  102. 			}
  103. 			else
  104. 			{
  105. 				$$=createASTNode(&@1,NODE_TYPE_FUNCTIONS, createASTNodeInfo("Functions", NODE_TYPE_NOTHING, NO_VAL), $2, $1);
  106. 			}
  107. 		}
  108. 	;
  109.  
  110. 	Function: FunctionType ID L_PARENTHESIS ParamList R_PARENTHESIS PostFixeFunction{
  111. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  112. 				printMsg(DEB_Y,"Function node", __FILE__, __LINE__);
  113. 			#endif
  114. 			$$=createASTNode(&@2,NODE_TYPE_FUNCTION, createASTNodeInfo($2, $1, NO_VAL), $4, $6);
  115. 		} 
  116. 	;
  117.  
  118. 	PostFixeFunction: 
  119. 		LSQUI_BRACKET LSQUI_BRACKET Declarations RSQUI_BRACKET Statements RSQUI_BRACKET { 
  120. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  121. 				printMsg(DEB_Y,"PostFixeFunction node", __FILE__, __LINE__);
  122. 			#endif
  123.  
  124. 			// Avoid building an unneeded node
  125. 			if($3==NULL)
  126. 			{
  127. 				$$=$5==NULL?NULL:$5;
  128. 			}
  129. 			else if($5==NULL)
  130. 			{
  131. 				$$=$3;
  132. 			}
  133. 			else
  134. 			{
  135. 				$$=createASTNode(&yylloc,NODE_TYPE_CONTAINER, createASTNodeInfo("{{decl}statement}", NODE_TYPE_NOTHING, NO_VAL), $3, $5);
  136. 			}
  137. 		}
  138. 	;
  139.  
  140. 	Declarations: {
  141. 			$$=NULL;
  142. 		} 
  143. 		| Declaration Declarations { 
  144. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  145. 				printMsg(DEB_Y,"Declarations node", __FILE__, __LINE__);
  146. 			#endif
  147. 			// Avoid building an unneeded node
  148. 			if($2==NULL)
  149. 			{
  150. 				$$=$1;
  151. 			}
  152. 			else
  153. 			{
  154. 				$$=createASTNode(&yylloc,NODE_TYPE_DECLARATIONS, createASTNodeInfo("Declarations node", NODE_TYPE_NOTHING, NO_VAL), $1, $2);
  155. 			}
  156. 		}
  157. 	;
  158.  
  159. 	Declaration: 
  160. 		LEXICAL_VOID_TYPE ID L_PARENTHESIS ParamList R_PARENTHESIS PostFixeFunction { 
  161. 			/*void function*/
  162. 			$$ = createASTNode(&@2,NODE_TYPE_FUNCTION, createASTNodeInfo($2, AST_VOID_VAR_TYPE, NO_VAL), $4, $6);
  163. 			//setNodeSubType($$, SUBFUNCTION);
  164. 		}
  165. 		| VarType ID FuncOrVar {
  166. 			if($3==NULL || $3->type==NODE_TYPE_VAR_DECL)
  167. 			{
  168. 				// multiple variables declarations like "integer i j;"
  169. 				// we must set the type for each variable
  170. 				AstNode *tempNode = $3;
  171. 				while(tempNode!=NULL)
  172. 				{
  173. 					//printf("\nVar ids: %s (on %s %d)\n", varNode->info->name, __FILE__, __LINE__);
  174. 					setComputedType(tempNode,$1);
  175. 					tempNode=tempNode->left;
  176. 				}
  177.  
  178. 				$$=createASTNode(&yylloc,NODE_TYPE_VAR_DECL, createASTNodeInfo($2, $1, NO_VAL), $3, NULL);
  179. 				setComputedType($$,$1);
  180. 			}
  181. 			else
  182. 			{
  183. 				// function declaration
  184. 				$$ = createASTNode(&yylloc,NODE_TYPE_FUNCTION, createASTNodeInfo($2, $1, NO_VAL), $3->right, $3->left);
  185. 				setComputedType($$,$1);
  186. 				//setNodeSubType($$, SUBFUNCTION);
  187. 				free($3);
  188. 			}
  189. 		}
  190. 	;
  191.  
  192. 	FuncOrVar: 
  193. 		L_PARENTHESIS ParamList R_PARENTHESIS PostFixeFunction {
  194. 			$$=createASTNode(&yylloc,NODE_DECL_PVAL, createASTNodeInfo("function", NODE_TYPE_NOTHING, NO_VAL), $2, $4);
  195. 		}
  196. 		| VarIds SEMICOLON {
  197. 			$$=$1;
  198. 		}
  199. 	;
  200.  
  201. 	VarIds: 		
  202. 		{$$=NULL;}
  203. 		| ID VarIds {
  204. 			$$=createASTNode(&yylloc,NODE_TYPE_VAR_DECL, createASTNodeInfo($1, NODE_TYPE_NOTHING, NO_VAL), $2, NULL);
  205. 		}
  206. 	;
  207.  
  208. 	FunctionType: 
  209. 		LEXICAL_BOOLEAN_TYPE {
  210. 			$$=AST_BOOLEAN_VAR_TYPE;
