WebSVN – tendra.SVN – Diff – /trunk/src/producers/common/parse/psyntax3.c



/*
 * Automatically generated from the files:
 *	psyntax.sid
 * and
 *	psyntax.act
 * by:
 *	../../../../bootstrap/src/utilities/sid/sid
 */
 
/* BEGINNING OF HEADER */
 
#define __SID_SPLIT

    COMPOUND TYPE ALIASES
 
    These are the aliases for the compound types used in the parser.
*/
 
typedef LIST(IDENTIFIER) SID_LIST_ID;
 
 
/*
     DECLARE FUNCTIONS
 
     The function declarations are included at this point so that the
     type definitions are in scope.
*/
 
#include "psyntax.h"
extern void parse_tok_type(TYPE *);
extern void parse_mem_type(TYPE *);
extern void parse_operator(IDENTIFIER *);
 
 
/*
    COMPILATION MODE
 

#endif
 
 
 
void
 
XR550(int *XO397)
{
    int XI397;
 
    switch (CURRENT_TERMINAL) {
      case 126:

  XL0:;
    *XO397 = XI397;
}
 
void
 
XR447(DECL_SPEC *XO409)
{
    DECL_SPEC XI409;
 
    switch (CURRENT_TERMINAL) {
      case 142:

    }
    *XO409 = XI409;
}
 
void
 
XR757(int *XO708)
{
    int XI708;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR741(unsigned *XO445)
{
    unsigned XI445;
 
    switch (CURRENT_TERMINAL) {
      case 178:

  XL0:;
    *XO445 = XI445;
}
 
void
XR482(void)
{
    if ((CURRENT_TERMINAL) == 354) {
	return;
    }
    {

    SAVE_LEXER (354);
    return;
}
 
void
 
XR495(int XI409)
{
  XL2_495:;
    switch (CURRENT_TERMINAL) {
      case 1: case 2: case 3: case 4:
	{

    SAVE_LEXER (354);
    return;
}
 
void
 
XR507(unsigned *XO377)
{
    unsigned XI377;
 
    switch (CURRENT_TERMINAL) {
      case 172:

  XL0:;
    *XO377 = XI377;
}
 
void
 
XR413(SID_LIST_ID *XO402)
{
    SID_LIST_ID XI402;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  XL0:;
    *XO402 = XI402;
}
 
void
XR551(void)
{
    switch (CURRENT_TERMINAL) {
      case 317:
	{
	    IDENTIFIER XI375;

    SAVE_LEXER (354);
    return;
}
 
void
XR497(void)
{
  XL2_497:;
    switch (CURRENT_TERMINAL) {
      case 1: case 2: case 3: case 4:
	{

    SAVE_LEXER (354);
    return;
}
 
void
 
XR506(unsigned *XO377)
{
    unsigned XI377;
 
    switch (CURRENT_TERMINAL) {
      case 172:

  XL0:;
    *XO377 = XI377;
}
 
void
 
XR753(EXP *XO444)
{
    EXP XI444;
 
    switch (CURRENT_TERMINAL) {
      case 178:

  XL0:;
    *XO444 = XI444;
}
 
void
 
XR446(int *XO444, int *XO445)
{
    int XI444;
    int XI445;
 
    switch (CURRENT_TERMINAL) {

    *XO444 = XI444;
    *XO445 = XI445;
}
 
void
 
XR407(SID_LIST_ID XI406, IDENTIFIER *XO375)
{
    IDENTIFIER XI375;
 
    switch (CURRENT_TERMINAL) {
      case 217:

  XL0:;
    *XO375 = XI375;
}
 
void
 
XR396(TOKEN *XO400)
{
    TOKEN XI400;
 
    switch (CURRENT_TERMINAL) {
      case 176:

  XL0:;
    *XO400 = XI400;
}
 
void
 
XR508(unsigned *XO377)
{
    unsigned XI377;
 
    switch (CURRENT_TERMINAL) {
      case 330:

Rev 2	Rev 7
Line 1...	Line 1...
1	`/*`	1	`/*`
2	`* Automatically generated from the files:`	2	`* Automatically generated from the files:`
3	`* /u/g/release/Source/src/producers/common/parse/psyntax.sid`	3	`* psyntax.sid`
4	`* and`	4	`* and`
5	`* /u/g/release/Source/src/producers/common/parse/psyntax.act`	5	`* psyntax.act`
6	`* by:`	6	`* by:`
7	`* sid`	7	`* ../../../../bootstrap/src/utilities/sid/sid`
8	`*/`	8	`*/`
9		9
10	`/* BEGINNING OF HEADER */`	10	`/* BEGINNING OF HEADER */`
11		11
12	`#define __SID_SPLIT`	12	`#define __SID_SPLIT`
Line 95...	Line 95...
95	`COMPOUND TYPE ALIASES`	95	`COMPOUND TYPE ALIASES`
96		96
97	`These are the aliases for the compound types used in the parser.`	97	`These are the aliases for the compound types used in the parser.`
98	`*/`	98	`*/`
99		99
100	`typedef LIST ( IDENTIFIER ) SID_LIST_ID ;`	100	`typedef LIST(IDENTIFIER) SID_LIST_ID;`
101		101
102		102
103	`/*`	103	`/*`
104	`DECLARE FUNCTIONS`	104	`DECLARE FUNCTIONS`
105		105
106	`The function declarations are included at this point so that the`	106	`The function declarations are included at this point so that the`
107	`type definitions are in scope.`	107	`type definitions are in scope.`
108	`*/`	108	`*/`
109		109
110	`#include "psyntax.h"`	110	`#include "psyntax.h"`
111	`extern void parse_tok_type PROTO_S ( ( TYPE * ) ) ;`	111	`extern void parse_tok_type(TYPE *);`
112	`extern void parse_mem_type PROTO_S ( ( TYPE * ) ) ;`	112	`extern void parse_mem_type(TYPE *);`
113	`extern void parse_operator PROTO_S ( ( IDENTIFIER * ) ) ;`	113	`extern void parse_operator(IDENTIFIER *);`
114		114
115		115
116	`/*`	116	`/*`
117	`COMPILATION MODE`	117	`COMPILATION MODE`
118		118
Line 131...	Line 131...
131	`#endif`	131	`#endif`
132		132
133		133
134		134
135	`void`	135	`void`
136	`XR550 PROTO_N ((XO397))`	-
137	`PROTO_T (int *XO397)`	136	`XR550(int *XO397)`
138	`{`	137	`{`
139	`int XI397;`	138	`int XI397;`
140		139
141	`switch (CURRENT_TERMINAL) {`	140	`switch (CURRENT_TERMINAL) {`
142	`case 126:`	141	`case 126:`
Line 272...	Line 271...
272	`XL0:;`	271	`XL0:;`
273	`*XO397 = XI397;`	272	`*XO397 = XI397;`
274	`}`	273	`}`
275		274
276	`void`	275	`void`
277	`XR447 PROTO_N ((XO409))`	-
278	`PROTO_T (DECL_SPEC *XO409)`	276	`XR447(DECL_SPEC *XO409)`
279	`{`	277	`{`
280	`DECL_SPEC XI409;`	278	`DECL_SPEC XI409;`
281		279
282	`switch (CURRENT_TERMINAL) {`	280	`switch (CURRENT_TERMINAL) {`
283	`case 142:`	281	`case 142:`
Line 316...	Line 314...
316	`}`	314	`}`
317	`*XO409 = XI409;`	315	`*XO409 = XI409;`
318	`}`	316	`}`
319		317
320	`void`	318	`void`
321	`XR757 PROTO_N ((XO708))`	-
322	`PROTO_T (int *XO708)`	319	`XR757(int *XO708)`
323	`{`	320	`{`
324	`int XI708;`	321	`int XI708;`
325		322
