WebSVN – tendra.SVN – Diff – /branches/tendra5/src/producers/common/parse/psyntax1.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
 

int XI0;
 
/* BEGINNING OF FUNCTION DEFINITIONS */
 
void
 
XR403(SID_LIST_ID *XO402)
{
    SID_LIST_ID XI402;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  XL0:;
    *XO402 = XI402;
}
 
void
 
XR505(unsigned *XO377)
{
    unsigned XI377;
 
    switch (CURRENT_TERMINAL) {
      case 270:

  XL0:;
    *XO377 = XI377;
}
 
void
 
XR732(unsigned *XO445)
{
    unsigned XI445;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  XL0:;
    *XO445 = XI445;
}
 
void
 
XR549(IDENTIFIER *XO375)
{
    IDENTIFIER XI375;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  XL0:;
    *XO375 = XI375;
}
 
void
XR456(void)
{
    if ((CURRENT_TERMINAL) == 354) {
	return;
    }
    {

    SAVE_LEXER (354);
    return;
}
 
void
 
XR779(IDENTIFIER XI777, IDENTIFIER *XO778)
{
    IDENTIFIER XI778;
 
  XL2_779:;
    switch (CURRENT_TERMINAL) {

  XL0:;
    *XO778 = XI778;
}
 
void
 
XR781(int *XI708)
{
    switch (CURRENT_TERMINAL) {
      case 178:
	{
	    int XI377;

    SAVE_LEXER (354);
    return;
}
 
void
XR782(void)
{
    switch (CURRENT_TERMINAL) {
      case 261:
	{
	    IDENTIFIER XI375;

    SAVE_LEXER (354);
    return;
}
 
void
XR783(void)
{
    switch (CURRENT_TERMINAL) {
      case 210:
	{
	    ADVANCE_LEXER;

    SAVE_LEXER (354);
    return;
}
 
void
 
XR784(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 196:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR785(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 182:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR786(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 178:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR787(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 110:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR716(unsigned *XO377, unsigned *XO473)
{
    unsigned XI377;
    unsigned XI473;
 
    switch (CURRENT_TERMINAL) {

    *XO377 = XI377;
    *XO473 = XI473;
}
 
void
 
XR788(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 246:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR789(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 202:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR790(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 202:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR791(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 65:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR792(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 202:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR793(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 244:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR794(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 134:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR408(SID_LIST_ID XI406, SID_LIST_ID *XO402)
{
    SID_LIST_ID XI402;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  XL0:;
    *XO402 = XI402;
}
 
void
 
XR795(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 141:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR796(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 174:

  XL0:;
    *XO708 = XI708;
}
 
void
 
XR715(int *XO708, int *XO714)
{
    int XI708;
    int XI714;
 
    switch (CURRENT_TERMINAL) {

    *XO708 = XI708;
    *XO714 = XI714;
}
 
void
XR797(void)
{
    switch (CURRENT_TERMINAL) {
      case 274:
	{
	    unsigned XI473;

    SAVE_LEXER (354);
    return;
}
 
void
 
XR721(unsigned *XO473)
{
    unsigned XI473;
 
    switch (CURRENT_TERMINAL) {
      case 220:

  XL0:;
    *XO473 = XI473;
}
 
void
XR798(void)
{
    switch (CURRENT_TERMINAL) {
      case 178:
	{
	    int XI708;

    SAVE_LEXER (354);
    return;
}
 
void
XR799(void)
{
    switch (CURRENT_TERMINAL) {
      case 227:
	{
	    int XI708;

    SAVE_LEXER (354);
    return;
}
 
void
XR800(void)
{
    switch (CURRENT_TERMINAL) {
      case 193:
	{
	    int XI708;

    SAVE_LEXER (354);
    return;
}
 
void
XR801(void)
{
    switch (CURRENT_TERMINAL) {
      case 223:
	{
	    int XI708;

    SAVE_LEXER (354);
    return;
}
 
void
XR802(void)
{
    switch (CURRENT_TERMINAL) {
      case 110: case 311:
	{
	    int XI708;

    SAVE_LEXER (354);
    return;
}
 
void
XR803(void)
{
    switch (CURRENT_TERMINAL) {
      case 220:
	{
	    int XI708;