  211. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  212. 				printMsg(DEB_Y,"FunctionType node : boolean", __FILE__, __LINE__);
  213. 			#endif
  214. 		}
  215. 		| LEXICAL_INTEGER_TYPE  {
  216. 			$$=AST_INTEGER_VAR_TYPE;
  217. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  218. 				printMsg(DEB_Y,"FunctionType node : integer", __FILE__, __LINE__);
  219. 			#endif
  220. 		}
  221. 		| LEXICAL_VOID_TYPE {	
  222. 			$$=AST_VOID_VAR_TYPE;
  223. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  224. 				printMsg(DEB_Y,"FunctionType node : void", __FILE__, __LINE__);
  225. 			#endif
  226. 		} 
  227. 	;
  228.  
  229. 	ParamList: 
  230. 		ArgDeclaration COMMA ParamList {
  231. 			$$=createASTNode(&yylloc,NODE_TYPE_PARAM_LIST, createASTNodeInfo(NO_NAME, NODE_TYPE_NOTHING, NO_VAL), $1, $3);
  232. 		}
  233. 		| ArgDeclaration {
  234. 			$$=createASTNode(&yylloc,NODE_TYPE_PARAM_LIST, createASTNodeInfo(NO_NAME, NODE_TYPE_NOTHING, NO_VAL), $1, NULL);
  235. 		}
  236. 		| {$$=NULL;}
  237. 	;
  238.  
  239. 	ArgDeclaration: 
  240. 		LEXICAL_VAR VarType ID 	{ 
  241. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  242. 				printMsg(DEB_Y,"LEXICAL_VAR VarType ID node", __FILE__, __LINE__);
  243. 			#endif
  244. 			$$ = createASTNode(&yylloc,NODE_TYPE_PARAM_DECL, createASTNodeInfo($3, $2, NO_VAL), NULL, NULL);
  245. 			setNodeSubType($$, LEXICAL_VAR);
  246. 		}
  247. 		| VarType ID 	{ 
  248. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  249. 				printMsg(DEB_Y,"VarType ID node", __FILE__, __LINE__);
  250. 			#endif
  251. 			$$ = createASTNode(&yylloc,NODE_TYPE_PARAM_DECL, createASTNodeInfo($2, $1, NO_VAL), NULL, NULL);
  252. 			setNodeSubType($$, ID);
  253. 			setComputedType($$, $1);
  254. 		}
  255. 	;
  256.  
  257.  
  258. 	VarType: 
  259. 		LEXICAL_BOOLEAN_TYPE  {
  260. 			$$=AST_BOOLEAN_VAR_TYPE;
  261. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  262. 				printMsg(DEB_Y,"VarType node : boolean", __FILE__, __LINE__);
  263. 			#endif
  264. 		} 
  265. 		| LEXICAL_INTEGER_TYPE {
  266. 			$$=AST_INTEGER_VAR_TYPE;
  267. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  268. 				printMsg(DEB_Y,"VarType node : integer", __FILE__, __LINE__);
  269. 			#endif
  270. 		}
  271. 		| LEXICAL_INSTACK_TYPE {
  272. 			$$=AST_INSTACK_VAR_TYPE;
  273. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  274. 				printMsg(DEB_Y,"VarType node : instack", __FILE__, __LINE__);
  275. 			#endif
  276. 		} 
  277. 		|  LEXICAL_INTEGER_TYPE LSQUA_BRACKET NUMBER RSQUA_BRACKET{
  278. 			$$=AST_INTEGER_ARRAY_VAR_TYPE;
  279. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  280. 				printMsg(DEB_Y,"VarType node : integer", __FILE__, __LINE__);
  281. 			#endif
  282. 		} 
  283. 		| LEXICAL_BOOLEAN_TYPE LSQUA_BRACKET NUMBER RSQUA_BRACKET{
  284. 			$$=AST_BOOLEAN_ARRAY_VAR_TYPE;
  285. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  286. 				printMsg(DEB_Y,"VarType node : integer", __FILE__, __LINE__);
  287. 			#endif
  288. 		}
  289. 	;
  290.  
  291. 	RExpr: 
  292. 		LEXICAL_NOT RExpr { 
  293. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_BOOLEAN_VAR_TYPE, NO_VAL),NULL, $2);
  294. 			setNodeSubType($$, LEXICAL_NOT);
  295. 		}
  296. 		|
  297. 		RExpr LEXICAL_AND RExpr { 
  298. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_BOOLEAN_VAR_TYPE, NO_VAL),$1, $3);
  299. 			setNodeSubType($$, LEXICAL_AND);
  300. 		}
  301. 		| RExpr LEXICAL_OR RExpr {
  302. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_BOOLEAN_VAR_TYPE, NO_VAL),$1, $3);
  303. 			setNodeSubType($$, LEXICAL_OR);
  304. 		}
  305. 		| RExpr LEXICAL_ANDLAZY RExpr { 
  306. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_BOOLEAN_VAR_TYPE, NO_VAL),$1, $3);