326	`if ((CURRENT_TERMINAL) == 354) {`	323	`if ((CURRENT_TERMINAL) == 354) {`
327	`return;`	324	`return;`
Line 376...	Line 373...
376	`XL0:;`	373	`XL0:;`
377	`*XO708 = XI708;`	374	`*XO708 = XI708;`
378	`}`	375	`}`
379		376
380	`void`	377	`void`
381	`XR741 PROTO_N ((XO445))`	-
382	`PROTO_T (unsigned *XO445)`	378	`XR741(unsigned *XO445)`
383	`{`	379	`{`
384	`unsigned XI445;`	380	`unsigned XI445;`
385		381
386	`switch (CURRENT_TERMINAL) {`	382	`switch (CURRENT_TERMINAL) {`
387	`case 178:`	383	`case 178:`
Line 411...	Line 407...
411	`XL0:;`	407	`XL0:;`
412	`*XO445 = XI445;`	408	`*XO445 = XI445;`
413	`}`	409	`}`
414		410
415	`void`	411	`void`
416	`XR482 PROTO_Z ()`	412	`XR482(void)`
417	`{`	413	`{`
418	`if ((CURRENT_TERMINAL) == 354) {`	414	`if ((CURRENT_TERMINAL) == 354) {`
419	`return;`	415	`return;`
420	`}`	416	`}`
421	`{`	417	`{`
Line 509...	Line 505...
509	`SAVE_LEXER (354);`	505	`SAVE_LEXER (354);`
510	`return;`	506	`return;`
511	`}`	507	`}`
512		508
513	`void`	509	`void`
514	`XR495 PROTO_N ((XI409))`	-
515	`PROTO_T (int XI409)`	510	`XR495(int XI409)`
516	`{`	511	`{`
517	`XL2_495:;`	512	`XL2_495:;`
518	`switch (CURRENT_TERMINAL) {`	513	`switch (CURRENT_TERMINAL) {`
519	`case 1: case 2: case 3: case 4:`	514	`case 1: case 2: case 3: case 4:`
520	`{`	515	`{`
Line 579...	Line 574...
579	`SAVE_LEXER (354);`	574	`SAVE_LEXER (354);`
580	`return;`	575	`return;`
581	`}`	576	`}`
582		577
583	`void`	578	`void`
584	`XR507 PROTO_N ((XO377))`	-
585	`PROTO_T (unsigned *XO377)`	579	`XR507(unsigned *XO377)`
586	`{`	580	`{`
587	`unsigned XI377;`	581	`unsigned XI377;`
588		582
589	`switch (CURRENT_TERMINAL) {`	583	`switch (CURRENT_TERMINAL) {`
590	`case 172:`	584	`case 172:`
Line 639...	Line 633...
639	`XL0:;`	633	`XL0:;`
640	`*XO377 = XI377;`	634	`*XO377 = XI377;`
641	`}`	635	`}`
642		636
643	`void`	637	`void`
644	`XR413 PROTO_N ((XO402))`	-
645	`PROTO_T (SID_LIST_ID *XO402)`	638	`XR413(SID_LIST_ID *XO402)`
646	`{`	639	`{`
647	`SID_LIST_ID XI402;`	640	`SID_LIST_ID XI402;`
648		641
649	`if ((CURRENT_TERMINAL) == 354) {`	642	`if ((CURRENT_TERMINAL) == 354) {`
650	`return;`	643	`return;`
Line 691...	Line 684...
691	`XL0:;`	684	`XL0:;`
692	`*XO402 = XI402;`	685	`*XO402 = XI402;`
693	`}`	686	`}`
694		687
695	`void`	688	`void`
696	`XR551 PROTO_Z ()`	689	`XR551(void)`
697	`{`	690	`{`
698	`switch (CURRENT_TERMINAL) {`	691	`switch (CURRENT_TERMINAL) {`
699	`case 317:`	692	`case 317:`
700	`{`	693	`{`
701	`IDENTIFIER XI375;`	694	`IDENTIFIER XI375;`
Line 749...	Line 742...
749	`SAVE_LEXER (354);`	742	`SAVE_LEXER (354);`
750	`return;`	743	`return;`
751	`}`	744	`}`
752		745
753	`void`	746	`void`
754	`XR497 PROTO_Z ()`	747	`XR497(void)`
755	`{`	748	`{`
756	`XL2_497:;`	749	`XL2_497:;`
