WebSVN – tendra.SVN – Diff – /trunk/src/producers/cpp/syntax/syntax2.c



/*
 * Automatically generated from the files:
 *	syntax.sid
 * and
 *	syntax.act
 * by:
 *	sid
 */
 
/* BEGINNING OF HEADER */

#endif
 
 
 
void
ZR842(void)
{
    if ((CURRENT_TERMINAL) == 354) {
	return;
    }
    {

    SAVE_LEXER (354);
    return;
}
 
void
 
ZR1284(EXP *ZO431)
{
    EXP ZI431;
 
    switch (CURRENT_TERMINAL) {
      case 1: case 2: case 3: case 5: case 6:

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR1008(DECL_SPEC ZI689, BASE_TYPE ZI511, TYPE ZI497, ACCESS_LIST ZI670)
{
    if ((CURRENT_TERMINAL) == 354) {
	return;
    }
    {

    SAVE_LEXER (354);
    return;
}
 
void
 
ZR1033(TYPE ZI414, DECL_SPEC ZI689, EXP *ZO431)
{
    EXP ZI431;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR1286(EXP *ZO431)
{
    EXP ZI431;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR1002(IDENTIFIER ZI459, SID_LIST_EXP *ZO497)
{
    SID_LIST_EXP ZI497;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO497 = ZI497;
}
 
void
 
ZR776(EXP *ZO431)
{
    EXP ZI431;
 
    switch (CURRENT_TERMINAL) {
      case 288:

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR1161(TYPE ZI1157, IDENTIFIER ZI1158, TYPE *ZO1159, IDENTIFIER *ZO1160)
{
    TYPE ZI1159;
    IDENTIFIER ZI1160;
 
  ZL2_1161:;

    *ZO1159 = ZI1159;
    *ZO1160 = ZI1160;
}
 
void
 
ZR503(IDENTIFIER *ZO419)
{
    IDENTIFIER ZI419;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO419 = ZI419;
}
 
void
 
ZR1019(EXP ZI558, EXP *ZO431, EXP *ZO459)
{
    EXP ZI431;
    EXP ZI459;
 
    switch (CURRENT_TERMINAL) {

    *ZO431 = ZI431;
    *ZO459 = ZI459;
}
 
void
 
ZR1289(EXP *ZI1287, EXP *ZO431)
{
    EXP ZI431;
 
    switch (CURRENT_TERMINAL) {
      case 42:

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR472(IDENTIFIER *ZO419)
{
    IDENTIFIER ZI419;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO419 = ZI419;
}
 
void
 
ZR761(int ZI554, IDENTIFIER *ZO459)
{
    IDENTIFIER ZI459;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO459 = ZI459;
}
 
void
 
ZR817(BASE_TYPE *ZO816)
{
    BASE_TYPE ZI816;
 
    switch (CURRENT_TERMINAL) {
      case 129:

  ZL0:;
    *ZO816 = ZI816;
}
 
void
 
ZR999(IDENTIFIER ZI459, SID_LIST_EXP *ZO497)
{
    SID_LIST_EXP ZI497;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO497 = ZI497;
}
 
void
 
ZR1290(EXP *ZI493, SID_LIST_EXP *ZO497)
{
    SID_LIST_EXP ZI497;
 
    switch (CURRENT_TERMINAL) {
      case 42:

  ZL0:;
    *ZO497 = ZI497;
}
 
void
 
ZR834(EXP *ZO1166)
{
    EXP ZI1166;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO1166 = ZI1166;
}
 
void
parse_tok_type(TYPE *ZO414)
 
{
    TYPE ZI414;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO414 = ZI414;
}
 
void
 
ZR1291(EXP *ZO431)
{
    EXP ZI431;
 
    switch (CURRENT_TERMINAL) {
      case 297:

  ZL0:;
    *ZO431 = ZI431;
}
 
void
ZR616(void)
{
    switch (CURRENT_TERMINAL) {
      case 48:
	{
	    ADVANCE_LEXER;

    SAVE_LEXER (354);
    return;
}
 
void
 
ZR620(EXP *ZO1211)
{
    EXP ZI1211;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO1211 = ZI1211;
}
 
void
 
ZR1016(NAMESPACE ZI512)
{
    switch (CURRENT_TERMINAL) {
      case 65:
	{
	    SID_LIST_EXP ZI497;

    SAVE_LEXER (354);
    return;
}
 
void
 
ZR644(EXP *ZO431)
{
    EXP ZI431;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR1167(EXP ZI1165, EXP *ZO1166)
{
    EXP ZI1166;
 
  ZL2_1167:;
    switch (CURRENT_TERMINAL) {

  ZL0:;
    *ZO1166 = ZI1166;
}
 
void
 
ZR583(int *ZO450)
{
    int ZI450;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO450 = ZI450;
}
 
void
parse_type_param(IDENTIFIER *ZO459)
 
{
    IDENTIFIER ZI459;
 
    switch (CURRENT_TERMINAL) {
      case 147:

