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Line 42... Line 42...
42
#define c_class_IMPLEMENTATION		1
42
#define c_class_IMPLEMENTATION		1
43
#endif
43
#endif
44
 
44
 
45
 
45
 
46
/* Prototype macros */
46
/* Prototype macros */
47
 
-
 
48
#ifndef PROTO_S
-
 
49
#ifdef __STDC__
-
 
50
#define PROTO_S( types )		types
-
 
51
#define PROTO_N( names )
-
 
52
#define PROTO_T( parms )		( parms )
-
 
53
#define PROTO_Z()			( void )
-
 
54
#define X				,
-
 
55
#else
-
 
56
#define PROTO_S( types )		()
-
 
57
#define PROTO_N( names )		names
-
 
58
#define PROTO_T( parms )		parms ;
-
 
59
#define PROTO_Z()			()
-
 
60
#define X				;
-
 
61
#endif
-
 
62
#endif
-
 
63
 
47
 
64
#ifndef CONST_S
48
#ifndef CONST_S
65
#define CONST_S
49
#define CONST_S
66
#endif
50
#endif
67
 
51
 
68
 
52
 
69
/* Primitive types */
53
/* Primitive types */
70
 
54
 
71
typedef character * string ;
55
typedef character * string;
72
typedef unsigned long ulong_type ;
56
typedef unsigned long ulong_type;
73
typedef struct bits_tag * BITSTREAM_P ;
57
typedef struct bits_tag * BITSTREAM_P;
74
typedef struct pptok_tag * PPTOKEN_P ;
58
typedef struct pptok_tag * PPTOKEN_P;
75
 
59
 
76
 
60
 
77
/* Basic types */
61
/* Basic types */
78
 
62
 
79
typedef union c_class_tag {
63
typedef union c_class_tag {
80
    unsigned ag_tag ;
64
    unsigned ag_tag;
81
    union c_class_tag *ag_ptr ;
65
    union c_class_tag *ag_ptr;
82
    unsigned ag_enum ;
66
    unsigned ag_enum;
83
    unsigned long ag_long_enum ;
67
    unsigned long ag_long_enum;
84
    int ag_prim_int ;
68
    int ag_prim_int;
85
    unsigned ag_prim_unsigned ;
69
    unsigned ag_prim_unsigned;
86
    string ag_prim_string ;
70
    string ag_prim_string;
87
    ulong_type ag_prim_ulong ;
71
    ulong_type ag_prim_ulong;
88
    BITSTREAM_P ag_prim_bits ;
72
    BITSTREAM_P ag_prim_bits;
89
    PPTOKEN_P ag_prim_pptok ;
73
    PPTOKEN_P ag_prim_pptok;
90
} c_class ;
74
} c_class;
91
 
75
 
92
typedef c_class *c_class_PTR ;
76
typedef c_class *c_class_PTR;
93
 
77
 
94
#ifndef c_class_DESTR_DEFINED
78
#ifndef c_class_DESTR_DEFINED
95
#define c_class_DESTR_DEFINED
79
#define c_class_DESTR_DEFINED
96
typedef void ( *DESTROYER ) PROTO_S ( ( c_class *, unsigned ) ) ;
80
typedef void (*DESTROYER)(c_class *, unsigned);
97
#endif
81
#endif
98
 
82
 
99
#define PTR( A )	c_class_PTR
83
#define PTR(A)	c_class_PTR
100
#define LIST( A )	c_class_PTR
84
#define LIST(A)	c_class_PTR
101
#define STACK( A )	c_class_PTR
85
#define STACK(A)	c_class_PTR
102
#define SIZE( A )	int
86
#define SIZE(A)	int
103
 
87
 
104
 
88
 
105
/* Assertion macros */
89
/* Assertion macros */
106
 
90
 
107
#ifdef ASSERTS
91
#ifdef ASSERTS
108
extern c_class *check_null_c_class PROTO_S ( ( c_class *, CONST_S char *, int ) ) ;
92
extern c_class *check_null_c_class(c_class *, char *, int);
109
extern c_class *check_tag_c_class PROTO_S ( ( c_class *, unsigned, CONST_S char *, int ) ) ;
93
extern c_class *check_tag_c_class(c_class *, unsigned, char *, int);
110
extern c_class *check_tag_etc_c_class PROTO_S ( ( c_class *, unsigned, unsigned, CONST_S char *, int ) ) ;
94
extern c_class *check_tag_etc_c_class(c_class *, unsigned, unsigned, char *, int);
111
#define CHECK_NULL( P )\
95
#define CHECK_NULL(P)\
112
    ( check_null_c_class ( ( P ), __FILE__, __LINE__ ) )
96
    (check_null_c_class((P), __FILE__, __LINE__))
113
#define CHECK_TAG( P, N )\
97
#define CHECK_TAG(P, N)\
114
    ( check_tag_c_class ( ( P ), ( unsigned ) ( N ), __FILE__, __LINE__ ) )
98
    (check_tag_c_class((P), (unsigned)(N), __FILE__, __LINE__))
115
#define CHECK_TAG_ETC( P, L, U )\
99
#define CHECK_TAG_ETC(P, L, U)\
116
    ( check_tag_etc_c_class ( ( P ), ( unsigned ) ( L ), ( unsigned ) ( U ), __FILE__, __LINE__ ) )
100
    (check_tag_etc_c_class((P), (unsigned)(L), (unsigned)(U), __FILE__, __LINE__))
117
#else
101
#else
118
#define CHECK_NULL( P )			( P )
102
#define CHECK_NULL(P)			(P)
119
#define CHECK_TAG( P, N )		( P )
103
#define CHECK_TAG(P, N)			(P)
120
#define CHECK_TAG_ETC( P, L, U )	( P )
104
#define CHECK_TAG_ETC(P, L, U)		(P)
121
#endif
105
#endif
122
 
106
 
123
 
107
 
124
/* Enumeration definitions */
108
/* Enumeration definitions */
125
 
109
 
126
typedef unsigned CV_SPEC ;
110
typedef unsigned CV_SPEC;
127
typedef unsigned BUILTIN_TYPE ;
111
typedef unsigned BUILTIN_TYPE;
128
typedef unsigned long BASE_TYPE ;
112
typedef unsigned long BASE_TYPE;
129
typedef unsigned long CLASS_INFO ;
113
typedef unsigned long CLASS_INFO;
130
typedef unsigned CLASS_USAGE ;
114
typedef unsigned CLASS_USAGE;
131
typedef unsigned long DECL_SPEC ;
115
typedef unsigned long DECL_SPEC;
132
typedef unsigned QUALIFIER ;
116
typedef unsigned QUALIFIER;
133
typedef unsigned NTEST ;
117
typedef unsigned NTEST;
134
typedef unsigned RMODE ;
118
typedef unsigned RMODE;
135
 
119
 
136
 
120
 
137
/* Union type definitions */
121
/* Union type definitions */
138
 
122
 
139
typedef c_class *INT_TYPE ;
123
typedef c_class *INT_TYPE;
140
typedef c_class *FLOAT_TYPE ;
124
typedef c_class *FLOAT_TYPE;
141
typedef c_class *CLASS_TYPE ;
125
typedef c_class *CLASS_TYPE;
142
typedef c_class *GRAPH ;
126
typedef c_class *GRAPH;
143
typedef c_class *VIRTUAL ;
127
typedef c_class *VIRTUAL;
144
typedef c_class *ENUM_TYPE ;
128
typedef c_class *ENUM_TYPE;
145
typedef c_class *TYPE ;
129
typedef c_class *TYPE;
146
typedef c_class *HASHID ;
130
typedef c_class *HASHID;
147
typedef c_class *IDENTIFIER ;
131
typedef c_class *IDENTIFIER;
148
typedef c_class *MEMBER ;
132
typedef c_class *MEMBER;
149
typedef c_class *NAMESPACE ;
133
typedef c_class *NAMESPACE;
150
typedef c_class *NAT ;
134
typedef c_class *NAT;
151
typedef c_class *FLOAT ;
135
typedef c_class *FLOAT;
152
typedef c_class *STRING ;
136
typedef c_class *STRING;
153
typedef c_class *EXP ;
137
typedef c_class *EXP;
154
typedef c_class *OFFSET ;
138
typedef c_class *OFFSET;
155
typedef c_class *TOKEN ;
139
typedef c_class *TOKEN;
156
typedef c_class *INSTANCE ;
140
typedef c_class *INSTANCE;
157
typedef c_class *ERROR ;
141
typedef c_class *ERROR;
158
 
142
 
159
 
143
 
160
/* Structure declarations */
144
/* Structure declarations */
161
 
145
 
162
typedef struct var_tag VARIABLE ;
146
typedef struct var_tag VARIABLE;
163
typedef struct loc_tag LOCATION ;
147
typedef struct loc_tag LOCATION;
164
typedef struct posn_tag POSITION ;
148
typedef struct posn_tag POSITION;
165
 
149
 
166
 
150
 
167
/* Identity type definitions */
151
/* Identity type definitions */
168
 
152
 
169
 
153
 
Line 172... Line 156...
172
 
156
 
173
#ifndef c_class_STRUCT_DEFINED
157
#ifndef c_class_STRUCT_DEFINED
174
#define c_class_STRUCT_DEFINED
158
#define c_class_STRUCT_DEFINED
175
 
159
 
176
struct var_tag {
160
struct var_tag {
177
    IDENTIFIER id ;
161
    IDENTIFIER id;
178
    DECL_SPEC info ;
162
    DECL_SPEC info;
179
} ;
163
};
180
 
164
 
181
struct loc_tag {
165
struct loc_tag {
182
    ulong_type line ;
166
    ulong_type line;
183
    ulong_type column ;
167
    ulong_type column;
184
    PTR ( POSITION ) posn ;
168
    PTR(POSITION) posn;
185
} ;
169
};
186
 
170
 
187
struct posn_tag {
171
struct posn_tag {
188
    string file ;
172
    string file;
189
    string input ;
173
    string input;
190
    string base ;
174
    string base;
191
    string dir ;
175
    string dir;
192
    ulong_type offset ;
176
    ulong_type offset;
193
    PTR ( LOCATION ) from ;
177
    PTR(LOCATION) from;
194
    ulong_type datestamp ;
178
    ulong_type datestamp;
195
    ulong_type tok ;
179
    ulong_type tok;
196
} ;
180
};
197
 
181
 
198
#endif /* c_class_STRUCT_DEFINED */
182
#endif /* c_class_STRUCT_DEFINED */
199
 
183
 
200
 
184
 
201
/* Function declarations */
185
/* Function declarations */
202
 
186
 
203
extern c_class *gen_c_class PROTO_S ( ( unsigned ) ) ;
187
extern c_class *gen_c_class(unsigned);
204
extern void destroy_c_class PROTO_S ( ( c_class *, unsigned ) ) ;
188
extern void destroy_c_class(c_class *, unsigned);
205
extern void dummy_destroy_c_class PROTO_S ( ( c_class *, unsigned ) ) ;
189
extern void dummy_destroy_c_class (c_class *, unsigned);
206
extern void destroy_c_class_list PROTO_S ( ( c_class *, unsigned ) ) ;
190
extern void destroy_c_class_list (c_class *, unsigned);
207
extern c_class *append_c_class_list PROTO_S ( ( c_class *, c_class * ) ) ;
191
extern c_class *append_c_class_list(c_class *, c_class *);
208
extern c_class *end_c_class_list PROTO_S ( ( c_class * ) ) ;
192
extern c_class *end_c_class_list(c_class *);
209
extern unsigned length_c_class_list PROTO_S ( ( c_class * ) ) ;
193
extern unsigned length_c_class_list(c_class *);
210
extern c_class *reverse_c_class_list PROTO_S ( ( c_class * ) ) ;
194
extern c_class *reverse_c_class_list(c_class *);
211
#ifdef c_class_IO_ROUTINES
195
#ifdef c_class_IO_ROUTINES
212
extern unsigned crt_c_class_alias ;
196
extern unsigned crt_c_class_alias;
213
extern void set_c_class_alias PROTO_S ( ( c_class *, unsigned ) ) ;
197
extern void set_c_class_alias(c_class *, unsigned);
214
extern c_class *find_c_class_alias PROTO_S ( ( unsigned ) ) ;
198
extern c_class *find_c_class_alias(unsigned);
215
extern void clear_c_class_alias PROTO_S ( ( void ) ) ;
199
extern void clear_c_class_alias(void);
216
#endif
200
#endif
217
 
201
 
218
 
202
 
219
/* Run-time type information */
203
/* Run-time type information */
220
 
204
 
221
#ifndef GEN_c_class
205
#ifndef GEN_c_class
222
#define GEN_c_class( A, B )		gen_c_class ( ( unsigned ) ( A ) )
206
#define GEN_c_class(A, B)		gen_c_class((unsigned)(A))
223
#endif
207
#endif
224
#define TYPEID_ptr			( ( unsigned ) 0 )
208
#define TYPEID_ptr			((unsigned)0)
225
#define TYPEID_list			( ( unsigned ) 1 )
209
#define TYPEID_list			((unsigned)1)
226
#define TYPEID_stack			( ( unsigned ) 2 )
210
#define TYPEID_stack			((unsigned)2)
227
#define TYPEID_itype			( ( unsigned ) 3 )
211
#define TYPEID_itype			((unsigned)3)
228
#define TYPEID_ftype			( ( unsigned ) 4 )
212
#define TYPEID_ftype			((unsigned)4)
229
#define TYPEID_ctype			( ( unsigned ) 5 )
213
#define TYPEID_ctype			((unsigned)5)
230
#define TYPEID_graph			( ( unsigned ) 6 )
214
#define TYPEID_graph			((unsigned)6)
231
#define TYPEID_virt			( ( unsigned ) 7 )
215
#define TYPEID_virt			((unsigned)7)
232
#define TYPEID_etype			( ( unsigned ) 8 )
216
#define TYPEID_etype			((unsigned)8)
233
#define TYPEID_type			( ( unsigned ) 9 )
217
#define TYPEID_type			((unsigned)9)
234
#define TYPEID_hashid			( ( unsigned ) 10 )
218
#define TYPEID_hashid			((unsigned)10)
235
#define TYPEID_id			( ( unsigned ) 11 )
219
#define TYPEID_id			((unsigned)11)
236
#define TYPEID_member			( ( unsigned ) 12 )
220
#define TYPEID_member			((unsigned)12)
237
#define TYPEID_nspace			( ( unsigned ) 13 )
221
#define TYPEID_nspace			((unsigned)13)
238
#define TYPEID_nat			( ( unsigned ) 14 )
222
#define TYPEID_nat			((unsigned)14)
239
#define TYPEID_flt			( ( unsigned ) 15 )
223
#define TYPEID_flt			((unsigned)15)
240
#define TYPEID_str			( ( unsigned ) 16 )
224
#define TYPEID_str			((unsigned)16)
241
#define TYPEID_exp			( ( unsigned ) 17 )
225
#define TYPEID_exp			((unsigned)17)
242
#define TYPEID_off			( ( unsigned ) 18 )
226
#define TYPEID_off			((unsigned)18)
243
#define TYPEID_tok			( ( unsigned ) 19 )
227
#define TYPEID_tok			((unsigned)19)
244
#define TYPEID_inst			( ( unsigned ) 20 )
228
#define TYPEID_inst			((unsigned)20)
245
#define TYPEID_err			( ( unsigned ) 21 )
229
#define TYPEID_err			((unsigned)21)
246
 
230
 
247
 
231
 
248
/* Definitions for pointers */
232
/* Definitions for pointers */
249
 
233
 
250
#define STEP_ptr( A, B )		( CHECK_NULL ( A ) + B )
234
#define STEP_ptr(A, B)			(CHECK_NULL(A) + B)
251
#define SIZE_ptr( A )			1
235
#define SIZE_ptr(A)			1
252
#define NULL_ptr( A )			( ( c_class * ) 0 )
236
#define NULL_ptr(A)			((c_class *)0)
253
#define IS_NULL_ptr( A )		( ( A ) == 0 )
237
#define IS_NULL_ptr(A)			((A) == 0)
254
#define EQ_ptr( A, B )			( ( A ) == ( B ) )
238
#define EQ_ptr(A, B)			((A) == (B))
255
#define MAKE_ptr( A )			GEN_c_class ( ( A ), TYPEID_ptr )
239
#define MAKE_ptr(A)			GEN_c_class((A), TYPEID_ptr)
256
#define DESTROY_ptr( A, B )		destroy_c_class ( ( A ), ( unsigned ) ( B ) )
240
#define DESTROY_ptr(A, B)		destroy_c_class((A), (unsigned)(B))
257
#define UNIQ_ptr( A )			GEN_c_class ( 1, TYPEID_ptr )
241
#define UNIQ_ptr(A)			GEN_c_class(1, TYPEID_ptr)
258
#define DESTROY_UNIQ_ptr( A )		destroy_c_class ( ( A ), ( unsigned ) 1 )
242
#define DESTROY_UNIQ_ptr(A)		destroy_c_class((A), (unsigned)1)
259
#ifdef c_class_IO_ROUTINES
243
#ifdef c_class_IO_ROUTINES
260
#define VOIDSTAR_ptr( A )		( ( void * ) ( A ) )
244
#define VOIDSTAR_ptr(A)			((void *)(A))
261
#endif
245
#endif
262
 
246
 
263
#define COPY_ptr( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
247
#define COPY_ptr(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
264
#define DEREF_ptr( A )			( CHECK_NULL ( A )->ag_ptr )
248
#define DEREF_ptr(A)			(CHECK_NULL(A)->ag_ptr)
265
#define CONS_ptr( A, B, C )\
249
#define CONS_ptr(A, B, C)\
266
    {\
250
    {\
267
	c_class *x0_ = GEN_c_class ( 2, TYPEID_list ) ;\
251
	c_class *x0_ = GEN_c_class(2, TYPEID_list);\
268
	x0_ [1].ag_ptr = ( A ) ;\
252
	x0_[1].ag_ptr = (A);\
269
	x0_->ag_ptr = ( B ) ;\
253
	x0_->ag_ptr = (B);\
270
	( C ) = x0_ ;\
254
	(C) = x0_;\
271
    }
255
    }
272
 
256
 
273
#define UN_CONS_ptr( A, B, C )\
257
#define UN_CONS_ptr(A, B, C)\
274
    {\
258
    {\
275
	c_class *x1_ = CHECK_NULL ( C ) ;\
259
	c_class *x1_ = CHECK_NULL(C);\
276
	( A ) = x1_ [1].ag_ptr ;\
260
	(A) = x1_[1].ag_ptr;\
277
	( B ) = x1_->ag_ptr ;\
261
	(B) = x1_->ag_ptr;\
278
    }
262
    }
279
 
263
 
280
#define DESTROY_CONS_ptr( D, A, B, C )\
264
#define DESTROY_CONS_ptr(D, A, B, C)\
281
    {\
265
    {\
282
	c_class *x2_ = CHECK_NULL ( C ) ;\
266
	c_class *x2_ = CHECK_NULL(C);\
283
	( A ) = x2_ [1].ag_ptr ;\
267
	(A) = x2_[1].ag_ptr;\
284
	( B ) = x2_->ag_ptr ;\
268
	(B) = x2_->ag_ptr;\
285
	( D ) ( x2_, ( unsigned ) 2 ) ;\
269
	(D)(x2_, (unsigned)2);\
286
    }
270
    }
287
 
271
 
288
#define PUSH_ptr( A, B )\
272
#define PUSH_ptr(A, B)\
289
    {\
273
    {\
290
	c_class **r3_ = &( B ) ;\
274
	c_class **r3_ = &(B);\
291
	c_class *x3_ = GEN_c_class ( 2, TYPEID_stack ) ;\
275
	c_class *x3_ = GEN_c_class(2, TYPEID_stack);\
292
	x3_ [1].ag_ptr = ( A ) ;\
276
	x3_[1].ag_ptr = (A);\
293
	x3_->ag_ptr = *r3_ ;\
277
	x3_->ag_ptr = *r3_;\
294
	*r3_ = x3_ ;\
278
	*r3_ = x3_;\
295
    }
279
    }
296
 
280
 
297
#define POP_ptr( A, B )\
281
#define POP_ptr(A, B)\
298
    {\
282
    {\
299
	c_class **r4_ = &( B ) ;\
283
	c_class **r4_ = &(B);\
300
	c_class *x4_ = CHECK_NULL ( *r4_ ) ;\
284
	c_class *x4_ = CHECK_NULL(*r4_);\
301
	( A ) = x4_ [1].ag_ptr ;\
285
	(A) = x4_[1].ag_ptr;\
302
	*r4_ = x4_->ag_ptr ;\
286
	*r4_ = x4_->ag_ptr;\
303
	destroy_c_class ( x4_, ( unsigned ) 2 ) ;\
287
	destroy_c_class(x4_, (unsigned)2);\
304
    }
288
    }
305
 
289
 
306
 
290
 
307
/* Definitions for lists */
291
/* Definitions for lists */
308
 
292
 
309
#define HEAD_list( A )			( CHECK_NULL ( A ) + 1 )
293
#define HEAD_list(A)			(CHECK_NULL(A) + 1)
310
#define PTR_TAIL_list( A )		( CHECK_NULL ( A ) )
294
#define PTR_TAIL_list(A)		(CHECK_NULL(A))
311
#define TAIL_list( A )			( CHECK_NULL ( A )->ag_ptr )
295
#define TAIL_list(A)			(CHECK_NULL(A)->ag_ptr)
312
#define LENGTH_list( A )		length_c_class_list ( ( A ) )
296
#define LENGTH_list(A)			length_c_class_list((A))
313
#define END_list( A )			end_c_class_list ( ( A ) )
297
#define END_list(A)			end_c_class_list((A))
314
#define REVERSE_list( A )		reverse_c_class_list ( ( A ) )
298
#define REVERSE_list(A)			reverse_c_class_list((A))
315
#define APPEND_list( A, B )		append_c_class_list ( ( A ), ( B ) )
299
#define APPEND_list(A, B)		append_c_class_list((A), (B))
316
 
300
 
317
#define SIZE_list( A )			1
301
#define SIZE_list(A)			1
318
#define NULL_list( A )			( ( c_class * ) 0 )
302
#define NULL_list(A)			((c_class *) 0)
319
#define IS_NULL_list( A )		( ( A ) == 0 )
303
#define IS_NULL_list(A)			((A) == 0)
320
#define EQ_list( A, B )			( ( A ) == ( B ) )
304
#define EQ_list(A, B)			((A) == (B))
321
#define UNIQ_list( A )			GEN_c_class ( 1, TYPEID_list )
305
#define UNIQ_list(A)			GEN_c_class(1, TYPEID_list)
322
#define DESTROY_UNIQ_list( A )		destroy_c_class ( ( A ), ( unsigned ) 1 )
306
#define DESTROY_UNIQ_list(A)		destroy_c_class((A), (unsigned)1)
323
#ifdef c_class_IO_ROUTINES
307
#ifdef c_class_IO_ROUTINES
324
#define VOIDSTAR_list( A )		( ( void * ) ( A ) )
308
#define VOIDSTAR_list(A)		((void *)(A))
325
#endif
309
#endif
326
 
310
 
327
#define DESTROY_list( A, B )\
311
#define DESTROY_list(A, B)\
328
    {\
312
    {\
329
	destroy_c_class_list ( ( A ), ( unsigned ) ( B ) ) ;\
313
	destroy_c_class_list((A), (unsigned)(B));\
330
    }
314
    }
331
 
315
 
332
#define COPY_list( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
316
#define COPY_list(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
333
#define DEREF_list( A )			( CHECK_NULL ( A )->ag_ptr )
317
#define DEREF_list(A)			(CHECK_NULL(A)->ag_ptr)
334
#define CONS_list( A, B, C )\
318
#define CONS_list(A, B, C)\
335
    {\
319
    {\
336
	c_class *x5_ = GEN_c_class ( 2, TYPEID_list ) ;\
320
	c_class *x5_ = GEN_c_class(2, TYPEID_list);\
337
	x5_ [1].ag_ptr = ( A ) ;\
321
	x5_[1].ag_ptr = (A);\
338
	x5_->ag_ptr = ( B ) ;\
322
	x5_->ag_ptr = (B);\
339
	( C ) = x5_ ;\
323
	(C) = x5_;\
340
    }
324
    }
341
 
325
 
342
#define UN_CONS_list( A, B, C )\
326
#define UN_CONS_list(A, B, C)\
343
    {\
327
    {\
344
	c_class *x6_ = CHECK_NULL ( C ) ;\
328
	c_class *x6_ = CHECK_NULL(C);\
345
	( A ) = x6_ [1].ag_ptr ;\
329
	(A) = x6_[1].ag_ptr;\
346
	( B ) = x6_->ag_ptr ;\
330
	(B) = x6_->ag_ptr;\
347
    }
331
    }
348
 
332
 
349
#define DESTROY_CONS_list( D, A, B, C )\
333
#define DESTROY_CONS_list(D, A, B, C)\
350
    {\
334
    {\
351
	c_class *x7_ = CHECK_NULL ( C ) ;\
335
	c_class *x7_ = CHECK_NULL(C);\
352
	( A ) = x7_ [1].ag_ptr ;\
336
	(A) = x7_[1].ag_ptr;\
353
	( B ) = x7_->ag_ptr ;\
337
	(B) = x7_->ag_ptr;\
354
	( D ) ( x7_, ( unsigned ) 2 ) ;\
338
	(D)(x7_, (unsigned)2);\
355
    }
339
    }
356
 
340
 
357
#define PUSH_list( A, B )\
341
#define PUSH_list(A, B)\
358
    {\
342
    {\
359
	c_class **r8_ = &( B ) ;\
343
	c_class **r8_ = &(B);\
360
	c_class *x8_ = GEN_c_class ( 2, TYPEID_stack ) ;\
344
	c_class *x8_ = GEN_c_class(2, TYPEID_stack);\
361
	x8_ [1].ag_ptr = ( A ) ;\
345
	x8_[1].ag_ptr = (A);\
362
	x8_->ag_ptr = *r8_ ;\
346
	x8_->ag_ptr = *r8_;\
363
	*r8_ = x8_ ;\
347
	*r8_ = x8_;\
364
    }
348
    }
365
 
349
 
366
#define POP_list( A, B )\
350
#define POP_list(A, B)\
367
    {\
351
    {\
368
	c_class **r9_ = &( B ) ;\
352
	c_class **r9_ = &(B);\
369
	c_class *x9_ = CHECK_NULL ( *r9_ ) ;\
353
	c_class *x9_ = CHECK_NULL(*r9_);\
370
	( A ) = x9_ [1].ag_ptr ;\
354
	(A) = x9_[1].ag_ptr;\
371
	*r9_ = x9_->ag_ptr ;\
355
	*r9_ = x9_->ag_ptr;\
372
	destroy_c_class ( x9_, ( unsigned ) 2 ) ;\
356
	destroy_c_class(x9_, (unsigned)2);\
373
    }
357
    }
374
 
358
 
375
 
359
 
376
/* Definitions for stacks */
360
/* Definitions for stacks */
377
 
361
 
378
#define SIZE_stack( A )			1
362
#define SIZE_stack(A)			1
379
#define NULL_stack( A )			( ( c_class * ) 0 )
363
#define NULL_stack(A)			((c_class *) 0)
380
#define IS_NULL_stack( A )		( ( A ) == 0 )
364
#define IS_NULL_stack(A)		((A) == 0)
381
#define STACK_list( A )			( A )
365
#define STACK_list(A)			(A)
382
#define LIST_stack( A )			( A )
366
#define LIST_stack(A)			(A)
383
 