757	`switch (CURRENT_TERMINAL) {`	750	`switch (CURRENT_TERMINAL) {`
758	`case 1: case 2: case 3: case 4:`	751	`case 1: case 2: case 3: case 4:`
759	`{`	752	`{`
Line 818...	Line 811...
818	`SAVE_LEXER (354);`	811	`SAVE_LEXER (354);`
819	`return;`	812	`return;`
820	`}`	813	`}`
821		814
822	`void`	815	`void`
823	`XR506 PROTO_N ((XO377))`	-
824	`PROTO_T (unsigned *XO377)`	816	`XR506(unsigned *XO377)`
825	`{`	817	`{`
826	`unsigned XI377;`	818	`unsigned XI377;`
827		819
828	`switch (CURRENT_TERMINAL) {`	820	`switch (CURRENT_TERMINAL) {`
829	`case 172:`	821	`case 172:`
Line 862...	Line 854...
862	`XL0:;`	854	`XL0:;`
863	`*XO377 = XI377;`	855	`*XO377 = XI377;`
864	`}`	856	`}`
865		857
866	`void`	858	`void`
867	`XR753 PROTO_N ((XO444))`	-
868	`PROTO_T (EXP *XO444)`	859	`XR753(EXP *XO444)`
869	`{`	860	`{`
870	`EXP XI444;`	861	`EXP XI444;`
871		862
872	`switch (CURRENT_TERMINAL) {`	863	`switch (CURRENT_TERMINAL) {`
873	`case 178:`	864	`case 178:`
Line 927...	Line 918...
927	`XL0:;`	918	`XL0:;`
928	`*XO444 = XI444;`	919	`*XO444 = XI444;`
929	`}`	920	`}`
930		921
931	`void`	922	`void`
932	`XR446 PROTO_N ((XO444, XO445))`	-
933	`PROTO_T (int XO444 X int XO445)`	923	`XR446(int XO444, int XO445)`
934	`{`	924	`{`
935	`int XI444;`	925	`int XI444;`
936	`int XI445;`	926	`int XI445;`
937		927
938	`switch (CURRENT_TERMINAL) {`	928	`switch (CURRENT_TERMINAL) {`
Line 985...	Line 975...
985	`*XO444 = XI444;`	975	`*XO444 = XI444;`
986	`*XO445 = XI445;`	976	`*XO445 = XI445;`
987	`}`	977	`}`
988		978
989	`void`	979	`void`
990	`XR407 PROTO_N ((XI406, XO375))`	-
991	`PROTO_T (SID_LIST_ID XI406 X IDENTIFIER *XO375)`	980	`XR407(SID_LIST_ID XI406, IDENTIFIER *XO375)`
992	`{`	981	`{`
993	`IDENTIFIER XI375;`	982	`IDENTIFIER XI375;`
994		983
995	`switch (CURRENT_TERMINAL) {`	984	`switch (CURRENT_TERMINAL) {`
996	`case 217:`	985	`case 217:`
Line 1249...	Line 1238...
1249	`XL0:;`	1238	`XL0:;`
1250	`*XO375 = XI375;`	1239	`*XO375 = XI375;`
1251	`}`	1240	`}`
1252		1241
1253	`void`	1242	`void`
1254	`XR396 PROTO_N ((XO400))`	-
1255	`PROTO_T (TOKEN *XO400)`	1243	`XR396(TOKEN *XO400)`
1256	`{`	1244	`{`
1257	`TOKEN XI400;`	1245	`TOKEN XI400;`
1258		1246
1259	`switch (CURRENT_TERMINAL) {`	1247	`switch (CURRENT_TERMINAL) {`
1260	`case 176:`	1248	`case 176:`
Line 1484...	Line 1472...
1484	`XL0:;`	1472	`XL0:;`
1485	`*XO400 = XI400;`	1473	`*XO400 = XI400;`
1486	`}`	1474	`}`
1487		1475
1488	`void`	1476	`void`
1489	`XR508 PROTO_N ((XO377))`	-
1490	`PROTO_T (unsigned *XO377)`	1477	`XR508(unsigned *XO377)`
1491	`{`	1478	`{`
1492	`unsigned XI377;`	1479	`unsigned XI377;`
1493		1480
1494	`switch (CURRENT_TERMINAL) {`	1481	`switch (CURRENT_TERMINAL) {`
1495	`case 330:`	1482	`case 330:`

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