  ZL0:;
    *ZO459 = ZI459;
}
 
void
 
ZR832(TYPE ZI414, DECL_SPEC ZI689)
{
    if ((CURRENT_TERMINAL) == 354) {
	return;
    }
  ZL2_832:;

    SAVE_LEXER (354);
    return;
}
 
void
ZR413(void)
{
    if ((CURRENT_TERMINAL) == 354) {
	return;
    }
    {

	}
    }
}
 
void
 
ZR553(int ZI450, EXP *ZO431)
{
    EXP ZI431;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR593(int ZI450, EXP *ZO431)
{
    EXP ZI431;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR917(TYPE *ZI574, BASE_TYPE *ZI874, TYPE *ZI875, CV_SPEC *ZI876, DECL_SPEC *ZI909, BASE_TYPE *ZO511, TYPE *ZO414, CV_SPEC *ZO783, DECL_SPEC *ZO689)
{
    BASE_TYPE ZI511;
    TYPE ZI414;
    CV_SPEC ZI783;
    DECL_SPEC ZI689;

    *ZO783 = ZI783;
    *ZO689 = ZI689;
}
 
void
 
ZR477(IDENTIFIER *ZO419)
{
    IDENTIFIER ZI419;
 
    switch (CURRENT_TERMINAL) {
      case 5:

  ZL0:;
    *ZO419 = ZI419;
}
 
void
 
ZR771(EXP *ZO431)
{
    EXP ZI431;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR1072(TYPE ZI414, DECL_SPEC ZI689, EXP *ZO431)
{
    EXP ZI431;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR1429(int *ZI450, int *ZI554, int *ZI555, EXP *ZO558)
{
    EXP ZI558;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO558 = ZI558;
}
 
void
 
ZR959(TYPE *ZO414, IDENTIFIER *ZO419)
{
    TYPE ZI414;
    IDENTIFIER ZI419;
 
    if ((CURRENT_TERMINAL) == 354) {

    *ZO414 = ZI414;
    *ZO419 = ZI419;
}
 
void
 
ZR1430(int *ZI456, EXP *ZO431)
{
    EXP ZI431;
 
    switch (CURRENT_TERMINAL) {
      case 140:

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR1431(int *ZO450)
{
    int ZI450;
 
    switch (CURRENT_TERMINAL) {
      case 66:

  ZL0:;
    *ZO450 = ZI450;
}
 
void
 
ZR1177(TYPE ZI1171, IDENTIFIER ZI1172, int ZI1173, TYPE *ZO1174, IDENTIFIER *ZO1175, int *ZO1176)
{
    TYPE ZI1174;
    IDENTIFIER ZI1175;
    int ZI1176;
 

    *ZO1175 = ZI1175;
    *ZO1176 = ZI1176;
}
 
void
 
ZR961(TYPE ZI497, TYPE *ZO414, IDENTIFIER *ZO419)
{
    TYPE ZI414;
    IDENTIFIER ZI419;
 
    if ((CURRENT_TERMINAL) == 354) {

    *ZO414 = ZI414;
    *ZO419 = ZI419;
}
 
void
 
ZR1056(EXP *ZO431)
{
    EXP ZI431;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR1432(int *ZO450)
{
    int ZI450;
 
    switch (CURRENT_TERMINAL) {
      case 40:

  ZL0:;
    *ZO450 = ZI450;
}
 
void
 
ZR569(TYPE ZI414, EXP *ZO431)
{
    EXP ZI431;
 
    switch (CURRENT_TERMINAL) {
      case 65:

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR632(EXP *ZO431)
{
    EXP ZI431;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR944(int ZI943, TYPE *ZO414)
{
    TYPE ZI414;
 
    if ((CURRENT_TERMINAL) == 354) {
	return;

  ZL0:;
    *ZO414 = ZI414;
}
 
void
 
ZR1433(IDENTIFIER *ZI419, EXP *ZO431)
{
    EXP ZI431;
 
    switch (CURRENT_TERMINAL) {
      case 36:

  ZL0:;
    *ZO431 = ZI431;
}
 
void
 
ZR942(IDENTIFIER *ZO419)
{
    IDENTIFIER ZI419;
 
    switch (CURRENT_TERMINAL) {
      case 83:

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/cpp/syntax/syntax.sid`	3	`* syntax.sid`
4	`* and`	4	`* and`
5	`* /u/g/release/Source/src/producers/cpp/syntax/syntax.act`	5	`* syntax.act`
6	`* by:`	6	`* by:`
7	`* sid`	7	`* sid`
8	`*/`	8	`*/`
9		9
10	`/* BEGINNING OF HEADER */`	10	`/* BEGINNING OF HEADER */`
Line 129...	Line 129...
129	`#endif`	129	`#endif`
130		130
131		131
132		132
133	`void`	133	`void`
134	`ZR842 PROTO_Z ()`	134	`ZR842(void)`
135	`{`	135	`{`
136	`if ((CURRENT_TERMINAL) == 354) {`	136	`if ((CURRENT_TERMINAL) == 354) {`
137	`return;`	137	`return;`
138	`}`	138	`}`
139	`{`	139	`{`
Line 201...	Line 201...
201	`SAVE_LEXER (354);`	201	`SAVE_LEXER (354);`
202	`return;`	202	`return;`
203	`}`	203	`}`
204		204
205	`void`	205	`void`
206	`ZR1284 PROTO_N ((ZO431))`	-
207	`PROTO_T (EXP *ZO431)`	206	`ZR1284(EXP *ZO431)`
208	`{`	207	`{`
209	`EXP ZI431;`	208	`EXP ZI431;`
210		209
211	`switch (CURRENT_TERMINAL) {`	210	`switch (CURRENT_TERMINAL) {`
212	`case 1: case 2: case 3: case 5: case 6:`	211	`case 1: case 2: case 3: case 5: case 6:`
Line 245...	Line 244...
245	`ZL0:;`	244	`ZL0:;`
246	`*ZO431 = ZI431;`	245	`*ZO431 = ZI431;`
247	`}`	246	`}`
248		247
249	`void`	248	`void`
250	`ZR1008 PROTO_N ((ZI689, ZI511, ZI497, ZI670))`	-
251	`PROTO_T (DECL_SPEC ZI689 X BASE_TYPE ZI511 X TYPE ZI497 X ACCESS_LIST ZI670)`	249	`ZR1008(DECL_SPEC ZI689, BASE_TYPE ZI511, TYPE ZI497, ACCESS_LIST ZI670)`
252	`{`	250	`{`
253	`if ((CURRENT_TERMINAL) == 354) {`	251	`if ((CURRENT_TERMINAL) == 354) {`
254	`return;`	252	`return;`
255	`}`	253	`}`
256	`{`	254	`{`
Line 322...	Line 320...
322	`SAVE_LEXER (354);`	320	`SAVE_LEXER (354);`
323	`return;`	321	`return;`
324	`}`	322	`}`
325		323
326	`void`	324	`void`
327	`ZR1033 PROTO_N ((ZI414, ZI689, ZO431))`	-
328	`PROTO_T (TYPE ZI414 X DECL_SPEC ZI689 X EXP *ZO431)`	325	`ZR1033(TYPE ZI414, DECL_SPEC ZI689, EXP *ZO431)`
329	`{`	326	`{`
330	`EXP ZI431;`	327	`EXP ZI431;`
331		328
332	`if ((CURRENT_TERMINAL) == 354) {`	329	`if ((CURRENT_TERMINAL) == 354) {`
333	`return;`	330	`return;`
Line 445...	Line 442...
445	`ZL0:;`	442	`ZL0:;`
446	`*ZO431 = ZI431;`	443	`*ZO431 = ZI431;`
447	`}`	444	`}`
448		445
449	`void`	446	`void`
450	`ZR1286 PROTO_N ((ZO431))`	-
451	`PROTO_T (EXP *ZO431)`	447	`ZR1286(EXP *ZO431)`
452	`{`	448	`{`
453	`EXP ZI431;`	449	`EXP ZI431;`
454		450
455	`if ((CURRENT_TERMINAL) == 354) {`	451	`if ((CURRENT_TERMINAL) == 354) {`
456	`return;`	452	`return;`
Line 548...	Line 544...
548	`ZL0:;`	544	`ZL0:;`
549	`*ZO431 = ZI431;`	545	`*ZO431 = ZI431;`
550	`}`	546	`}`
551		547
552	`void`	548	`void`
553	`ZR1002 PROTO_N ((ZI459, ZO497))`	-
554	`PROTO_T (IDENTIFIER ZI459 X SID_LIST_EXP *ZO497)`	549	`ZR1002(IDENTIFIER ZI459, SID_LIST_EXP *ZO497)`
555	`{`	550	`{`
556	`SID_LIST_EXP ZI497;`	551	`SID_LIST_EXP ZI497;`
557		552
558	`if ((CURRENT_TERMINAL) == 354) {`	553	`if ((CURRENT_TERMINAL) == 354) {`