  307. 			setNodeSubType($$, LEXICAL_ANDLAZY);
  308. 		}
  309. 		| RExpr LEXICAL_ORLAZY RExpr { 
  310. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_BOOLEAN_VAR_TYPE, NO_VAL),$1, $3);
  311. 			setNodeSubType($$, LEXICAL_ORLAZY);
  312. 		}
  313. 		| LEXICAL_TRUE_VAL { 
  314. 			$$=createASTNode(&yylloc,LEXICAL_TRUE_VAL, createASTNodeInfo(NO_NAME, AST_BOOLEAN_VAR_TYPE, NO_VAL),NULL, NULL);
  315. 			setNodeSubType($$, LEXICAL_TRUE_VAL);
  316. 		}
  317. 		| LEXICAL_FALSE_VAL { 
  318. 			$$=createASTNode(&yylloc,LEXICAL_FALSE_VAL, createASTNodeInfo(NO_NAME, AST_BOOLEAN_VAR_TYPE, NO_VAL),NULL, NULL);
  319. 			setNodeSubType($$, LEXICAL_FALSE_VAL);
  320. 		}
  321. 		| LEXICAL_ISEMPTY_OPS L_PARENTHESIS ID R_PARENTHESIS { 
  322. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_BOOLEAN_VAR_TYPE, NO_VAL),
  323. 					NULL,
  324. 					createASTNode(&yylloc,NODE_TYPE_ID, createASTNodeInfo($3, NODE_TYPE_TODO, NO_VAL),NULL, NULL)
  325. 					);
  326. 			setNodeSubType($$, LEXICAL_ISEMPTY_OPS);
  327. 		}
  328. 		| LEXICAL_GET_OPS L_PARENTHESIS ID R_PARENTHESIS { 
  329. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_INTEGER_VAR_TYPE, NO_VAL),
  330. 					NULL,
  331. 					createASTNode(&yylloc,NODE_TYPE_ID, createASTNodeInfo($3, NODE_TYPE_TODO, NO_VAL),NULL, NULL) 
  332. 					);
  333. 			setNodeSubType($$, LEXICAL_GET_OPS);
  334. 		}
  335. 		| RExpr LEXICAL_EQUALS RExpr { 
  336. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  337. 				printMsg(DEB_Y,"=", __FILE__, __LINE__);
  338. 			#endif
  339. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_BOOLEAN_VAR_TYPE, NO_VAL),$1, $3);
  340. 			setNodeSubType($$, LEXICAL_EQUALS);
  341. 		}
  342. 		| RExpr LEXICAL_LESS_EQUALS RExpr { 
  343. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_BOOLEAN_VAR_TYPE, NO_VAL),$1, $3);
  344. 			setNodeSubType($$, LEXICAL_LESS_EQUALS);
  345. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  346. 				//printf(";\ttest subtype %d",$$->subtype);
  347. 				printMsg(DEB_Y,"<=", __FILE__, __LINE__);
  348. 			#endif
  349. 		}
  350. 		| RExpr LEXICAL_LESS RExpr { 
  351. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  352. 				printMsg(DEB_Y,"<", __FILE__, __LINE__);
  353. 			#endif
  354. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_BOOLEAN_VAR_TYPE, NO_VAL),$1, $3);
  355. 			setNodeSubType($$, LEXICAL_LESS);
  356. 		}
  357. 		| RExpr LEXICAL_PLUS RExpr { 
  358. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  359. 				printMsg(DEB_Y,"+", __FILE__, __LINE__);
  360. 			#endif
  361. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_INTEGER_VAR_TYPE, NO_VAL),$1, $3);
  362. 			setNodeSubType($$, LEXICAL_PLUS);
  363. 		}
  364. 		| RExpr LEXICAL_MINUS RExpr{ 
  365. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  366. 				printMsg(DEB_Y,"-", __FILE__, __LINE__);
  367. 			#endif
  368. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_INTEGER_VAR_TYPE, NO_VAL),$1, $3);
  369. 			setNodeSubType($$, LEXICAL_MINUS);
  370. 		}
  371. 		| RExpr LEXICAL_MULT RExpr 	{ 
  372. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  373. 				printMsg(DEB_Y,"*", __FILE__, __LINE__);
  374. 			#endif
  375. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_INTEGER_VAR_TYPE, NO_VAL),$1, $3);
  376. 			setNodeSubType($$, LEXICAL_MULT);
  377. 		}
  378. 		| RExpr LEXICAL_DIV RExpr { 
  379. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  380. 				printMsg(DEB_Y,"LEXICAL_DIV", __FILE__, __LINE__);
  381. 			#endif
  382. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_INTEGER_VAR_TYPE, NO_VAL),$1, $3);
  383. 			setNodeSubType($$, LEXICAL_DIV);