367
 
384
#define COPY_stack( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
368
#define COPY_stack(A, B)		(CHECK_NULL(A)->ag_ptr = (B))
385
#define DEREF_stack( A )		( CHECK_NULL ( A )->ag_ptr )
369
#define DEREF_stack(A)			(CHECK_NULL(A)->ag_ptr)
386
#define CONS_stack( A, B, C )\
370
#define CONS_stack(A, B, C)\
387
    {\
371
    {\
388
	c_class *x10_ = GEN_c_class ( 2, TYPEID_list ) ;\
372
	c_class *x10_ = GEN_c_class(2, TYPEID_list);\
389
	x10_ [1].ag_ptr = ( A ) ;\
373
	x10_[1].ag_ptr = (A);\
390
	x10_->ag_ptr = ( B ) ;\
374
	x10_->ag_ptr = (B);\
391
	( C ) = x10_ ;\
375
	(C) = x10_;\
392
    }
376
    }
393
 
377
 
394
#define UN_CONS_stack( A, B, C )\
378
#define UN_CONS_stack(A, B, C)\
395
    {\
379
    {\
396
	c_class *x11_ = CHECK_NULL ( C ) ;\
380
	c_class *x11_ = CHECK_NULL(C);\
397
	( A ) = x11_ [1].ag_ptr ;\
381
	(A) = x11_[1].ag_ptr;\
398
	( B ) = x11_->ag_ptr ;\
382
	(B) = x11_->ag_ptr;\
399
    }
383
    }
400
 
384
 
401
#define DESTROY_CONS_stack( D, A, B, C )\
385
#define DESTROY_CONS_stack(D, A, B, C)\
402
    {\
386
    {\
403
	c_class *x12_ = CHECK_NULL ( C ) ;\
387
	c_class *x12_ = CHECK_NULL(C);\
404
	( A ) = x12_ [1].ag_ptr ;\
388
	(A) = x12_[1].ag_ptr;\
405
	( B ) = x12_->ag_ptr ;\
389
	(B) = x12_->ag_ptr;\
406
	( D ) ( x12_, ( unsigned ) 2 ) ;\
390
	(D)(x12_, (unsigned)2);\
407
    }
391
    }
408
 
392
 
409
#define PUSH_stack( A, B )\
393
#define PUSH_stack(A, B)\
410
    {\
394
    {\
411
	c_class **r13_ = &( B ) ;\
395
	c_class **r13_ = &(B);\
412
	c_class *x13_ = GEN_c_class ( 2, TYPEID_stack ) ;\
396
	c_class *x13_ = GEN_c_class(2, TYPEID_stack);\
413
	x13_ [1].ag_ptr = ( A ) ;\
397
	x13_[1].ag_ptr = (A);\
414
	x13_->ag_ptr = *r13_ ;\
398
	x13_->ag_ptr = *r13_;\
415
	*r13_ = x13_ ;\
399
	*r13_ = x13_;\
416
    }
400
    }
417
 
401
 
418
#define POP_stack( A, B )\
402
#define POP_stack(A, B)\
419
    {\
403
    {\
420
	c_class **r14_ = &( B ) ;\
404
	c_class **r14_ = &(B);\
421
	c_class *x14_ = CHECK_NULL ( *r14_ ) ;\
405
	c_class *x14_ = CHECK_NULL(*r14_);\
422
	( A ) = x14_ [1].ag_ptr ;\
406
	(A) = x14_[1].ag_ptr;\
423
	*r14_ = x14_->ag_ptr ;\
407
	*r14_ = x14_->ag_ptr;\
424
	destroy_c_class ( x14_, ( unsigned ) 2 ) ;\
408
	destroy_c_class(x14_, (unsigned)2);\
425
    }
409
    }
426
 
410
 
427
 
411
 
428
/* Definitions for sizes */
412
/* Definitions for sizes */
429
 
413
 
430
#define SCALE( A, B )			( ( A ) * ( int ) ( B ) )
414
#define SCALE(A, B)			((A)*(int)(B))
431
 
415
 
432
 
416
 
433
/* Definitions for primitive int */
417
/* Definitions for primitive int */
434
 
418
 
435
#define SIZE_int			1
419
#define SIZE_int			1
436
 
420
 
437
#define COPY_int( A, B )		( CHECK_NULL ( A )->ag_prim_int = ( B ) )
421
#define COPY_int(A, B)			(CHECK_NULL(A)->ag_prim_int = (B))
438
#define DEREF_int( A )			( CHECK_NULL ( A )->ag_prim_int )
422
#define DEREF_int(A)			(CHECK_NULL(A)->ag_prim_int)
439
#define CONS_int( A, B, C )\
423
#define CONS_int(A, B, C)\
440
    {\
424
    {\
441
	c_class *x15_ = GEN_c_class ( 2, TYPEID_list ) ;\
425
	c_class *x15_ = GEN_c_class(2, TYPEID_list);\
442
	COPY_int ( x15_ + 1, ( A ) ) ;\
426
	COPY_int(x15_ + 1, (A));\
443
	x15_->ag_ptr = ( B ) ;\
427
	x15_->ag_ptr = (B);\
444
	( C ) = x15_ ;\
428
	(C) = x15_;\
445
    }
429
    }
446
 
430
 
447
#define UN_CONS_int( A, B, C )\
431
#define UN_CONS_int(A, B, C)\
448
    {\
432
    {\
449
	c_class *x16_ = CHECK_NULL ( C ) ;\
433
	c_class *x16_ = CHECK_NULL(C);\
450
	( A ) = DEREF_int ( x16_ + 1 ) ;\
434
	(A) = DEREF_int(x16_ + 1);\
451
	( B ) = x16_->ag_ptr ;\
435
	(B) = x16_->ag_ptr;\
452
    }
436
    }
453
 
437
 
454
#define DESTROY_CONS_int( D, A, B, C )\
438
#define DESTROY_CONS_int(D, A, B, C)\
455
    {\
439
    {\
456
	c_class *x17_ = CHECK_NULL ( C ) ;\
440
	c_class *x17_ = CHECK_NULL(C);\
457
	( A ) = DEREF_int ( x17_ + 1 ) ;\
441
	(A) = DEREF_int(x17_ + 1);\
458
	( B ) = x17_->ag_ptr ;\
442
	(B) = x17_->ag_ptr;\
459
	( D ) ( x17_, ( unsigned ) 2 ) ;\
443
	(D)(x17_, (unsigned)2);\
460
    }
444
    }
461
 
445
 
462
#define PUSH_int( A, B )\
446
#define PUSH_int(A, B)\
463
    {\
447
    {\
464
	c_class **r18_ = &( B ) ;\
448
	c_class **r18_ = &(B);\
465
	c_class *x18_ = GEN_c_class ( 2, TYPEID_stack ) ;\
449
	c_class *x18_ = GEN_c_class(2, TYPEID_stack);\
466
	COPY_int ( x18_ + 1, ( A ) ) ;\
450
	COPY_int(x18_ + 1, (A));\
467
	x18_->ag_ptr = *r18_ ;\
451
	x18_->ag_ptr = *r18_;\
468
	*r18_ = x18_ ;\
452
	*r18_ = x18_;\
469
    }
453
    }
470
 
454
 
471
#define POP_int( A, B )\
455
#define POP_int(A, B)\
472
    {\
456
    {\
473
	c_class **r19_ = &( B ) ;\
457
	c_class **r19_ = &(B);\
474
	c_class *x19_ = CHECK_NULL ( *r19_ ) ;\
458
	c_class *x19_ = CHECK_NULL(*r19_);\
475
	( A ) = DEREF_int ( x19_ + 1 ) ;\
459
	(A) = DEREF_int(x19_ + 1);\
476
	*r19_ = x19_->ag_ptr ;\
460
	*r19_ = x19_->ag_ptr;\
477
	destroy_c_class ( x19_, ( unsigned ) 2 ) ;\
461
	destroy_c_class(x19_, (unsigned)2);\
478
    }
462
    }
479
 
463
 
480
 
464
 
481
/* Definitions for primitive unsigned */
465
/* Definitions for primitive unsigned */
482
 
466
 
483
#define SIZE_unsigned			1
467
#define SIZE_unsigned			1
484
 
468
 
485
#define COPY_unsigned( A, B )		( CHECK_NULL ( A )->ag_prim_unsigned = ( B ) )
469
#define COPY_unsigned(A, B)		(CHECK_NULL(A)->ag_prim_unsigned = (B))
486
#define DEREF_unsigned( A )		( CHECK_NULL ( A )->ag_prim_unsigned )
470
#define DEREF_unsigned(A)		(CHECK_NULL(A)->ag_prim_unsigned)
487
#define CONS_unsigned( A, B, C )\
471
#define CONS_unsigned(A, B, C)\
488
    {\
472
    {\
489
	c_class *x20_ = GEN_c_class ( 2, TYPEID_list ) ;\
473
	c_class *x20_ = GEN_c_class(2, TYPEID_list);\
490
	COPY_unsigned ( x20_ + 1, ( A ) ) ;\
474
	COPY_unsigned(x20_ + 1, (A));\
491
	x20_->ag_ptr = ( B ) ;\
475
	x20_->ag_ptr = (B);\
492
	( C ) = x20_ ;\
476
	(C) = x20_;\
493
    }
477
    }
494
 
478
 
495
#define UN_CONS_unsigned( A, B, C )\
479
#define UN_CONS_unsigned(A, B, C)\
496
    {\
480
    {\
497
	c_class *x21_ = CHECK_NULL ( C ) ;\
481
	c_class *x21_ = CHECK_NULL(C);\
498
	( A ) = DEREF_unsigned ( x21_ + 1 ) ;\
482
	(A) = DEREF_unsigned(x21_ + 1);\
499
	( B ) = x21_->ag_ptr ;\
483
	(B) = x21_->ag_ptr;\
500
    }
484
    }
501
 
485
 
502
#define DESTROY_CONS_unsigned( D, A, B, C )\
486
#define DESTROY_CONS_unsigned(D, A, B, C)\
503
    {\
487
    {\
504
	c_class *x22_ = CHECK_NULL ( C ) ;\
488
	c_class *x22_ = CHECK_NULL(C);\
505
	( A ) = DEREF_unsigned ( x22_ + 1 ) ;\
489
	(A) = DEREF_unsigned(x22_ + 1);\
506
	( B ) = x22_->ag_ptr ;\
490
	(B) = x22_->ag_ptr;\
507
	( D ) ( x22_, ( unsigned ) 2 ) ;\
491
	(D)(x22_, (unsigned)2);\
508
    }
492
    }
509
 
493
 
510
#define PUSH_unsigned( A, B )\
494
#define PUSH_unsigned(A, B)\
511
    {\
495
    {\
512
	c_class **r23_ = &( B ) ;\
496
	c_class **r23_ = &(B);\
513
	c_class *x23_ = GEN_c_class ( 2, TYPEID_stack ) ;\
497
	c_class *x23_ = GEN_c_class(2, TYPEID_stack);\
514
	COPY_unsigned ( x23_ + 1, ( A ) ) ;\
498
	COPY_unsigned(x23_ + 1, (A));\
515
	x23_->ag_ptr = *r23_ ;\
499
	x23_->ag_ptr = *r23_;\
516
	*r23_ = x23_ ;\
500
	*r23_ = x23_;\
517
    }
501
    }
518
 
502
 
519
#define POP_unsigned( A, B )\
503
#define POP_unsigned(A, B)\
520
    {\
504
    {\
521
	c_class **r24_ = &( B ) ;\
505
	c_class **r24_ = &(B);\
522
	c_class *x24_ = CHECK_NULL ( *r24_ ) ;\
506
	c_class *x24_ = CHECK_NULL(*r24_);\
523
	( A ) = DEREF_unsigned ( x24_ + 1 ) ;\
507
	(A) = DEREF_unsigned(x24_ + 1);\
524
	*r24_ = x24_->ag_ptr ;\
508
	*r24_ = x24_->ag_ptr;\
525
	destroy_c_class ( x24_, ( unsigned ) 2 ) ;\
509
	destroy_c_class(x24_, (unsigned)2);\
526
    }
510
    }
527
 
511
 
528
 
512
 
529
/* Definitions for primitive string */
513
/* Definitions for primitive string */
530
 
514
 
531
#define SIZE_string			1
515
#define SIZE_string			1
532
 
516
 
533
#define COPY_string( A, B )		( CHECK_NULL ( A )->ag_prim_string = ( B ) )
517
#define COPY_string(A, B)		(CHECK_NULL(A)->ag_prim_string = (B))
534
#define DEREF_string( A )		( CHECK_NULL ( A )->ag_prim_string )
518
#define DEREF_string(A)			(CHECK_NULL(A)->ag_prim_string)
535
#define CONS_string( A, B, C )\
519
#define CONS_string(A, B, C)\
536
    {\
520
    {\
537
	c_class *x25_ = GEN_c_class ( 2, TYPEID_list ) ;\
521
	c_class *x25_ = GEN_c_class(2, TYPEID_list);\
538
	COPY_string ( x25_ + 1, ( A ) ) ;\
522
	COPY_string(x25_ + 1, (A));\
539
	x25_->ag_ptr = ( B ) ;\
523
	x25_->ag_ptr = (B);\
540
	( C ) = x25_ ;\
524
	(C) = x25_;\
541
    }
525
    }
542
 
526
 
543
#define UN_CONS_string( A, B, C )\
527
#define UN_CONS_string(A, B, C)\
544
    {\
528
    {\
545
	c_class *x26_ = CHECK_NULL ( C ) ;\
529
	c_class *x26_ = CHECK_NULL(C);\
546
	( A ) = DEREF_string ( x26_ + 1 ) ;\
530
	(A) = DEREF_string(x26_ + 1);\
547
	( B ) = x26_->ag_ptr ;\
531
	(B) = x26_->ag_ptr;\
548
    }
532
    }
549
 
533
 
550
#define DESTROY_CONS_string( D, A, B, C )\
534
#define DESTROY_CONS_string(D, A, B, C)\
551
    {\
535
    {\
552
	c_class *x27_ = CHECK_NULL ( C ) ;\
536
	c_class *x27_ = CHECK_NULL(C);\
553
	( A ) = DEREF_string ( x27_ + 1 ) ;\
537
	(A) = DEREF_string(x27_ + 1);\
554
	( B ) = x27_->ag_ptr ;\
538
	(B) = x27_->ag_ptr;\
555
	( D ) ( x27_, ( unsigned ) 2 ) ;\
539
	(D)(x27_, (unsigned)2);\
556
    }
540
    }
557
 
541
 
558
#define PUSH_string( A, B )\
542
#define PUSH_string(A, B)\
559
    {\
543
    {\
560
	c_class **r28_ = &( B ) ;\
544
	c_class **r28_ = &(B);\
561
	c_class *x28_ = GEN_c_class ( 2, TYPEID_stack ) ;\
545
	c_class *x28_ = GEN_c_class(2, TYPEID_stack);\
562
	COPY_string ( x28_ + 1, ( A ) ) ;\
546
	COPY_string(x28_ + 1, (A));\
563
	x28_->ag_ptr = *r28_ ;\
547
	x28_->ag_ptr = *r28_;\
564
	*r28_ = x28_ ;\
548
	*r28_ = x28_;\
565
    }
549
    }
566
 
550
 
567
#define POP_string( A, B )\
551
#define POP_string(A, B)\
568
    {\
552
    {\
569
	c_class **r29_ = &( B ) ;\
553
	c_class **r29_ = &(B);\
570
	c_class *x29_ = CHECK_NULL ( *r29_ ) ;\
554
	c_class *x29_ = CHECK_NULL(*r29_);\
571
	( A ) = DEREF_string ( x29_ + 1 ) ;\
555
	(A) = DEREF_string(x29_ + 1);\
572
	*r29_ = x29_->ag_ptr ;\
556
	*r29_ = x29_->ag_ptr;\
573
	destroy_c_class ( x29_, ( unsigned ) 2 ) ;\
557
	destroy_c_class(x29_, (unsigned)2);\
574
    }
558
    }
575
 
559
 
576
 
560
 
577
/* Definitions for primitive ulong_type */
561
/* Definitions for primitive ulong_type */
578
 
562
 
579
#define SIZE_ulong			1
563
#define SIZE_ulong			1
580
 
564
 
581
#define COPY_ulong( A, B )		( CHECK_NULL ( A )->ag_prim_ulong = ( B ) )
565
#define COPY_ulong(A, B)		(CHECK_NULL(A)->ag_prim_ulong = (B))
582
#define DEREF_ulong( A )		( CHECK_NULL ( A )->ag_prim_ulong )
566
#define DEREF_ulong(A)			(CHECK_NULL(A)->ag_prim_ulong)
583
#define CONS_ulong( A, B, C )\
567
#define CONS_ulong(A, B, C)\
584
    {\
568
    {\
585
	c_class *x30_ = GEN_c_class ( 2, TYPEID_list ) ;\
569
	c_class *x30_ = GEN_c_class(2, TYPEID_list);\
586
	COPY_ulong ( x30_ + 1, ( A ) ) ;\
570
	COPY_ulong(x30_ + 1, (A));\
587
	x30_->ag_ptr = ( B ) ;\
571
	x30_->ag_ptr = (B);\
588
	( C ) = x30_ ;\
572
	(C) = x30_;\
589
    }
573
    }
590
 
574
 
591
#define UN_CONS_ulong( A, B, C )\
575
#define UN_CONS_ulong(A, B, C)\
592
    {\
576
    {\
593
	c_class *x31_ = CHECK_NULL ( C ) ;\
577
	c_class *x31_ = CHECK_NULL(C);\
594
	( A ) = DEREF_ulong ( x31_ + 1 ) ;\
578
	(A) = DEREF_ulong(x31_ + 1);\
595
	( B ) = x31_->ag_ptr ;\
579
	(B) = x31_->ag_ptr;\
596
    }
580
    }
597
 
581
 
598
#define DESTROY_CONS_ulong( D, A, B, C )\
582
#define DESTROY_CONS_ulong(D, A, B, C)\
599
    {\
583
    {\
600
	c_class *x32_ = CHECK_NULL ( C ) ;\
584
	c_class *x32_ = CHECK_NULL(C);\
601
	( A ) = DEREF_ulong ( x32_ + 1 ) ;\
585
	(A) = DEREF_ulong(x32_ + 1);\
602
	( B ) = x32_->ag_ptr ;\
586
	(B) = x32_->ag_ptr;\
603
	( D ) ( x32_, ( unsigned ) 2 ) ;\
587
	(D)(x32_, (unsigned)2);\
604
    }
588
    }
605
 
589
 
606
#define PUSH_ulong( A, B )\
590
#define PUSH_ulong(A, B)\
607
    {\
591
    {\
608
	c_class **r33_ = &( B ) ;\
592
	c_class **r33_ = &(B);\
609
	c_class *x33_ = GEN_c_class ( 2, TYPEID_stack ) ;\
593
	c_class *x33_ = GEN_c_class(2, TYPEID_stack);\
610
	COPY_ulong ( x33_ + 1, ( A ) ) ;\
594
	COPY_ulong(x33_ + 1, (A));\
611
	x33_->ag_ptr = *r33_ ;\
595
	x33_->ag_ptr = *r33_;\
612
	*r33_ = x33_ ;\
596
	*r33_ = x33_;\
613
    }
597
    }
614
 
598
 
615
#define POP_ulong( A, B )\
599
#define POP_ulong(A, B)\
616
    {\
600
    {\
617
	c_class **r34_ = &( B ) ;\
601
	c_class **r34_ = &(B);\
618
	c_class *x34_ = CHECK_NULL ( *r34_ ) ;\
602
	c_class *x34_ = CHECK_NULL(*r34_);\
619
	( A ) = DEREF_ulong ( x34_ + 1 ) ;\
603
	(A) = DEREF_ulong(x34_ + 1);\
620
	*r34_ = x34_->ag_ptr ;\
604
	*r34_ = x34_->ag_ptr;\
621
	destroy_c_class ( x34_, ( unsigned ) 2 ) ;\
605
	destroy_c_class(x34_, (unsigned)2);\
622
    }
606
    }
623
 
607
 
624
 
608
 
625
/* Definitions for primitive BITSTREAM_P */
609
/* Definitions for primitive BITSTREAM_P */
626
 
610
 
627
#define SIZE_bits			1
611
#define SIZE_bits			1
628
 
612
 
629
#define COPY_bits( A, B )		( CHECK_NULL ( A )->ag_prim_bits = ( B ) )
613
#define COPY_bits(A, B)			(CHECK_NULL(A)->ag_prim_bits = (B))
630
#define DEREF_bits( A )			( CHECK_NULL ( A )->ag_prim_bits )
614
#define DEREF_bits(A)			(CHECK_NULL(A)->ag_prim_bits)
631
#define CONS_bits( A, B, C )\
615
#define CONS_bits(A, B, C)\
632
    {\
616
    {\
633
	c_class *x35_ = GEN_c_class ( 2, TYPEID_list ) ;\
617
	c_class *x35_ = GEN_c_class(2, TYPEID_list);\
634
	COPY_bits ( x35_ + 1, ( A ) ) ;\
618
	COPY_bits(x35_ + 1, (A));\
635
	x35_->ag_ptr = ( B ) ;\
619
	x35_->ag_ptr = (B);\
636
	( C ) = x35_ ;\
620
	(C) = x35_;\
637
    }
621
    }
638
 
622
 
639
#define UN_CONS_bits( A, B, C )\
623
#define UN_CONS_bits(A, B, C)\
640
    {\
624
    {\
641
	c_class *x36_ = CHECK_NULL ( C ) ;\
625
	c_class *x36_ = CHECK_NULL(C);\
642
	( A ) = DEREF_bits ( x36_ + 1 ) ;\
626
	(A) = DEREF_bits(x36_ + 1);\
643
	( B ) = x36_->ag_ptr ;\
627
	(B) = x36_->ag_ptr;\
644
    }
628
    }
645
 
629
 
646
#define DESTROY_CONS_bits( D, A, B, C )\
630
#define DESTROY_CONS_bits(D, A, B, C)\
647
    {\
631
    {\
648
	c_class *x37_ = CHECK_NULL ( C ) ;\
632
	c_class *x37_ = CHECK_NULL(C);\
649
	( A ) = DEREF_bits ( x37_ + 1 ) ;\
633
	(A) = DEREF_bits(x37_ + 1);\
650
	( B ) = x37_->ag_ptr ;\
634
	(B) = x37_->ag_ptr;\
651
	( D ) ( x37_, ( unsigned ) 2 ) ;\
635
	(D)(x37_, (unsigned)2);\
652
    }
636
    }
653
 
637
 
654
#define PUSH_bits( A, B )\
638
#define PUSH_bits(A, B)\
655
    {\
639
    {\
656
	c_class **r38_ = &( B ) ;\
640
	c_class **r38_ = &(B);\
657
	c_class *x38_ = GEN_c_class ( 2, TYPEID_stack ) ;\
641
	c_class *x38_ = GEN_c_class(2, TYPEID_stack);\
658
	COPY_bits ( x38_ + 1, ( A ) ) ;\
642
	COPY_bits(x38_ + 1, (A));\
659
	x38_->ag_ptr = *r38_ ;\
643
	x38_->ag_ptr = *r38_;\
660
	*r38_ = x38_ ;\
644
	*r38_ = x38_;\
661
    }
645
    }
662
 
646
 
663
#define POP_bits( A, B )\
647
#define POP_bits(A, B)\
664
    {\
648
    {\
665
	c_class **r39_ = &( B ) ;\
649
	c_class **r39_ = &(B);\
666
	c_class *x39_ = CHECK_NULL ( *r39_ ) ;\
650
	c_class *x39_ = CHECK_NULL(*r39_);\
667
	( A ) = DEREF_bits ( x39_ + 1 ) ;\
651
	(A) = DEREF_bits(x39_ + 1);\
668
	*r39_ = x39_->ag_ptr ;\
652
	*r39_ = x39_->ag_ptr;\
669
	destroy_c_class ( x39_, ( unsigned ) 2 ) ;\
653
	destroy_c_class(x39_, (unsigned)2);\
670
    }
654
    }
671
 
655
 
672
 
656
 
673
/* Definitions for primitive PPTOKEN_P */
657
/* Definitions for primitive PPTOKEN_P */
674
 
658
 
675
#define SIZE_pptok			1
659
#define SIZE_pptok			1
676
 
660
 
677
#define COPY_pptok( A, B )		( CHECK_NULL ( A )->ag_prim_pptok = ( B ) )
661
#define COPY_pptok(A, B)		(CHECK_NULL(A)->ag_prim_pptok = (B))
678
#define DEREF_pptok( A )		( CHECK_NULL ( A )->ag_prim_pptok )
662
#define DEREF_pptok(A)			(CHECK_NULL(A)->ag_prim_pptok)
679
#define CONS_pptok( A, B, C )\
663
#define CONS_pptok(A, B, C)\
680
    {\
664
    {\
681
	c_class *x40_ = GEN_c_class ( 2, TYPEID_list ) ;\
665
	c_class *x40_ = GEN_c_class(2, TYPEID_list);\
682
	COPY_pptok ( x40_ + 1, ( A ) ) ;\
666
	COPY_pptok(x40_ + 1, (A));\
683
	x40_->ag_ptr = ( B ) ;\
667
	x40_->ag_ptr = (B);\
684
	( C ) = x40_ ;\
668
	(C) = x40_;\
685
    }
669
    }
686
 
670
 
687
#define UN_CONS_pptok( A, B, C )\
671
#define UN_CONS_pptok(A, B, C)\
688
    {\
672
    {\
689
	c_class *x41_ = CHECK_NULL ( C ) ;\
673
	c_class *x41_ = CHECK_NULL(C);\
690
	( A ) = DEREF_pptok ( x41_ + 1 ) ;\
674
	(A) = DEREF_pptok(x41_ + 1);\
691
	( B ) = x41_->ag_ptr ;\
675
	(B) = x41_->ag_ptr;\
692
    }
676
    }
693
 
677
 
694
#define DESTROY_CONS_pptok( D, A, B, C )\
678
#define DESTROY_CONS_pptok(D, A, B, C)\
695
    {\
679
    {\
696
	c_class *x42_ = CHECK_NULL ( C ) ;\
680
	c_class *x42_ = CHECK_NULL(C);\
697
	( A ) = DEREF_pptok ( x42_ + 1 ) ;\
681
	(A) = DEREF_pptok(x42_ + 1);\
698
	( B ) = x42_->ag_ptr ;\
682
	(B) = x42_->ag_ptr;\
699
	( D ) ( x42_, ( unsigned ) 2 ) ;\
683
	(D)(x42_, (unsigned)2);\
700
    }
684
    }
701
 
685
 
702
#define PUSH_pptok( A, B )\
686
#define PUSH_pptok(A, B)\
703
    {\
687
    {\
704
	c_class **r43_ = &( B ) ;\
688
	c_class **r43_ = &(B);\
705
	c_class *x43_ = GEN_c_class ( 2, TYPEID_stack ) ;\
689
	c_class *x43_ = GEN_c_class(2, TYPEID_stack);\
706
	COPY_pptok ( x43_ + 1, ( A ) ) ;\
690
	COPY_pptok(x43_ + 1, (A));\
707
	x43_->ag_ptr = *r43_ ;\
691
	x43_->ag_ptr = *r43_;\
708
	*r43_ = x43_ ;\
692
	*r43_ = x43_;\
709
    }
693
    }
710
 
694
 
711
#define POP_pptok( A, B )\
695
#define POP_pptok(A, B)\
712
    {\
696
    {\
713
	c_class **r44_ = &( B ) ;\
697
	c_class **r44_ = &(B);\
714
	c_class *x44_ = CHECK_NULL ( *r44_ ) ;\
698
	c_class *x44_ = CHECK_NULL(*r44_);\
715
	( A ) = DEREF_pptok ( x44_ + 1 ) ;\
699
	(A) = DEREF_pptok(x44_ + 1);\
716
	*r44_ = x44_->ag_ptr ;\
700
	*r44_ = x44_->ag_ptr;\
717
	destroy_c_class ( x44_, ( unsigned ) 2 ) ;\
701
	destroy_c_class(x44_, (unsigned)2);\
718
    }
702
    }
719
 
703
 
720
 
704
 
721
/* Definitions for enumeration CV_SPEC */
705
/* Definitions for enumeration CV_SPEC */
722
 