559	`return;`	554	`return;`
Line 607...	Line 602...
607	`ZL0:;`	602	`ZL0:;`
608	`*ZO497 = ZI497;`	603	`*ZO497 = ZI497;`
609	`}`	604	`}`
610		605
611	`void`	606	`void`
612	`ZR776 PROTO_N ((ZO431))`	-
613	`PROTO_T (EXP *ZO431)`	607	`ZR776(EXP *ZO431)`
614	`{`	608	`{`
615	`EXP ZI431;`	609	`EXP ZI431;`
616		610
617	`switch (CURRENT_TERMINAL) {`	611	`switch (CURRENT_TERMINAL) {`
618	`case 288:`	612	`case 288:`
Line 665...	Line 659...
665	`ZL0:;`	659	`ZL0:;`
666	`*ZO431 = ZI431;`	660	`*ZO431 = ZI431;`
667	`}`	661	`}`
668		662
669	`void`	663	`void`
670	`ZR1161 PROTO_N ((ZI1157, ZI1158, ZO1159, ZO1160))`	-
671	`PROTO_T (TYPE ZI1157 X IDENTIFIER ZI1158 X TYPE ZO1159 X IDENTIFIER ZO1160)`	664	`ZR1161(TYPE ZI1157, IDENTIFIER ZI1158, TYPE ZO1159, IDENTIFIER ZO1160)`
672	`{`	665	`{`
673	`TYPE ZI1159;`	666	`TYPE ZI1159;`
674	`IDENTIFIER ZI1160;`	667	`IDENTIFIER ZI1160;`
675		668
676	`ZL2_1161:;`	669	`ZL2_1161:;`
Line 725...	Line 718...
725	`*ZO1159 = ZI1159;`	718	`*ZO1159 = ZI1159;`
726	`*ZO1160 = ZI1160;`	719	`*ZO1160 = ZI1160;`
727	`}`	720	`}`
728		721
729	`void`	722	`void`
730	`ZR503 PROTO_N ((ZO419))`	-
731	`PROTO_T (IDENTIFIER *ZO419)`	723	`ZR503(IDENTIFIER *ZO419)`
732	`{`	724	`{`
733	`IDENTIFIER ZI419;`	725	`IDENTIFIER ZI419;`
734		726
735	`if ((CURRENT_TERMINAL) == 354) {`	727	`if ((CURRENT_TERMINAL) == 354) {`
736	`return;`	728	`return;`
Line 796...	Line 788...
796	`ZL0:;`	788	`ZL0:;`
797	`*ZO419 = ZI419;`	789	`*ZO419 = ZI419;`
798	`}`	790	`}`
799		791
800	`void`	792	`void`
801	`ZR1019 PROTO_N ((ZI558, ZO431, ZO459))`	-
802	`PROTO_T (EXP ZI558 X EXP ZO431 X EXP ZO459)`	793	`ZR1019(EXP ZI558, EXP ZO431, EXP ZO459)`
803	`{`	794	`{`
804	`EXP ZI431;`	795	`EXP ZI431;`
805	`EXP ZI459;`	796	`EXP ZI459;`
806		797
807	`switch (CURRENT_TERMINAL) {`	798	`switch (CURRENT_TERMINAL) {`
Line 869...	Line 860...
869	`*ZO431 = ZI431;`	860	`*ZO431 = ZI431;`
870	`*ZO459 = ZI459;`	861	`*ZO459 = ZI459;`
871	`}`	862	`}`
872		863
873	`void`	864	`void`
874	`ZR1289 PROTO_N ((ZI1287, ZO431))`	-
875	`PROTO_T (EXP ZI1287 X EXP ZO431)`	865	`ZR1289(EXP ZI1287, EXP ZO431)`
876	`{`	866	`{`
877	`EXP ZI431;`	867	`EXP ZI431;`
878		868
879	`switch (CURRENT_TERMINAL) {`	869	`switch (CURRENT_TERMINAL) {`
880	`case 42:`	870	`case 42:`
Line 913...	Line 903...
913	`ZL0:;`	903	`ZL0:;`
914	`*ZO431 = ZI431;`	904	`*ZO431 = ZI431;`
915	`}`	905	`}`
916		906
917	`void`	907	`void`
918	`ZR472 PROTO_N ((ZO419))`	-
919	`PROTO_T (IDENTIFIER *ZO419)`	908	`ZR472(IDENTIFIER *ZO419)`
920	`{`	909	`{`
921	`IDENTIFIER ZI419;`	910	`IDENTIFIER ZI419;`
922		911
923	`if ((CURRENT_TERMINAL) == 354) {`	912	`if ((CURRENT_TERMINAL) == 354) {`
924	`return;`	913	`return;`
Line 968...	Line 957...
968	`ZL0:;`	957	`ZL0:;`
969	`*ZO419 = ZI419;`	958	`*ZO419 = ZI419;`
970	`}`	959	`}`
971		960
972	`void`	961	`void`
973	`ZR761 PROTO_N ((ZI554, ZO459))`	-
974	`PROTO_T (int ZI554 X IDENTIFIER *ZO459)`	962	`ZR761(int ZI554, IDENTIFIER *ZO459)`