  384. 		}
  385. 		| RExpr LEXICAL_MOD RExpr 	{ 
  386. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  387. 				printMsg(DEB_Y,"LEXICAL_MOD", __FILE__, __LINE__);
  388. 			#endif
  389. 			$$=createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, AST_INTEGER_VAR_TYPE, NO_VAL),$1, $3);
  390. 			setNodeSubType($$, LEXICAL_MOD);
  391. 		}
  392. 		| L_PARENTHESIS RExpr R_PARENTHESIS { 
  393. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  394. 				printMsg(DEB_Y,"(RExpr)", __FILE__, __LINE__);
  395. 			#endif
  396. 			$$=$2;//createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, NODE_TYPE_TODO, NO_VAL),NULL, $2);
  397. 		}
  398. 		| LExpr { 
  399. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  400. 				printMsg(DEB_Y,"LExpr", __FILE__, __LINE__);
  401. 			#endif
  402. 			$$=$1;//createASTNode(&yylloc,NODE_TYPE_REXP, createASTNodeInfo(NO_NAME, NODE_TYPE_TODO, NO_VAL),$1, NULL);
  403. 		}
  404. 		| ID L_PARENTHESIS ParamList_FunctionCall R_PARENTHESIS { 
  405. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  406. 				printMsg(DEB_Y,"Function call with parameters", __FILE__, __LINE__);
  407. 			#endif
  408. 			$$=createASTNode(&yylloc,NODE_TYPE_FUNCTION_CALL, createASTNodeInfo($1, NODE_TYPE_TODO, NO_VAL),$3, NULL);
  409. 		} 
  410. 		| ID L_PARENTHESIS  R_PARENTHESIS { 
  411. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  412. 				printMsg(DEB_Y,"Function call without parameters", __FILE__, __LINE__);
  413. 			#endif
  414. 			$$=createASTNode(&yylloc,NODE_TYPE_FUNCTION_CALL, createASTNodeInfo($1, NODE_TYPE_TODO, NO_VAL),NULL, NULL);
  415. 		}  
  416. 		| NUMBER { 
  417. 			$$=createASTNode(&yylloc,NUMBER, createASTNodeInfo("CONSTANT, NUMBER", AST_INTEGER_VAR_TYPE, $1),NULL, NULL);
  418. 		}   
  419. 		| LEXICAL_MINUS NUMBER  { 
  420. 			$$=createASTNode(&yylloc,NUMBER, createASTNodeInfo("CONSTANT, NEGATIVE NUMBER", AST_INTEGER_VAR_TYPE, 0-$2),NULL, NULL);
  421. 		}  
  422. //		| Statement { 
  423. //			$$=$1;
  424. //		}  
  425. 	;
  426.  
  427. 	LExpr: 
  428. 		ID {
  429. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  430. 				printMsg(DEB_Y,"ID node", __FILE__, __LINE__);
  431. 			#endif
  432. 			$$=createASTNode(&yylloc,NODE_TYPE_ID, createASTNodeInfo($1, NODE_TYPE_NOTHING, NO_VAL),NULL, NULL);
  433. 		} 
  434. 		| ID LSQUA_BRACKET RExpr RSQUA_BRACKET {
  435. 			$$=createASTNode(&yylloc,NODE_TYPE_ID,createASTNodeInfo($1, NODE_TYPE_NOTHING, NO_VAL),$3,NULL);
  436. 			setNodeSubType($$, LEXICAL_INSTACK_TYPE);
  437. 		} 
  438. 	;
  439.  
  440. 	ParamList_FunctionCall: 
  441. 		RExpr COMMA ParamList_FunctionCall {
  442. 			$$=createASTNode(&yylloc,NODE_TYPE_PARAM_LIST, createASTNodeInfo(NO_NAME, NODE_TYPE_NOTHING, NO_VAL),$1, $3);
  443. 		} 
  444. 		| RExpr {
  445. 			$$=$1;
  446. 			setNodeType($$, NODE_TYPE_PARAM);
  447. 		} 
  448. 	;
  449.  
  450. 	Statements: 
  451. 		Statement Statements{
  452. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  453. 				printMsg(DEB_Y,"Statements node", __FILE__, __LINE__);
  454. 			#endif
  455. 			// Avoid building an unneeded node
  456. 			if($2==NULL)
  457. 			{
  458. 				$$=$1;
  459. 			}
  460. 			else
  461. 			{
  462. 				$$=createASTNode(&yylloc,NODE_TYPE_FUNCTION_BODY, createASTNodeInfo("Statements node", NODE_TYPE_TODO, NO_VAL),$1, $2);
  463. 			}
  464. 		} 
  465. 		| { $$=NULL;}
  466. 	;
  467.  
  468. 	Statement: 
  469. 		SEMICOLON {
  470. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  471. 				printMsg(DEB_Y,"Statement : ';'", __FILE__, __LINE__);
  472. 			#endif
  473. 			$$=NULL;
  474. 		} 
  475. 		| RExpr SEMICOLON {