706
 
723
#define cv_none				( ( CV_SPEC ) 0 )
707
#define cv_none				((CV_SPEC) 0)
724
#define cv_const			( ( CV_SPEC ) 1 )
708
#define cv_const			((CV_SPEC) 1)
725
#define cv_volatile			( ( CV_SPEC ) 2 )
709
#define cv_volatile			((CV_SPEC) 2)
726
#define cv_lvalue			( ( CV_SPEC ) 4 )
710
#define cv_lvalue			((CV_SPEC) 4)
727
#define cv_c				( ( CV_SPEC ) 8 )
711
#define cv_c				((CV_SPEC) 8)
728
#define cv_cpp				( ( CV_SPEC ) 16 )
712
#define cv_cpp				((CV_SPEC) 16)
729
#define cv_qual				( ( CV_SPEC ) 3 )
713
#define cv_qual				((CV_SPEC) 3)
730
#define cv_mask				( ( CV_SPEC ) 7 )
714
#define cv_mask				((CV_SPEC) 7)
731
#define cv_language			( ( CV_SPEC ) 24 )
715
#define cv_language			((CV_SPEC) 24)
732
#define ORDER_cv			( ( unsigned long ) 25 )
716
#define ORDER_cv			((unsigned long) 25)
733
#define SIZE_cv				1
717
#define SIZE_cv				1
734
 
718
 
735
#define COPY_cv( A, B )			( CHECK_NULL ( A )->ag_enum = ( B ) )
719
#define COPY_cv(A, B)			(CHECK_NULL(A)->ag_enum = (B))
736
#define DEREF_cv( A )			( CHECK_NULL ( A )->ag_enum )
720
#define DEREF_cv(A)			(CHECK_NULL(A)->ag_enum)
737
 
721
 
738
 
722
 
739
/* Definitions for enumeration BUILTIN_TYPE */
723
/* Definitions for enumeration BUILTIN_TYPE */
740
 
724
 
741
#define ntype_none			( ( BUILTIN_TYPE ) 0 )
725
#define ntype_none			((BUILTIN_TYPE) 0)
742
#define ntype_char			( ( BUILTIN_TYPE ) 1 )
726
#define ntype_char			((BUILTIN_TYPE) 1)
743
#define ntype_schar			( ( BUILTIN_TYPE ) 2 )
727
#define ntype_schar			((BUILTIN_TYPE) 2)
744
#define ntype_uchar			( ( BUILTIN_TYPE ) 3 )
728
#define ntype_uchar			((BUILTIN_TYPE) 3)
745
#define ntype_sshort			( ( BUILTIN_TYPE ) 4 )
729
#define ntype_sshort			((BUILTIN_TYPE) 4)
746
#define ntype_ushort			( ( BUILTIN_TYPE ) 5 )
730
#define ntype_ushort			((BUILTIN_TYPE) 5)
747
#define ntype_sint			( ( BUILTIN_TYPE ) 6 )
731
#define ntype_sint			((BUILTIN_TYPE) 6)
748
#define ntype_uint			( ( BUILTIN_TYPE ) 7 )
732
#define ntype_uint			((BUILTIN_TYPE) 7)
749
#define ntype_slong			( ( BUILTIN_TYPE ) 8 )
733
#define ntype_slong			((BUILTIN_TYPE) 8)
750
#define ntype_ulong			( ( BUILTIN_TYPE ) 9 )
734
#define ntype_ulong			((BUILTIN_TYPE) 9)
751
#define ntype_sllong			( ( BUILTIN_TYPE ) 10 )
735
#define ntype_sllong			((BUILTIN_TYPE) 10)
752
#define ntype_ullong			( ( BUILTIN_TYPE ) 11 )
736
#define ntype_ullong			((BUILTIN_TYPE) 11)
753
#define ntype_float			( ( BUILTIN_TYPE ) 12 )
737
#define ntype_float			((BUILTIN_TYPE) 12)
754
#define ntype_double			( ( BUILTIN_TYPE ) 13 )
738
#define ntype_double			((BUILTIN_TYPE) 13)
755
#define ntype_ldouble			( ( BUILTIN_TYPE ) 14 )
739
#define ntype_ldouble			((BUILTIN_TYPE) 14)
756
#define ntype_void			( ( BUILTIN_TYPE ) 15 )
740
#define ntype_void			((BUILTIN_TYPE) 15)
757
#define ntype_bottom			( ( BUILTIN_TYPE ) 16 )
741
#define ntype_bottom			((BUILTIN_TYPE) 16)
758
#define ntype_bool			( ( BUILTIN_TYPE ) 17 )
742
#define ntype_bool			((BUILTIN_TYPE) 17)
759
#define ntype_ptrdiff_t			( ( BUILTIN_TYPE ) 18 )
743
#define ntype_ptrdiff_t			((BUILTIN_TYPE) 18)
760
#define ntype_size_t			( ( BUILTIN_TYPE ) 19 )
744
#define ntype_size_t			((BUILTIN_TYPE) 19)
761
#define ntype_wchar_t			( ( BUILTIN_TYPE ) 20 )
745
#define ntype_wchar_t			((BUILTIN_TYPE) 20)
762
#define ntype_ellipsis			( ( BUILTIN_TYPE ) 21 )
746
#define ntype_ellipsis			((BUILTIN_TYPE) 21)
763
#define ORDER_ntype			( ( unsigned long ) 22 )
747
#define ORDER_ntype			((unsigned long) 22)
764
#define SIZE_ntype			1
748
#define SIZE_ntype			1
765
 
749
 
766
#define COPY_ntype( A, B )		( CHECK_NULL ( A )->ag_enum = ( B ) )
750
#define COPY_ntype(A, B)		(CHECK_NULL(A)->ag_enum = (B))
767
#define DEREF_ntype( A )		( CHECK_NULL ( A )->ag_enum )
751
#define DEREF_ntype(A)			(CHECK_NULL(A)->ag_enum)
768
 
752
 
769
 
753
 
770
/* Definitions for enumeration BASE_TYPE */
754
/* Definitions for enumeration BASE_TYPE */
771
 
755
 
772
#ifdef __STDC__
756
#ifdef __STDC__
773
#define btype_none			( ( BASE_TYPE ) 0UL )
757
#define btype_none			((BASE_TYPE) 0UL)
774
#define btype_class			( ( BASE_TYPE ) 1UL )
758
#define btype_class			((BASE_TYPE) 1UL)
775
#define btype_struct_			( ( BASE_TYPE ) 2UL )
759
#define btype_struct_			((BASE_TYPE) 2UL)
776
#define btype_union_			( ( BASE_TYPE ) 3UL )
760
#define btype_union_			((BASE_TYPE) 3UL)
777
#define btype_enum_			( ( BASE_TYPE ) 4UL )
761
#define btype_enum_			((BASE_TYPE) 4UL)
778
#define btype_alias			( ( BASE_TYPE ) 5UL )
762
#define btype_alias			((BASE_TYPE) 5UL)
779
#define btype_any			( ( BASE_TYPE ) 6UL )
763
#define btype_any			((BASE_TYPE) 6UL)
780
#define btype_named			( ( BASE_TYPE ) 7UL )
764
#define btype_named			((BASE_TYPE) 7UL)
781
#define btype_signed			( ( BASE_TYPE ) 8UL )
765
#define btype_signed			((BASE_TYPE) 8UL)
782
#define btype_unsigned			( ( BASE_TYPE ) 16UL )
766
#define btype_unsigned			((BASE_TYPE) 16UL)
783
#define btype_char			( ( BASE_TYPE ) 32UL )
767
#define btype_char			((BASE_TYPE) 32UL)
784
#define btype_short			( ( BASE_TYPE ) 64UL )
768
#define btype_short			((BASE_TYPE) 64UL)
785
#define btype_int			( ( BASE_TYPE ) 128UL )
769
#define btype_int			((BASE_TYPE) 128UL)
786
#define btype_long			( ( BASE_TYPE ) 256UL )
770
#define btype_long			((BASE_TYPE) 256UL)
787
#define btype_long2			( ( BASE_TYPE ) 512UL )
771
#define btype_long2			((BASE_TYPE) 512UL)
788
#define btype_float			( ( BASE_TYPE ) 1024UL )
772
#define btype_float			((BASE_TYPE) 1024UL)
789
#define btype_double			( ( BASE_TYPE ) 2048UL )
773
#define btype_double			((BASE_TYPE) 2048UL)
790
#define btype_void			( ( BASE_TYPE ) 4096UL )
774
#define btype_void			((BASE_TYPE) 4096UL)
791
#define btype_bottom			( ( BASE_TYPE ) 8192UL )
775
#define btype_bottom			((BASE_TYPE) 8192UL)
792
#define btype_bool			( ( BASE_TYPE ) 16384UL )
776
#define btype_bool			((BASE_TYPE) 16384UL)
793
#define btype_ptrdiff_t			( ( BASE_TYPE ) 32768UL )
777
#define btype_ptrdiff_t			((BASE_TYPE) 32768UL)
794
#define btype_size_t			( ( BASE_TYPE ) 65536UL )
778
#define btype_size_t			((BASE_TYPE) 65536UL)
795
#define btype_wchar_t			( ( BASE_TYPE ) 131072UL )
779
#define btype_wchar_t			((BASE_TYPE) 131072UL)
796
#define btype_schar			( ( BASE_TYPE ) 40UL )
780
#define btype_schar			((BASE_TYPE) 40UL)
797
#define btype_uchar			( ( BASE_TYPE ) 48UL )
781
#define btype_uchar			((BASE_TYPE) 48UL)
798
#define btype_sshort			( ( BASE_TYPE ) 200UL )
782
#define btype_sshort			((BASE_TYPE) 200UL)
799
#define btype_ushort			( ( BASE_TYPE ) 208UL )
783
#define btype_ushort			((BASE_TYPE) 208UL)
800
#define btype_sint			( ( BASE_TYPE ) 136UL )
784
#define btype_sint			((BASE_TYPE) 136UL)
801
#define btype_uint			( ( BASE_TYPE ) 144UL )
785
#define btype_uint			((BASE_TYPE) 144UL)
802
#define btype_slong			( ( BASE_TYPE ) 392UL )
786
#define btype_slong			((BASE_TYPE) 392UL)
803
#define btype_ulong			( ( BASE_TYPE ) 400UL )
787
#define btype_ulong			((BASE_TYPE) 400UL)
804
#define btype_llong			( ( BASE_TYPE ) 768UL )
788
#define btype_llong			((BASE_TYPE) 768UL)
805
#define btype_sllong			( ( BASE_TYPE ) 904UL )
789
#define btype_sllong			((BASE_TYPE) 904UL)
806
#define btype_ullong			( ( BASE_TYPE ) 912UL )
790
#define btype_ullong			((BASE_TYPE) 912UL)
807
#define btype_ldouble			( ( BASE_TYPE ) 2304UL )
791
#define btype_ldouble			((BASE_TYPE) 2304UL)
808
#define btype_ellipsis			( ( BASE_TYPE ) 262144UL )
792
#define btype_ellipsis			((BASE_TYPE) 262144UL)
809
#define btype_star			( ( BASE_TYPE ) 524288UL )
793
#define btype_star			((BASE_TYPE) 524288UL)
810
#define btype_template			( ( BASE_TYPE ) 1048576UL )
794
#define btype_template			((BASE_TYPE) 1048576UL)
811
#define btype_typename			( ( BASE_TYPE ) 2097152UL )
795
#define btype_typename			((BASE_TYPE) 2097152UL)
812
#define btype_args			( ( BASE_TYPE ) 4194304UL )
796
#define btype_args			((BASE_TYPE) 4194304UL)
813
#define btype_keyword			( ( BASE_TYPE ) 154624UL )
797
#define btype_keyword			((BASE_TYPE) 154624UL)
814
#define btype_other			( ( BASE_TYPE ) 261120UL )
798
#define btype_other			((BASE_TYPE) 261120UL)
815
#define btype_arith			( ( BASE_TYPE ) 1152UL )
799
#define btype_arith			((BASE_TYPE) 1152UL)
816
#define btype_scalar			( ( BASE_TYPE ) 525440UL )
800
#define btype_scalar			((BASE_TYPE) 525440UL)
817
#define ORDER_btype			( 4194305UL )
801
#define ORDER_btype			(4194305UL)
818
#else
802
#else
819
#define btype_none			( ( BASE_TYPE ) 0 )
803
#define btype_none			((BASE_TYPE) 0)
820
#define btype_class			( ( BASE_TYPE ) 1 )
804
#define btype_class			((BASE_TYPE) 1)
821
#define btype_struct_			( ( BASE_TYPE ) 2 )
805
#define btype_struct_			((BASE_TYPE) 2)
822
#define btype_union_			( ( BASE_TYPE ) 3 )
806
#define btype_union_			((BASE_TYPE) 3)
823
#define btype_enum_			( ( BASE_TYPE ) 4 )
807
#define btype_enum_			((BASE_TYPE) 4)
824
#define btype_alias			( ( BASE_TYPE ) 5 )
808
#define btype_alias			((BASE_TYPE) 5)
825
#define btype_any			( ( BASE_TYPE ) 6 )
809
#define btype_any			((BASE_TYPE) 6)
826
#define btype_named			( ( BASE_TYPE ) 7 )
810
#define btype_named			((BASE_TYPE) 7)
827
#define btype_signed			( ( BASE_TYPE ) 8 )
811
#define btype_signed			((BASE_TYPE) 8)
828
#define btype_unsigned			( ( BASE_TYPE ) 16 )
812
#define btype_unsigned			((BASE_TYPE) 16)
829
#define btype_char			( ( BASE_TYPE ) 32 )
813
#define btype_char			((BASE_TYPE) 32)
830
#define btype_short			( ( BASE_TYPE ) 64 )
814
#define btype_short			((BASE_TYPE) 64)
831
#define btype_int			( ( BASE_TYPE ) 128 )
815
#define btype_int			((BASE_TYPE) 128)
832
#define btype_long			( ( BASE_TYPE ) 256 )
816
#define btype_long			((BASE_TYPE) 256)
833
#define btype_long2			( ( BASE_TYPE ) 512 )
817
#define btype_long2			((BASE_TYPE) 512)
834
#define btype_float			( ( BASE_TYPE ) 1024 )
818
#define btype_float			((BASE_TYPE) 1024)
835
#define btype_double			( ( BASE_TYPE ) 2048 )
819
#define btype_double			((BASE_TYPE) 2048)
836
#define btype_void			( ( BASE_TYPE ) 4096 )
820
#define btype_void			((BASE_TYPE) 4096)
837
#define btype_bottom			( ( BASE_TYPE ) 8192 )
821
#define btype_bottom			((BASE_TYPE) 8192)
838
#define btype_bool			( ( BASE_TYPE ) 16384 )
822
#define btype_bool			((BASE_TYPE) 16384)
839
#define btype_ptrdiff_t			( ( BASE_TYPE ) 32768 )
823
#define btype_ptrdiff_t			((BASE_TYPE) 32768)
840
#define btype_size_t			( ( BASE_TYPE ) 65536 )
824
#define btype_size_t			((BASE_TYPE) 65536)
841
#define btype_wchar_t			( ( BASE_TYPE ) 131072 )
825
#define btype_wchar_t			((BASE_TYPE) 131072)
842
#define btype_schar			( ( BASE_TYPE ) 40 )
826
#define btype_schar			((BASE_TYPE) 40)
843
#define btype_uchar			( ( BASE_TYPE ) 48 )
827
#define btype_uchar			((BASE_TYPE) 48)
844
#define btype_sshort			( ( BASE_TYPE ) 200 )
828
#define btype_sshort			((BASE_TYPE) 200)
845
#define btype_ushort			( ( BASE_TYPE ) 208 )
829
#define btype_ushort			((BASE_TYPE) 208)
846
#define btype_sint			( ( BASE_TYPE ) 136 )
830
#define btype_sint			((BASE_TYPE) 136)
847
#define btype_uint			( ( BASE_TYPE ) 144 )
831
#define btype_uint			((BASE_TYPE) 144)
848
#define btype_slong			( ( BASE_TYPE ) 392 )
832
#define btype_slong			((BASE_TYPE) 392)
849
#define btype_ulong			( ( BASE_TYPE ) 400 )
833
#define btype_ulong			((BASE_TYPE) 400)
850
#define btype_llong			( ( BASE_TYPE ) 768 )
834
#define btype_llong			((BASE_TYPE) 768)
851
#define btype_sllong			( ( BASE_TYPE ) 904 )
835
#define btype_sllong			((BASE_TYPE) 904)
852
#define btype_ullong			( ( BASE_TYPE ) 912 )
836
#define btype_ullong			((BASE_TYPE) 912)
853
#define btype_ldouble			( ( BASE_TYPE ) 2304 )
837
#define btype_ldouble			((BASE_TYPE) 2304)
854
#define btype_ellipsis			( ( BASE_TYPE ) 262144 )
838
#define btype_ellipsis			((BASE_TYPE) 262144)
855
#define btype_star			( ( BASE_TYPE ) 524288 )
839
#define btype_star			((BASE_TYPE) 524288)
856
#define btype_template			( ( BASE_TYPE ) 1048576 )
840
#define btype_template			((BASE_TYPE) 1048576)
857
#define btype_typename			( ( BASE_TYPE ) 2097152 )
841
#define btype_typename			((BASE_TYPE) 2097152)
858
#define btype_args			( ( BASE_TYPE ) 4194304 )
842
#define btype_args			((BASE_TYPE) 4194304)
859
#define btype_keyword			( ( BASE_TYPE ) 154624 )
843
#define btype_keyword			((BASE_TYPE) 154624)
860
#define btype_other			( ( BASE_TYPE ) 261120 )
844
#define btype_other			((BASE_TYPE) 261120)
861
#define btype_arith			( ( BASE_TYPE ) 1152 )
845
#define btype_arith			((BASE_TYPE) 1152)
862
#define btype_scalar			( ( BASE_TYPE ) 525440 )
846
#define btype_scalar			((BASE_TYPE) 525440)
863
#define ORDER_btype			( ( unsigned long ) 4194305 )
847
#define ORDER_btype			((unsigned long) 4194305)
864
#endif
848
#endif
865
#define SIZE_btype			1
849
#define SIZE_btype			1
866
 
850
 
867
#define COPY_btype( A, B )		( CHECK_NULL ( A )->ag_long_enum = ( B ) )
851
#define COPY_btype(A, B)		(CHECK_NULL(A)->ag_long_enum = (B))
868
#define DEREF_btype( A )		( CHECK_NULL ( A )->ag_long_enum )
852
#define DEREF_btype(A)			(CHECK_NULL(A)->ag_long_enum)
869
 
853
 
870
 
854
 
871
/* Definitions for enumeration CLASS_INFO */
855
/* Definitions for enumeration CLASS_INFO */
872
 
856
 
873
#ifdef __STDC__
857
#ifdef __STDC__
874
#define cinfo_none			( ( CLASS_INFO ) 0UL )
858
#define cinfo_none			((CLASS_INFO) 0UL)
875
#define cinfo_complete			( ( CLASS_INFO ) 1UL )
859
#define cinfo_complete			((CLASS_INFO) 1UL)
876
#define cinfo_defined			( ( CLASS_INFO ) 2UL )
860
#define cinfo_defined			((CLASS_INFO) 2UL)
877
#define cinfo_struct_			( ( CLASS_INFO ) 4UL )
861
#define cinfo_struct_			((CLASS_INFO) 4UL)
878
#define cinfo_union_			( ( CLASS_INFO ) 8UL )
862
#define cinfo_union_			((CLASS_INFO) 8UL)
879
#define cinfo_template			( ( CLASS_INFO ) 16UL )
863
#define cinfo_template			((CLASS_INFO) 16UL)
880
#define cinfo_token			( ( CLASS_INFO ) 32UL )
864
#define cinfo_token			((CLASS_INFO) 32UL)
881
#define cinfo_pod			( ( CLASS_INFO ) 64UL )
865
#define cinfo_pod			((CLASS_INFO) 64UL)
882
#define cinfo_nested			( ( CLASS_INFO ) 128UL )
866
#define cinfo_nested			((CLASS_INFO) 128UL)
883
#define cinfo_rescan			( ( CLASS_INFO ) 256UL )
867
#define cinfo_rescan			((CLASS_INFO) 256UL)
884
#define cinfo_recursive			( ( CLASS_INFO ) 512UL )
868
#define cinfo_recursive			((CLASS_INFO) 512UL)
885
#define cinfo_incomplete		( ( CLASS_INFO ) 1024UL )
869
#define cinfo_incomplete		((CLASS_INFO) 1024UL)
886
#define cinfo_base			( ( CLASS_INFO ) 2048UL )
870
#define cinfo_base			((CLASS_INFO) 2048UL)
887
#define cinfo_multiple_base		( ( CLASS_INFO ) 4096UL )
871
#define cinfo_multiple_base		((CLASS_INFO) 4096UL)
888
#define cinfo_virtual_base		( ( CLASS_INFO ) 8192UL )
872
#define cinfo_virtual_base		((CLASS_INFO) 8192UL)
889
#define cinfo_templ_base		( ( CLASS_INFO ) 16384UL )
873
#define cinfo_templ_base		((CLASS_INFO) 16384UL)
890
#define cinfo_ambiguous			( ( CLASS_INFO ) 32768UL )
874
#define cinfo_ambiguous			((CLASS_INFO) 32768UL)
891
#define cinfo_empty			( ( CLASS_INFO ) 65536UL )
875
#define cinfo_empty			((CLASS_INFO) 65536UL)
892
#define cinfo_private			( ( CLASS_INFO ) 131072UL )
876
#define cinfo_private			((CLASS_INFO) 131072UL)
893
#define cinfo_const			( ( CLASS_INFO ) 262144UL )
877
#define cinfo_const			((CLASS_INFO) 262144UL)
894
#define cinfo_static			( ( CLASS_INFO ) 524288UL )
878
#define cinfo_static			((CLASS_INFO) 524288UL)
895
#define cinfo_function			( ( CLASS_INFO ) 1048576UL )
879
#define cinfo_function			((CLASS_INFO) 1048576UL)
896
#define cinfo_params			( ( CLASS_INFO ) 2097152UL )
880
#define cinfo_params			((CLASS_INFO) 2097152UL)
897
#define cinfo_polymorphic		( ( CLASS_INFO ) 4194304UL )
881
#define cinfo_polymorphic		((CLASS_INFO) 4194304UL)
898
#define cinfo_poly_base			( ( CLASS_INFO ) 8388608UL )
882
#define cinfo_poly_base			((CLASS_INFO) 8388608UL)
899
#define cinfo_abstract			( ( CLASS_INFO ) 16777216UL )
883
#define cinfo_abstract			((CLASS_INFO) 16777216UL)
900
#define cinfo_trivial_constr		( ( CLASS_INFO ) 33554432UL )
884
#define cinfo_trivial_constr		((CLASS_INFO) 33554432UL)
901
#define cinfo_trivial_destr		( ( CLASS_INFO ) 67108864UL )
885
#define cinfo_trivial_destr		((CLASS_INFO) 67108864UL)
902
#define cinfo_trivial_copy		( ( CLASS_INFO ) 134217728UL )
886
#define cinfo_trivial_copy		((CLASS_INFO) 134217728UL)
903
#define cinfo_trivial_assign		( ( CLASS_INFO ) 268435456UL )
887
#define cinfo_trivial_assign		((CLASS_INFO) 268435456UL)
904
#define cinfo_const_copy		( ( CLASS_INFO ) 536870912UL )
888
#define cinfo_const_copy		((CLASS_INFO) 536870912UL)
905
#define cinfo_const_assign		( ( CLASS_INFO ) 1073741824UL )
889
#define cinfo_const_assign		((CLASS_INFO) 1073741824UL)
906
#define cinfo_usr_constr		( ( CLASS_INFO ) 2147483648UL )
890
#define cinfo_usr_constr		((CLASS_INFO) 2147483648UL)
907
#define cinfo_key			( ( CLASS_INFO ) 12UL )
891
#define cinfo_key			((CLASS_INFO) 12UL)
908
#define cinfo_non_aggregate		( ( CLASS_INFO ) 2151811104UL )
892
#define cinfo_non_aggregate		((CLASS_INFO) 2151811104UL)
909
#define cinfo_force_copy		( ( CLASS_INFO ) 3670016UL )
893
#define cinfo_force_copy		((CLASS_INFO) 3670016UL)
910
#define cinfo_trivial_make		( ( CLASS_INFO ) 436207616UL )
894
#define cinfo_trivial_make		((CLASS_INFO) 436207616UL)
911
#define cinfo_trivial			( ( CLASS_INFO ) 503316480UL )
895
#define cinfo_trivial			((CLASS_INFO) 503316480UL)
912
#define cinfo_implicit			( ( CLASS_INFO ) 2113929216UL )
896
#define cinfo_implicit			((CLASS_INFO) 2113929216UL)
913
#define cinfo_default			( ( CLASS_INFO ) 2113994816UL )
897
#define cinfo_default			((CLASS_INFO) 2113994816UL)
914
#define ORDER_cinfo			( 2151811105UL )
898
#define ORDER_cinfo			(2151811105UL)
915
#else
899
#else
916
#define cinfo_none			( ( CLASS_INFO ) 0 )
900
#define cinfo_none			((CLASS_INFO) 0)
917
#define cinfo_complete			( ( CLASS_INFO ) 1 )
901
#define cinfo_complete			((CLASS_INFO) 1)
918
#define cinfo_defined			( ( CLASS_INFO ) 2 )
902
#define cinfo_defined			((CLASS_INFO) 2)
919
#define cinfo_struct_			( ( CLASS_INFO ) 4 )
903
#define cinfo_struct_			((CLASS_INFO) 4)
920
#define cinfo_union_			( ( CLASS_INFO ) 8 )
904
#define cinfo_union_			((CLASS_INFO) 8)
921
#define cinfo_template			( ( CLASS_INFO ) 16 )
905
#define cinfo_template			((CLASS_INFO) 16)
922
#define cinfo_token			( ( CLASS_INFO ) 32 )
906
#define cinfo_token			((CLASS_INFO) 32)
923
#define cinfo_pod			( ( CLASS_INFO ) 64 )
907
#define cinfo_pod			((CLASS_INFO) 64)
924
#define cinfo_nested			( ( CLASS_INFO ) 128 )
908
#define cinfo_nested			((CLASS_INFO) 128)
925
#define cinfo_rescan			( ( CLASS_INFO ) 256 )
909
#define cinfo_rescan			((CLASS_INFO) 256)
926
#define cinfo_recursive			( ( CLASS_INFO ) 512 )
910
#define cinfo_recursive			((CLASS_INFO) 512)
927
#define cinfo_incomplete		( ( CLASS_INFO ) 1024 )
911
#define cinfo_incomplete		((CLASS_INFO) 1024)
928
#define cinfo_base			( ( CLASS_INFO ) 2048 )
912
#define cinfo_base			((CLASS_INFO) 2048)
929
#define cinfo_multiple_base		( ( CLASS_INFO ) 4096 )
913
#define cinfo_multiple_base		((CLASS_INFO) 4096)
930
#define cinfo_virtual_base		( ( CLASS_INFO ) 8192 )
914
#define cinfo_virtual_base		((CLASS_INFO) 8192)
931
#define cinfo_templ_base		( ( CLASS_INFO ) 16384 )
915
#define cinfo_templ_base		((CLASS_INFO) 16384)
932
#define cinfo_ambiguous			( ( CLASS_INFO ) 32768 )
916
#define cinfo_ambiguous			((CLASS_INFO) 32768)
933
#define cinfo_empty			( ( CLASS_INFO ) 65536 )
917
#define cinfo_empty			((CLASS_INFO) 65536)
934
#define cinfo_private			( ( CLASS_INFO ) 131072 )
918
#define cinfo_private			((CLASS_INFO) 131072)
935
#define cinfo_const			( ( CLASS_INFO ) 262144 )
919
#define cinfo_const			((CLASS_INFO) 262144)
936
#define cinfo_static			( ( CLASS_INFO ) 524288 )
920
#define cinfo_static			((CLASS_INFO) 524288)
937
#define cinfo_function			( ( CLASS_INFO ) 1048576 )
921
#define cinfo_function			((CLASS_INFO) 1048576)
938
#define cinfo_params			( ( CLASS_INFO ) 2097152 )
922
#define cinfo_params			((CLASS_INFO) 2097152)
939
#define cinfo_polymorphic		( ( CLASS_INFO ) 4194304 )
923
#define cinfo_polymorphic		((CLASS_INFO) 4194304)
940
#define cinfo_poly_base			( ( CLASS_INFO ) 8388608 )
924
#define cinfo_poly_base			((CLASS_INFO) 8388608)
941
#define cinfo_abstract			( ( CLASS_INFO ) 16777216 )
925
#define cinfo_abstract			((CLASS_INFO) 16777216)
942
#define cinfo_trivial_constr		( ( CLASS_INFO ) 33554432 )
926
#define cinfo_trivial_constr		((CLASS_INFO) 33554432)
943
#define cinfo_trivial_destr		( ( CLASS_INFO ) 67108864 )
927
#define cinfo_trivial_destr		((CLASS_INFO) 67108864)
944
#define cinfo_trivial_copy		( ( CLASS_INFO ) 134217728 )
928
#define cinfo_trivial_copy		((CLASS_INFO) 134217728)
945
#define cinfo_trivial_assign		( ( CLASS_INFO ) 268435456 )
929
#define cinfo_trivial_assign		((CLASS_INFO) 268435456)
946
#define cinfo_const_copy		( ( CLASS_INFO ) 536870912 )
930
#define cinfo_const_copy		((CLASS_INFO) 536870912)
947
#define cinfo_const_assign		( ( CLASS_INFO ) 1073741824 )
931
#define cinfo_const_assign		((CLASS_INFO) 1073741824)
948
#define cinfo_usr_constr		( ( CLASS_INFO ) 2147483648 )
932
#define cinfo_usr_constr		((CLASS_INFO) 2147483648)
949
#define cinfo_key			( ( CLASS_INFO ) 12 )
933
#define cinfo_key			((CLASS_INFO) 12)
950
#define cinfo_non_aggregate		( ( CLASS_INFO ) 2151811104 )
934
#define cinfo_non_aggregate		((CLASS_INFO) 2151811104)
951
#define cinfo_force_copy		( ( CLASS_INFO ) 3670016 )
935
#define cinfo_force_copy		((CLASS_INFO) 3670016)
952
#define cinfo_trivial_make		( ( CLASS_INFO ) 436207616 )
936
#define cinfo_trivial_make		((CLASS_INFO) 436207616)
953
#define cinfo_trivial			( ( CLASS_INFO ) 503316480 )
937
#define cinfo_trivial			((CLASS_INFO) 503316480)
954
#define cinfo_implicit			( ( CLASS_INFO ) 2113929216 )
938
#define cinfo_implicit			((CLASS_INFO) 2113929216)
955
#define cinfo_default			( ( CLASS_INFO ) 2113994816 )
939
#define cinfo_default			((CLASS_INFO) 2113994816)
956
#define ORDER_cinfo			( ( unsigned long ) 2151811105 )
940
#define ORDER_cinfo			((unsigned long) 2151811105)
957
#endif
941
#endif
958
#define SIZE_cinfo			1
942
#define SIZE_cinfo			1
959
 