975	`{`	963	`{`
976	`IDENTIFIER ZI459;`	964	`IDENTIFIER ZI459;`
977		965
978	`if ((CURRENT_TERMINAL) == 354) {`	966	`if ((CURRENT_TERMINAL) == 354) {`
979	`return;`	967	`return;`
Line 1078...	Line 1066...
1078	`ZL0:;`	1066	`ZL0:;`
1079	`*ZO459 = ZI459;`	1067	`*ZO459 = ZI459;`
1080	`}`	1068	`}`
1081		1069
1082	`void`	1070	`void`
1083	`ZR817 PROTO_N ((ZO816))`	-
1084	`PROTO_T (BASE_TYPE *ZO816)`	1071	`ZR817(BASE_TYPE *ZO816)`
1085	`{`	1072	`{`
1086	`BASE_TYPE ZI816;`	1073	`BASE_TYPE ZI816;`
1087		1074
1088	`switch (CURRENT_TERMINAL) {`	1075	`switch (CURRENT_TERMINAL) {`
1089	`case 129:`	1076	`case 129:`
Line 1122...	Line 1109...
1122	`ZL0:;`	1109	`ZL0:;`
1123	`*ZO816 = ZI816;`	1110	`*ZO816 = ZI816;`
1124	`}`	1111	`}`
1125		1112
1126	`void`	1113	`void`
1127	`ZR999 PROTO_N ((ZI459, ZO497))`	-
1128	`PROTO_T (IDENTIFIER ZI459 X SID_LIST_EXP *ZO497)`	1114	`ZR999(IDENTIFIER ZI459, SID_LIST_EXP *ZO497)`
1129	`{`	1115	`{`
1130	`SID_LIST_EXP ZI497;`	1116	`SID_LIST_EXP ZI497;`
1131		1117
1132	`if ((CURRENT_TERMINAL) == 354) {`	1118	`if ((CURRENT_TERMINAL) == 354) {`
1133	`return;`	1119	`return;`
Line 1180...	Line 1166...
1180	`ZL0:;`	1166	`ZL0:;`
1181	`*ZO497 = ZI497;`	1167	`*ZO497 = ZI497;`
1182	`}`	1168	`}`
1183		1169
1184	`void`	1170	`void`
1185	`ZR1290 PROTO_N ((ZI493, ZO497))`	-
1186	`PROTO_T (EXP ZI493 X SID_LIST_EXP ZO497)`	1171	`ZR1290(EXP ZI493, SID_LIST_EXP ZO497)`
1187	`{`	1172	`{`
1188	`SID_LIST_EXP ZI497;`	1173	`SID_LIST_EXP ZI497;`
1189		1174
1190	`switch (CURRENT_TERMINAL) {`	1175	`switch (CURRENT_TERMINAL) {`
1191	`case 42:`	1176	`case 42:`
Line 1228...	Line 1213...
1228	`ZL0:;`	1213	`ZL0:;`
1229	`*ZO497 = ZI497;`	1214	`*ZO497 = ZI497;`
1230	`}`	1215	`}`
1231		1216
1232	`void`	1217	`void`
1233	`ZR834 PROTO_N ((ZO1166))`	-
1234	`PROTO_T (EXP *ZO1166)`	1218	`ZR834(EXP *ZO1166)`
1235	`{`	1219	`{`
1236	`EXP ZI1166;`	1220	`EXP ZI1166;`
1237		1221
1238	`if ((CURRENT_TERMINAL) == 354) {`	1222	`if ((CURRENT_TERMINAL) == 354) {`
1239	`return;`	1223	`return;`
Line 1277...	Line 1261...
1277	`ZL0:;`	1261	`ZL0:;`
1278	`*ZO1166 = ZI1166;`	1262	`*ZO1166 = ZI1166;`
1279	`}`	1263	`}`
1280		1264
1281	`void`	1265	`void`
1282	`parse_tok_type PROTO_N ((ZO414))`	1266	`parse_tok_type(TYPE *ZO414)`
1283	`PROTO_T (TYPE *ZO414)`	-
1284	`{`	1267	`{`
1285	`TYPE ZI414;`	1268	`TYPE ZI414;`
1286		1269
1287	`if ((CURRENT_TERMINAL) == 354) {`	1270	`if ((CURRENT_TERMINAL) == 354) {`
1288	`return;`	1271	`return;`
Line 1316...	Line 1299...
1316	`ZL0:;`	1299	`ZL0:;`
1317	`*ZO414 = ZI414;`	1300	`*ZO414 = ZI414;`
1318	`}`	1301	`}`
1319		1302
1320	`void`	1303	`void`
1321	`ZR1291 PROTO_N ((ZO431))`	-
1322	`PROTO_T (EXP *ZO431)`	1304	`ZR1291(EXP *ZO431)`
1323	`{`	1305	`{`
1324	`EXP ZI431;`	1306	`EXP ZI431;`
1325		1307
1326	`switch (CURRENT_TERMINAL) {`	1308	`switch (CURRENT_TERMINAL) {`
1327	`case 297:`	1309	`case 297:`