  476. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  477. 				printMsg(DEB_Y,"Statement : 'RExpr;'", __FILE__, __LINE__);
  478. 			#endif
  479. 			$$=$1;
  480. 		} 
  481. 		| LExpr LEXICAL_AFFECTATION RExpr SEMICOLON {
  482. 			$$=createASTNode(&yylloc,NODE_TYPE_STATEMENT, createASTNodeInfo("Statement : 'LExpr = RExpr;'", NODE_TYPE_CHECK, NO_VAL),$1, $3);
  483. 			setNodeSubType($$, LEXICAL_AFFECTATION);
  484. 		}
  485. 		| if_instruction {
  486. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  487. 				printMsg(DEB_Y,"Statement : 'if'", __FILE__, __LINE__);
  488. 			#endif
  489. 			$$=$1;//createASTNode(&yylloc,NODE_TYPE_STATEMENT, createASTNodeInfo("Statement : 'if'", NODE_TYPE_NOTHING, NO_VAL),$1, NULL);
  490. 		} 
  491. 		| iteration_while {
  492. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  493. 				printMsg(DEB_Y,"Statement : 'while'", __FILE__, __LINE__);
  494. 			#endif
  495. 			$$=$1;
  496. 		} 
  497. 		| iteration_for {
  498. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  499. 				printMsg(DEB_Y,"Statement : 'for'", __FILE__, __LINE__);
  500. 			#endif
  501. 			$$=$1;
  502. 		} 
  503. 		| LEXICAL_WRITE_OPS L_PARENTHESIS RExpr R_PARENTHESIS SEMICOLON {
  504. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  505. 				printMsg(DEB_Y,"Statement : 'WRITE (RExpr);'", __FILE__, __LINE__);
  506. 			#endif
  507. 			$$=createASTNode(&yylloc,LEXICAL_WRITE_OPS, createASTNodeInfo("Statement : 'WRITE (RExpr);'", AST_INTEGER_VAR_TYPE, NO_VAL),NULL, $3);
  508. 		} 
  509. 		| LEXICAL_READ_OPS L_PARENTHESIS LExpr R_PARENTHESIS SEMICOLON {
  510. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  511. 				printMsg(DEB_Y,"Statement : 'READ (LExpr);'", __FILE__, __LINE__);
  512. 			#endif
  513. 			$$=createASTNode(&yylloc,LEXICAL_READ_OPS, createASTNodeInfo("Statement : 'READ (LExpr);'", AST_INTEGER_VAR_TYPE, NO_VAL),NULL, $3);
  514. 		} 
  515. 		| LEXICAL_PUT_OPS L_PARENTHESIS ID COMMA RExpr R_PARENTHESIS SEMICOLON {
  516. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  517. 				printMsg(DEB_Y,"Statement : 'PUT (ID, RExpr);'", __FILE__, __LINE__);
  518. 			#endif
  519. 			$$=createASTNode(&yylloc,
  520. 					LEXICAL_PUT_OPS, 
  521. 					createASTNodeInfo("Statement : 'PUT;'", NODE_TYPE_NOTHING, NO_VAL),
  522. 					createASTNode(&yylloc,NODE_TYPE_ID, createASTNodeInfo($3, NODE_TYPE_NOTHING, NO_VAL),NULL, NULL), 
  523. 					$5
  524. 					);
  525. 		}
  526. 		| LEXICAL_RETURN_STMT L_PARENTHESIS RExpr R_PARENTHESIS SEMICOLON {
  527. 			#if(VERBOSE_LEVEL<=DEB_Y)  
  528. 				printMsg(DEB_Y,"Statement : 'LEXICAL_RETURN_STMT(RExpr);'", __FILE__, __LINE__);
  529. 			#endif
  530. 			$$=createASTNode(&yylloc,LEXICAL_RETURN_STMT, createASTNodeInfo("Statement : 'LEXICAL_RETURN_STMT(RExpr);'", NODE_TYPE_NOTHING, NO_VAL),NULL, $3);
  531. 		} 
  532. 	;
  533.  
  534. 	iteration_for: LEXICAL_FOR_STMT L_PARENTHESIS Statements COLON RExpr COLON Statements R_PARENTHESIS LSQUI_BRACKET Statements  RSQUI_BRACKET  {
  535. 			AstNode *forBoundariesNode = createASTNode(&yylloc,NODE_TYPE_CONTAINER,createASTNodeInfo(NO_NAME, NODE_TYPE_NOTHING, NO_VAL),$3,$7);
  536. 			AstNode *forNode = createASTNode(&yylloc,NODE_TYPE_CONTAINER,createASTNodeInfo(NO_NAME, NODE_TYPE_NOTHING, NO_VAL),forBoundariesNode, $10);
  537. 			//AstNode *forConditionNode = createASTNode(&yylloc,NODE_TYPE_REXP,createASTNodeInfo(NO_NAME, NODE_TYPE_NOTHING, NO_VAL),$5,NULL);
  538.  
  539. 			$$ = createASTNode(&yylloc,NODE_TYPE_STATEMENT,createASTNodeInfo(NO_NAME, NODE_TYPE_NOTHING, NO_VAL),
  540. 					$5,
  541. 					forNode
  542. 					);
  543. 			setNodeSubType($$, LEXICAL_FOR_STMT);
  544. 		} 
  545. 	;
  546.  