943
 
960
#define COPY_cinfo( A, B )		( CHECK_NULL ( A )->ag_long_enum = ( B ) )
944
#define COPY_cinfo(A, B)		(CHECK_NULL(A)->ag_long_enum = (B))
961
#define DEREF_cinfo( A )		( CHECK_NULL ( A )->ag_long_enum )
945
#define DEREF_cinfo(A)			(CHECK_NULL(A)->ag_long_enum)
962
 
946
 
963
 
947
 
964
/* Definitions for enumeration CLASS_USAGE */
948
/* Definitions for enumeration CLASS_USAGE */
965
 
949
 
966
#define cusage_none			( ( CLASS_USAGE ) 0 )
950
#define cusage_none			((CLASS_USAGE) 0)
967
#define cusage_address			( ( CLASS_USAGE ) 1 )
951
#define cusage_address			((CLASS_USAGE) 1)
968
#define cusage_destr			( ( CLASS_USAGE ) 2 )
952
#define cusage_destr			((CLASS_USAGE) 2)
969
#define cusage_delete			( ( CLASS_USAGE ) 4 )
953
#define cusage_delete			((CLASS_USAGE) 4)
970
#define cusage_delete_array		( ( CLASS_USAGE ) 8 )
954
#define cusage_delete_array		((CLASS_USAGE) 8)
971
#define ORDER_cusage			( ( unsigned long ) 9 )
955
#define ORDER_cusage			((unsigned long) 9)
972
#define SIZE_cusage			1
956
#define SIZE_cusage			1
973
 
957
 
974
#define COPY_cusage( A, B )		( CHECK_NULL ( A )->ag_enum = ( B ) )
958
#define COPY_cusage(A, B)		(CHECK_NULL(A)->ag_enum = (B))
975
#define DEREF_cusage( A )		( CHECK_NULL ( A )->ag_enum )
959
#define DEREF_cusage(A)			(CHECK_NULL(A)->ag_enum)
976
 
960
 
977
 
961
 
978
/* Definitions for enumeration DECL_SPEC */
962
/* Definitions for enumeration DECL_SPEC */
979
 
963
 
980
#ifdef __STDC__
964
#ifdef __STDC__
981
#define dspec_none			( ( DECL_SPEC ) 0UL )
965
#define dspec_none			((DECL_SPEC) 0UL)
982
#define dspec_used			( ( DECL_SPEC ) 1UL )
966
#define dspec_used			((DECL_SPEC) 1UL)
983
#define dspec_called			( ( DECL_SPEC ) 2UL )
967
#define dspec_called			((DECL_SPEC) 2UL)
984
#define dspec_defn			( ( DECL_SPEC ) 4UL )
968
#define dspec_defn			((DECL_SPEC) 4UL)
985
#define dspec_inherit			( ( DECL_SPEC ) 8UL )
969
#define dspec_inherit			((DECL_SPEC) 8UL)
986
#define dspec_alias			( ( DECL_SPEC ) 16UL )
970
#define dspec_alias			((DECL_SPEC) 16UL)
987
#define dspec_done			( ( DECL_SPEC ) 32UL )
971
#define dspec_done			((DECL_SPEC) 32UL)
988
#define dspec_static			( ( DECL_SPEC ) 64UL )
972
#define dspec_static			((DECL_SPEC) 64UL)
989
#define dspec_extern			( ( DECL_SPEC ) 128UL )
973
#define dspec_extern			((DECL_SPEC) 128UL)
990
#define dspec_auto			( ( DECL_SPEC ) 256UL )
974
#define dspec_auto			((DECL_SPEC) 256UL)
991
#define dspec_register			( ( DECL_SPEC ) 512UL )
975
#define dspec_register			((DECL_SPEC) 512UL)
992
#define dspec_mutable			( ( DECL_SPEC ) 1024UL )
976
#define dspec_mutable			((DECL_SPEC) 1024UL)
993
#define dspec_inline			( ( DECL_SPEC ) 2048UL )
977
#define dspec_inline			((DECL_SPEC) 2048UL)
994
#define dspec_virtual			( ( DECL_SPEC ) 4096UL )
978
#define dspec_virtual			((DECL_SPEC) 4096UL)
995
#define dspec_explicit			( ( DECL_SPEC ) 8192UL )
979
#define dspec_explicit			((DECL_SPEC) 8192UL)
996
#define dspec_friend			( ( DECL_SPEC ) 16384UL )
980
#define dspec_friend			((DECL_SPEC) 16384UL)
997
#define dspec_typedef			( ( DECL_SPEC ) 32768UL )
981
#define dspec_typedef			((DECL_SPEC) 32768UL)
998
#define dspec_public			( ( DECL_SPEC ) 65536UL )
982
#define dspec_public			((DECL_SPEC) 65536UL)
999
#define dspec_protected			( ( DECL_SPEC ) 131072UL )
983
#define dspec_protected			((DECL_SPEC) 131072UL)
1000
#define dspec_private			( ( DECL_SPEC ) 196608UL )
984
#define dspec_private			((DECL_SPEC) 196608UL)
1001
#define dspec_public2			( ( DECL_SPEC ) 262144UL )
985
#define dspec_public2			((DECL_SPEC) 262144UL)
1002
#define dspec_protected2		( ( DECL_SPEC ) 524288UL )
986
#define dspec_protected2		((DECL_SPEC) 524288UL)
1003
#define dspec_private2			( ( DECL_SPEC ) 786432UL )
987
#define dspec_private2			((DECL_SPEC) 786432UL)
1004
#define dspec_c				( ( DECL_SPEC ) 1048576UL )
988
#define dspec_c				((DECL_SPEC) 1048576UL)
1005
#define dspec_cpp			( ( DECL_SPEC ) 2097152UL )
989
#define dspec_cpp			((DECL_SPEC) 2097152UL)
1006
#define dspec_ignore			( ( DECL_SPEC ) 4194304UL )
990
#define dspec_ignore			((DECL_SPEC) 4194304UL)
1007
#define dspec_implicit			( ( DECL_SPEC ) 8388608UL )
991
#define dspec_implicit			((DECL_SPEC) 8388608UL)
1008
#define dspec_instance			( ( DECL_SPEC ) 16777216UL )
992
#define dspec_instance			((DECL_SPEC) 16777216UL)
1009
#define dspec_main			( ( DECL_SPEC ) 33554432UL )
993
#define dspec_main			((DECL_SPEC) 33554432UL)
1010
#define dspec_pure			( ( DECL_SPEC ) 67108864UL )
994
#define dspec_pure			((DECL_SPEC) 67108864UL)
1011
#define dspec_reserve			( ( DECL_SPEC ) 134217728UL )
995
#define dspec_reserve			((DECL_SPEC) 134217728UL)
1012
#define dspec_temp			( ( DECL_SPEC ) 268435456UL )
996
#define dspec_temp			((DECL_SPEC) 268435456UL)
1013
#define dspec_template			( ( DECL_SPEC ) 536870912UL )
997
#define dspec_template			((DECL_SPEC) 536870912UL)
1014
#define dspec_token			( ( DECL_SPEC ) 1073741824UL )
998
#define dspec_token			((DECL_SPEC) 1073741824UL)
1015
#define dspec_trivial			( ( DECL_SPEC ) 2147483648UL )
999
#define dspec_trivial			((DECL_SPEC) 2147483648UL)
1016
#define dspec_linkage			( ( DECL_SPEC ) 192UL )
1000
#define dspec_linkage			((DECL_SPEC) 192UL)
1017
#define dspec_storage			( ( DECL_SPEC ) 1984UL )
1001
#define dspec_storage			((DECL_SPEC) 1984UL)
1018
#define dspec_function			( ( DECL_SPEC ) 14336UL )
1002
#define dspec_function			((DECL_SPEC) 14336UL)
1019
#define dspec_keyword			( ( DECL_SPEC ) 65472UL )
1003
#define dspec_keyword			((DECL_SPEC) 65472UL)
1020
#define dspec_duplicate			( ( DECL_SPEC ) 65472UL )
1004
#define dspec_duplicate			((DECL_SPEC) 65472UL)
1021
#define dspec_access			( ( DECL_SPEC ) 196608UL )
1005
#define dspec_access			((DECL_SPEC) 196608UL)
1022
#define dspec_access2			( ( DECL_SPEC ) 786432UL )
1006
#define dspec_access2			((DECL_SPEC) 786432UL)
1023
#define dspec_language			( ( DECL_SPEC ) 3145728UL )
1007
#define dspec_language			((DECL_SPEC) 3145728UL)
1024
#define dspec_other			( ( DECL_SPEC ) 4290772992UL )
1008
#define dspec_other			((DECL_SPEC) 4290772992UL)
1025
#define ORDER_dspec			( 4290772993UL )
1009
#define ORDER_dspec			(4290772993UL)
1026
#else
1010
#else
1027
#define dspec_none			( ( DECL_SPEC ) 0 )
1011
#define dspec_none			((DECL_SPEC) 0)
1028
#define dspec_used			( ( DECL_SPEC ) 1 )
1012
#define dspec_used			((DECL_SPEC) 1)
1029
#define dspec_called			( ( DECL_SPEC ) 2 )
1013
#define dspec_called			((DECL_SPEC) 2)
1030
#define dspec_defn			( ( DECL_SPEC ) 4 )
1014
#define dspec_defn			((DECL_SPEC) 4)
1031
#define dspec_inherit			( ( DECL_SPEC ) 8 )
1015
#define dspec_inherit			((DECL_SPEC) 8)
1032
#define dspec_alias			( ( DECL_SPEC ) 16 )
1016
#define dspec_alias			((DECL_SPEC) 16)
1033
#define dspec_done			( ( DECL_SPEC ) 32 )
1017
#define dspec_done			((DECL_SPEC) 32)
1034
#define dspec_static			( ( DECL_SPEC ) 64 )
1018
#define dspec_static			((DECL_SPEC) 64)
1035
#define dspec_extern			( ( DECL_SPEC ) 128 )
1019
#define dspec_extern			((DECL_SPEC) 128)
1036
#define dspec_auto			( ( DECL_SPEC ) 256 )
1020
#define dspec_auto			((DECL_SPEC) 256)
1037
#define dspec_register			( ( DECL_SPEC ) 512 )
1021
#define dspec_register			((DECL_SPEC) 512)
1038
#define dspec_mutable			( ( DECL_SPEC ) 1024 )
1022
#define dspec_mutable			((DECL_SPEC) 1024)
1039
#define dspec_inline			( ( DECL_SPEC ) 2048 )
1023
#define dspec_inline			((DECL_SPEC) 2048)
1040
#define dspec_virtual			( ( DECL_SPEC ) 4096 )
1024
#define dspec_virtual			((DECL_SPEC) 4096)
1041
#define dspec_explicit			( ( DECL_SPEC ) 8192 )
1025
#define dspec_explicit			((DECL_SPEC) 8192)
1042
#define dspec_friend			( ( DECL_SPEC ) 16384 )
1026
#define dspec_friend			((DECL_SPEC) 16384)
1043
#define dspec_typedef			( ( DECL_SPEC ) 32768 )
1027
#define dspec_typedef			((DECL_SPEC) 32768)
1044
#define dspec_public			( ( DECL_SPEC ) 65536 )
1028
#define dspec_public			((DECL_SPEC) 65536)
1045
#define dspec_protected			( ( DECL_SPEC ) 131072 )
1029
#define dspec_protected			((DECL_SPEC) 131072)
1046
#define dspec_private			( ( DECL_SPEC ) 196608 )
1030
#define dspec_private			((DECL_SPEC) 196608)
1047
#define dspec_public2			( ( DECL_SPEC ) 262144 )
1031
#define dspec_public2			((DECL_SPEC) 262144)
1048
#define dspec_protected2		( ( DECL_SPEC ) 524288 )
1032
#define dspec_protected2		((DECL_SPEC) 524288)
1049
#define dspec_private2			( ( DECL_SPEC ) 786432 )
1033
#define dspec_private2			((DECL_SPEC) 786432)
1050
#define dspec_c				( ( DECL_SPEC ) 1048576 )
1034
#define dspec_c				((DECL_SPEC) 1048576)
1051
#define dspec_cpp			( ( DECL_SPEC ) 2097152 )
1035
#define dspec_cpp			((DECL_SPEC) 2097152)
1052
#define dspec_ignore			( ( DECL_SPEC ) 4194304 )
1036
#define dspec_ignore			((DECL_SPEC) 4194304)
1053
#define dspec_implicit			( ( DECL_SPEC ) 8388608 )
1037
#define dspec_implicit			((DECL_SPEC) 8388608)
1054
#define dspec_instance			( ( DECL_SPEC ) 16777216 )
1038
#define dspec_instance			((DECL_SPEC) 16777216)
1055
#define dspec_main			( ( DECL_SPEC ) 33554432 )
1039
#define dspec_main			((DECL_SPEC) 33554432)
1056
#define dspec_pure			( ( DECL_SPEC ) 67108864 )
1040
#define dspec_pure			((DECL_SPEC) 67108864)
1057
#define dspec_reserve			( ( DECL_SPEC ) 134217728 )
1041
#define dspec_reserve			((DECL_SPEC) 134217728)
1058
#define dspec_temp			( ( DECL_SPEC ) 268435456 )
1042
#define dspec_temp			((DECL_SPEC) 268435456)
1059
#define dspec_template			( ( DECL_SPEC ) 536870912 )
1043
#define dspec_template			((DECL_SPEC) 536870912)
1060
#define dspec_token			( ( DECL_SPEC ) 1073741824 )
1044
#define dspec_token			((DECL_SPEC) 1073741824)
1061
#define dspec_trivial			( ( DECL_SPEC ) 2147483648 )
1045
#define dspec_trivial			((DECL_SPEC) 2147483648)
1062
#define dspec_linkage			( ( DECL_SPEC ) 192 )
1046
#define dspec_linkage			((DECL_SPEC) 192)
1063
#define dspec_storage			( ( DECL_SPEC ) 1984 )
1047
#define dspec_storage			((DECL_SPEC) 1984)
1064
#define dspec_function			( ( DECL_SPEC ) 14336 )
1048
#define dspec_function			((DECL_SPEC) 14336)
1065
#define dspec_keyword			( ( DECL_SPEC ) 65472 )
1049
#define dspec_keyword			((DECL_SPEC) 65472)
1066
#define dspec_duplicate			( ( DECL_SPEC ) 65472 )
1050
#define dspec_duplicate			((DECL_SPEC) 65472)
1067
#define dspec_access			( ( DECL_SPEC ) 196608 )
1051
#define dspec_access			((DECL_SPEC) 196608)
1068
#define dspec_access2			( ( DECL_SPEC ) 786432 )
1052
#define dspec_access2			((DECL_SPEC) 786432)
1069
#define dspec_language			( ( DECL_SPEC ) 3145728 )
1053
#define dspec_language			((DECL_SPEC) 3145728)
1070
#define dspec_other			( ( DECL_SPEC ) 4290772992 )
1054
#define dspec_other			((DECL_SPEC) 4290772992)
1071
#define ORDER_dspec			( ( unsigned long ) 4290772993 )
1055
#define ORDER_dspec			((unsigned long) 4290772993)
1072
#endif
1056
#endif
1073
#define SIZE_dspec			1
1057
#define SIZE_dspec			1
1074
 
1058
 
1075
#define COPY_dspec( A, B )		( CHECK_NULL ( A )->ag_long_enum = ( B ) )
1059
#define COPY_dspec(A, B)		(CHECK_NULL(A)->ag_long_enum = (B))
1076
#define DEREF_dspec( A )		( CHECK_NULL ( A )->ag_long_enum )
1060
#define DEREF_dspec(A)			(CHECK_NULL(A)->ag_long_enum)
1077
#define CONS_dspec( A, B, C )\
1061
#define CONS_dspec(A, B, C)\
1078
    {\
1062
    {\
1079
	c_class *x45_ = GEN_c_class ( 2, TYPEID_list ) ;\
1063
	c_class *x45_ = GEN_c_class(2, TYPEID_list);\
1080
	COPY_dspec ( x45_ + 1, ( A ) ) ;\
1064
	COPY_dspec(x45_ + 1, (A));\
1081
	x45_->ag_ptr = ( B ) ;\
1065
	x45_->ag_ptr = (B);\
1082
	( C ) = x45_ ;\
1066
	(C) = x45_;\
1083
    }
1067
    }
1084
 
1068
 
1085
#define UN_CONS_dspec( A, B, C )\
1069
#define UN_CONS_dspec(A, B, C)\
1086
    {\
1070
    {\
1087
	c_class *x46_ = CHECK_NULL ( C ) ;\
1071
	c_class *x46_ = CHECK_NULL(C);\
1088
	( A ) = DEREF_dspec ( x46_ + 1 ) ;\
1072
	(A) = DEREF_dspec(x46_ + 1);\
1089
	( B ) = x46_->ag_ptr ;\
1073
	(B) = x46_->ag_ptr;\
1090
    }
1074
    }
1091
 
1075
 
1092
#define DESTROY_CONS_dspec( D, A, B, C )\
1076
#define DESTROY_CONS_dspec(D, A, B, C)\
1093
    {\
1077
    {\
1094
	c_class *x47_ = CHECK_NULL ( C ) ;\
1078
	c_class *x47_ = CHECK_NULL(C);\
1095
	( A ) = DEREF_dspec ( x47_ + 1 ) ;\
1079
	(A) = DEREF_dspec(x47_ + 1);\
1096
	( B ) = x47_->ag_ptr ;\
1080
	(B) = x47_->ag_ptr;\
1097
	( D ) ( x47_, ( unsigned ) 2 ) ;\
1081
	(D)(x47_, (unsigned)2);\
1098
    }
1082
    }
1099
 
1083
 
1100
#define PUSH_dspec( A, B )\
1084
#define PUSH_dspec(A, B)\
1101
    {\
1085
    {\
1102
	c_class **r48_ = &( B ) ;\
1086
	c_class **r48_ = &(B);\
1103
	c_class *x48_ = GEN_c_class ( 2, TYPEID_stack ) ;\
1087
	c_class *x48_ = GEN_c_class(2, TYPEID_stack);\
1104
	COPY_dspec ( x48_ + 1, ( A ) ) ;\
1088
	COPY_dspec(x48_ + 1, (A));\
1105
	x48_->ag_ptr = *r48_ ;\
1089
	x48_->ag_ptr = *r48_;\
1106
	*r48_ = x48_ ;\
1090
	*r48_ = x48_;\
1107
    }
1091
    }
1108
 
1092
 
1109
#define POP_dspec( A, B )\
1093
#define POP_dspec(A, B)\
1110
    {\
1094
    {\
1111
	c_class **r49_ = &( B ) ;\
1095
	c_class **r49_ = &(B);\
1112
	c_class *x49_ = CHECK_NULL ( *r49_ ) ;\
1096
	c_class *x49_ = CHECK_NULL(*r49_);\
1113
	( A ) = DEREF_dspec ( x49_ + 1 ) ;\
1097
	(A) = DEREF_dspec(x49_ + 1);\
1114
	*r49_ = x49_->ag_ptr ;\
1098
	*r49_ = x49_->ag_ptr;\
1115
	destroy_c_class ( x49_, ( unsigned ) 2 ) ;\
1099
	destroy_c_class(x49_, (unsigned)2);\
1116
    }
1100
    }
1117
 
1101
 
1118
 
1102
 
1119
/* Definitions for enumeration QUALIFIER */
1103
/* Definitions for enumeration QUALIFIER */
1120
 
1104
 
1121
#define qual_none			( ( QUALIFIER ) 0 )
1105
#define qual_none			((QUALIFIER) 0)
1122
#define qual_nested			( ( QUALIFIER ) 1 )
1106
#define qual_nested			((QUALIFIER) 1)
1123
#define qual_full			( ( QUALIFIER ) 2 )
1107
#define qual_full			((QUALIFIER) 2)
1124
#define qual_top			( ( QUALIFIER ) 3 )
1108
#define qual_top			((QUALIFIER) 3)
1125
#define qual_mark			( ( QUALIFIER ) 4 )
1109
#define qual_mark			((QUALIFIER) 4)
1126
#define qual_explicit			( ( QUALIFIER ) 3 )
1110
#define qual_explicit			((QUALIFIER) 3)
1127
#define ORDER_qual			( ( unsigned long ) 5 )
1111
#define ORDER_qual			((unsigned long) 5)
1128
#define SIZE_qual			1
1112
#define SIZE_qual			1
1129
 
1113
 
1130
#define COPY_qual( A, B )		( CHECK_NULL ( A )->ag_enum = ( B ) )
1114
#define COPY_qual(A, B)			(CHECK_NULL(A)->ag_enum = (B))
1131
#define DEREF_qual( A )			( CHECK_NULL ( A )->ag_enum )
1115
#define DEREF_qual(A)			(CHECK_NULL(A)->ag_enum)
1132
 
1116
 
1133
 
1117
 
1134
/* Definitions for enumeration NTEST */
1118
/* Definitions for enumeration NTEST */
1135
 
1119
 
1136
#define ntest_eq			( ( NTEST ) 0 )
1120
#define ntest_eq			((NTEST) 0)
1137
#define ntest_greater			( ( NTEST ) 1 )
1121
#define ntest_greater			((NTEST) 1)
1138
#define ntest_greater_eq		( ( NTEST ) 2 )
1122
#define ntest_greater_eq		((NTEST) 2)
1139
#define ntest_less			( ( NTEST ) 3 )
1123
#define ntest_less			((NTEST) 3)
1140
#define ntest_less_eq			( ( NTEST ) 4 )
1124
#define ntest_less_eq			((NTEST) 4)
1141
#define ntest_not_eq			( ( NTEST ) 5 )
1125
#define ntest_not_eq			((NTEST) 5)
1142
#define ntest_not_greater		( ( NTEST ) 6 )
1126
#define ntest_not_greater		((NTEST) 6)
1143
#define ntest_not_greater_eq		( ( NTEST ) 7 )
1127
#define ntest_not_greater_eq		((NTEST) 7)
1144
#define ntest_not_less			( ( NTEST ) 8 )
1128
#define ntest_not_less			((NTEST) 8)
1145
#define ntest_not_less_eq		( ( NTEST ) 9 )
1129
#define ntest_not_less_eq		((NTEST) 9)
1146
#define ntest_not_not_eq		( ( NTEST ) 10 )
1130
#define ntest_not_not_eq		((NTEST) 10)
1147
#define ntest_none			( ( NTEST ) 11 )
1131
#define ntest_none			((NTEST) 11)
1148
#define ntest_negate			( ( NTEST ) 5 )
1132
#define ntest_negate			((NTEST) 5)
1149
#define ntest_not			( ( NTEST ) 5 )
1133
#define ntest_not			((NTEST) 5)
1150
#define ntest_not_not			( ( NTEST ) 10 )
1134
#define ntest_not_not			((NTEST) 10)
1151
#define ORDER_ntest			( ( unsigned long ) 12 )
1135
#define ORDER_ntest			((unsigned long) 12)
1152
#define SIZE_ntest			1
1136
#define SIZE_ntest			1
1153
 
1137
 
1154
#define COPY_ntest( A, B )		( CHECK_NULL ( A )->ag_enum = ( B ) )
1138
#define COPY_ntest(A, B)		(CHECK_NULL(A)->ag_enum = (B))
1155
#define DEREF_ntest( A )		( CHECK_NULL ( A )->ag_enum )
1139
#define DEREF_ntest(A)			(CHECK_NULL(A)->ag_enum)
1156
 
1140
 
1157
 
1141
 
1158
/* Definitions for enumeration RMODE */
1142
/* Definitions for enumeration RMODE */
1159
 
1143
 
1160
#define rmode_as_state			( ( RMODE ) 0 )
1144
#define rmode_as_state			((RMODE) 0)
1161
#define rmode_to_nearest		( ( RMODE ) 1 )
1145
#define rmode_to_nearest		((RMODE) 1)
1162
#define rmode_to_larger			( ( RMODE ) 2 )
1146
#define rmode_to_larger			((RMODE) 2)
1163
#define rmode_to_smaller		( ( RMODE ) 3 )
1147
#define rmode_to_smaller		((RMODE) 3)
1164
#define rmode_to_zero			( ( RMODE ) 4 )
1148
#define rmode_to_zero			((RMODE) 4)
1165
#define ORDER_rmode			( ( unsigned long ) 5 )
1149
#define ORDER_rmode			((unsigned long) 5)
1166
#define SIZE_rmode			1
1150
#define SIZE_rmode			1
1167
 