    SAVE_LEXER (354);
    return;
}
 
void
XR804(void)
{
    switch (CURRENT_TERMINAL) {
      case 244:
	{
	    int XI708;

    SAVE_LEXER (354);
    return;
}
 
void
 
XR709(int *XO708)
{
    int XI708;
 
    switch (CURRENT_TERMINAL) {
      case 65:

  XL0:;
    *XO708 = XI708;
}
 
void
XR805(void)
{
    switch (CURRENT_TERMINAL) {
      case 257:
	{
	    int XI708;

    SAVE_LEXER (354);
    return;
}
 
void
parse_preproc(int *XO397)
 
{
    int XI397;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  XL0:;
    *XO397 = XI397;
}
 
void
XR806(void)
{
    switch (CURRENT_TERMINAL) {
      case 212:
	{
	    IDENTIFIER XI375;

    SAVE_LEXER (354);
    return;
}
 
void
XR807(void)
{
    switch (CURRENT_TERMINAL) {
      case 214:
	{
	    int XI708;

    SAVE_LEXER (354);
    return;
}
 
void
parse_tendra(int *XO397)
 
{
    int XI397;
 
    switch (CURRENT_TERMINAL) {
      case 168:

Rev 5	Rev 6
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 137...	Line 137...
137	`int XI0;`	137	`int XI0;`
138		138
139	`/* BEGINNING OF FUNCTION DEFINITIONS */`	139	`/* BEGINNING OF FUNCTION DEFINITIONS */`
140		140
141	`void`	141	`void`
142	`XR403 PROTO_N ((XO402))`	-
143	`PROTO_T (SID_LIST_ID *XO402)`	142	`XR403(SID_LIST_ID *XO402)`
144	`{`	143	`{`
145	`SID_LIST_ID XI402;`	144	`SID_LIST_ID XI402;`
146		145
147	`if ((CURRENT_TERMINAL) == 354) {`	146	`if ((CURRENT_TERMINAL) == 354) {`
148	`return;`	147	`return;`
Line 189...	Line 188...
189	`XL0:;`	188	`XL0:;`
190	`*XO402 = XI402;`	189	`*XO402 = XI402;`
191	`}`	190	`}`
192		191
193	`void`	192	`void`
194	`XR505 PROTO_N ((XO377))`	-
195	`PROTO_T (unsigned *XO377)`	193	`XR505(unsigned *XO377)`
196	`{`	194	`{`
197	`unsigned XI377;`	195	`unsigned XI377;`
198		196
199	`switch (CURRENT_TERMINAL) {`	197	`switch (CURRENT_TERMINAL) {`
200	`case 270:`	198	`case 270:`
Line 233...	Line 231...
233	`XL0:;`	231	`XL0:;`
234	`*XO377 = XI377;`	232	`*XO377 = XI377;`
235	`}`	233	`}`
236		234
237	`void`	235	`void`
238	`XR732 PROTO_N ((XO445))`	-
239	`PROTO_T (unsigned *XO445)`	236	`XR732(unsigned *XO445)`
240	`{`	237	`{`
241	`unsigned XI445;`	238	`unsigned XI445;`
242		239
243	`if ((CURRENT_TERMINAL) == 354) {`	240	`if ((CURRENT_TERMINAL) == 354) {`
244	`return;`	241	`return;`
Line 260...	Line 257...
260	`XL0:;`	257	`XL0:;`
261	`*XO445 = XI445;`	258	`*XO445 = XI445;`
262	`}`	259	`}`
263		260
264	`void`	261	`void`
265	`XR549 PROTO_N ((XO375))`	-
266	`PROTO_T (IDENTIFIER *XO375)`	262	`XR549(IDENTIFIER *XO375)`
267	`{`	263	`{`
268	`IDENTIFIER XI375;`	264	`IDENTIFIER XI375;`
269		265
270	`if ((CURRENT_TERMINAL) == 354) {`	266	`if ((CURRENT_TERMINAL) == 354) {`