  547. 	iteration_while: LEXICAL_WHILE_STMT L_PARENTHESIS RExpr R_PARENTHESIS LSQUI_BRACKET Statements RSQUI_BRACKET {
  548. 			$$=createASTNode(&yylloc,NODE_TYPE_STATEMENT,createASTNodeInfo("while(RExpr){Statement}", NODE_TYPE_NOTHING, NO_VAL),$3, $6);
  549. 			setNodeSubType($$, LEXICAL_WHILE_STMT);
  550. 		} 
  551. 	;
  552.  
  553. 	if_instruction: 
  554. 		LEXICAL_IF_STMT L_PARENTHESIS RExpr R_PARENTHESIS LSQUI_BRACKET Statements RSQUI_BRACKET LEXICAL_ELSE_STMT LSQUI_BRACKET Statements RSQUI_BRACKET {
  555.  
  556. 			AstNode *ifNode = $6;
  557. 			AstNode *elseNode = $10;
  558. 			$$=createASTNode(&yylloc,
  559. 				NODE_TYPE_STATEMENT, 
  560. 				createASTNodeInfo("if(RExpr){Statement}else{Statement}", NODE_TYPE_NOTHING, NO_VAL),
  561. 				$3, 
  562. 				createASTNode(&yylloc,
  563. 					NODE_TYPE_CONTAINER,
  564. 					createASTNodeInfo(NO_NAME, NODE_TYPE_NOTHING, NO_VAL),
  565. 					ifNode, 
  566. 					elseNode
  567. 					)
  568. 				);
  569. 			setNodeSubType($$, AST_IF_ELSE_STMT);
  570. 		} 
  571. 		| LEXICAL_IF_STMT L_PARENTHESIS RExpr R_PARENTHESIS LSQUI_BRACKET Statements RSQUI_BRACKET {
  572. 			$$=createASTNode(&yylloc,NODE_TYPE_STATEMENT,createASTNodeInfo("if(RExpr){Statement}", NODE_TYPE_NOTHING, NO_VAL),$3, $6);
  573. 			setNodeSubType($$, LEXICAL_IF_STMT);
  574. 		} 
  575. 	;
  576.  
  577. %%
  578.  
  579. void finalizeYacc()
  580. {
  581. 	#if(SYMTABLE_PRINT_REQUESTED==1 || VERBOSE_LEVEL<=DEB_I) 
  582. 		printSymbolsTableFooter(); 
  583. 	#endif
  584. 	#if(VERBOSE_LEVEL<=DEB_EXEC)  
  585. 		printMsg(DEB_EXEC,"Cleaning memory...", __FILE__, __LINE__);
  586. 	#endif
  587. 	// finalizeSymbolsTable MUST be called BELEXICAL_FOR_STMTE finalizeAST to avoid double free or corruption
  588. 	finalizeSymbolsTable(); 
  589. 	finalizeAST();
  590.  
  591. //	if(psnBeforeToken!=NULL)
  592. //	{
  593. //		free(psnBeforeToken);
  594. //	}
  595. //	if(psnAfterToken!=NULL)
  596. //	{
  597. //		free(psnAfterToken);
  598. //	}
  599. 	yylex_destroy();
  600. 	#if(VERBOSE_LEVEL<=DEB_EXEC)
  601. 		printMsg(DEB_EXEC,"...OK Memory cleaned\n;\n;", __FILE__, __LINE__); 
  602. 	#endif
  603. }
  604.  
  605. int testFile(char *path)
  606. {
  607. 	#if(VERBOSE_LEVEL<=DEB_EXEC)  
  608. 		time_t startTime = time(NULL);
  609. 		printf(";****************************************************************************************");
  610. 		printMsg(DEB_EXEC,"Creating Symbols Table",__FILE__, __LINE__);
  611. 	#endif
  612.  
  613. 	initializeSymbolsTable();
  614. 	#if(SYMTABLE_PRINT_REQUESTED==1) 
  615. 		printSymbolsTableHeader(); 
  616. 	#endif
  617. 	#if(SYMTABLE_PRINT_REQUESTED!=1 && VERBOSE_LEVEL<=DEB_EXEC)  
  618. 		printMsg(DEB_W,"Print Symbols table not requested (use DEB_I level minimum to print it)", __FILE__, __LINE__);
  619. 	#endif
  620.  
  621. 	if(path==NULL || !(yyin=fopen(path,"r")))
  622. 	{
  623. 		#if(VERBOSE_LEVEL<=DEB_EXEC)  
  624. 			printMsg(DEB_EXEC,"Using Test file...false", __FILE__, __LINE__);
  625. 			printMsg(DEB_E, (char *)strerror(errno), __FILE__, __LINE__);
  626. 			printMsg(DEB_EXEC,"Calling yyparse()", __FILE__, __LINE__);
  627. 		#endif
  628. 		yyparse();
  629. 	}
  630. 	else
  631. 	{
  632. 		#if(VERBOSE_LEVEL<=DEB_EXEC)  
  633. 			printMsg(DEB_EXEC,"Using Test file...true", __FILE__, __LINE__);
  634. 			printf(";  Parsing %s file...", path);
  635. 			printMsg(DEB_EXEC,"Calling yyparse()", __FILE__, __LINE__);
  636. 		#endif
  637. 		yyparse();/*retourne un booleen?*/
  638. 		fclose(yyin);
  639. 	}
  640. 	#if(VERBOSE_LEVEL<=DEB_EXEC)  
  641. 		printMsg(DEB_EXEC,"End of yyparse execution;", __FILE__, __LINE__);
  642. 	#endif