1151
 
1168
#define COPY_rmode( A, B )		( CHECK_NULL ( A )->ag_enum = ( B ) )
1152
#define COPY_rmode(A, B)		(CHECK_NULL(A)->ag_enum = (B))
1169
#define DEREF_rmode( A )		( CHECK_NULL ( A )->ag_enum )
1153
#define DEREF_rmode(A)			(CHECK_NULL(A)->ag_enum)
1170
 
1154
 
1171
 
1155
 
1172
/* Definitions for structure VARIABLE */
1156
/* Definitions for structure VARIABLE */
1173
 
1157
 
1174
#define var_id( P )			( ( P ) + 0 )
1158
#define var_id(P)			((P) + 0)
1175
#define var_info( P )			( ( P ) + 1 )
1159
#define var_info(P)			((P) + 1)
1176
#define SIZE_var			2
1160
#define SIZE_var			2
1177
 
1161
 
1178
#define COPY_var( A, B )\
1162
#define COPY_var(A, B)\
1179
    {\
1163
    {\
1180
	c_class *x50_ = CHECK_NULL ( A ) ;\
1164
	c_class *x50_ = CHECK_NULL(A);\
1181
	VARIABLE y50_ ;\
1165
	VARIABLE y50_;\
1182
	y50_ = ( B ) ;\
1166
	y50_ = (B);\
1183
	COPY_id ( x50_ + 0, y50_.id ) ;\
1167
	COPY_id(x50_ + 0, y50_.id);\
1184
	COPY_dspec ( x50_ + 1, y50_.info ) ;\
1168
	COPY_dspec(x50_ + 1, y50_.info);\
1185
    }
1169
    }
1186
 
1170
 
1187
#define DEREF_var( A, B )\
1171
#define DEREF_var(A, B)\
1188
    {\
1172
    {\
1189
	c_class *x51_ = CHECK_NULL ( A ) ;\
1173
	c_class *x51_ = CHECK_NULL(A);\
1190
	VARIABLE *y51_ = &( B ) ;\
1174
	VARIABLE *y51_ = &(B);\
1191
	y51_->id = DEREF_id ( x51_ + 0 ) ;\
1175
	y51_->id = DEREF_id(x51_ + 0);\
1192
	y51_->info = DEREF_dspec ( x51_ + 1 ) ;\
1176
	y51_->info = DEREF_dspec(x51_ + 1);\
1193
    }
1177
    }
1194
 
1178
 
1195
#define MAKE_var( id_, info_, var_ )\
1179
#define MAKE_var(id_, info_, var_)\
1196
    {\
1180
    {\
1197
	c_class *x52_ = CHECK_NULL ( var_ ) ;\
1181
	c_class *x52_ = CHECK_NULL(var_);\
1198
	COPY_id ( x52_ + 0, ( id_ ) ) ;\
1182
	COPY_id(x52_ + 0, (id_));\
1199
	COPY_dspec ( x52_ + 1, ( info_ ) ) ;\
1183
	COPY_dspec(x52_ + 1, (info_));\
1200
    }
1184
    }
1201
 
1185
 
1202
#define CONS_var( A, B, C )\
1186
#define CONS_var(A, B, C)\
1203
    {\
1187
    {\
1204
	c_class *x53_ = GEN_c_class ( 3, TYPEID_list ) ;\
1188
	c_class *x53_ = GEN_c_class(3, TYPEID_list);\
1205
	COPY_var ( x53_ + 1, ( A ) ) ;\
1189
	COPY_var(x53_ + 1, (A));\
1206
	x53_->ag_ptr = ( B ) ;\
1190
	x53_->ag_ptr = (B);\
1207
	( C ) = x53_ ;\
1191
	(C) = x53_;\
1208
    }
1192
    }
1209
 
1193
 
1210
#define UN_CONS_var( A, B, C )\
1194
#define UN_CONS_var(A, B, C)\
1211
    {\
1195
    {\
1212
	c_class *x54_ = CHECK_NULL ( C ) ;\
1196
	c_class *x54_ = CHECK_NULL(C);\
1213
	DEREF_var ( x54_ + 1, ( A ) ) ;\
1197
	DEREF_var(x54_ + 1, (A));\
1214
	( B ) = x54_->ag_ptr ;\
1198
	(B) = x54_->ag_ptr;\
1215
    }
1199
    }
1216
 
1200
 
1217
#define DESTROY_CONS_var( D, A, B, C )\
1201
#define DESTROY_CONS_var(D, A, B, C)\
1218
    {\
1202
    {\
1219
	c_class *x55_ = CHECK_NULL ( C ) ;\
1203
	c_class *x55_ = CHECK_NULL(C);\
1220
	DEREF_var ( x55_ + 1, ( A ) ) ;\
1204
	DEREF_var(x55_ + 1, (A));\
1221
	( B ) = x55_->ag_ptr ;\
1205
	(B) = x55_->ag_ptr;\
1222
	( D ) ( x55_, ( unsigned ) 3 ) ;\
1206
	(D)(x55_, (unsigned)3);\
1223
    }
1207
    }
1224
 
1208
 
1225
#define PUSH_var( A, B )\
1209
#define PUSH_var(A, B)\
1226
    {\
1210
    {\
1227
	c_class **r56_ = &( B ) ;\
1211
	c_class **r56_ = &(B);\
1228
	c_class *x56_ = GEN_c_class ( 3, TYPEID_stack ) ;\
1212
	c_class *x56_ = GEN_c_class(3, TYPEID_stack);\
1229
	COPY_var ( x56_ + 1, ( A ) ) ;\
1213
	COPY_var(x56_ + 1, (A));\
1230
	x56_->ag_ptr = *r56_ ;\
1214
	x56_->ag_ptr = *r56_;\
1231
	*r56_ = x56_ ;\
1215
	*r56_ = x56_;\
1232
    }
1216
    }
1233
 
1217
 
1234
#define POP_var( A, B )\
1218
#define POP_var(A, B)\
1235
    {\
1219
    {\
1236
	c_class **r57_ = &( B ) ;\
1220
	c_class **r57_ = &(B);\
1237
	c_class *x57_ = CHECK_NULL ( *r57_ ) ;\
1221
	c_class *x57_ = CHECK_NULL(*r57_);\
1238
	DEREF_var ( x57_ + 1, ( A ) ) ;\
1222
	DEREF_var(x57_ + 1, (A));\
1239
	*r57_ = x57_->ag_ptr ;\
1223
	*r57_ = x57_->ag_ptr;\
1240
	destroy_c_class ( x57_, ( unsigned ) 3 ) ;\
1224
	destroy_c_class(x57_, (unsigned)3);\
1241
    }
1225
    }
1242
 
1226
 
1243
 
1227
 
1244
/* Definitions for structure LOCATION */
1228
/* Definitions for structure LOCATION */
1245
 
1229
 
1246
#define loc_line( P )			( ( P ) + 0 )
1230
#define loc_line(P)			((P) + 0)
1247
#define loc_column( P )			( ( P ) + 1 )
1231
#define loc_column(P)			((P) + 1)
1248
#define loc_posn( P )			( ( P ) + 2 )
1232
#define loc_posn(P)			((P) + 2)
1249
#define SIZE_loc			3
1233
#define SIZE_loc			3
1250
 
1234
 
1251
#define COPY_loc( A, B )\
1235
#define COPY_loc(A, B)\
1252
    {\
1236
    {\
1253
	c_class *x58_ = CHECK_NULL ( A ) ;\
1237
	c_class *x58_ = CHECK_NULL(A);\
1254
	LOCATION y58_ ;\
1238
	LOCATION y58_;\
1255
	y58_ = ( B ) ;\
1239
	y58_ = (B);\
1256
	COPY_ulong ( x58_ + 0, y58_.line ) ;\
1240
	COPY_ulong(x58_ + 0, y58_.line);\
1257
	COPY_ulong ( x58_ + 1, y58_.column ) ;\
1241
	COPY_ulong(x58_ + 1, y58_.column);\
1258
	COPY_ptr ( x58_ + 2, y58_.posn ) ;\
1242
	COPY_ptr(x58_ + 2, y58_.posn);\
1259
    }
1243
    }
1260
 
1244
 
1261
#define DEREF_loc( A, B )\
1245
#define DEREF_loc(A, B)\
1262
    {\
1246
    {\
1263
	c_class *x59_ = CHECK_NULL ( A ) ;\
1247
	c_class *x59_ = CHECK_NULL(A);\
1264
	LOCATION *y59_ = &( B ) ;\
1248
	LOCATION *y59_ = &(B);\
1265
	y59_->line = DEREF_ulong ( x59_ + 0 ) ;\
1249
	y59_->line = DEREF_ulong(x59_ + 0);\
1266
	y59_->column = DEREF_ulong ( x59_ + 1 ) ;\
1250
	y59_->column = DEREF_ulong(x59_ + 1);\
1267
	y59_->posn = DEREF_ptr ( x59_ + 2 ) ;\
1251
	y59_->posn = DEREF_ptr(x59_ + 2);\
1268
    }
1252
    }
1269
 
1253
 
1270
#define MAKE_loc( line_, column_, posn_, loc_ )\
1254
#define MAKE_loc(line_, column_, posn_, loc_)\
1271
    {\
1255
    {\
1272
	c_class *x60_ = CHECK_NULL ( loc_ ) ;\
1256
	c_class *x60_ = CHECK_NULL(loc_);\
1273
	COPY_ulong ( x60_ + 0, ( line_ ) ) ;\
1257
	COPY_ulong(x60_ + 0, (line_));\
1274
	COPY_ulong ( x60_ + 1, ( column_ ) ) ;\
1258
	COPY_ulong(x60_ + 1, (column_));\
1275
	COPY_ptr ( x60_ + 2, ( posn_ ) ) ;\
1259
	COPY_ptr(x60_ + 2, (posn_));\
1276
    }
1260
    }
1277
 
1261
 
1278
#define CONS_loc( A, B, C )\
1262
#define CONS_loc(A, B, C)\
1279
    {\
1263
    {\
1280
	c_class *x61_ = GEN_c_class ( 4, TYPEID_list ) ;\
1264
	c_class *x61_ = GEN_c_class(4, TYPEID_list);\
1281
	COPY_loc ( x61_ + 1, ( A ) ) ;\
1265
	COPY_loc(x61_ + 1, (A));\
1282
	x61_->ag_ptr = ( B ) ;\
1266
	x61_->ag_ptr = (B);\
1283
	( C ) = x61_ ;\
1267
	(C) = x61_;\
1284
    }
1268
    }
1285
 
1269
 
1286
#define UN_CONS_loc( A, B, C )\
1270
#define UN_CONS_loc(A, B, C)\
1287
    {\
1271
    {\
1288
	c_class *x62_ = CHECK_NULL ( C ) ;\
1272
	c_class *x62_ = CHECK_NULL(C);\
1289
	DEREF_loc ( x62_ + 1, ( A ) ) ;\
1273
	DEREF_loc(x62_ + 1, (A));\
1290
	( B ) = x62_->ag_ptr ;\
1274
	(B) = x62_->ag_ptr;\
1291
    }
1275
    }
1292
 
1276
 
1293
#define DESTROY_CONS_loc( D, A, B, C )\
1277
#define DESTROY_CONS_loc(D, A, B, C)\
1294
    {\
1278
    {\
1295
	c_class *x63_ = CHECK_NULL ( C ) ;\
1279
	c_class *x63_ = CHECK_NULL(C);\
1296
	DEREF_loc ( x63_ + 1, ( A ) ) ;\
1280
	DEREF_loc(x63_ + 1, (A));\
1297
	( B ) = x63_->ag_ptr ;\
1281
	(B) = x63_->ag_ptr;\
1298
	( D ) ( x63_, ( unsigned ) 4 ) ;\
1282
	(D)(x63_, (unsigned)4);\
1299
    }
1283
    }
1300
 
1284
 
1301
#define PUSH_loc( A, B )\
1285
#define PUSH_loc(A, B)\
1302
    {\
1286
    {\
1303
	c_class **r64_ = &( B ) ;\
1287
	c_class **r64_ = &(B);\
1304
	c_class *x64_ = GEN_c_class ( 4, TYPEID_stack ) ;\
1288
	c_class *x64_ = GEN_c_class(4, TYPEID_stack);\
1305
	COPY_loc ( x64_ + 1, ( A ) ) ;\
1289
	COPY_loc(x64_ + 1, (A));\
1306
	x64_->ag_ptr = *r64_ ;\
1290
	x64_->ag_ptr = *r64_;\
1307
	*r64_ = x64_ ;\
1291
	*r64_ = x64_;\
1308
    }
1292
    }
1309
 
1293
 
1310
#define POP_loc( A, B )\
1294
#define POP_loc(A, B)\
1311
    {\
1295
    {\
1312
	c_class **r65_ = &( B ) ;\
1296
	c_class **r65_ = &(B);\
1313
	c_class *x65_ = CHECK_NULL ( *r65_ ) ;\
1297
	c_class *x65_ = CHECK_NULL(*r65_);\
1314
	DEREF_loc ( x65_ + 1, ( A ) ) ;\
1298
	DEREF_loc(x65_ + 1, (A));\
1315
	*r65_ = x65_->ag_ptr ;\
1299
	*r65_ = x65_->ag_ptr;\
1316
	destroy_c_class ( x65_, ( unsigned ) 4 ) ;\
1300
	destroy_c_class(x65_, (unsigned)4);\
1317
    }
1301
    }
1318
 
1302
 
1319
 
1303
 
1320
/* Definitions for structure POSITION */
1304
/* Definitions for structure POSITION */
1321
 
1305
 
1322
#define posn_file( P )			( ( P ) + 0 )
1306
#define posn_file(P)			((P) + 0)
1323
#define posn_input( P )			( ( P ) + 1 )
1307
#define posn_input(P)			((P) + 1)
1324
#define posn_base( P )			( ( P ) + 2 )
1308
#define posn_base(P)			((P) + 2)
1325
#define posn_dir( P )			( ( P ) + 3 )
1309
#define posn_dir(P)			((P) + 3)
1326
#define posn_offset( P )		( ( P ) + 4 )
1310
#define posn_offset(P)			((P) + 4)
1327
#define posn_from( P )			( ( P ) + 5 )
1311
#define posn_from(P)			((P) + 5)
1328
#define posn_datestamp( P )		( ( P ) + 6 )
1312
#define posn_datestamp(P)		((P) + 6)
1329
#define posn_tok( P )			( ( P ) + 7 )
1313
#define posn_tok(P)			((P) + 7)
1330
#define SIZE_posn			8
1314
#define SIZE_posn			8
1331
 
1315
 
1332
#define COPY_posn( A, B )\
1316
#define COPY_posn(A, B)\
1333
    {\
1317
    {\
1334
	c_class *x66_ = CHECK_NULL ( A ) ;\
1318
	c_class *x66_ = CHECK_NULL(A);\
1335
	POSITION y66_ ;\
1319
	POSITION y66_;\
1336
	y66_ = ( B ) ;\
1320
	y66_ = (B);\
1337
	COPY_string ( x66_ + 0, y66_.file ) ;\
1321
	COPY_string(x66_ + 0, y66_.file);\
1338
	COPY_string ( x66_ + 1, y66_.input ) ;\
1322
	COPY_string(x66_ + 1, y66_.input);\
1339
	COPY_string ( x66_ + 2, y66_.base ) ;\
1323
	COPY_string(x66_ + 2, y66_.base);\
1340
	COPY_string ( x66_ + 3, y66_.dir ) ;\
1324
	COPY_string(x66_ + 3, y66_.dir);\
1341
	COPY_ulong ( x66_ + 4, y66_.offset ) ;\
1325
	COPY_ulong(x66_ + 4, y66_.offset);\
1342
	COPY_ptr ( x66_ + 5, y66_.from ) ;\
1326
	COPY_ptr(x66_ + 5, y66_.from);\
1343
	COPY_ulong ( x66_ + 6, y66_.datestamp ) ;\
1327
	COPY_ulong(x66_ + 6, y66_.datestamp);\
1344
	COPY_ulong ( x66_ + 7, y66_.tok ) ;\
1328
	COPY_ulong(x66_ + 7, y66_.tok);\
1345
    }
1329
    }
1346
 
1330
 
1347
#define DEREF_posn( A, B )\
1331
#define DEREF_posn(A, B)\
1348
    {\
1332
    {\
1349
	c_class *x67_ = CHECK_NULL ( A ) ;\
1333
	c_class *x67_ = CHECK_NULL(A);\
1350
	POSITION *y67_ = &( B ) ;\
1334
	POSITION *y67_ = &(B);\
1351
	y67_->file = DEREF_string ( x67_ + 0 ) ;\
1335
	y67_->file = DEREF_string(x67_ + 0);\
1352
	y67_->input = DEREF_string ( x67_ + 1 ) ;\
1336
	y67_->input = DEREF_string(x67_ + 1);\
1353
	y67_->base = DEREF_string ( x67_ + 2 ) ;\
1337
	y67_->base = DEREF_string(x67_ + 2);\
1354
	y67_->dir = DEREF_string ( x67_ + 3 ) ;\
1338
	y67_->dir = DEREF_string(x67_ + 3);\
1355
	y67_->offset = DEREF_ulong ( x67_ + 4 ) ;\
1339
	y67_->offset = DEREF_ulong(x67_ + 4);\
1356
	y67_->from = DEREF_ptr ( x67_ + 5 ) ;\
1340
	y67_->from = DEREF_ptr(x67_ + 5);\
1357
	y67_->datestamp = DEREF_ulong ( x67_ + 6 ) ;\
1341
	y67_->datestamp = DEREF_ulong(x67_ + 6);\
1358
	y67_->tok = DEREF_ulong ( x67_ + 7 ) ;\
1342
	y67_->tok = DEREF_ulong(x67_ + 7);\
1359
    }
1343
    }
1360
 
1344
 
1361
#define MAKE_posn( file_, input_, base_, dir_, offset_, from_, datestamp_, posn_ )\
1345
#define MAKE_posn(file_, input_, base_, dir_, offset_, from_, datestamp_, posn_)\
1362
    {\
1346
    {\
1363
	c_class *x68_ = CHECK_NULL ( posn_ ) ;\
1347
	c_class *x68_ = CHECK_NULL(posn_);\
1364
	COPY_string ( x68_ + 0, ( file_ ) ) ;\
1348
	COPY_string(x68_ + 0, (file_));\
1365
	COPY_string ( x68_ + 1, ( input_ ) ) ;\
1349
	COPY_string(x68_ + 1, (input_));\
1366
	COPY_string ( x68_ + 2, ( base_ ) ) ;\
1350
	COPY_string(x68_ + 2, (base_));\
1367
	COPY_string ( x68_ + 3, ( dir_ ) ) ;\
1351
	COPY_string(x68_ + 3, (dir_));\
1368
	COPY_ulong ( x68_ + 4, ( offset_ ) ) ;\
1352
	COPY_ulong(x68_ + 4, (offset_));\
1369
	COPY_ptr ( x68_ + 5, ( from_ ) ) ;\
1353
	COPY_ptr(x68_ + 5, (from_));\
1370
	COPY_ulong ( x68_ + 6, ( datestamp_ ) ) ;\
1354
	COPY_ulong(x68_ + 6, (datestamp_));\
1371
	COPY_ulong ( x68_ + 7, LINK_NONE ) ;\
1355
	COPY_ulong(x68_ + 7, LINK_NONE);\
1372
    }
1356
    }
1373
 
1357
 
1374
#define CONS_posn( A, B, C )\
1358
#define CONS_posn(A, B, C)\
1375
    {\
1359
    {\
1376
	c_class *x69_ = GEN_c_class ( 9, TYPEID_list ) ;\
1360
	c_class *x69_ = GEN_c_class(9, TYPEID_list);\
1377
	COPY_posn ( x69_ + 1, ( A ) ) ;\
1361
	COPY_posn(x69_ + 1, (A));\
1378
	x69_->ag_ptr = ( B ) ;\
1362
	x69_->ag_ptr = (B);\
1379
	( C ) = x69_ ;\
1363
	(C) = x69_;\
1380
    }
1364
    }
1381
 
1365
 
1382
#define UN_CONS_posn( A, B, C )\
1366
#define UN_CONS_posn(A, B, C)\
1383
    {\
1367
    {\
1384
	c_class *x70_ = CHECK_NULL ( C ) ;\
1368
	c_class *x70_ = CHECK_NULL(C);\
1385
	DEREF_posn ( x70_ + 1, ( A ) ) ;\
1369
	DEREF_posn(x70_ + 1, (A));\
1386
	( B ) = x70_->ag_ptr ;\
1370
	(B) = x70_->ag_ptr;\
1387
    }
1371
    }
1388
 
1372
 
1389
#define DESTROY_CONS_posn( D, A, B, C )\
1373
#define DESTROY_CONS_posn(D, A, B, C)\
1390
    {\
1374
    {\
1391
	c_class *x71_ = CHECK_NULL ( C ) ;\
1375
	c_class *x71_ = CHECK_NULL(C);\
1392
	DEREF_posn ( x71_ + 1, ( A ) ) ;\
1376
	DEREF_posn(x71_ + 1, (A));\
1393
	( B ) = x71_->ag_ptr ;\
1377
	(B) = x71_->ag_ptr;\
1394
	( D ) ( x71_, ( unsigned ) 9 ) ;\
1378
	(D)(x71_, (unsigned)9);\
1395
    }
1379
    }
1396
 
1380
 
1397
#define PUSH_posn( A, B )\
1381
#define PUSH_posn(A, B)\
1398
    {\
1382
    {\
1399
	c_class **r72_ = &( B ) ;\
1383
	c_class **r72_ = &(B);\
1400
	c_class *x72_ = GEN_c_class ( 9, TYPEID_stack ) ;\
1384
	c_class *x72_ = GEN_c_class(9, TYPEID_stack);\
1401
	COPY_posn ( x72_ + 1, ( A ) ) ;\
1385
	COPY_posn(x72_ + 1, (A));\
1402
	x72_->ag_ptr = *r72_ ;\
1386
	x72_->ag_ptr = *r72_;\
1403
	*r72_ = x72_ ;\
1387
	*r72_ = x72_;\
1404
    }
1388
    }
1405
 
1389
 
1406
#define POP_posn( A, B )\
1390
#define POP_posn(A, B)\
1407
    {\
1391
    {\
1408
	c_class **r73_ = &( B ) ;\
1392
	c_class **r73_ = &(B);\
1409
	c_class *x73_ = CHECK_NULL ( *r73_ ) ;\
1393
	c_class *x73_ = CHECK_NULL(*r73_);\
1410
	DEREF_posn ( x73_ + 1, ( A ) ) ;\
1394
	DEREF_posn(x73_ + 1, (A));\
1411
	*r73_ = x73_->ag_ptr ;\
1395
	*r73_ = x73_->ag_ptr;\
1412
	destroy_c_class ( x73_, ( unsigned ) 9 ) ;\
1396
	destroy_c_class(x73_, (unsigned)9);\
1413
    }
1397
    }
1414
 
1398
 
1415
 
1399
 
1416
/* Definitions for union INT_TYPE */
1400
/* Definitions for union INT_TYPE */
1417
 
1401
 
1418
#define ORDER_itype			( ( unsigned ) 6 )
1402
#define ORDER_itype			((unsigned) 6)
1419
#define SIZE_itype			1
1403
#define SIZE_itype			1
1420
#define NULL_itype			( ( INT_TYPE ) 0 )
1404
#define NULL_itype			((INT_TYPE) 0)
1421
#define IS_NULL_itype( A )		( ( A ) == 0 )
1405
#define IS_NULL_itype(A)		((A) == 0)
1422
#define EQ_itype( A, B )		( ( A ) == ( B ) )
1406
#define EQ_itype(A, B)			((A) == (B))
1423
 
1407
 
1424
#define COPY_itype( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
1408
#define COPY_itype(A, B)		(CHECK_NULL(A)->ag_ptr = (B))
1425
#define DEREF_itype( A )		( CHECK_NULL ( A )->ag_ptr )
1409
#define DEREF_itype(A)			(CHECK_NULL(A)->ag_ptr)
1426
 
1410
 
1427
#define CONS_itype( A, B, C )\
1411
#define CONS_itype(A, B, C)\
1428
    {\
1412
    {\
1429
	c_class *x74_ = GEN_c_class ( 2, TYPEID_list ) ;\
1413
	c_class *x74_ = GEN_c_class(2, TYPEID_list);\
1430
	COPY_itype ( x74_ + 1, ( A ) ) ;\
1414
	COPY_itype(x74_ + 1, (A));\
1431
	x74_->ag_ptr = ( B ) ;\
1415
	x74_->ag_ptr = (B);\
1432
	( C ) = x74_ ;\
1416
	(C) = x74_;\
1433
    }
1417
    }
1434
 
1418
 
1435
#define UN_CONS_itype( A, B, C )\
1419
#define UN_CONS_itype(A, B, C)\
1436
    {\
1420
    {\
1437
	c_class *x75_ = CHECK_NULL ( C ) ;\
1421
	c_class *x75_ = CHECK_NULL(C);\
1438
	( A ) = DEREF_itype ( x75_ + 1 ) ;\
1422
	(A) = DEREF_itype(x75_ + 1);\
1439
	( B ) = x75_->ag_ptr ;\
1423
	(B) = x75_->ag_ptr;\
1440
    }
1424
    }
1441
 
1425
 
1442
#define DESTROY_CONS_itype( D, A, B, C )\
1426
#define DESTROY_CONS_itype(D, A, B, C)\
1443
    {\
1427
    {\
1444
	c_class *x76_ = CHECK_NULL ( C ) ;\
1428
	c_class *x76_ = CHECK_NULL(C);\
1445
	( A ) = DEREF_itype ( x76_ + 1 ) ;\
1429
	(A) = DEREF_itype(x76_ + 1);\
1446
	( B ) = x76_->ag_ptr ;\
1430
	(B) = x76_->ag_ptr;\
1447
	( D ) ( x76_, ( unsigned ) 2 ) ;\
1431
	(D)(x76_, (unsigned)2);\
1448
    }
1432
    }
1449
 
1433
 
1450
#define PUSH_itype( A, B )\
1434
#define PUSH_itype(A, B)\
1451
    {\
1435
    {\
1452
	c_class **r77_ = &( B ) ;\
1436
	c_class **r77_ = &(B);\
1453
	c_class *x77_ = GEN_c_class ( 2, TYPEID_stack ) ;\
1437
	c_class *x77_ = GEN_c_class(2, TYPEID_stack);\
1454
	COPY_itype ( x77_ + 1, ( A ) ) ;\
1438
	COPY_itype(x77_ + 1, (A));\
1455
	x77_->ag_ptr = *r77_ ;\
1439
	x77_->ag_ptr = *r77_;\
1456
	*r77_ = x77_ ;\
1440
	*r77_ = x77_;\
1457
    }
1441
    }
1458
 
1442
 
1459
#define POP_itype( A, B )\
1443
#define POP_itype(A, B)\
1460
    {\
1444
    {\
1461
	c_class **r78_ = &( B ) ;\
1445
	c_class **r78_ = &(B);\
1462
	c_class *x78_ = CHECK_NULL ( *r78_ ) ;\
1446
	c_class *x78_ = CHECK_NULL(*r78_);\
1463
	( A ) = DEREF_itype ( x78_ + 1 ) ;\
1447
	(A) = DEREF_itype(x78_ + 1);\
1464
	*r78_ = x78_->ag_ptr ;\
1448
	*r78_ = x78_->ag_ptr;\
1465
	destroy_c_class ( x78_, ( unsigned ) 2 ) ;\
1449
	destroy_c_class(x78_, (unsigned)2);\
1466
    }
1450
    }
1467
 
1451
 
1468
 
1452
 
1469
/* Definitions for union FLOAT_TYPE */
1453
/* Definitions for union FLOAT_TYPE */
1470
 