Line 1382...	Line 1364...
1382	`ZL0:;`	1364	`ZL0:;`
1383	`*ZO431 = ZI431;`	1365	`*ZO431 = ZI431;`
1384	`}`	1366	`}`
1385		1367
1386	`void`	1368	`void`
1387	`ZR616 PROTO_Z ()`	1369	`ZR616(void)`
1388	`{`	1370	`{`
1389	`switch (CURRENT_TERMINAL) {`	1371	`switch (CURRENT_TERMINAL) {`
1390	`case 48:`	1372	`case 48:`
1391	`{`	1373	`{`
1392	`ADVANCE_LEXER;`	1374	`ADVANCE_LEXER;`
Line 1417...	Line 1399...
1417	`SAVE_LEXER (354);`	1399	`SAVE_LEXER (354);`
1418	`return;`	1400	`return;`
1419	`}`	1401	`}`
1420		1402
1421	`void`	1403	`void`
1422	`ZR620 PROTO_N ((ZO1211))`	-
1423	`PROTO_T (EXP *ZO1211)`	1404	`ZR620(EXP *ZO1211)`
1424	`{`	1405	`{`
1425	`EXP ZI1211;`	1406	`EXP ZI1211;`
1426		1407
1427	`if ((CURRENT_TERMINAL) == 354) {`	1408	`if ((CURRENT_TERMINAL) == 354) {`
1428	`return;`	1409	`return;`
Line 1444...	Line 1425...
1444	`ZL0:;`	1425	`ZL0:;`
1445	`*ZO1211 = ZI1211;`	1426	`*ZO1211 = ZI1211;`
1446	`}`	1427	`}`
1447		1428
1448	`void`	1429	`void`
1449	`ZR1016 PROTO_N ((ZI512))`	-
1450	`PROTO_T (NAMESPACE ZI512)`	1430	`ZR1016(NAMESPACE ZI512)`
1451	`{`	1431	`{`
1452	`switch (CURRENT_TERMINAL) {`	1432	`switch (CURRENT_TERMINAL) {`
1453	`case 65:`	1433	`case 65:`
1454	`{`	1434	`{`
1455	`SID_LIST_EXP ZI497;`	1435	`SID_LIST_EXP ZI497;`
Line 1554...	Line 1534...
1554	`SAVE_LEXER (354);`	1534	`SAVE_LEXER (354);`
1555	`return;`	1535	`return;`
1556	`}`	1536	`}`
1557		1537
1558	`void`	1538	`void`
1559	`ZR644 PROTO_N ((ZO431))`	-
1560	`PROTO_T (EXP *ZO431)`	1539	`ZR644(EXP *ZO431)`
1561	`{`	1540	`{`
1562	`EXP ZI431;`	1541	`EXP ZI431;`
1563		1542
1564	`if ((CURRENT_TERMINAL) == 354) {`	1543	`if ((CURRENT_TERMINAL) == 354) {`
1565	`return;`	1544	`return;`
Line 1585...	Line 1564...
1585	`ZL0:;`	1564	`ZL0:;`
1586	`*ZO431 = ZI431;`	1565	`*ZO431 = ZI431;`
1587	`}`	1566	`}`
1588		1567
1589	`void`	1568	`void`
1590	`ZR1167 PROTO_N ((ZI1165, ZO1166))`	-
1591	`PROTO_T (EXP ZI1165 X EXP *ZO1166)`	1569	`ZR1167(EXP ZI1165, EXP *ZO1166)`
1592	`{`	1570	`{`
1593	`EXP ZI1166;`	1571	`EXP ZI1166;`
1594		1572
1595	`ZL2_1167:;`	1573	`ZL2_1167:;`
1596	`switch (CURRENT_TERMINAL) {`	1574	`switch (CURRENT_TERMINAL) {`
Line 1639...	Line 1617...
1639	`ZL0:;`	1617	`ZL0:;`
1640	`*ZO1166 = ZI1166;`	1618	`*ZO1166 = ZI1166;`
1641	`}`	1619	`}`
1642		1620
1643	`void`	1621	`void`
1644	`ZR583 PROTO_N ((ZO450))`	-
1645	`PROTO_T (int *ZO450)`	1622	`ZR583(int *ZO450)`
1646	`{`	1623	`{`
1647	`int ZI450;`	1624	`int ZI450;`
1648		1625
1649	`if ((CURRENT_TERMINAL) == 354) {`	1626	`if ((CURRENT_TERMINAL) == 354) {`
1650	`return;`	1627	`return;`
Line 1670...	Line 1647...
1670	`ZL0:;`	1647	`ZL0:;`
1671	`*ZO450 = ZI450;`	1648	`*ZO450 = ZI450;`
1672	`}`	1649	`}`
1673		1650
1674	`void`	1651	`void`
1675	`parse_type_param PROTO_N ((ZO459))`	1652	`parse_type_param(IDENTIFIER *ZO459)`
1676	`PROTO_T (IDENTIFIER *ZO459)`	-
1677	`{`	1653	`{`
1678	`IDENTIFIER ZI459;`	1654	`IDENTIFIER ZI459;`