  643. 	#if(AST_PRINT_REQUESTED==1) 
  644. 		printTree(); 
  645. 	#endif
  646. 	#if(AST_PRINT_REQUESTED!=1 && VERBOSE_LEVEL<=DEB_EXEC)  
  647. 		printMsg(DEB_W,"Print tree not requested (use DEB_I level minimum to print it)", __FILE__, __LINE__);
  648. 	#endif
  649. 	checkAST();
  650. 	#if(AST_IMAGE_REQUESTED!=0)
  651. 		printGraph();
  652. 	#endif
  653.  
  654. 	#if(VERBOSE_LEVEL<=DEB_EXEC && PCODE_GENERATION_BYPASS) 		
  655. 		printMsg(DEB_EXEC,"P-code generation not requested.", __FILE__, __LINE__);
  656. 	#endif
  657. 	#if(!PCODE_GENERATION_BYPASS)
  658. 		#if(VERBOSE_LEVEL<=DEB_EXEC) 
  659. 			printMsg(DEB_EXEC,"Generating p-code...", __FILE__, __LINE__);
  660. 		#endif	
  661. 		generatePCode();
  662. 		#if(VERBOSE_LEVEL<=DEB_EXEC) 
  663. 			printMsg(DEB_EXEC,"...OK P-code generated;", __FILE__, __LINE__); 
  664. 		#endif
  665. 	#endif
  666. 	#if(VAR_USAGE_REPORT_REQUESTED)
  667. 		printSymbolsUsage();
  668. 	#endif
  669. 	finalizeYacc();
  670. 	#if(VERBOSE_LEVEL<=DEB_EXEC)
  671. 		time_t endTime = time(NULL);
  672.  
  673. 		char str[1024];//todo: minimize length
  674. 		sprintf(
  675. 				str, 
  676. 				"Parsing started at %s;\t%d lines %d chars parsed in %g seconds\n;\tVerbose set on \"%s\" level", 
  677. 				asctime(localtime(&startTime)), 
  678. 				lexLinesCount, 
  679. 				lexTotalCharsCount,
  680. 				difftime(endTime, startTime),
  681. 				debugLevelToString(VERBOSE_LEVEL)
  682. 				);
  683. 		printMsg(DEB_EXEC,str, __FILE__, __LINE__);
  684. 	#endif
  685. 	//fprintf(stderr,"OK\n");
  686. 	return EXIT_SUCCESS;
  687. }
  688.  
  689. int main()
  690. {	
  691. 	DIR *dir = NULL;
  692. 	struct dirent *file = NULL;
  693. 	char *path="tests";
  694.  
  695. 	#if(VERBOSE_LEVEL<=DEB_EXEC)  
  696. 		printMsg(DEB_EXEC,"\n;\n;\tLSD010 Compiler [SSHD09]\n;\n;", __FILE__, __LINE__);
  697. 	#endif
  698.  
  699. 	if((dir = opendir(path)) == NULL)
  700. 	{
  701. 		testFile(NULL);
  702. 	}
  703. 	else
  704. 	{
  705. 		char *filePath;
  706. 		while((file = readdir(dir)) != NULL)
  707. 		{
  708. 			if(strcmp(file->d_name, ".") && strcmp(file->d_name, ".."))
  709. 			{
  710. 				filePath = malloc(strlen(path) + strlen(file->d_name) + 2);
  711. 				sprintf(filePath, "%s%s%s", path, FILE_SEPARATLEXICAL_OR, file->d_name);
  712. 				//printf("\n;  Opening %s file...", filePath);
  713. 				if(testFile(filePath) != EXIT_SUCCESS)
  714. 				{
  715. 					return EXIT_FAILURE;
  716. 				}
  717. 			}
  718. 		}
  719. 		closedir(dir);
  720. 		free(filePath);
  721. 	}
  722. 	#if(VERBOSE_LEVEL<=DEB_EXEC)  
  723. 		printMsg(DEB_EXEC,"That's All Folks!", __FILE__, __LINE__);
  724. 	#endif
  725.  
  726.  
  727. 	fprintf(stderr,"OK\n");
  728. 	return EXIT_SUCCESS;
  729. }
  730.  
  731. int yyerror(char *str)
  732. {
  733. 	fprintf(stderr,"KO\n");
  734. 	if(yytext!=NULL)
  735. 	{
  736. 		fprintf(stderr,";\n;\tError : \"%s\" On parsed code, Line %d : UNRECOGNISED '%s'\n\n", str, lexLinesCount, yytext);
  737. 	}else if(debugInfo!=NULL)
  738. 	{
  739. 		fprintf(
  740. 				stderr,
  741. 				";\n;\tError : \"%s\" On %s, Line %d col %d\n\n", 
  742. 				str, 
  743. 				debugInfo->file, 
  744. 				debugInfo->line, 
  745. 				debugInfo->linePsn
  746. 				);
  747. 	}
  748. //	else if(lexLinesCount>0)
  749. //	{
  750. //		fprintf(stderr,";\n;\tError : \"%s\" On parsed code, Line %d\n\n", str, lexLinesCount);
  751. //	}
  752. 	else
  753. 	{
  754. 		fprintf(stderr,";\n;\tError : \"%s\"\n\n", str);
  755. 	}
  756. 	finalizeYacc();
  757. 	//failure for the parsed code, but success for the compiler (it must stop here)
  758. 	exit(EXIT_SUCCESS);
  759. }