1454
 
1471
#define ORDER_ftype			( ( unsigned ) 4 )
1455
#define ORDER_ftype			((unsigned) 4)
1472
#define SIZE_ftype			1
1456
#define SIZE_ftype			1
1473
#define NULL_ftype			( ( FLOAT_TYPE ) 0 )
1457
#define NULL_ftype			((FLOAT_TYPE) 0)
1474
#define IS_NULL_ftype( A )		( ( A ) == 0 )
1458
#define IS_NULL_ftype(A)		((A) == 0)
1475
#define EQ_ftype( A, B )		( ( A ) == ( B ) )
1459
#define EQ_ftype(A, B)			((A) == (B))
1476
 
1460
 
1477
#define COPY_ftype( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
1461
#define COPY_ftype(A, B)		(CHECK_NULL(A)->ag_ptr = (B))
1478
#define DEREF_ftype( A )		( CHECK_NULL ( A )->ag_ptr )
1462
#define DEREF_ftype(A)			(CHECK_NULL(A)->ag_ptr)
1479
 
1463
 
1480
#define CONS_ftype( A, B, C )\
1464
#define CONS_ftype(A, B, C)\
1481
    {\
1465
    {\
1482
	c_class *x79_ = GEN_c_class ( 2, TYPEID_list ) ;\
1466
	c_class *x79_ = GEN_c_class(2, TYPEID_list);\
1483
	COPY_ftype ( x79_ + 1, ( A ) ) ;\
1467
	COPY_ftype(x79_ + 1, (A));\
1484
	x79_->ag_ptr = ( B ) ;\
1468
	x79_->ag_ptr = (B);\
1485
	( C ) = x79_ ;\
1469
	(C) = x79_;\
1486
    }
1470
    }
1487
 
1471
 
1488
#define UN_CONS_ftype( A, B, C )\
1472
#define UN_CONS_ftype(A, B, C)\
1489
    {\
1473
    {\
1490
	c_class *x80_ = CHECK_NULL ( C ) ;\
1474
	c_class *x80_ = CHECK_NULL(C);\
1491
	( A ) = DEREF_ftype ( x80_ + 1 ) ;\
1475
	(A) = DEREF_ftype(x80_ + 1);\
1492
	( B ) = x80_->ag_ptr ;\
1476
	(B) = x80_->ag_ptr;\
1493
    }
1477
    }
1494
 
1478
 
1495
#define DESTROY_CONS_ftype( D, A, B, C )\
1479
#define DESTROY_CONS_ftype(D, A, B, C)\
1496
    {\
1480
    {\
1497
	c_class *x81_ = CHECK_NULL ( C ) ;\
1481
	c_class *x81_ = CHECK_NULL(C);\
1498
	( A ) = DEREF_ftype ( x81_ + 1 ) ;\
1482
	(A) = DEREF_ftype(x81_ + 1);\
1499
	( B ) = x81_->ag_ptr ;\
1483
	(B) = x81_->ag_ptr;\
1500
	( D ) ( x81_, ( unsigned ) 2 ) ;\
1484
	(D)(x81_, (unsigned)2);\
1501
    }
1485
    }
1502
 
1486
 
1503
#define PUSH_ftype( A, B )\
1487
#define PUSH_ftype(A, B)\
1504
    {\
1488
    {\
1505
	c_class **r82_ = &( B ) ;\
1489
	c_class **r82_ = &(B);\
1506
	c_class *x82_ = GEN_c_class ( 2, TYPEID_stack ) ;\
1490
	c_class *x82_ = GEN_c_class(2, TYPEID_stack);\
1507
	COPY_ftype ( x82_ + 1, ( A ) ) ;\
1491
	COPY_ftype(x82_ + 1, (A));\
1508
	x82_->ag_ptr = *r82_ ;\
1492
	x82_->ag_ptr = *r82_;\
1509
	*r82_ = x82_ ;\
1493
	*r82_ = x82_;\
1510
    }
1494
    }
1511
 
1495
 
1512
#define POP_ftype( A, B )\
1496
#define POP_ftype(A, B)\
1513
    {\
1497
    {\
1514
	c_class **r83_ = &( B ) ;\
1498
	c_class **r83_ = &(B);\
1515
	c_class *x83_ = CHECK_NULL ( *r83_ ) ;\
1499
	c_class *x83_ = CHECK_NULL(*r83_);\
1516
	( A ) = DEREF_ftype ( x83_ + 1 ) ;\
1500
	(A) = DEREF_ftype(x83_ + 1);\
1517
	*r83_ = x83_->ag_ptr ;\
1501
	*r83_ = x83_->ag_ptr;\
1518
	destroy_c_class ( x83_, ( unsigned ) 2 ) ;\
1502
	destroy_c_class(x83_, (unsigned)2);\
1519
    }
1503
    }
1520
 
1504
 
1521
 
1505
 
1522
/* Definitions for union CLASS_TYPE */
1506
/* Definitions for union CLASS_TYPE */
1523
 
1507
 
1524
#define ORDER_ctype			( ( unsigned ) 1 )
1508
#define ORDER_ctype			((unsigned) 1)
1525
#define SIZE_ctype			1
1509
#define SIZE_ctype			1
1526
#define NULL_ctype			( ( CLASS_TYPE ) 0 )
1510
#define NULL_ctype			((CLASS_TYPE) 0)
1527
#define IS_NULL_ctype( A )		( ( A ) == 0 )
1511
#define IS_NULL_ctype(A)		((A) == 0)
1528
#define EQ_ctype( A, B )		( ( A ) == ( B ) )
1512
#define EQ_ctype(A, B)			((A) == (B))
1529
 
1513
 
1530
#define COPY_ctype( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
1514
#define COPY_ctype(A, B)		(CHECK_NULL(A)->ag_ptr = (B))
1531
#define DEREF_ctype( A )		( CHECK_NULL ( A )->ag_ptr )
1515
#define DEREF_ctype(A)			(CHECK_NULL(A)->ag_ptr)
1532
 
1516
 
1533
#define CONS_ctype( A, B, C )\
1517
#define CONS_ctype(A, B, C)\
1534
    {\
1518
    {\
1535
	c_class *x84_ = GEN_c_class ( 2, TYPEID_list ) ;\
1519
	c_class *x84_ = GEN_c_class(2, TYPEID_list);\
1536
	COPY_ctype ( x84_ + 1, ( A ) ) ;\
1520
	COPY_ctype(x84_ + 1, (A));\
1537
	x84_->ag_ptr = ( B ) ;\
1521
	x84_->ag_ptr = (B);\
1538
	( C ) = x84_ ;\
1522
	(C) = x84_;\
1539
    }
1523
    }
1540
 
1524
 
1541
#define UN_CONS_ctype( A, B, C )\
1525
#define UN_CONS_ctype(A, B, C)\
1542
    {\
1526
    {\
1543
	c_class *x85_ = CHECK_NULL ( C ) ;\
1527
	c_class *x85_ = CHECK_NULL(C);\
1544
	( A ) = DEREF_ctype ( x85_ + 1 ) ;\
1528
	(A) = DEREF_ctype(x85_ + 1);\
1545
	( B ) = x85_->ag_ptr ;\
1529
	(B) = x85_->ag_ptr;\
1546
    }
1530
    }
1547
 
1531
 
1548
#define DESTROY_CONS_ctype( D, A, B, C )\
1532
#define DESTROY_CONS_ctype(D, A, B, C)\
1549
    {\
1533
    {\
1550
	c_class *x86_ = CHECK_NULL ( C ) ;\
1534
	c_class *x86_ = CHECK_NULL(C);\
1551
	( A ) = DEREF_ctype ( x86_ + 1 ) ;\
1535
	(A) = DEREF_ctype(x86_ + 1);\
1552
	( B ) = x86_->ag_ptr ;\
1536
	(B) = x86_->ag_ptr;\
1553
	( D ) ( x86_, ( unsigned ) 2 ) ;\
1537
	(D)(x86_, (unsigned)2);\
1554
    }
1538
    }
1555
 
1539
 
1556
#define PUSH_ctype( A, B )\
1540
#define PUSH_ctype(A, B)\
1557
    {\
1541
    {\
1558
	c_class **r87_ = &( B ) ;\
1542
	c_class **r87_ = &(B);\
1559
	c_class *x87_ = GEN_c_class ( 2, TYPEID_stack ) ;\
1543
	c_class *x87_ = GEN_c_class(2, TYPEID_stack);\
1560
	COPY_ctype ( x87_ + 1, ( A ) ) ;\
1544
	COPY_ctype(x87_ + 1, (A));\
1561
	x87_->ag_ptr = *r87_ ;\
1545
	x87_->ag_ptr = *r87_;\
1562
	*r87_ = x87_ ;\
1546
	*r87_ = x87_;\
1563
    }
1547
    }
1564
 
1548
 
1565
#define POP_ctype( A, B )\
1549
#define POP_ctype(A, B)\
1566
    {\
1550
    {\
1567
	c_class **r88_ = &( B ) ;\
1551
	c_class **r88_ = &(B);\
1568
	c_class *x88_ = CHECK_NULL ( *r88_ ) ;\
1552
	c_class *x88_ = CHECK_NULL(*r88_);\
1569
	( A ) = DEREF_ctype ( x88_ + 1 ) ;\
1553
	(A) = DEREF_ctype(x88_ + 1);\
1570
	*r88_ = x88_->ag_ptr ;\
1554
	*r88_ = x88_->ag_ptr;\
1571
	destroy_c_class ( x88_, ( unsigned ) 2 ) ;\
1555
	destroy_c_class(x88_, (unsigned)2);\
1572
    }
1556
    }
1573
 
1557
 
1574
 
1558
 
1575
/* Definitions for union GRAPH */
1559
/* Definitions for union GRAPH */
1576
 
1560
 
1577
#define ORDER_graph			( ( unsigned ) 1 )
1561
#define ORDER_graph			((unsigned) 1)
1578
#define SIZE_graph			1
1562
#define SIZE_graph			1
1579
#define NULL_graph			( ( GRAPH ) 0 )
1563
#define NULL_graph			((GRAPH) 0)
1580
#define IS_NULL_graph( A )		( ( A ) == 0 )
1564
#define IS_NULL_graph(A)		((A) == 0)
1581
#define EQ_graph( A, B )		( ( A ) == ( B ) )
1565
#define EQ_graph(A, B)			((A) == (B))
1582
 
1566
 
1583
#define COPY_graph( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
1567
#define COPY_graph(A, B)		(CHECK_NULL(A)->ag_ptr = (B))
1584
#define DEREF_graph( A )		( CHECK_NULL ( A )->ag_ptr )
1568
#define DEREF_graph(A)			(CHECK_NULL(A)->ag_ptr)
1585
 
1569
 
1586
#define CONS_graph( A, B, C )\
1570
#define CONS_graph(A, B, C)\
1587
    {\
1571
    {\
1588
	c_class *x89_ = GEN_c_class ( 2, TYPEID_list ) ;\
1572
	c_class *x89_ = GEN_c_class(2, TYPEID_list);\
1589
	COPY_graph ( x89_ + 1, ( A ) ) ;\
1573
	COPY_graph(x89_ + 1, (A));\
1590
	x89_->ag_ptr = ( B ) ;\
1574
	x89_->ag_ptr = (B);\
1591
	( C ) = x89_ ;\
1575
	(C) = x89_;\
1592
    }
1576
    }
1593
 
1577
 
1594
#define UN_CONS_graph( A, B, C )\
1578
#define UN_CONS_graph(A, B, C)\
1595
    {\
1579
    {\
1596
	c_class *x90_ = CHECK_NULL ( C ) ;\
1580
	c_class *x90_ = CHECK_NULL(C);\
1597
	( A ) = DEREF_graph ( x90_ + 1 ) ;\
1581
	(A) = DEREF_graph(x90_ + 1);\
1598
	( B ) = x90_->ag_ptr ;\
1582
	(B) = x90_->ag_ptr;\
1599
    }
1583
    }
1600
 
1584
 
1601
#define DESTROY_CONS_graph( D, A, B, C )\
1585
#define DESTROY_CONS_graph(D, A, B, C)\
1602
    {\
1586
    {\
1603
	c_class *x91_ = CHECK_NULL ( C ) ;\
1587
	c_class *x91_ = CHECK_NULL(C);\
1604
	( A ) = DEREF_graph ( x91_ + 1 ) ;\
1588
	(A) = DEREF_graph(x91_ + 1);\
1605
	( B ) = x91_->ag_ptr ;\
1589
	(B) = x91_->ag_ptr;\
1606
	( D ) ( x91_, ( unsigned ) 2 ) ;\
1590
	(D)(x91_, (unsigned)2);\
1607
    }
1591
    }
1608
 
1592
 
1609
#define PUSH_graph( A, B )\
1593
#define PUSH_graph(A, B)\
1610
    {\
1594
    {\
1611
	c_class **r92_ = &( B ) ;\
1595
	c_class **r92_ = &(B);\
1612
	c_class *x92_ = GEN_c_class ( 2, TYPEID_stack ) ;\
1596
	c_class *x92_ = GEN_c_class(2, TYPEID_stack);\
1613
	COPY_graph ( x92_ + 1, ( A ) ) ;\
1597
	COPY_graph(x92_ + 1, (A));\
1614
	x92_->ag_ptr = *r92_ ;\
1598
	x92_->ag_ptr = *r92_;\
1615
	*r92_ = x92_ ;\
1599
	*r92_ = x92_;\
1616
    }
1600
    }
1617
 
1601
 
1618
#define POP_graph( A, B )\
1602
#define POP_graph(A, B)\
1619
    {\
1603
    {\
1620
	c_class **r93_ = &( B ) ;\
1604
	c_class **r93_ = &(B);\
1621
	c_class *x93_ = CHECK_NULL ( *r93_ ) ;\
1605
	c_class *x93_ = CHECK_NULL(*r93_);\
1622
	( A ) = DEREF_graph ( x93_ + 1 ) ;\
1606
	(A) = DEREF_graph(x93_ + 1);\
1623
	*r93_ = x93_->ag_ptr ;\
1607
	*r93_ = x93_->ag_ptr;\
1624
	destroy_c_class ( x93_, ( unsigned ) 2 ) ;\
1608
	destroy_c_class(x93_, (unsigned)2);\
1625
    }
1609
    }
1626
 
1610
 
1627
 
1611
 
1628
/* Definitions for union VIRTUAL */
1612
/* Definitions for union VIRTUAL */
1629
 
1613
 
1630
#define ORDER_virt			( ( unsigned ) 6 )
1614
#define ORDER_virt			((unsigned) 6)
1631
#define SIZE_virt			1
1615
#define SIZE_virt			1
1632
#define NULL_virt			( ( VIRTUAL ) 0 )
1616
#define NULL_virt			((VIRTUAL) 0)
1633
#define IS_NULL_virt( A )		( ( A ) == 0 )
1617
#define IS_NULL_virt(A)			((A) == 0)
1634
#define EQ_virt( A, B )			( ( A ) == ( B ) )
1618
#define EQ_virt(A, B)			((A) == (B))
1635
 
1619
 
1636
#define COPY_virt( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
1620
#define COPY_virt(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
1637
#define DEREF_virt( A )			( CHECK_NULL ( A )->ag_ptr )
1621
#define DEREF_virt(A)			(CHECK_NULL(A)->ag_ptr)
1638
 
1622
 
1639
#define CONS_virt( A, B, C )\
1623
#define CONS_virt(A, B, C)\
1640
    {\
1624
    {\
1641
	c_class *x94_ = GEN_c_class ( 2, TYPEID_list ) ;\
1625
	c_class *x94_ = GEN_c_class(2, TYPEID_list);\
1642
	COPY_virt ( x94_ + 1, ( A ) ) ;\
1626
	COPY_virt(x94_ + 1, (A));\
1643
	x94_->ag_ptr = ( B ) ;\
1627
	x94_->ag_ptr = (B);\
1644
	( C ) = x94_ ;\
1628
	(C) = x94_;\
1645
    }
1629
    }
1646
 
1630
 
1647
#define UN_CONS_virt( A, B, C )\
1631
#define UN_CONS_virt(A, B, C)\
1648
    {\
1632
    {\
1649
	c_class *x95_ = CHECK_NULL ( C ) ;\
1633
	c_class *x95_ = CHECK_NULL(C);\
1650
	( A ) = DEREF_virt ( x95_ + 1 ) ;\
1634
	(A) = DEREF_virt(x95_ + 1);\
1651
	( B ) = x95_->ag_ptr ;\
1635
	(B) = x95_->ag_ptr;\
1652
    }
1636
    }
1653
 
1637
 
1654
#define DESTROY_CONS_virt( D, A, B, C )\
1638
#define DESTROY_CONS_virt(D, A, B, C)\
1655
    {\
1639
    {\
1656
	c_class *x96_ = CHECK_NULL ( C ) ;\
1640
	c_class *x96_ = CHECK_NULL(C);\
1657
	( A ) = DEREF_virt ( x96_ + 1 ) ;\
1641
	(A) = DEREF_virt(x96_ + 1);\
1658
	( B ) = x96_->ag_ptr ;\
1642
	(B) = x96_->ag_ptr;\
1659
	( D ) ( x96_, ( unsigned ) 2 ) ;\
1643
	(D)(x96_, (unsigned)2);\
1660
    }
1644
    }
1661
 
1645
 
1662
#define PUSH_virt( A, B )\
1646
#define PUSH_virt(A, B)\
1663
    {\
1647
    {\
1664
	c_class **r97_ = &( B ) ;\
1648
	c_class **r97_ = &(B);\
1665
	c_class *x97_ = GEN_c_class ( 2, TYPEID_stack ) ;\
1649
	c_class *x97_ = GEN_c_class(2, TYPEID_stack);\
1666
	COPY_virt ( x97_ + 1, ( A ) ) ;\
1650
	COPY_virt(x97_ + 1, (A));\
1667
	x97_->ag_ptr = *r97_ ;\
1651
	x97_->ag_ptr = *r97_;\
1668
	*r97_ = x97_ ;\
1652
	*r97_ = x97_;\
1669
    }
1653
    }
1670
 
1654
 
1671
#define POP_virt( A, B )\
1655
#define POP_virt(A, B)\
1672
    {\
1656
    {\
1673
	c_class **r98_ = &( B ) ;\
1657
	c_class **r98_ = &(B);\
1674
	c_class *x98_ = CHECK_NULL ( *r98_ ) ;\
1658
	c_class *x98_ = CHECK_NULL(*r98_);\
1675
	( A ) = DEREF_virt ( x98_ + 1 ) ;\
1659
	(A) = DEREF_virt(x98_ + 1);\
1676
	*r98_ = x98_->ag_ptr ;\
1660
	*r98_ = x98_->ag_ptr;\
1677
	destroy_c_class ( x98_, ( unsigned ) 2 ) ;\
1661
	destroy_c_class(x98_, (unsigned)2);\
1678
    }
1662
    }
1679
 
1663
 
1680
 
1664
 
1681
/* Definitions for union ENUM_TYPE */
1665
/* Definitions for union ENUM_TYPE */
1682
 
1666
 
1683
#define ORDER_etype			( ( unsigned ) 1 )
1667
#define ORDER_etype			((unsigned) 1)
1684
#define SIZE_etype			1
1668
#define SIZE_etype			1
1685
#define NULL_etype			( ( ENUM_TYPE ) 0 )
1669
#define NULL_etype			((ENUM_TYPE) 0)
1686
#define IS_NULL_etype( A )		( ( A ) == 0 )
1670
#define IS_NULL_etype(A)		((A) == 0)
1687
#define EQ_etype( A, B )		( ( A ) == ( B ) )
1671
#define EQ_etype(A, B)			((A) == (B))
1688
 
1672
 
1689
#define COPY_etype( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
1673
#define COPY_etype(A, B)		(CHECK_NULL(A)->ag_ptr = (B))
1690
#define DEREF_etype( A )		( CHECK_NULL ( A )->ag_ptr )
1674
#define DEREF_etype(A)			(CHECK_NULL(A)->ag_ptr)
1691
 
1675
 
1692
#define CONS_etype( A, B, C )\
1676
#define CONS_etype(A, B, C)\
1693
    {\
1677
    {\
1694
	c_class *x99_ = GEN_c_class ( 2, TYPEID_list ) ;\
1678
	c_class *x99_ = GEN_c_class(2, TYPEID_list);\
1695
	COPY_etype ( x99_ + 1, ( A ) ) ;\
1679
	COPY_etype(x99_ + 1, (A));\
1696
	x99_->ag_ptr = ( B ) ;\
1680
	x99_->ag_ptr = (B);\
1697
	( C ) = x99_ ;\
1681
	(C) = x99_;\
1698
    }
1682
    }
1699
 
1683
 
1700
#define UN_CONS_etype( A, B, C )\
1684
#define UN_CONS_etype(A, B, C)\
1701
    {\
1685
    {\
1702
	c_class *x100_ = CHECK_NULL ( C ) ;\
1686
	c_class *x100_ = CHECK_NULL(C);\
1703
	( A ) = DEREF_etype ( x100_ + 1 ) ;\
1687
	(A) = DEREF_etype(x100_ + 1);\
1704
	( B ) = x100_->ag_ptr ;\
1688
	(B) = x100_->ag_ptr;\
1705
    }
1689
    }
1706
 
1690
 
1707
#define DESTROY_CONS_etype( D, A, B, C )\
1691
#define DESTROY_CONS_etype(D, A, B, C)\
1708
    {\
1692
    {\
1709
	c_class *x101_ = CHECK_NULL ( C ) ;\
1693
	c_class *x101_ = CHECK_NULL(C);\
1710
	( A ) = DEREF_etype ( x101_ + 1 ) ;\
1694
	(A) = DEREF_etype(x101_ + 1);\
1711
	( B ) = x101_->ag_ptr ;\
1695
	(B) = x101_->ag_ptr;\
1712
	( D ) ( x101_, ( unsigned ) 2 ) ;\
1696
	(D)(x101_, (unsigned)2);\
1713
    }
1697
    }
1714
 
1698
 
1715
#define PUSH_etype( A, B )\
1699
#define PUSH_etype(A, B)\
1716
    {\
1700
    {\
1717
	c_class **r102_ = &( B ) ;\
1701
	c_class **r102_ = &(B);\
1718
	c_class *x102_ = GEN_c_class ( 2, TYPEID_stack ) ;\
1702
	c_class *x102_ = GEN_c_class(2, TYPEID_stack);\
1719
	COPY_etype ( x102_ + 1, ( A ) ) ;\
1703
	COPY_etype(x102_ + 1, (A));\
1720
	x102_->ag_ptr = *r102_ ;\
1704
	x102_->ag_ptr = *r102_;\
1721
	*r102_ = x102_ ;\
1705
	*r102_ = x102_;\
1722
    }
1706
    }
1723
 
1707
 
1724
#define POP_etype( A, B )\
1708
#define POP_etype(A, B)\
1725
    {\
1709
    {\
1726
	c_class **r103_ = &( B ) ;\
1710
	c_class **r103_ = &(B);\
1727
	c_class *x103_ = CHECK_NULL ( *r103_ ) ;\
1711
	c_class *x103_ = CHECK_NULL(*r103_);\
1728
	( A ) = DEREF_etype ( x103_ + 1 ) ;\
1712
	(A) = DEREF_etype(x103_ + 1);\
1729
	*r103_ = x103_->ag_ptr ;\
1713
	*r103_ = x103_->ag_ptr;\
1730
	destroy_c_class ( x103_, ( unsigned ) 2 ) ;\
1714
	destroy_c_class(x103_, (unsigned)2);\
1731
    }
1715
    }
1732
 
1716
 
1733
 
1717
 
1734
/* Definitions for union TYPE */
1718
/* Definitions for union TYPE */
1735
 
1719
 
1736
#define ORDER_type			( ( unsigned ) 18 )
1720
#define ORDER_type			((unsigned) 18)
1737
#define SIZE_type			1
1721
#define SIZE_type			1
1738
#define NULL_type			( ( TYPE ) 0 )
1722
#define NULL_type			((TYPE) 0)
1739
#define IS_NULL_type( A )		( ( A ) == 0 )
1723
#define IS_NULL_type(A)			((A) == 0)
1740
#define EQ_type( A, B )			( ( A ) == ( B ) )
1724
#define EQ_type(A, B)			((A) == (B))
1741
 
1725
 
1742
#define COPY_type( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
1726
#define COPY_type(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
1743
#define DEREF_type( A )			( CHECK_NULL ( A )->ag_ptr )
1727
#define DEREF_type(A)			(CHECK_NULL(A)->ag_ptr)
1744
 
1728
 
1745
#define CONS_type( A, B, C )\
1729
#define CONS_type(A, B, C)\
1746
    {\
1730
    {\
1747
	c_class *x104_ = GEN_c_class ( 2, TYPEID_list ) ;\
1731
	c_class *x104_ = GEN_c_class(2, TYPEID_list);\
1748
	COPY_type ( x104_ + 1, ( A ) ) ;\
1732
	COPY_type(x104_ + 1, (A));\
1749
	x104_->ag_ptr = ( B ) ;\
1733
	x104_->ag_ptr = (B);\
1750
	( C ) = x104_ ;\
1734
	(C) = x104_;\
1751
    }
1735
    }
1752
 
1736
 
1753
#define UN_CONS_type( A, B, C )\
1737
#define UN_CONS_type(A, B, C)\
1754
    {\
1738
    {\
1755
	c_class *x105_ = CHECK_NULL ( C ) ;\
1739
	c_class *x105_ = CHECK_NULL(C);\
1756
	( A ) = DEREF_type ( x105_ + 1 ) ;\
1740
	(A) = DEREF_type(x105_ + 1);\
1757
	( B ) = x105_->ag_ptr ;\
1741
	(B) = x105_->ag_ptr;\
1758
    }
1742
    }
1759
 
1743
 
1760
#define DESTROY_CONS_type( D, A, B, C )\
1744
#define DESTROY_CONS_type(D, A, B, C)\
1761
    {\
1745
    {\
1762
	c_class *x106_ = CHECK_NULL ( C ) ;\
1746
	c_class *x106_ = CHECK_NULL(C);\
1763
	( A ) = DEREF_type ( x106_ + 1 ) ;\
1747
	(A) = DEREF_type(x106_ + 1);\
1764
	( B ) = x106_->ag_ptr ;\
1748
	(B) = x106_->ag_ptr;\
1765
	( D ) ( x106_, ( unsigned ) 2 ) ;\
1749
	(D)(x106_, (unsigned)2);\
1766
    }
1750
    }
1767
 
1751
 
1768
#define PUSH_type( A, B )\
1752
#define PUSH_type(A, B)\
1769
    {\
1753
    {\
1770
	c_class **r107_ = &( B ) ;\
1754
	c_class **r107_ = &(B);\
1771
	c_class *x107_ = GEN_c_class ( 2, TYPEID_stack ) ;\
1755
	c_class *x107_ = GEN_c_class(2, TYPEID_stack);\
1772
	COPY_type ( x107_ + 1, ( A ) ) ;\
1756
	COPY_type(x107_ + 1, (A));\
1773
	x107_->ag_ptr = *r107_ ;\
1757
	x107_->ag_ptr = *r107_;\
1774
	*r107_ = x107_ ;\
1758
	*r107_ = x107_;\
1775
    }
1759
    }
1776
 
1760
 
1777
#define POP_type( A, B )\
1761
#define POP_type(A, B)\
1778
    {\
1762
    {\
1779
	c_class **r108_ = &( B ) ;\
1763
	c_class **r108_ = &(B);\
1780
	c_class *x108_ = CHECK_NULL ( *r108_ ) ;\
1764
	c_class *x108_ = CHECK_NULL(*r108_);\
1781
	( A ) = DEREF_type ( x108_ + 1 ) ;\
1765
	(A) = DEREF_type(x108_ + 1);\
1782
	*r108_ = x108_->ag_ptr ;\
1766
	*r108_ = x108_->ag_ptr;\
1783
	destroy_c_class ( x108_, ( unsigned ) 2 ) ;\
1767
	destroy_c_class(x108_, (unsigned)2);\
1784
    }
1768
    }
1785
 