271	`return;`	267	`return;`
Line 335...	Line 331...
335	`XL0:;`	331	`XL0:;`
336	`*XO375 = XI375;`	332	`*XO375 = XI375;`
337	`}`	333	`}`
338		334
339	`void`	335	`void`
340	`XR456 PROTO_Z ()`	336	`XR456(void)`
341	`{`	337	`{`
342	`if ((CURRENT_TERMINAL) == 354) {`	338	`if ((CURRENT_TERMINAL) == 354) {`
343	`return;`	339	`return;`
344	`}`	340	`}`
345	`{`	341	`{`
Line 548...	Line 544...
548	`SAVE_LEXER (354);`	544	`SAVE_LEXER (354);`
549	`return;`	545	`return;`
550	`}`	546	`}`
551		547
552	`void`	548	`void`
553	`XR779 PROTO_N ((XI777, XO778))`	-
554	`PROTO_T (IDENTIFIER XI777 X IDENTIFIER *XO778)`	549	`XR779(IDENTIFIER XI777, IDENTIFIER *XO778)`
555	`{`	550	`{`
556	`IDENTIFIER XI778;`	551	`IDENTIFIER XI778;`
557		552
558	`XL2_779:;`	553	`XL2_779:;`
559	`switch (CURRENT_TERMINAL) {`	554	`switch (CURRENT_TERMINAL) {`
Line 635...	Line 630...
635	`XL0:;`	630	`XL0:;`
636	`*XO778 = XI778;`	631	`*XO778 = XI778;`
637	`}`	632	`}`
638		633
639	`void`	634	`void`
640	`XR781 PROTO_N ((XI708))`	-
641	`PROTO_T (int *XI708)`	635	`XR781(int *XI708)`
642	`{`	636	`{`
643	`switch (CURRENT_TERMINAL) {`	637	`switch (CURRENT_TERMINAL) {`
644	`case 178:`	638	`case 178:`
645	`{`	639	`{`
646	`int XI377;`	640	`int XI377;`
Line 682...	Line 676...
682	`SAVE_LEXER (354);`	676	`SAVE_LEXER (354);`
683	`return;`	677	`return;`
684	`}`	678	`}`
685		679
686	`void`	680	`void`
687	`XR782 PROTO_Z ()`	681	`XR782(void)`
688	`{`	682	`{`
689	`switch (CURRENT_TERMINAL) {`	683	`switch (CURRENT_TERMINAL) {`
690	`case 261:`	684	`case 261:`
691	`{`	685	`{`
692	`IDENTIFIER XI375;`	686	`IDENTIFIER XI375;`
Line 778...	Line 772...
778	`SAVE_LEXER (354);`	772	`SAVE_LEXER (354);`
779	`return;`	773	`return;`
780	`}`	774	`}`
781		775
782	`void`	776	`void`
783	`XR783 PROTO_Z ()`	777	`XR783(void)`
784	`{`	778	`{`
785	`switch (CURRENT_TERMINAL) {`	779	`switch (CURRENT_TERMINAL) {`
786	`case 210:`	780	`case 210:`
787	`{`	781	`{`
788	`ADVANCE_LEXER;`	782	`ADVANCE_LEXER;`
Line 868...	Line 862...
868	`SAVE_LEXER (354);`	862	`SAVE_LEXER (354);`
869	`return;`	863	`return;`
870	`}`	864	`}`
871		865
872	`void`	866	`void`
873	`XR784 PROTO_N ((XO708))`	-
874	`PROTO_T (int *XO708)`	867	`XR784(int *XO708)`
875	`{`	868	`{`
876	`int XI708;`	869	`int XI708;`
877		870
878	`switch (CURRENT_TERMINAL) {`	871	`switch (CURRENT_TERMINAL) {`
879	`case 196:`	872	`case 196:`
Line 904...	Line 897...
904	`XL0:;`	897	`XL0:;`
905	`*XO708 = XI708;`	898	`*XO708 = XI708;`
906	`}`	899	`}`
907		900
908	`void`	901	`void`
909	`XR785 PROTO_N ((XO708))`	-
910	`PROTO_T (int *XO708)`	902	`XR785(int *XO708)`
911	`{`	903	`{`
912	`int XI708;`	904	`int XI708;`
913		905