1679		1655
1680	`switch (CURRENT_TERMINAL) {`	1656	`switch (CURRENT_TERMINAL) {`
1681	`case 147:`	1657	`case 147:`
Line 1872...	Line 1848...
1872	`ZL0:;`	1848	`ZL0:;`
1873	`*ZO459 = ZI459;`	1849	`*ZO459 = ZI459;`
1874	`}`	1850	`}`
1875		1851
1876	`void`	1852	`void`
1877	`ZR832 PROTO_N ((ZI414, ZI689))`	-
1878	`PROTO_T (TYPE ZI414 X DECL_SPEC ZI689)`	1853	`ZR832(TYPE ZI414, DECL_SPEC ZI689)`
1879	`{`	1854	`{`
1880	`if ((CURRENT_TERMINAL) == 354) {`	1855	`if ((CURRENT_TERMINAL) == 354) {`
1881	`return;`	1856	`return;`
1882	`}`	1857	`}`
1883	`ZL2_832:;`	1858	`ZL2_832:;`
Line 2075...	Line 2050...
2075	`SAVE_LEXER (354);`	2050	`SAVE_LEXER (354);`
2076	`return;`	2051	`return;`
2077	`}`	2052	`}`
2078		2053
2079	`void`	2054	`void`
2080	`ZR413 PROTO_Z ()`	2055	`ZR413(void)`
2081	`{`	2056	`{`
2082	`if ((CURRENT_TERMINAL) == 354) {`	2057	`if ((CURRENT_TERMINAL) == 354) {`
2083	`return;`	2058	`return;`
2084	`}`	2059	`}`
2085	`{`	2060	`{`
Line 2107...	Line 2082...
2107	`}`	2082	`}`
2108	`}`	2083	`}`
2109	`}`	2084	`}`
2110		2085
2111	`void`	2086	`void`
2112	`ZR553 PROTO_N ((ZI450, ZO431))`	-
2113	`PROTO_T (int ZI450 X EXP *ZO431)`	2087	`ZR553(int ZI450, EXP *ZO431)`
2114	`{`	2088	`{`
2115	`EXP ZI431;`	2089	`EXP ZI431;`
2116		2090
2117	`if ((CURRENT_TERMINAL) == 354) {`	2091	`if ((CURRENT_TERMINAL) == 354) {`
2118	`return;`	2092	`return;`
Line 2229...	Line 2203...
2229	`ZL0:;`	2203	`ZL0:;`
2230	`*ZO431 = ZI431;`	2204	`*ZO431 = ZI431;`
2231	`}`	2205	`}`
2232		2206
2233	`void`	2207	`void`
2234	`ZR593 PROTO_N ((ZI450, ZO431))`	-
2235	`PROTO_T (int ZI450 X EXP *ZO431)`	2208	`ZR593(int ZI450, EXP *ZO431)`
2236	`{`	2209	`{`
2237	`EXP ZI431;`	2210	`EXP ZI431;`
2238		2211
2239	`if ((CURRENT_TERMINAL) == 354) {`	2212	`if ((CURRENT_TERMINAL) == 354) {`
2240	`return;`	2213	`return;`
Line 3408...	Line 3381...
3408	`ZL0:;`	3381	`ZL0:;`
3409	`*ZO431 = ZI431;`	3382	`*ZO431 = ZI431;`
3410	`}`	3383	`}`
3411		3384
3412	`void`	3385	`void`
3413	`ZR917 PROTO_N ((ZI574, ZI874, ZI875, ZI876, ZI909, ZO511, ZO414, ZO783, ZO689))`	-
3414	`PROTO_T (TYPE ZI574 X BASE_TYPE ZI874 X TYPE ZI875 X CV_SPEC ZI876 X DECL_SPEC ZI909 X BASE_TYPE ZO511 X TYPE ZO414 X CV_SPEC ZO783 X DECL_SPEC *ZO689)`	3386	`ZR917(TYPE ZI574, BASE_TYPE ZI874, TYPE ZI875, CV_SPEC ZI876, DECL_SPEC ZI909, BASE_TYPE ZO511, TYPE ZO414, CV_SPEC ZO783, DECL_SPEC *ZO689)`
3415	`{`	3387	`{`
3416	`BASE_TYPE ZI511;`	3388	`BASE_TYPE ZI511;`
3417	`TYPE ZI414;`	3389	`TYPE ZI414;`
3418	`CV_SPEC ZI783;`	3390	`CV_SPEC ZI783;`
3419	`DECL_SPEC ZI689;`	3391	`DECL_SPEC ZI689;`
Line 3501...	Line 3473...
3501	`*ZO783 = ZI783;`	3473	`*ZO783 = ZI783;`
3502	`*ZO689 = ZI689;`	3474	`*ZO689 = ZI689;`
3503	`}`	3475	`}`
3504		3476
3505	`void`	3477	`void`
3506	`ZR477 PROTO_N ((ZO419))`	-
3507	`PROTO_T (IDENTIFIER *ZO419)`	3478	`ZR477(IDENTIFIER *ZO419)`
3508	`{`	3479	`{`
3509	`IDENTIFIER ZI419;`	3480	`IDENTIFIER ZI419;`