1769
 
1786
 
1770
 
1787
/* Definitions for union HASHID */
1771
/* Definitions for union HASHID */
1788
 
1772
 
1789
#define ORDER_hashid			( ( unsigned ) 7 )
1773
#define ORDER_hashid			((unsigned) 7)
1790
#define SIZE_hashid			1
1774
#define SIZE_hashid			1
1791
#define NULL_hashid			( ( HASHID ) 0 )
1775
#define NULL_hashid			((HASHID) 0)
1792
#define IS_NULL_hashid( A )		( ( A ) == 0 )
1776
#define IS_NULL_hashid(A)		((A) == 0)
1793
#define EQ_hashid( A, B )		( ( A ) == ( B ) )
1777
#define EQ_hashid(A, B)			((A) == (B))
1794
 
1778
 
1795
#define COPY_hashid( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
1779
#define COPY_hashid(A, B)		(CHECK_NULL(A)->ag_ptr = (B))
1796
#define DEREF_hashid( A )		( CHECK_NULL ( A )->ag_ptr )
1780
#define DEREF_hashid(A)			(CHECK_NULL(A)->ag_ptr)
1797
 
1781
 
1798
#define CONS_hashid( A, B, C )\
1782
#define CONS_hashid(A, B, C)\
1799
    {\
1783
    {\
1800
	c_class *x109_ = GEN_c_class ( 2, TYPEID_list ) ;\
1784
	c_class *x109_ = GEN_c_class(2, TYPEID_list);\
1801
	COPY_hashid ( x109_ + 1, ( A ) ) ;\
1785
	COPY_hashid(x109_ + 1, (A));\
1802
	x109_->ag_ptr = ( B ) ;\
1786
	x109_->ag_ptr = (B);\
1803
	( C ) = x109_ ;\
1787
	(C) = x109_;\
1804
    }
1788
    }
1805
 
1789
 
1806
#define UN_CONS_hashid( A, B, C )\
1790
#define UN_CONS_hashid(A, B, C)\
1807
    {\
1791
    {\
1808
	c_class *x110_ = CHECK_NULL ( C ) ;\
1792
	c_class *x110_ = CHECK_NULL(C);\
1809
	( A ) = DEREF_hashid ( x110_ + 1 ) ;\
1793
	(A) = DEREF_hashid(x110_ + 1);\
1810
	( B ) = x110_->ag_ptr ;\
1794
	(B) = x110_->ag_ptr;\
1811
    }
1795
    }
1812
 
1796
 
1813
#define DESTROY_CONS_hashid( D, A, B, C )\
1797
#define DESTROY_CONS_hashid(D, A, B, C)\
1814
    {\
1798
    {\
1815
	c_class *x111_ = CHECK_NULL ( C ) ;\
1799
	c_class *x111_ = CHECK_NULL(C);\
1816
	( A ) = DEREF_hashid ( x111_ + 1 ) ;\
1800
	(A) = DEREF_hashid(x111_ + 1);\
1817
	( B ) = x111_->ag_ptr ;\
1801
	(B) = x111_->ag_ptr;\
1818
	( D ) ( x111_, ( unsigned ) 2 ) ;\
1802
	(D)(x111_, (unsigned)2);\
1819
    }
1803
    }
1820
 
1804
 
1821
#define PUSH_hashid( A, B )\
1805
#define PUSH_hashid(A, B)\
1822
    {\
1806
    {\
1823
	c_class **r112_ = &( B ) ;\
1807
	c_class **r112_ = &(B);\
1824
	c_class *x112_ = GEN_c_class ( 2, TYPEID_stack ) ;\
1808
	c_class *x112_ = GEN_c_class(2, TYPEID_stack);\
1825
	COPY_hashid ( x112_ + 1, ( A ) ) ;\
1809
	COPY_hashid(x112_ + 1, (A));\
1826
	x112_->ag_ptr = *r112_ ;\
1810
	x112_->ag_ptr = *r112_;\
1827
	*r112_ = x112_ ;\
1811
	*r112_ = x112_;\
1828
    }
1812
    }
1829
 
1813
 
1830
#define POP_hashid( A, B )\
1814
#define POP_hashid(A, B)\
1831
    {\
1815
    {\
1832
	c_class **r113_ = &( B ) ;\
1816
	c_class **r113_ = &(B);\
1833
	c_class *x113_ = CHECK_NULL ( *r113_ ) ;\
1817
	c_class *x113_ = CHECK_NULL(*r113_);\
1834
	( A ) = DEREF_hashid ( x113_ + 1 ) ;\
1818
	(A) = DEREF_hashid(x113_ + 1);\
1835
	*r113_ = x113_->ag_ptr ;\
1819
	*r113_ = x113_->ag_ptr;\
1836
	destroy_c_class ( x113_, ( unsigned ) 2 ) ;\
1820
	destroy_c_class(x113_, (unsigned)2);\
1837
    }
1821
    }
1838
 
1822
 
1839
 
1823
 
1840
/* Definitions for union IDENTIFIER */
1824
/* Definitions for union IDENTIFIER */
1841
 
1825
 
1842
#define ORDER_id			( ( unsigned ) 29 )
1826
#define ORDER_id			((unsigned) 29)
1843
#define SIZE_id				1
1827
#define SIZE_id				1
1844
#define NULL_id				( ( IDENTIFIER ) 0 )
1828
#define NULL_id				((IDENTIFIER) 0)
1845
#define IS_NULL_id( A )			( ( A ) == 0 )
1829
#define IS_NULL_id(A)			((A) == 0)
1846
#define EQ_id( A, B )			( ( A ) == ( B ) )
1830
#define EQ_id(A, B)			((A) == (B))
1847
 
1831
 
1848
#define COPY_id( A, B )			( CHECK_NULL ( A )->ag_ptr = ( B ) )
1832
#define COPY_id(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
1849
#define DEREF_id( A )			( CHECK_NULL ( A )->ag_ptr )
1833
#define DEREF_id(A)			(CHECK_NULL(A)->ag_ptr)
1850
 
1834
 
1851
#define CONS_id( A, B, C )\
1835
#define CONS_id(A, B, C)\
1852
    {\
1836
    {\
1853
	c_class *x114_ = GEN_c_class ( 2, TYPEID_list ) ;\
1837
	c_class *x114_ = GEN_c_class(2, TYPEID_list);\
1854
	COPY_id ( x114_ + 1, ( A ) ) ;\
1838
	COPY_id(x114_ + 1, (A));\
1855
	x114_->ag_ptr = ( B ) ;\
1839
	x114_->ag_ptr = (B);\
1856
	( C ) = x114_ ;\
1840
	(C) = x114_;\
1857
    }
1841
    }
1858
 
1842
 
1859
#define UN_CONS_id( A, B, C )\
1843
#define UN_CONS_id(A, B, C)\
1860
    {\
1844
    {\
1861
	c_class *x115_ = CHECK_NULL ( C ) ;\
1845
	c_class *x115_ = CHECK_NULL(C);\
1862
	( A ) = DEREF_id ( x115_ + 1 ) ;\
1846
	(A) = DEREF_id(x115_ + 1);\
1863
	( B ) = x115_->ag_ptr ;\
1847
	(B) = x115_->ag_ptr;\
1864
    }
1848
    }
1865
 
1849
 
1866
#define DESTROY_CONS_id( D, A, B, C )\
1850
#define DESTROY_CONS_id(D, A, B, C)\
1867
    {\
1851
    {\
1868
	c_class *x116_ = CHECK_NULL ( C ) ;\
1852
	c_class *x116_ = CHECK_NULL(C);\
1869
	( A ) = DEREF_id ( x116_ + 1 ) ;\
1853
	(A) = DEREF_id(x116_ + 1);\
1870
	( B ) = x116_->ag_ptr ;\
1854
	(B) = x116_->ag_ptr;\
1871
	( D ) ( x116_, ( unsigned ) 2 ) ;\
1855
	(D)(x116_, (unsigned)2);\
1872
    }
1856
    }
1873
 
1857
 
1874
#define PUSH_id( A, B )\
1858
#define PUSH_id(A, B)\
1875
    {\
1859
    {\
1876
	c_class **r117_ = &( B ) ;\
1860
	c_class **r117_ = &(B);\
1877
	c_class *x117_ = GEN_c_class ( 2, TYPEID_stack ) ;\
1861
	c_class *x117_ = GEN_c_class(2, TYPEID_stack);\
1878
	COPY_id ( x117_ + 1, ( A ) ) ;\
1862
	COPY_id(x117_ + 1, (A));\
1879
	x117_->ag_ptr = *r117_ ;\
1863
	x117_->ag_ptr = *r117_;\
1880
	*r117_ = x117_ ;\
1864
	*r117_ = x117_;\
1881
    }
1865
    }
1882
 
1866
 
1883
#define POP_id( A, B )\
1867
#define POP_id(A, B)\
1884
    {\
1868
    {\
1885
	c_class **r118_ = &( B ) ;\
1869
	c_class **r118_ = &(B);\
1886
	c_class *x118_ = CHECK_NULL ( *r118_ ) ;\
1870
	c_class *x118_ = CHECK_NULL(*r118_);\
1887
	( A ) = DEREF_id ( x118_ + 1 ) ;\
1871
	(A) = DEREF_id(x118_ + 1);\
1888
	*r118_ = x118_->ag_ptr ;\
1872
	*r118_ = x118_->ag_ptr;\
1889
	destroy_c_class ( x118_, ( unsigned ) 2 ) ;\
1873
	destroy_c_class(x118_, (unsigned)2);\
1890
    }
1874
    }
1891
 
1875
 
1892
 
1876
 
1893
/* Definitions for union MEMBER */
1877
/* Definitions for union MEMBER */
1894
 
1878
 
1895
#define ORDER_member			( ( unsigned ) 2 )
1879
#define ORDER_member			((unsigned) 2)
1896
#define SIZE_member			1
1880
#define SIZE_member			1
1897
#define NULL_member			( ( MEMBER ) 0 )
1881
#define NULL_member			((MEMBER) 0)
1898
#define IS_NULL_member( A )		( ( A ) == 0 )
1882
#define IS_NULL_member(A)		((A) == 0)
1899
#define EQ_member( A, B )		( ( A ) == ( B ) )
1883
#define EQ_member(A, B)			((A) == (B))
1900
 
1884
 
1901
#define COPY_member( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
1885
#define COPY_member(A, B)		(CHECK_NULL(A)->ag_ptr = (B))
1902
#define DEREF_member( A )		( CHECK_NULL ( A )->ag_ptr )
1886
#define DEREF_member(A)			(CHECK_NULL(A)->ag_ptr)
1903
 
1887
 
1904
#define CONS_member( A, B, C )\
1888
#define CONS_member(A, B, C)\
1905
    {\
1889
    {\
1906
	c_class *x119_ = GEN_c_class ( 2, TYPEID_list ) ;\
1890
	c_class *x119_ = GEN_c_class(2, TYPEID_list);\
1907
	COPY_member ( x119_ + 1, ( A ) ) ;\
1891
	COPY_member(x119_ + 1, (A));\
1908
	x119_->ag_ptr = ( B ) ;\
1892
	x119_->ag_ptr = (B);\
1909
	( C ) = x119_ ;\
1893
	(C) = x119_;\
1910
    }
1894
    }
1911
 
1895
 
1912
#define UN_CONS_member( A, B, C )\
1896
#define UN_CONS_member(A, B, C)\
1913
    {\
1897
    {\
1914
	c_class *x120_ = CHECK_NULL ( C ) ;\
1898
	c_class *x120_ = CHECK_NULL(C);\
1915
	( A ) = DEREF_member ( x120_ + 1 ) ;\
1899
	(A) = DEREF_member(x120_ + 1);\
1916
	( B ) = x120_->ag_ptr ;\
1900
	(B) = x120_->ag_ptr;\
1917
    }
1901
    }
1918
 
1902
 
1919
#define DESTROY_CONS_member( D, A, B, C )\
1903
#define DESTROY_CONS_member(D, A, B, C)\
1920
    {\
1904
    {\
1921
	c_class *x121_ = CHECK_NULL ( C ) ;\
1905
	c_class *x121_ = CHECK_NULL(C);\
1922
	( A ) = DEREF_member ( x121_ + 1 ) ;\
1906
	(A) = DEREF_member(x121_ + 1);\
1923
	( B ) = x121_->ag_ptr ;\
1907
	(B) = x121_->ag_ptr;\
1924
	( D ) ( x121_, ( unsigned ) 2 ) ;\
1908
	(D)(x121_, (unsigned)2);\
1925
    }
1909
    }
1926
 
1910
 
1927
#define PUSH_member( A, B )\
1911
#define PUSH_member(A, B)\
1928
    {\
1912
    {\
1929
	c_class **r122_ = &( B ) ;\
1913
	c_class **r122_ = &(B);\
1930
	c_class *x122_ = GEN_c_class ( 2, TYPEID_stack ) ;\
1914
	c_class *x122_ = GEN_c_class(2, TYPEID_stack);\
1931
	COPY_member ( x122_ + 1, ( A ) ) ;\
1915
	COPY_member(x122_ + 1, (A));\
1932
	x122_->ag_ptr = *r122_ ;\
1916
	x122_->ag_ptr = *r122_;\
1933
	*r122_ = x122_ ;\
1917
	*r122_ = x122_;\
1934
    }
1918
    }
1935
 
1919
 
1936
#define POP_member( A, B )\
1920
#define POP_member(A, B)\
1937
    {\
1921
    {\
1938
	c_class **r123_ = &( B ) ;\
1922
	c_class **r123_ = &(B);\
1939
	c_class *x123_ = CHECK_NULL ( *r123_ ) ;\
1923
	c_class *x123_ = CHECK_NULL(*r123_);\
1940
	( A ) = DEREF_member ( x123_ + 1 ) ;\
1924
	(A) = DEREF_member(x123_ + 1);\
1941
	*r123_ = x123_->ag_ptr ;\
1925
	*r123_ = x123_->ag_ptr;\
1942
	destroy_c_class ( x123_, ( unsigned ) 2 ) ;\
1926
	destroy_c_class(x123_, (unsigned)2);\
1943
    }
1927
    }
1944
 
1928
 
1945
 
1929
 
1946
/* Definitions for union NAMESPACE */
1930
/* Definitions for union NAMESPACE */
1947
 
1931
 
1948
#define ORDER_nspace			( ( unsigned ) 9 )
1932
#define ORDER_nspace			((unsigned) 9)
1949
#define SIZE_nspace			1
1933
#define SIZE_nspace			1
1950
#define NULL_nspace			( ( NAMESPACE ) 0 )
1934
#define NULL_nspace			((NAMESPACE) 0)
1951
#define IS_NULL_nspace( A )		( ( A ) == 0 )
1935
#define IS_NULL_nspace(A)		((A) == 0)
1952
#define EQ_nspace( A, B )		( ( A ) == ( B ) )
1936
#define EQ_nspace(A, B)			((A) == (B))
1953
 
1937
 
1954
#define COPY_nspace( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
1938
#define COPY_nspace(A, B)		(CHECK_NULL(A)->ag_ptr = (B))
1955
#define DEREF_nspace( A )		( CHECK_NULL ( A )->ag_ptr )
1939
#define DEREF_nspace(A)			(CHECK_NULL(A)->ag_ptr)
1956
 
1940
 
1957
#define CONS_nspace( A, B, C )\
1941
#define CONS_nspace(A, B, C)\
1958
    {\
1942
    {\
1959
	c_class *x124_ = GEN_c_class ( 2, TYPEID_list ) ;\
1943
	c_class *x124_ = GEN_c_class(2, TYPEID_list);\
1960
	COPY_nspace ( x124_ + 1, ( A ) ) ;\
1944
	COPY_nspace(x124_ + 1, (A));\
1961
	x124_->ag_ptr = ( B ) ;\
1945
	x124_->ag_ptr = (B);\
1962
	( C ) = x124_ ;\
1946
	(C) = x124_;\
1963
    }
1947
    }
1964
 
1948
 
1965
#define UN_CONS_nspace( A, B, C )\
1949
#define UN_CONS_nspace(A, B, C)\
1966
    {\
1950
    {\
1967
	c_class *x125_ = CHECK_NULL ( C ) ;\
1951
	c_class *x125_ = CHECK_NULL(C);\
1968
	( A ) = DEREF_nspace ( x125_ + 1 ) ;\
1952
	(A) = DEREF_nspace(x125_ + 1);\
1969
	( B ) = x125_->ag_ptr ;\
1953
	(B) = x125_->ag_ptr;\
1970
    }
1954
    }
1971
 
1955
 
1972
#define DESTROY_CONS_nspace( D, A, B, C )\
1956
#define DESTROY_CONS_nspace(D, A, B, C)\
1973
    {\
1957
    {\
1974
	c_class *x126_ = CHECK_NULL ( C ) ;\
1958
	c_class *x126_ = CHECK_NULL(C);\
1975
	( A ) = DEREF_nspace ( x126_ + 1 ) ;\
1959
	(A) = DEREF_nspace(x126_ + 1);\
1976
	( B ) = x126_->ag_ptr ;\
1960
	(B) = x126_->ag_ptr;\
1977
	( D ) ( x126_, ( unsigned ) 2 ) ;\
1961
	(D)(x126_, (unsigned)2);\
1978
    }
1962
    }
1979
 
1963
 
1980
#define PUSH_nspace( A, B )\
1964
#define PUSH_nspace(A, B)\
1981
    {\
1965
    {\
1982
	c_class **r127_ = &( B ) ;\
1966
	c_class **r127_ = &(B);\
1983
	c_class *x127_ = GEN_c_class ( 2, TYPEID_stack ) ;\
1967
	c_class *x127_ = GEN_c_class(2, TYPEID_stack);\
1984
	COPY_nspace ( x127_ + 1, ( A ) ) ;\
1968
	COPY_nspace(x127_ + 1, (A));\
1985
	x127_->ag_ptr = *r127_ ;\
1969
	x127_->ag_ptr = *r127_;\
1986
	*r127_ = x127_ ;\
1970
	*r127_ = x127_;\
1987
    }
1971
    }
1988
 
1972
 
1989
#define POP_nspace( A, B )\
1973
#define POP_nspace(A, B)\
1990
    {\
1974
    {\
1991
	c_class **r128_ = &( B ) ;\
1975
	c_class **r128_ = &(B);\
1992
	c_class *x128_ = CHECK_NULL ( *r128_ ) ;\
1976
	c_class *x128_ = CHECK_NULL(*r128_);\
1993
	( A ) = DEREF_nspace ( x128_ + 1 ) ;\
1977
	(A) = DEREF_nspace(x128_ + 1);\
1994
	*r128_ = x128_->ag_ptr ;\
1978
	*r128_ = x128_->ag_ptr;\
1995
	destroy_c_class ( x128_, ( unsigned ) 2 ) ;\
1979
	destroy_c_class(x128_, (unsigned)2);\
1996
    }
1980
    }
1997
 
1981
 
1998
 
1982
 
1999
/* Definitions for union NAT */
1983
/* Definitions for union NAT */
2000
 
1984
 
2001
#define ORDER_nat			( ( unsigned ) 5 )
1985
#define ORDER_nat			((unsigned) 5)
2002
#define SIZE_nat			1
1986
#define SIZE_nat			1
2003
#define NULL_nat			( ( NAT ) 0 )
1987
#define NULL_nat			((NAT) 0)
2004
#define IS_NULL_nat( A )		( ( A ) == 0 )
1988
#define IS_NULL_nat(A)			((A) == 0)
2005
#define EQ_nat( A, B )			( ( A ) == ( B ) )
1989
#define EQ_nat(A, B)			((A) == (B))
2006
 
1990
 
2007
#define COPY_nat( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
1991
#define COPY_nat(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
2008
#define DEREF_nat( A )			( CHECK_NULL ( A )->ag_ptr )
1992
#define DEREF_nat(A)			(CHECK_NULL(A)->ag_ptr)
2009
 
1993
 
2010
#define CONS_nat( A, B, C )\
1994
#define CONS_nat(A, B, C)\
2011
    {\
1995
    {\
2012
	c_class *x129_ = GEN_c_class ( 2, TYPEID_list ) ;\
1996
	c_class *x129_ = GEN_c_class(2, TYPEID_list);\
2013
	COPY_nat ( x129_ + 1, ( A ) ) ;\
1997
	COPY_nat(x129_ + 1, (A));\
2014
	x129_->ag_ptr = ( B ) ;\
1998
	x129_->ag_ptr = (B);\
2015
	( C ) = x129_ ;\
1999
	(C) = x129_;\
2016
    }
2000
    }
2017
 
2001
 
2018
#define UN_CONS_nat( A, B, C )\
2002
#define UN_CONS_nat(A, B, C)\
2019
    {\
2003
    {\
2020
	c_class *x130_ = CHECK_NULL ( C ) ;\
2004
	c_class *x130_ = CHECK_NULL(C);\
2021
	( A ) = DEREF_nat ( x130_ + 1 ) ;\
2005
	(A) = DEREF_nat(x130_ + 1);\
2022
	( B ) = x130_->ag_ptr ;\
2006
	(B) = x130_->ag_ptr;\
2023
    }
2007
    }
2024
 
2008
 
2025
#define DESTROY_CONS_nat( D, A, B, C )\
2009
#define DESTROY_CONS_nat(D, A, B, C)\
2026
    {\
2010
    {\
2027
	c_class *x131_ = CHECK_NULL ( C ) ;\
2011
	c_class *x131_ = CHECK_NULL(C);\
2028
	( A ) = DEREF_nat ( x131_ + 1 ) ;\
2012
	(A) = DEREF_nat(x131_ + 1);\
2029
	( B ) = x131_->ag_ptr ;\
2013
	(B) = x131_->ag_ptr;\
2030
	( D ) ( x131_, ( unsigned ) 2 ) ;\
2014
	(D)(x131_, (unsigned)2);\
2031
    }
2015
    }
2032
 
2016
 
2033
#define PUSH_nat( A, B )\
2017
#define PUSH_nat(A, B)\
2034
    {\
2018
    {\
2035
	c_class **r132_ = &( B ) ;\
2019
	c_class **r132_ = &(B);\
2036
	c_class *x132_ = GEN_c_class ( 2, TYPEID_stack ) ;\
2020
	c_class *x132_ = GEN_c_class(2, TYPEID_stack);\
2037
	COPY_nat ( x132_ + 1, ( A ) ) ;\
2021
	COPY_nat(x132_ + 1, (A));\
2038
	x132_->ag_ptr = *r132_ ;\
2022
	x132_->ag_ptr = *r132_;\
2039
	*r132_ = x132_ ;\
2023
	*r132_ = x132_;\
2040
    }
2024
    }
2041
 
2025
 
2042
#define POP_nat( A, B )\
2026
#define POP_nat(A, B)\
2043
    {\
2027
    {\
2044
	c_class **r133_ = &( B ) ;\
2028
	c_class **r133_ = &(B);\
2045
	c_class *x133_ = CHECK_NULL ( *r133_ ) ;\
2029
	c_class *x133_ = CHECK_NULL(*r133_);\
2046
	( A ) = DEREF_nat ( x133_ + 1 ) ;\
2030
	(A) = DEREF_nat(x133_ + 1);\
2047
	*r133_ = x133_->ag_ptr ;\
2031
	*r133_ = x133_->ag_ptr;\
2048
	destroy_c_class ( x133_, ( unsigned ) 2 ) ;\
2032
	destroy_c_class(x133_, (unsigned)2);\
2049
    }
2033
    }
2050
 
2034
 
2051
 
2035
 
2052
/* Definitions for union FLOAT */
2036
/* Definitions for union FLOAT */
2053
 
2037
 
2054
#define ORDER_flt			( ( unsigned ) 1 )
2038
#define ORDER_flt			((unsigned) 1)
2055
#define SIZE_flt			1
2039
#define SIZE_flt			1
2056
#define NULL_flt			( ( FLOAT ) 0 )
2040
#define NULL_flt			((FLOAT) 0)
2057
#define IS_NULL_flt( A )		( ( A ) == 0 )
2041
#define IS_NULL_flt(A)			((A) == 0)
2058
#define EQ_flt( A, B )			( ( A ) == ( B ) )
2042
#define EQ_flt(A, B)			((A) == (B))
2059
 
2043
 
2060
#define COPY_flt( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
2044
#define COPY_flt(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
2061
#define DEREF_flt( A )			( CHECK_NULL ( A )->ag_ptr )
2045
#define DEREF_flt(A)			(CHECK_NULL(A)->ag_ptr)
2062
 
2046
 
2063
#define CONS_flt( A, B, C )\
2047
#define CONS_flt(A, B, C)\
2064
    {\
2048
    {\
2065
	c_class *x134_ = GEN_c_class ( 2, TYPEID_list ) ;\
2049
	c_class *x134_ = GEN_c_class(2, TYPEID_list);\
2066
	COPY_flt ( x134_ + 1, ( A ) ) ;\
2050
	COPY_flt(x134_ + 1, (A));\
2067
	x134_->ag_ptr = ( B ) ;\
2051
	x134_->ag_ptr = (B);\
2068
	( C ) = x134_ ;\
2052
	(C) = x134_;\
2069
    }
2053
    }
2070
 
2054
 
2071
#define UN_CONS_flt( A, B, C )\
2055
#define UN_CONS_flt(A, B, C)\
2072
    {\
2056
    {\
2073
	c_class *x135_ = CHECK_NULL ( C ) ;\
2057
	c_class *x135_ = CHECK_NULL(C);\
2074
	( A ) = DEREF_flt ( x135_ + 1 ) ;\
2058
	(A) = DEREF_flt(x135_ + 1);\
2075
	( B ) = x135_->ag_ptr ;\
2059
	(B) = x135_->ag_ptr;\
2076
    }
2060
    }
2077
 
2061
 
2078
#define DESTROY_CONS_flt( D, A, B, C )\
2062
#define DESTROY_CONS_flt(D, A, B, C)\
2079
    {\
2063
    {\
2080
	c_class *x136_ = CHECK_NULL ( C ) ;\
2064
	c_class *x136_ = CHECK_NULL(C);\
2081
	( A ) = DEREF_flt ( x136_ + 1 ) ;\
2065
	(A) = DEREF_flt(x136_ + 1);\
2082
	( B ) = x136_->ag_ptr ;\
2066
	(B) = x136_->ag_ptr;\
2083
	( D ) ( x136_, ( unsigned ) 2 ) ;\
2067
	(D)(x136_, (unsigned)2);\
2084
    }
2068
    }
2085
 
2069
 
2086
#define PUSH_flt( A, B )\
2070
#define PUSH_flt(A, B)\
2087
    {\
2071
    {\
2088
	c_class **r137_ = &( B ) ;\
2072
	c_class **r137_ = &(B);\
2089
	c_class *x137_ = GEN_c_class ( 2, TYPEID_stack ) ;\
2073
	c_class *x137_ = GEN_c_class(2, TYPEID_stack);\
2090
	COPY_flt ( x137_ + 1, ( A ) ) ;\
2074
	COPY_flt(x137_ + 1, (A));\
2091
	x137_->ag_ptr = *r137_ ;\
2075
	x137_->ag_ptr = *r137_;\
2092
	*r137_ = x137_ ;\
2076
	*r137_ = x137_;\
2093
    }
2077
    }
2094
 
2078
 
2095
#define POP_flt( A, B )\
2079
#define POP_flt(A, B)\
2096
    {\
2080
    {\
2097
	c_class **r138_ = &( B ) ;\
2081
	c_class **r138_ = &(B);\
2098
	c_class *x138_ = CHECK_NULL ( *r138_ ) ;\
2082
	c_class *x138_ = CHECK_NULL(*r138_);\
2099
	( A ) = DEREF_flt ( x138_ + 1 ) ;\
2083
	(A) = DEREF_flt(x138_ + 1);\
2100
	*r138_ = x138_->ag_ptr ;\
2084
	*r138_ = x138_->ag_ptr;\
2101
	destroy_c_class ( x138_, ( unsigned ) 2 ) ;\
2085
	destroy_c_class(x138_, (unsigned)2);\
2102
    }
2086
    }
2103
 