914	`switch (CURRENT_TERMINAL) {`	906	`switch (CURRENT_TERMINAL) {`
915	`case 182:`	907	`case 182:`
Line 1017...	Line 1009...
1017	`XL0:;`	1009	`XL0:;`
1018	`*XO708 = XI708;`	1010	`*XO708 = XI708;`
1019	`}`	1011	`}`
1020		1012
1021	`void`	1013	`void`
1022	`XR786 PROTO_N ((XO708))`	-
1023	`PROTO_T (int *XO708)`	1014	`XR786(int *XO708)`
1024	`{`	1015	`{`
1025	`int XI708;`	1016	`int XI708;`
1026		1017
1027	`switch (CURRENT_TERMINAL) {`	1018	`switch (CURRENT_TERMINAL) {`
1028	`case 178:`	1019	`case 178:`
Line 1084...	Line 1075...
1084	`XL0:;`	1075	`XL0:;`
1085	`*XO708 = XI708;`	1076	`*XO708 = XI708;`
1086	`}`	1077	`}`
1087		1078
1088	`void`	1079	`void`
1089	`XR787 PROTO_N ((XO708))`	-
1090	`PROTO_T (int *XO708)`	1080	`XR787(int *XO708)`
1091	`{`	1081	`{`
1092	`int XI708;`	1082	`int XI708;`
1093		1083
1094	`switch (CURRENT_TERMINAL) {`	1084	`switch (CURRENT_TERMINAL) {`
1095	`case 110:`	1085	`case 110:`
Line 1136...	Line 1126...
1136	`XL0:;`	1126	`XL0:;`
1137	`*XO708 = XI708;`	1127	`*XO708 = XI708;`
1138	`}`	1128	`}`
1139		1129
1140	`void`	1130	`void`
1141	`XR716 PROTO_N ((XO377, XO473))`	-
1142	`PROTO_T (unsigned XO377 X unsigned XO473)`	1131	`XR716(unsigned XO377, unsigned XO473)`
1143	`{`	1132	`{`
1144	`unsigned XI377;`	1133	`unsigned XI377;`
1145	`unsigned XI473;`	1134	`unsigned XI473;`
1146		1135
1147	`switch (CURRENT_TERMINAL) {`	1136	`switch (CURRENT_TERMINAL) {`
Line 1233...	Line 1222...
1233	`*XO377 = XI377;`	1222	`*XO377 = XI377;`
1234	`*XO473 = XI473;`	1223	`*XO473 = XI473;`
1235	`}`	1224	`}`
1236		1225
1237	`void`	1226	`void`
1238	`XR788 PROTO_N ((XO708))`	-
1239	`PROTO_T (int *XO708)`	1227	`XR788(int *XO708)`
1240	`{`	1228	`{`
1241	`int XI708;`	1229	`int XI708;`
1242		1230
1243	`switch (CURRENT_TERMINAL) {`	1231	`switch (CURRENT_TERMINAL) {`
1244	`case 246:`	1232	`case 246:`
Line 1343...	Line 1331...
1343	`XL0:;`	1331	`XL0:;`
1344	`*XO708 = XI708;`	1332	`*XO708 = XI708;`
1345	`}`	1333	`}`
1346		1334
1347	`void`	1335	`void`
1348	`XR789 PROTO_N ((XO708))`	-
1349	`PROTO_T (int *XO708)`	1336	`XR789(int *XO708)`
1350	`{`	1337	`{`
1351	`int XI708;`	1338	`int XI708;`
1352		1339
1353	`switch (CURRENT_TERMINAL) {`	1340	`switch (CURRENT_TERMINAL) {`
1354	`case 202:`	1341	`case 202:`
Line 1414...	Line 1401...
1414	`XL0:;`	1401	`XL0:;`
1415	`*XO708 = XI708;`	1402	`*XO708 = XI708;`
1416	`}`	1403	`}`
1417		1404
1418	`void`	1405	`void`
1419	`XR790 PROTO_N ((XO708))`	-
1420	`PROTO_T (int *XO708)`	1406	`XR790(int *XO708)`
1421	`{`	1407	`{`
1422	`int XI708;`	1408	`int XI708;`
1423		1409
1424	`switch (CURRENT_TERMINAL) {`	1410	`switch (CURRENT_TERMINAL) {`
1425	`case 202:`	1411	`case 202:`