Structure et Fichiers du projet

Afficher/masquer...


Répertoires contenus dans /var/www/bin/sniplets/lsd010/project/source/ 
IcôneNomTailleModification
Pas de sous-répertoires.
IcôneNomTailleModification
| _ Répertoire parent0 octets1732316699 23/11/2024 00:04:59
Fichiers contenus dans /var/www/bin/sniplets/lsd010/project/source/ 
IcôneNomTailleModificationAction
IcôneNomTailleModificationAction
Afficher le fichier .o|.ographVizHelper.o4.72 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .c|.cast.c27.73 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .h|.hconst.h4.01 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .c|.cy.tab.c84.53 Ko31/10/2018 18:32:39-refusé-
Afficher le fichier .y|.ylsd10.y22.88 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .o|.olex.yy.o18.88 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .c|.cscopeStack.c3.69 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .h|.hgraphVizHelper.h573 octets31/10/2018 18:32:37-refusé-
Afficher le fichier .h|.hsymbolsTableDataRepresentation.h1.31 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .o|.osymbolsTable.o5.2 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .h|.hcommon.h1.08 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .c|.cscopeHelper.c4.09 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .o|.ohashCode.o1.45 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .h|.hconsole.h2.21 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .o|.oconsole.o12.23 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .|lsd10lsd1075.26 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .h|.hhashCode.h1020 octets31/10/2018 18:32:37-refusé-
Afficher le fichier .h|.hsymbolsTable.h2.65 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .h|.hpcode.h417 octets31/10/2018 18:32:38-refusé-
Afficher le fichier .o|.oast.o11.45 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .h|.hscopeStack.h2.2 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .c|.cgraphVizHelper.c6.11 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .l|.llsd10.l6.46 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .h|.hy.tab.h4.69 Ko31/10/2018 18:32:39-refusé-
Afficher le fichier .output|.outputy.output81.69 Ko31/10/2018 18:32:39-refusé-
Afficher le fichier .o|.oy.tab.o24.45 Ko31/10/2018 18:32:39-refusé-
Afficher le fichier .c|.clex.yy.c57.93 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .h|.hast.h2.39 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .o|.oscopeStack.o1.34 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .o|.oscopeHelper.o2.59 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .h|.hastDataRepresentation.h1.87 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .c|.csymbolsTable.c14.91 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .c|.cpcode.c23.45 Ko31/10/2018 18:32:38-refusé-
Afficher le fichier .c|.chashCode.c3.94 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .c|.cconsole.c18.01 Ko31/10/2018 18:32:37-refusé-
Afficher le fichier .h|.hscopeHelper.h719 octets31/10/2018 18:32:38-refusé-

Warnung

Ce code présente une manière possible d'implémenter un compilateur, et certains choix peuvent être discutés.
Cependant, il peut donner des pistes pour démarrer, ou approcher certains concepts, et je tenterais par la suite de mettre à jour le code.

Utilisation de l'explorateur de code

  • Navigation :
    • Un clic sur une icône de répertoire ouvre ce répertoire pour en afficher les fichiers.
    • Lorsque le répertoire en cours ne contient pas de sous-répertoires il est possible de remonter vers le répertoire parent.
    • La structure de répertoires en treetable (tableau en forme d'arborescence) n'est plus possibledans cette version.
    • Un clic sur une icône de fichier ouvre ce fichier pour en afficher le code avec la coloration syntaxique adaptée en fonction du langage principal utilisé dans le fichier.
  • Affichage :
    • Il est possible de trier les répertoires ou les fichiers selon certains critères (nom, taille, date).
  • Actions :
    • Les actions possible sur les fichiers dépendent de vos droits d'utilisateur sur le site. Veuillez activer le mode utilisateur pour activer les actions.

Deutsche Übersetzung

Sie haben gebeten, diese Seite auf Deutsch zu besuchen. Momentan ist nur die Oberfläche übersetzt, aber noch nicht der gesamte Inhalt.

Wenn Sie mir bei Übersetzungen helfen wollen, ist Ihr Beitrag willkommen. Alles, was Sie tun müssen, ist, sich auf der Website zu registrieren und mir eine Nachricht zu schicken, in der Sie gebeten werden, Sie der Gruppe der Übersetzer hinzuzufügen, die Ihnen die Möglichkeit gibt, die gewünschten Seiten zu übersetzen. Ein Link am Ende jeder übersetzten Seite zeigt an, dass Sie der Übersetzer sind und einen Link zu Ihrem Profil haben.

Vielen Dank im Voraus.

Dokument erstellt 07/03/2010, zuletzt geändert 28/10/2018
Quelle des gedruckten Dokuments:https://www.gaudry.be/de/langages-lsd10-source-rf-project/source/lsd10.y.html

Die Infobro ist eine persönliche Seite, deren Inhalt in meiner alleinigen Verantwortung liegt. Der Text ist unter der CreativeCommons-Lizenz (BY-NC-SA) verfügbar. Weitere Informationen auf die Nutzungsbedingungen und dem Autor.

Aufzeichnungen
  1. ↑a,b LSD010 : Langage Simple et Didactique Il existe une un certain nombre d'interprétations de l'acronyme LSD (Langage Symbolique Didactique, Langage Sans Difficulté, Langage Simple et Didactique). LSD010 est la version 2010 de la suite LSD80, LSD_02, LSD03, LSD04, LSD05, LSD06, LSD07, LSD08, et LSD09.

Inhaltsverzeichnis Haut

Referenzen

  1. Buch Sprache des Dokuments:fr IHDCB332 - Théorie des langages : Syntaxe et sémantique : PY Schobbens, Syntaxe et sémantique (January 2010)

Diese Verweise und Links verweisen auf Dokumente, die während des Schreibens dieser Seite konsultiert wurden, oder die zusätzliche Informationen liefern können, aber die Autoren dieser Quellen können nicht für den Inhalt dieser Seite verantwortlich gemacht werden.
Der Autor Diese Website ist allein dafür verantwortlich, wie die verschiedenen Konzepte und Freiheiten, die mit den Nachschlagewerken gemacht werden, hier dargestellt werden. Denken Sie daran, dass Sie mehrere Quellinformationen austauschen müssen, um das Risiko von Fehlern zu reduzieren.

Inhaltsverzeichnis Haut