2087
 
2104
 
2088
 
2105
/* Definitions for union STRING */
2089
/* Definitions for union STRING */
2106
 
2090
 
2107
#define ORDER_str			( ( unsigned ) 1 )
2091
#define ORDER_str			((unsigned) 1)
2108
#define SIZE_str			1
2092
#define SIZE_str			1
2109
#define NULL_str			( ( STRING ) 0 )
2093
#define NULL_str			((STRING) 0)
2110
#define IS_NULL_str( A )		( ( A ) == 0 )
2094
#define IS_NULL_str(A)			((A) == 0)
2111
#define EQ_str( A, B )			( ( A ) == ( B ) )
2095
#define EQ_str(A, B)			((A) == (B))
2112
 
2096
 
2113
#define COPY_str( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
2097
#define COPY_str(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
2114
#define DEREF_str( A )			( CHECK_NULL ( A )->ag_ptr )
2098
#define DEREF_str(A)			(CHECK_NULL(A)->ag_ptr)
2115
 
2099
 
2116
#define CONS_str( A, B, C )\
2100
#define CONS_str(A, B, C)\
2117
    {\
2101
    {\
2118
	c_class *x139_ = GEN_c_class ( 2, TYPEID_list ) ;\
2102
	c_class *x139_ = GEN_c_class(2, TYPEID_list);\
2119
	COPY_str ( x139_ + 1, ( A ) ) ;\
2103
	COPY_str(x139_ + 1, (A));\
2120
	x139_->ag_ptr = ( B ) ;\
2104
	x139_->ag_ptr = (B);\
2121
	( C ) = x139_ ;\
2105
	(C) = x139_;\
2122
    }
2106
    }
2123
 
2107
 
2124
#define UN_CONS_str( A, B, C )\
2108
#define UN_CONS_str(A, B, C)\
2125
    {\
2109
    {\
2126
	c_class *x140_ = CHECK_NULL ( C ) ;\
2110
	c_class *x140_ = CHECK_NULL(C);\
2127
	( A ) = DEREF_str ( x140_ + 1 ) ;\
2111
	(A) = DEREF_str(x140_ + 1);\
2128
	( B ) = x140_->ag_ptr ;\
2112
	(B) = x140_->ag_ptr;\
2129
    }
2113
    }
2130
 
2114
 
2131
#define DESTROY_CONS_str( D, A, B, C )\
2115
#define DESTROY_CONS_str(D, A, B, C)\
2132
    {\
2116
    {\
2133
	c_class *x141_ = CHECK_NULL ( C ) ;\
2117
	c_class *x141_ = CHECK_NULL(C);\
2134
	( A ) = DEREF_str ( x141_ + 1 ) ;\
2118
	(A) = DEREF_str(x141_ + 1);\
2135
	( B ) = x141_->ag_ptr ;\
2119
	(B) = x141_->ag_ptr;\
2136
	( D ) ( x141_, ( unsigned ) 2 ) ;\
2120
	(D)(x141_, (unsigned)2);\
2137
    }
2121
    }
2138
 
2122
 
2139
#define PUSH_str( A, B )\
2123
#define PUSH_str(A, B)\
2140
    {\
2124
    {\
2141
	c_class **r142_ = &( B ) ;\
2125
	c_class **r142_ = &(B);\
2142
	c_class *x142_ = GEN_c_class ( 2, TYPEID_stack ) ;\
2126
	c_class *x142_ = GEN_c_class(2, TYPEID_stack);\
2143
	COPY_str ( x142_ + 1, ( A ) ) ;\
2127
	COPY_str(x142_ + 1, (A));\
2144
	x142_->ag_ptr = *r142_ ;\
2128
	x142_->ag_ptr = *r142_;\
2145
	*r142_ = x142_ ;\
2129
	*r142_ = x142_;\
2146
    }
2130
    }
2147
 
2131
 
2148
#define POP_str( A, B )\
2132
#define POP_str(A, B)\
2149
    {\
2133
    {\
2150
	c_class **r143_ = &( B ) ;\
2134
	c_class **r143_ = &(B);\
2151
	c_class *x143_ = CHECK_NULL ( *r143_ ) ;\
2135
	c_class *x143_ = CHECK_NULL(*r143_);\
2152
	( A ) = DEREF_str ( x143_ + 1 ) ;\
2136
	(A) = DEREF_str(x143_ + 1);\
2153
	*r143_ = x143_->ag_ptr ;\
2137
	*r143_ = x143_->ag_ptr;\
2154
	destroy_c_class ( x143_, ( unsigned ) 2 ) ;\
2138
	destroy_c_class(x143_, (unsigned)2);\
2155
    }
2139
    }
2156
 
2140
 
2157
 
2141
 
2158
/* Definitions for union EXP */
2142
/* Definitions for union EXP */
2159
 
2143
 
2160
#define ORDER_exp			( ( unsigned ) 88 )
2144
#define ORDER_exp			((unsigned) 88)
2161
#define SIZE_exp			1
2145
#define SIZE_exp			1
2162
#define NULL_exp			( ( EXP ) 0 )
2146
#define NULL_exp			((EXP) 0)
2163
#define IS_NULL_exp( A )		( ( A ) == 0 )
2147
#define IS_NULL_exp(A)			((A) == 0)
2164
#define EQ_exp( A, B )			( ( A ) == ( B ) )
2148
#define EQ_exp(A, B)			((A) == (B))
2165
 
2149
 
2166
#define COPY_exp( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
2150
#define COPY_exp(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
2167
#define DEREF_exp( A )			( CHECK_NULL ( A )->ag_ptr )
2151
#define DEREF_exp(A)			(CHECK_NULL(A)->ag_ptr)
2168
 
2152
 
2169
#define CONS_exp( A, B, C )\
2153
#define CONS_exp(A, B, C)\
2170
    {\
2154
    {\
2171
	c_class *x144_ = GEN_c_class ( 2, TYPEID_list ) ;\
2155
	c_class *x144_ = GEN_c_class(2, TYPEID_list);\
2172
	COPY_exp ( x144_ + 1, ( A ) ) ;\
2156
	COPY_exp(x144_ + 1, (A));\
2173
	x144_->ag_ptr = ( B ) ;\
2157
	x144_->ag_ptr = (B);\
2174
	( C ) = x144_ ;\
2158
	(C) = x144_;\
2175
    }
2159
    }
2176
 
2160
 
2177
#define UN_CONS_exp( A, B, C )\
2161
#define UN_CONS_exp(A, B, C)\
2178
    {\
2162
    {\
2179
	c_class *x145_ = CHECK_NULL ( C ) ;\
2163
	c_class *x145_ = CHECK_NULL(C);\
2180
	( A ) = DEREF_exp ( x145_ + 1 ) ;\
2164
	(A) = DEREF_exp(x145_ + 1);\
2181
	( B ) = x145_->ag_ptr ;\
2165
	(B) = x145_->ag_ptr;\
2182
    }
2166
    }
2183
 
2167
 
2184
#define DESTROY_CONS_exp( D, A, B, C )\
2168
#define DESTROY_CONS_exp(D, A, B, C)\
2185
    {\
2169
    {\
2186
	c_class *x146_ = CHECK_NULL ( C ) ;\
2170
	c_class *x146_ = CHECK_NULL(C);\
2187
	( A ) = DEREF_exp ( x146_ + 1 ) ;\
2171
	(A) = DEREF_exp(x146_ + 1);\
2188
	( B ) = x146_->ag_ptr ;\
2172
	(B) = x146_->ag_ptr;\
2189
	( D ) ( x146_, ( unsigned ) 2 ) ;\
2173
	(D)(x146_, (unsigned)2);\
2190
    }
2174
    }
2191
 
2175
 
2192
#define PUSH_exp( A, B )\
2176
#define PUSH_exp(A, B)\
2193
    {\
2177
    {\
2194
	c_class **r147_ = &( B ) ;\
2178
	c_class **r147_ = &(B);\
2195
	c_class *x147_ = GEN_c_class ( 2, TYPEID_stack ) ;\
2179
	c_class *x147_ = GEN_c_class(2, TYPEID_stack);\
2196
	COPY_exp ( x147_ + 1, ( A ) ) ;\
2180
	COPY_exp(x147_ + 1, (A));\
2197
	x147_->ag_ptr = *r147_ ;\
2181
	x147_->ag_ptr = *r147_;\
2198
	*r147_ = x147_ ;\
2182
	*r147_ = x147_;\
2199
    }
2183
    }
2200
 
2184
 
2201
#define POP_exp( A, B )\
2185
#define POP_exp(A, B)\
2202
    {\
2186
    {\
2203
	c_class **r148_ = &( B ) ;\
2187
	c_class **r148_ = &(B);\
2204
	c_class *x148_ = CHECK_NULL ( *r148_ ) ;\
2188
	c_class *x148_ = CHECK_NULL(*r148_);\
2205
	( A ) = DEREF_exp ( x148_ + 1 ) ;\
2189
	(A) = DEREF_exp(x148_ + 1);\
2206
	*r148_ = x148_->ag_ptr ;\
2190
	*r148_ = x148_->ag_ptr;\
2207
	destroy_c_class ( x148_, ( unsigned ) 2 ) ;\
2191
	destroy_c_class(x148_, (unsigned)2);\
2208
    }
2192
    }
2209
 
2193
 
2210
 
2194
 
2211
/* Definitions for union OFFSET */
2195
/* Definitions for union OFFSET */
2212
 
2196
 
2213
#define ORDER_off			( ( unsigned ) 13 )
2197
#define ORDER_off			((unsigned) 13)
2214
#define SIZE_off			1
2198
#define SIZE_off			1
2215
#define NULL_off			( ( OFFSET ) 0 )
2199
#define NULL_off			((OFFSET) 0)
2216
#define IS_NULL_off( A )		( ( A ) == 0 )
2200
#define IS_NULL_off(A)			((A) == 0)
2217
#define EQ_off( A, B )			( ( A ) == ( B ) )
2201
#define EQ_off(A, B)			((A) == (B))
2218
 
2202
 
2219
#define COPY_off( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
2203
#define COPY_off(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
2220
#define DEREF_off( A )			( CHECK_NULL ( A )->ag_ptr )
2204
#define DEREF_off(A)			(CHECK_NULL(A)->ag_ptr)
2221
 
2205
 
2222
#define CONS_off( A, B, C )\
2206
#define CONS_off(A, B, C)\
2223
    {\
2207
    {\
2224
	c_class *x149_ = GEN_c_class ( 2, TYPEID_list ) ;\
2208
	c_class *x149_ = GEN_c_class(2, TYPEID_list);\
2225
	COPY_off ( x149_ + 1, ( A ) ) ;\
2209
	COPY_off(x149_ + 1, (A));\
2226
	x149_->ag_ptr = ( B ) ;\
2210
	x149_->ag_ptr = (B);\
2227
	( C ) = x149_ ;\
2211
	(C) = x149_;\
2228
    }
2212
    }
2229
 
2213
 
2230
#define UN_CONS_off( A, B, C )\
2214
#define UN_CONS_off(A, B, C)\
2231
    {\
2215
    {\
2232
	c_class *x150_ = CHECK_NULL ( C ) ;\
2216
	c_class *x150_ = CHECK_NULL(C);\
2233
	( A ) = DEREF_off ( x150_ + 1 ) ;\
2217
	(A) = DEREF_off(x150_ + 1);\
2234
	( B ) = x150_->ag_ptr ;\
2218
	(B) = x150_->ag_ptr;\
2235
    }
2219
    }
2236
 
2220
 
2237
#define DESTROY_CONS_off( D, A, B, C )\
2221
#define DESTROY_CONS_off(D, A, B, C)\
2238
    {\
2222
    {\
2239
	c_class *x151_ = CHECK_NULL ( C ) ;\
2223
	c_class *x151_ = CHECK_NULL(C);\
2240
	( A ) = DEREF_off ( x151_ + 1 ) ;\
2224
	(A) = DEREF_off(x151_ + 1);\
2241
	( B ) = x151_->ag_ptr ;\
2225
	(B) = x151_->ag_ptr;\
2242
	( D ) ( x151_, ( unsigned ) 2 ) ;\
2226
	(D)(x151_, (unsigned)2);\
2243
    }
2227
    }
2244
 
2228
 
2245
#define PUSH_off( A, B )\
2229
#define PUSH_off(A, B)\
2246
    {\
2230
    {\
2247
	c_class **r152_ = &( B ) ;\
2231
	c_class **r152_ = &(B);\
2248
	c_class *x152_ = GEN_c_class ( 2, TYPEID_stack ) ;\
2232
	c_class *x152_ = GEN_c_class(2, TYPEID_stack);\
2249
	COPY_off ( x152_ + 1, ( A ) ) ;\
2233
	COPY_off(x152_ + 1, (A));\
2250
	x152_->ag_ptr = *r152_ ;\
2234
	x152_->ag_ptr = *r152_;\
2251
	*r152_ = x152_ ;\
2235
	*r152_ = x152_;\
2252
    }
2236
    }
2253
 
2237
 
2254
#define POP_off( A, B )\
2238
#define POP_off(A, B)\
2255
    {\
2239
    {\
2256
	c_class **r153_ = &( B ) ;\
2240
	c_class **r153_ = &(B);\
2257
	c_class *x153_ = CHECK_NULL ( *r153_ ) ;\
2241
	c_class *x153_ = CHECK_NULL(*r153_);\
2258
	( A ) = DEREF_off ( x153_ + 1 ) ;\
2242
	(A) = DEREF_off(x153_ + 1);\
2259
	*r153_ = x153_->ag_ptr ;\
2243
	*r153_ = x153_->ag_ptr;\
2260
	destroy_c_class ( x153_, ( unsigned ) 2 ) ;\
2244
	destroy_c_class(x153_, (unsigned)2);\
2261
    }
2245
    }
2262
 
2246
 
2263
 
2247
 
2264
/* Definitions for union TOKEN */
2248
/* Definitions for union TOKEN */
2265
 
2249
 
2266
#define ORDER_tok			( ( unsigned ) 10 )
2250
#define ORDER_tok			((unsigned) 10)
2267
#define SIZE_tok			1
2251
#define SIZE_tok			1
2268
#define NULL_tok			( ( TOKEN ) 0 )
2252
#define NULL_tok			((TOKEN) 0)
2269
#define IS_NULL_tok( A )		( ( A ) == 0 )
2253
#define IS_NULL_tok(A)			((A) == 0)
2270
#define EQ_tok( A, B )			( ( A ) == ( B ) )
2254
#define EQ_tok(A, B)			((A) == (B))
2271
 
2255
 
2272
#define COPY_tok( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
2256
#define COPY_tok(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
2273
#define DEREF_tok( A )			( CHECK_NULL ( A )->ag_ptr )
2257
#define DEREF_tok(A)			(CHECK_NULL(A)->ag_ptr)
2274
 
2258
 
2275
#define CONS_tok( A, B, C )\
2259
#define CONS_tok(A, B, C)\
2276
    {\
2260
    {\
2277
	c_class *x154_ = GEN_c_class ( 2, TYPEID_list ) ;\
2261
	c_class *x154_ = GEN_c_class(2, TYPEID_list);\
2278
	COPY_tok ( x154_ + 1, ( A ) ) ;\
2262
	COPY_tok(x154_ + 1, (A));\
2279
	x154_->ag_ptr = ( B ) ;\
2263
	x154_->ag_ptr = (B);\
2280
	( C ) = x154_ ;\
2264
	(C) = x154_;\
2281
    }
2265
    }
2282
 
2266
 
2283
#define UN_CONS_tok( A, B, C )\
2267
#define UN_CONS_tok(A, B, C)\
2284
    {\
2268
    {\
2285
	c_class *x155_ = CHECK_NULL ( C ) ;\
2269
	c_class *x155_ = CHECK_NULL(C);\
2286
	( A ) = DEREF_tok ( x155_ + 1 ) ;\
2270
	(A) = DEREF_tok(x155_ + 1);\
2287
	( B ) = x155_->ag_ptr ;\
2271
	(B) = x155_->ag_ptr;\
2288
    }
2272
    }
2289
 
2273
 
2290
#define DESTROY_CONS_tok( D, A, B, C )\
2274
#define DESTROY_CONS_tok(D, A, B, C)\
2291
    {\
2275
    {\
2292
	c_class *x156_ = CHECK_NULL ( C ) ;\
2276
	c_class *x156_ = CHECK_NULL(C);\
2293
	( A ) = DEREF_tok ( x156_ + 1 ) ;\
2277
	(A) = DEREF_tok(x156_ + 1);\
2294
	( B ) = x156_->ag_ptr ;\
2278
	(B) = x156_->ag_ptr;\
2295
	( D ) ( x156_, ( unsigned ) 2 ) ;\
2279
	(D)(x156_, (unsigned)2);\
2296
    }
2280
    }
2297
 
2281
 
2298
#define PUSH_tok( A, B )\
2282
#define PUSH_tok(A, B)\
2299
    {\
2283
    {\
2300
	c_class **r157_ = &( B ) ;\
2284
	c_class **r157_ = &(B);\
2301
	c_class *x157_ = GEN_c_class ( 2, TYPEID_stack ) ;\
2285
	c_class *x157_ = GEN_c_class(2, TYPEID_stack);\
2302
	COPY_tok ( x157_ + 1, ( A ) ) ;\
2286
	COPY_tok(x157_ + 1, (A));\
2303
	x157_->ag_ptr = *r157_ ;\
2287
	x157_->ag_ptr = *r157_;\
2304
	*r157_ = x157_ ;\
2288
	*r157_ = x157_;\
2305
    }
2289
    }
2306
 
2290
 
2307
#define POP_tok( A, B )\
2291
#define POP_tok(A, B)\
2308
    {\
2292
    {\
2309
	c_class **r158_ = &( B ) ;\
2293
	c_class **r158_ = &(B);\
2310
	c_class *x158_ = CHECK_NULL ( *r158_ ) ;\
2294
	c_class *x158_ = CHECK_NULL(*r158_);\
2311
	( A ) = DEREF_tok ( x158_ + 1 ) ;\
2295
	(A) = DEREF_tok(x158_ + 1);\
2312
	*r158_ = x158_->ag_ptr ;\
2296
	*r158_ = x158_->ag_ptr;\
2313
	destroy_c_class ( x158_, ( unsigned ) 2 ) ;\
2297
	destroy_c_class(x158_, (unsigned)2);\
2314
    }
2298
    }
2315
 
2299
 
2316
 
2300
 
2317
/* Definitions for union INSTANCE */
2301
/* Definitions for union INSTANCE */
2318
 
2302
 
2319
#define ORDER_inst			( ( unsigned ) 2 )
2303
#define ORDER_inst			((unsigned) 2)
2320
#define SIZE_inst			1
2304
#define SIZE_inst			1
2321
#define NULL_inst			( ( INSTANCE ) 0 )
2305
#define NULL_inst			((INSTANCE) 0)
2322
#define IS_NULL_inst( A )		( ( A ) == 0 )
2306
#define IS_NULL_inst(A)			((A) == 0)
2323
#define EQ_inst( A, B )			( ( A ) == ( B ) )
2307
#define EQ_inst(A, B)			((A) == (B))
2324
 
2308
 
2325
#define COPY_inst( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
2309
#define COPY_inst(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
2326
#define DEREF_inst( A )			( CHECK_NULL ( A )->ag_ptr )
2310
#define DEREF_inst(A)			(CHECK_NULL(A)->ag_ptr)
2327
 
2311
 
2328
#define CONS_inst( A, B, C )\
2312
#define CONS_inst(A, B, C)\
2329
    {\
2313
    {\
2330
	c_class *x159_ = GEN_c_class ( 2, TYPEID_list ) ;\
2314
	c_class *x159_ = GEN_c_class(2, TYPEID_list);\
2331
	COPY_inst ( x159_ + 1, ( A ) ) ;\
2315
	COPY_inst(x159_ + 1, (A));\
2332
	x159_->ag_ptr = ( B ) ;\
2316
	x159_->ag_ptr = (B);\
2333
	( C ) = x159_ ;\
2317
	(C) = x159_;\
2334
    }
2318
    }
2335
 
2319
 
2336
#define UN_CONS_inst( A, B, C )\
2320
#define UN_CONS_inst(A, B, C)\
2337
    {\
2321
    {\
2338
	c_class *x160_ = CHECK_NULL ( C ) ;\
2322
	c_class *x160_ = CHECK_NULL(C);\
2339
	( A ) = DEREF_inst ( x160_ + 1 ) ;\
2323
	(A) = DEREF_inst(x160_ + 1);\
2340
	( B ) = x160_->ag_ptr ;\
2324
	(B) = x160_->ag_ptr;\
2341
    }
2325
    }
2342
 
2326
 
2343
#define DESTROY_CONS_inst( D, A, B, C )\
2327
#define DESTROY_CONS_inst(D, A, B, C)\
2344
    {\
2328
    {\
2345
	c_class *x161_ = CHECK_NULL ( C ) ;\
2329
	c_class *x161_ = CHECK_NULL(C);\
2346
	( A ) = DEREF_inst ( x161_ + 1 ) ;\
2330
	(A) = DEREF_inst(x161_ + 1);\
2347
	( B ) = x161_->ag_ptr ;\
2331
	(B) = x161_->ag_ptr;\
2348
	( D ) ( x161_, ( unsigned ) 2 ) ;\
2332
	(D)(x161_, (unsigned)2);\
2349
    }
2333
    }
2350
 
2334
 
2351
#define PUSH_inst( A, B )\
2335
#define PUSH_inst(A, B)\
2352
    {\
2336
    {\
2353
	c_class **r162_ = &( B ) ;\
2337
	c_class **r162_ = &(B);\
2354
	c_class *x162_ = GEN_c_class ( 2, TYPEID_stack ) ;\
2338
	c_class *x162_ = GEN_c_class(2, TYPEID_stack);\
2355
	COPY_inst ( x162_ + 1, ( A ) ) ;\
2339
	COPY_inst(x162_ + 1, (A));\
2356
	x162_->ag_ptr = *r162_ ;\
2340
	x162_->ag_ptr = *r162_;\
2357
	*r162_ = x162_ ;\
2341
	*r162_ = x162_;\
2358
    }
2342
    }
2359
 
2343
 
2360
#define POP_inst( A, B )\
2344
#define POP_inst(A, B)\
2361
    {\
2345
    {\
2362
	c_class **r163_ = &( B ) ;\
2346
	c_class **r163_ = &(B);\
2363
	c_class *x163_ = CHECK_NULL ( *r163_ ) ;\
2347
	c_class *x163_ = CHECK_NULL(*r163_);\
2364
	( A ) = DEREF_inst ( x163_ + 1 ) ;\
2348
	(A) = DEREF_inst(x163_ + 1);\
2365
	*r163_ = x163_->ag_ptr ;\
2349
	*r163_ = x163_->ag_ptr;\
2366
	destroy_c_class ( x163_, ( unsigned ) 2 ) ;\
2350
	destroy_c_class(x163_, (unsigned)2);\
2367
    }
2351
    }
2368
 
2352
 
2369
 
2353
 
2370
/* Definitions for union ERROR */
2354
/* Definitions for union ERROR */
2371
 
2355
 
2372
#define ORDER_err			( ( unsigned ) 2 )
2356
#define ORDER_err			((unsigned) 2)
2373
#define SIZE_err			1
2357
#define SIZE_err			1
2374
#define NULL_err			( ( ERROR ) 0 )
2358
#define NULL_err			((ERROR) 0)
2375
#define IS_NULL_err( A )		( ( A ) == 0 )
2359
#define IS_NULL_err(A)			((A) == 0)
2376
#define EQ_err( A, B )			( ( A ) == ( B ) )
2360
#define EQ_err(A, B)			((A) == (B))
2377
 
2361
 
2378
#define COPY_err( A, B )		( CHECK_NULL ( A )->ag_ptr = ( B ) )
2362
#define COPY_err(A, B)			(CHECK_NULL(A)->ag_ptr = (B))
2379
#define DEREF_err( A )			( CHECK_NULL ( A )->ag_ptr )
2363
#define DEREF_err(A)			(CHECK_NULL(A)->ag_ptr)
2380
 
2364
 
2381
#define CONS_err( A, B, C )\
2365
#define CONS_err(A, B, C)\
2382
    {\
2366
    {\
2383
	c_class *x164_ = GEN_c_class ( 2, TYPEID_list ) ;\
2367
	c_class *x164_ = GEN_c_class(2, TYPEID_list);\
2384
	COPY_err ( x164_ + 1, ( A ) ) ;\
2368
	COPY_err(x164_ + 1, (A));\
2385
	x164_->ag_ptr = ( B ) ;\
2369
	x164_->ag_ptr = (B);\
2386
	( C ) = x164_ ;\
2370
	(C) = x164_;\
2387
    }
2371
    }
2388
 
2372
 
2389
#define UN_CONS_err( A, B, C )\
2373
#define UN_CONS_err(A, B, C)\
2390
    {\
2374
    {\
2391
	c_class *x165_ = CHECK_NULL ( C ) ;\
2375
	c_class *x165_ = CHECK_NULL(C);\
2392
	( A ) = DEREF_err ( x165_ + 1 ) ;\
2376
	(A) = DEREF_err(x165_ + 1);\
2393
	( B ) = x165_->ag_ptr ;\
2377
	(B) = x165_->ag_ptr;\
2394
    }
2378
    }
2395
 
2379
 
2396
#define DESTROY_CONS_err( D, A, B, C )\
2380
#define DESTROY_CONS_err(D, A, B, C)\
2397
    {\
2381
    {\
2398
	c_class *x166_ = CHECK_NULL ( C ) ;\
2382
	c_class *x166_ = CHECK_NULL(C);\
2399
	( A ) = DEREF_err ( x166_ + 1 ) ;\
2383
	(A) = DEREF_err(x166_ + 1);\
2400
	( B ) = x166_->ag_ptr ;\
2384
	(B) = x166_->ag_ptr;\
2401
	( D ) ( x166_, ( unsigned ) 2 ) ;\
2385
	(D)(x166_, (unsigned)2);\
2402
    }
2386
    }
2403
 
2387
 
2404
#define PUSH_err( A, B )\
2388
#define PUSH_err(A, B)\
2405
    {\
2389
    {\
2406
	c_class **r167_ = &( B ) ;\
2390
	c_class **r167_ = &(B);\
2407
	c_class *x167_ = GEN_c_class ( 2, TYPEID_stack ) ;\
2391
	c_class *x167_ = GEN_c_class(2, TYPEID_stack);\
2408
	COPY_err ( x167_ + 1, ( A ) ) ;\
2392
	COPY_err(x167_ + 1, (A));\
2409
	x167_->ag_ptr = *r167_ ;\
2393
	x167_->ag_ptr = *r167_;\
2410
	*r167_ = x167_ ;\
2394
	*r167_ = x167_;\
2411
    }
2395
    }
2412
 
2396
 
2413
#define POP_err( A, B )\
2397
#define POP_err(A, B)\
2414
    {\
2398
    {\
2415
	c_class **r168_ = &( B ) ;\
2399
	c_class **r168_ = &(B);\
2416
	c_class *x168_ = CHECK_NULL ( *r168_ ) ;\
2400
	c_class *x168_ = CHECK_NULL(*r168_);\
2417
	( A ) = DEREF_err ( x168_ + 1 ) ;\
2401
	(A) = DEREF_err(x168_ + 1);\
2418
	*r168_ = x168_->ag_ptr ;\
2402
	*r168_ = x168_->ag_ptr;\
2419
	destroy_c_class ( x168_, ( unsigned ) 2 ) ;\
2403
	destroy_c_class(x168_, (unsigned)2);\
2420
    }
2404
    }
2421
 
2405
 
2422
 
2406
 
2423
/* Maximum allocation size */
2407
/* Maximum allocation size */
2424
 
2408