Line 1555...	Line 1541...
1555	`XL0:;`	1541	`XL0:;`
1556	`*XO708 = XI708;`	1542	`*XO708 = XI708;`
1557	`}`	1543	`}`
1558		1544
1559	`void`	1545	`void`
1560	`XR791 PROTO_N ((XO708))`	-
1561	`PROTO_T (int *XO708)`	1546	`XR791(int *XO708)`
1562	`{`	1547	`{`
1563	`int XI708;`	1548	`int XI708;`
1564		1549
1565	`switch (CURRENT_TERMINAL) {`	1550	`switch (CURRENT_TERMINAL) {`
1566	`case 65:`	1551	`case 65:`
Line 1602...	Line 1587...
1602	`XL0:;`	1587	`XL0:;`
1603	`*XO708 = XI708;`	1588	`*XO708 = XI708;`
1604	`}`	1589	`}`
1605		1590
1606	`void`	1591	`void`
1607	`XR792 PROTO_N ((XO708))`	-
1608	`PROTO_T (int *XO708)`	1592	`XR792(int *XO708)`
1609	`{`	1593	`{`
1610	`int XI708;`	1594	`int XI708;`
1611		1595
1612	`switch (CURRENT_TERMINAL) {`	1596	`switch (CURRENT_TERMINAL) {`
1613	`case 202:`	1597	`case 202:`
Line 1668...	Line 1652...
1668	`XL0:;`	1652	`XL0:;`
1669	`*XO708 = XI708;`	1653	`*XO708 = XI708;`
1670	`}`	1654	`}`
1671		1655
1672	`void`	1656	`void`
1673	`XR793 PROTO_N ((XO708))`	-
1674	`PROTO_T (int *XO708)`	1657	`XR793(int *XO708)`
1675	`{`	1658	`{`
1676	`int XI708;`	1659	`int XI708;`
1677		1660
1678	`switch (CURRENT_TERMINAL) {`	1661	`switch (CURRENT_TERMINAL) {`
1679	`case 244:`	1662	`case 244:`
Line 1732...	Line 1715...
1732	`XL0:;`	1715	`XL0:;`
1733	`*XO708 = XI708;`	1716	`*XO708 = XI708;`
1734	`}`	1717	`}`
1735		1718
1736	`void`	1719	`void`
1737	`XR794 PROTO_N ((XO708))`	-
1738	`PROTO_T (int *XO708)`	1720	`XR794(int *XO708)`
1739	`{`	1721	`{`
1740	`int XI708;`	1722	`int XI708;`
1741		1723
1742	`switch (CURRENT_TERMINAL) {`	1724	`switch (CURRENT_TERMINAL) {`
1743	`case 134:`	1725	`case 134:`
Line 1782...	Line 1764...
1782	`XL0:;`	1764	`XL0:;`
1783	`*XO708 = XI708;`	1765	`*XO708 = XI708;`
1784	`}`	1766	`}`
1785		1767
1786	`void`	1768	`void`
1787	`XR408 PROTO_N ((XI406, XO402))`	-
1788	`PROTO_T (SID_LIST_ID XI406 X SID_LIST_ID *XO402)`	1769	`XR408(SID_LIST_ID XI406, SID_LIST_ID *XO402)`
1789	`{`	1770	`{`
1790	`SID_LIST_ID XI402;`	1771	`SID_LIST_ID XI402;`
1791		1772
1792	`if ((CURRENT_TERMINAL) == 354) {`	1773	`if ((CURRENT_TERMINAL) == 354) {`
1793	`return;`	1774	`return;`
Line 1834...	Line 1815...
1834	`XL0:;`	1815	`XL0:;`
1835	`*XO402 = XI402;`	1816	`*XO402 = XI402;`
1836	`}`	1817	`}`
1837		1818
1838	`void`	1819	`void`
1839	`XR795 PROTO_N ((XO708))`	-
1840	`PROTO_T (int *XO708)`	1820	`XR795(int *XO708)`
1841	`{`	1821	`{`
1842	`int XI708;`	1822	`int XI708;`
1843		1823
1844	`switch (CURRENT_TERMINAL) {`	1824	`switch (CURRENT_TERMINAL) {`
1845	`case 141:`	1825	`case 141:`
Line 1884...	Line 1864...
1884	`XL0:;`	1864	`XL0:;`
1885	`*XO708 = XI708;`	1865	`*XO708 = XI708;`
1886	`}`	1866	`}`