3510		3481
3511	`switch (CURRENT_TERMINAL) {`	3482	`switch (CURRENT_TERMINAL) {`
3512	`case 5:`	3483	`case 5:`
Line 3610...	Line 3581...
3610	`ZL0:;`	3581	`ZL0:;`
3611	`*ZO419 = ZI419;`	3582	`*ZO419 = ZI419;`
3612	`}`	3583	`}`
3613		3584
3614	`void`	3585	`void`
3615	`ZR771 PROTO_N ((ZO431))`	-
3616	`PROTO_T (EXP *ZO431)`	3586	`ZR771(EXP *ZO431)`
3617	`{`	3587	`{`
3618	`EXP ZI431;`	3588	`EXP ZI431;`
3619		3589
3620	`if ((CURRENT_TERMINAL) == 354) {`	3590	`if ((CURRENT_TERMINAL) == 354) {`
3621	`return;`	3591	`return;`
Line 3682...	Line 3652...
3682	`ZL0:;`	3652	`ZL0:;`
3683	`*ZO431 = ZI431;`	3653	`*ZO431 = ZI431;`
3684	`}`	3654	`}`
3685		3655
3686	`void`	3656	`void`
3687	`ZR1072 PROTO_N ((ZI414, ZI689, ZO431))`	-
3688	`PROTO_T (TYPE ZI414 X DECL_SPEC ZI689 X EXP *ZO431)`	3657	`ZR1072(TYPE ZI414, DECL_SPEC ZI689, EXP *ZO431)`
3689	`{`	3658	`{`
3690	`EXP ZI431;`	3659	`EXP ZI431;`
3691		3660
3692	`if ((CURRENT_TERMINAL) == 354) {`	3661	`if ((CURRENT_TERMINAL) == 354) {`
3693	`return;`	3662	`return;`
Line 3738...	Line 3707...
3738	`ZL0:;`	3707	`ZL0:;`
3739	`*ZO431 = ZI431;`	3708	`*ZO431 = ZI431;`
3740	`}`	3709	`}`
3741		3710
3742	`void`	3711	`void`
3743	`ZR1429 PROTO_N ((ZI450, ZI554, ZI555, ZO558))`	-
3744	`PROTO_T (int ZI450 X int ZI554 X int ZI555 X EXP ZO558)`	3712	`ZR1429(int ZI450, int ZI554, int ZI555, EXP ZO558)`
3745	`{`	3713	`{`
3746	`EXP ZI558;`	3714	`EXP ZI558;`
3747		3715
3748	`if ((CURRENT_TERMINAL) == 354) {`	3716	`if ((CURRENT_TERMINAL) == 354) {`
3749	`return;`	3717	`return;`
Line 3860...	Line 3828...
3860	`ZL0:;`	3828	`ZL0:;`
3861	`*ZO558 = ZI558;`	3829	`*ZO558 = ZI558;`
3862	`}`	3830	`}`
3863		3831
3864	`void`	3832	`void`
3865	`ZR959 PROTO_N ((ZO414, ZO419))`	-
3866	`PROTO_T (TYPE ZO414 X IDENTIFIER ZO419)`	3833	`ZR959(TYPE ZO414, IDENTIFIER ZO419)`
3867	`{`	3834	`{`
3868	`TYPE ZI414;`	3835	`TYPE ZI414;`
3869	`IDENTIFIER ZI419;`	3836	`IDENTIFIER ZI419;`
3870		3837
3871	`if ((CURRENT_TERMINAL) == 354) {`	3838	`if ((CURRENT_TERMINAL) == 354) {`
Line 4080...	Line 4047...
4080	`*ZO414 = ZI414;`	4047	`*ZO414 = ZI414;`
4081	`*ZO419 = ZI419;`	4048	`*ZO419 = ZI419;`
4082	`}`	4049	`}`
4083		4050
4084	`void`	4051	`void`
4085	`ZR1430 PROTO_N ((ZI456, ZO431))`	-
4086	`PROTO_T (int ZI456 X EXP ZO431)`	4052	`ZR1430(int ZI456, EXP ZO431)`
4087	`{`	4053	`{`
4088	`EXP ZI431;`	4054	`EXP ZI431;`
4089		4055
4090	`switch (CURRENT_TERMINAL) {`	4056	`switch (CURRENT_TERMINAL) {`
4091	`case 140:`	4057	`case 140:`
Line 4172...	Line 4138...
4172	`ZL0:;`	4138	`ZL0:;`
4173	`*ZO431 = ZI431;`	4139	`*ZO431 = ZI431;`
4174	`}`	4140	`}`
4175		4141
4176	`void`	4142	`void`
4177	`ZR1431 PROTO_N ((ZO450))`	-
4178	`PROTO_T (int *ZO450)`	4143	`ZR1431(int *ZO450)`
4179	`{`	4144	`{`
4180	`int ZI450;`	4145	`int ZI450;`
4181		4146

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(root)/trunk/src/producers/cpp/syntax/syntax2.c – Rev 2 → 7