1887		1867
1888	`void`	1868	`void`
1889	`XR796 PROTO_N ((XO708))`	-
1890	`PROTO_T (int *XO708)`	1869	`XR796(int *XO708)`
1891	`{`	1870	`{`
1892	`int XI708;`	1871	`int XI708;`
1893		1872
1894	`switch (CURRENT_TERMINAL) {`	1873	`switch (CURRENT_TERMINAL) {`
1895	`case 174:`	1874	`case 174:`
Line 1927...	Line 1906...
1927	`XL0:;`	1906	`XL0:;`
1928	`*XO708 = XI708;`	1907	`*XO708 = XI708;`
1929	`}`	1908	`}`
1930		1909
1931	`void`	1910	`void`
1932	`XR715 PROTO_N ((XO708, XO714))`	-
1933	`PROTO_T (int XO708 X int XO714)`	1911	`XR715(int XO708, int XO714)`
1934	`{`	1912	`{`
1935	`int XI708;`	1913	`int XI708;`
1936	`int XI714;`	1914	`int XI714;`
1937		1915
1938	`switch (CURRENT_TERMINAL) {`	1916	`switch (CURRENT_TERMINAL) {`
Line 2029...	Line 2007...
2029	`*XO708 = XI708;`	2007	`*XO708 = XI708;`
2030	`*XO714 = XI714;`	2008	`*XO714 = XI714;`
2031	`}`	2009	`}`
2032		2010
2033	`void`	2011	`void`
2034	`XR797 PROTO_Z ()`	2012	`XR797(void)`
2035	`{`	2013	`{`
2036	`switch (CURRENT_TERMINAL) {`	2014	`switch (CURRENT_TERMINAL) {`
2037	`case 274:`	2015	`case 274:`
2038	`{`	2016	`{`
2039	`unsigned XI473;`	2017	`unsigned XI473;`
Line 2098...	Line 2076...
2098	`SAVE_LEXER (354);`	2076	`SAVE_LEXER (354);`
2099	`return;`	2077	`return;`
2100	`}`	2078	`}`
2101		2079
2102	`void`	2080	`void`
2103	`XR721 PROTO_N ((XO473))`	-
2104	`PROTO_T (unsigned *XO473)`	2081	`XR721(unsigned *XO473)`
2105	`{`	2082	`{`
2106	`unsigned XI473;`	2083	`unsigned XI473;`
2107		2084
2108	`switch (CURRENT_TERMINAL) {`	2085	`switch (CURRENT_TERMINAL) {`
2109	`case 220:`	2086	`case 220:`
Line 2134...	Line 2111...
2134	`XL0:;`	2111	`XL0:;`
2135	`*XO473 = XI473;`	2112	`*XO473 = XI473;`
2136	`}`	2113	`}`
2137		2114
2138	`void`	2115	`void`
2139	`XR798 PROTO_Z ()`	2116	`XR798(void)`
2140	`{`	2117	`{`
2141	`switch (CURRENT_TERMINAL) {`	2118	`switch (CURRENT_TERMINAL) {`
2142	`case 178:`	2119	`case 178:`
2143	`{`	2120	`{`
2144	`int XI708;`	2121	`int XI708;`
Line 2207...	Line 2184...
2207	`SAVE_LEXER (354);`	2184	`SAVE_LEXER (354);`
2208	`return;`	2185	`return;`
2209	`}`	2186	`}`
2210		2187
2211	`void`	2188	`void`
2212	`XR799 PROTO_Z ()`	2189	`XR799(void)`
2213	`{`	2190	`{`
2214	`switch (CURRENT_TERMINAL) {`	2191	`switch (CURRENT_TERMINAL) {`
2215	`case 227:`	2192	`case 227:`
2216	`{`	2193	`{`
2217	`int XI708;`	2194	`int XI708;`
Line 2322...	Line 2299...
2322	`SAVE_LEXER (354);`	2299	`SAVE_LEXER (354);`
2323	`return;`	2300	`return;`
2324	`}`	2301	`}`
2325		2302
2326	`void`	2303	`void`
2327	`XR800 PROTO_Z ()`	2304	`XR800(void)`
2328	`{`	2305	`{`
2329	`switch (CURRENT_TERMINAL) {`	2306	`switch (CURRENT_TERMINAL) {`
2330	`case 193:`	2307	`case 193:`
2331	`{`	2308	`{`
2332	`int XI708;`	2309	`int XI708;`
Line 2377...	Line 2354...
2377	`SAVE_LEXER (354);`	2354	`SAVE_LEXER (354);`
2378	`return;`	2355	`return;`
2379	`}`	2356	`}`
2380		2357
2381	`void`	2358	`void`
2382	`XR801 PROTO_Z ()`	2359	`XR801(void)`
2383	`{`	2360	`{`
2384	`switch (CURRENT_TERMINAL) {`	2361	`switch (CURRENT_TERMINAL) {`
2385	`case 223:`	2362	`case 223:`
2386	`{`	2363	`{`
2387	`int XI708;`	2364	`int XI708;`
Line 2436...	Line 2413...
2436	`SAVE_LEXER (354);`	2413	`SAVE_LEXER (354);`
2437	`return;`	2414	`return;`
2438	`}`	2415	`}`
2439		2416
2440	`void`	2417	`void`
2441	`XR802 PROTO_Z ()`	2418	`XR802(void)`
2442	`{`	2419	`{`
2443	`switch (CURRENT_TERMINAL) {`	2420	`switch (CURRENT_TERMINAL) {`
2444	`case 110: case 311:`	2421	`case 110: case 311:`
2445	`{`	2422	`{`
2446	`int XI708;`	2423	`int XI708;`
Line 2485...	Line 2462...
2485	`SAVE_LEXER (354);`	2462	`SAVE_LEXER (354);`
2486	`return;`	2463	`return;`
2487	`}`	2464	`}`
2488		2465
2489	`void`	2466	`void`
2490	`XR803 PROTO_Z ()`	2467	`XR803(void)`
2491	`{`	2468	`{`
2492	`switch (CURRENT_TERMINAL) {`	2469	`switch (CURRENT_TERMINAL) {`
2493	`case 220:`	2470	`case 220:`
2494	`{`	2471	`{`
2495	`int XI708;`	2472	`int XI708;`
Line 2561...	Line 2538...
2561	`SAVE_LEXER (354);`	2538	`SAVE_LEXER (354);`
2562	`return;`	2539	`return;`
2563	`}`	2540	`}`
2564		2541
2565	`void`	2542	`void`
2566	`XR804 PROTO_Z ()`	2543	`XR804(void)`
2567	`{`	2544	`{`
2568	`switch (CURRENT_TERMINAL) {`	2545	`switch (CURRENT_TERMINAL) {`
2569	`case 244:`	2546	`case 244:`
2570	`{`	2547	`{`
2571	`int XI708;`	2548	`int XI708;`
Line 2613...	Line 2590...
2613	`SAVE_LEXER (354);`	2590	`SAVE_LEXER (354);`
2614	`return;`	2591	`return;`
2615	`}`	2592	`}`
2616		2593
2617	`void`	2594	`void`
2618	`XR709 PROTO_N ((XO708))`	-
2619	`PROTO_T (int *XO708)`	2595	`XR709(int *XO708)`
2620	`{`	2596	`{`
2621	`int XI708;`	2597	`int XI708;`
2622		2598
2623	`switch (CURRENT_TERMINAL) {`	2599	`switch (CURRENT_TERMINAL) {`
2624	`case 65:`	2600	`case 65:`
Line 2648...	Line 2624...
2648	`XL0:;`	2624	`XL0:;`
2649	`*XO708 = XI708;`	2625	`*XO708 = XI708;`
2650	`}`	2626	`}`
2651		2627
2652	`void`	2628	`void`
2653	`XR805 PROTO_Z ()`	2629	`XR805(void)`
2654	`{`	2630	`{`
2655	`switch (CURRENT_TERMINAL) {`	2631	`switch (CURRENT_TERMINAL) {`
2656	`case 257:`	2632	`case 257:`
2657	`{`	2633	`{`
2658	`int XI708;`	2634	`int XI708;`
Line 2717...	Line 2693...
2717	`SAVE_LEXER (354);`	2693	`SAVE_LEXER (354);`
2718	`return;`	2694	`return;`
2719	`}`	2695	`}`
2720		2696
2721	`void`	2697	`void`

Subversion Repositories tendra.SVN

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