WebSVN – Vertical – Blame – /trunk/verilog/hdl.output

Rev	Author	Line No.	Line
2	mjames	1
		2
		3	Terminals which are not used:
		4
		5	NL
		6	WIRE
		7
		8
		9	Conflict in state 182 between rule 123 and token BIN_OP resolved as reduce.
		10
		11	Grammar
		12	rule 1 modules -> modules mod_prim
		13	rule 2 modules -> modules error
		14	rule 3 modules -> mod_prim
		15	rule 4 mod_prim -> module
		16	rule 5 mod_prim -> primitive
		17	rule 6 primitive -> PRIMITIVE NAME '(' list_of_vars ')' ';' prim_body ENDPRIM
		18	rule 7 list_of_vars -> list_of_vars ',' NAME
		19	rule 8 list_of_vars -> NAME
		20	rule 9 prim_body -> UDP_decl UDP_init table_def
		21	rule 10 prim_body -> UDP_decl table_def
		22	rule 11 UDP_decl -> output_decl
		23	rule 12 UDP_decl -> input_decl
		24	rule 13 UDP_decl -> reg_decl
		25	rule 14 UDP_init -> INITIAL NAME '=' init_val
		26	rule 15 init_val -> '1' ''' 'b' '0'
		27	rule 16 init_val -> '1' ''' 'b' '1'
		28	rule 17 init_val -> '1' ''' 'b' 'x'
		29	rule 18 init_val -> '1'
		30	rule 19 init_val -> '0'
		31	rule 20 table_def -> TABLE table_entries ENDTABLE
		32	rule 21 table_entries -> table_entries combin_entry
		33	rule 22 table_entries -> combin_entry
		34	rule 23 table_entries -> table_entries seq_entry
		35	rule 24 table_entries -> seq_entry
		36	rule 25 combin_entry -> level_in_list ':' OUT_SYM ';'
		37	rule 26 seq_entry -> level_in_list ':' state ':' next_state ';'
		38	rule 27 seq_entry -> edge_in_list ':' state ':' next_state ';'
		39	rule 28 level_in_list -> LEV_SYM
		40	rule 29 edge_in_list -> LEV_SYM edge LEV_SYM
		41	rule 30 edge_in_list -> edge
		42	rule 31 edge -> '(' LEV_SYM LEV_SYM ')'
		43	rule 32 edge -> EDGE_SYM
		44	rule 33 state -> LEV_SYM
		45	rule 34 next_state -> OUT_SYM
		46	rule 35 module -> MODULE NAME ';' mod_body ENDMODULE
		47	rule 36 module -> MODULE NAME '(' list_of_ports ')' ';' mod_body ENDMODULE
		48	rule 37 list_of_ports -> list_of_ports ',' port
		49	rule 38 list_of_ports -> port
		50	rule 39 port -> NAME
		51	rule 40 port -> NAME '[' const_exp ']'
		52	rule 41 port -> NAME '[' const_exp ':' const_exp ']'
		53	rule 42 mod_body -> mod_body module_item
		54	rule 43 mod_body -> module_item
		55	rule 44 module_item -> param_decl
		56	rule 45 module_item -> input_decl
		57	rule 46 module_item -> output_decl
		58	rule 47 module_item -> inout_decl
		59	rule 48 module_item -> net_decl
		60	rule 49 module_item -> reg_decl
		61	rule 50 module_item -> time_decl
		62	rule 51 module_item -> integer_decl
		63	rule 52 module_item -> real_decl
		64	rule 53 module_item -> event_decl
		65	rule 54 module_item -> gate_decl
		66	rule 55 module_item -> module_instant
		67	rule 56 module_item -> defparm_decl
		68	rule 57 module_item -> cont_assign
		69	rule 58 param_decl -> PARAMETER
		70	rule 59 reg_decl -> REG
		71	rule 60 time_decl -> TIME
		72	rule 61 integer_decl -> INTEGER
		73	rule 62 real_decl -> REAL
		74	rule 63 event_decl -> EVENT
		75	rule 64 defparm_decl -> DEFPARAM
		76	rule 65 gate_decl -> GATETYPE gate_instant
		77	rule 66 gate_decl -> GATETYPE dr_strength gate_instant
		78	rule 67 gate_decl -> GATETYPE delay gate_instant
		79	rule 68 gate_decl -> GATETYPE dr_strength delay gate_instant
		80	rule 69 gate_instant -> NAME '(' exp ')'
		81	rule 70 input_decl -> INPUT list_vars ';'
		82	rule 71 input_decl -> INPUT range list_vars ';'
		83	rule 72 output_decl -> OUTPUT list_vars ';'
		84	rule 73 output_decl -> OUTPUT range list_vars ';'
		85	rule 74 inout_decl -> INOUT list_vars ';'
		86	rule 75 inout_decl -> INOUT range list_vars ';'
		87	rule 76 net_decl -> NETTYPE list_vars ';'
		88	rule 77 net_decl -> NETTYPE range list_vars ';'
		89	rule 78 net_decl -> NETTYPE delay list_vars ';'
		90	rule 79 net_decl -> NETTYPE range delay list_vars ';'
		91	rule 80 range -> '[' const_exp ':' const_exp ']'
		92	rule 81 delay -> '#' number
		93	rule 82 delay -> '#' NAME
		94	rule 83 dr_strength -> '(' STRENGTH0 ',' STRENGTH1 ')'
		95	rule 84 dr_strength -> '(' STRENGTH1 ',' STRENGTH0 ')'
		96	rule 85 list_vars -> list_vars ',' NAME
		97	rule 86 list_vars -> NAME
		98	rule 87 module_instant -> name_mod mod_inst_list ';'
		99	rule 88 module_instant -> name_mod par_val mod_inst_list ';'
		100	rule 89 name_mod -> NAME
		101	rule 90 mod_inst_list -> mod_inst_list ',' mod_inst
		102	rule 91 mod_inst_list -> mod_inst
		103	rule 92 mod_inst -> reference '(' list_mod_conn ')'
		104	rule 93 mod_inst -> reference '(' list_nam_conn ')'
		105	rule 94 reference -> NAME
		106	rule 95 list_mod_conn -> list_mod_conn ',' exp
		107	rule 96 list_mod_conn -> exp
		108	rule 97 list_nam_conn -> list_nam_conn ',' nam_conn
		109	rule 98 list_nam_conn -> nam_conn
		110	rule 99 nam_conn -> '.' NAME '(' sig_nam ')'
		111	rule 100 sig_nam -> NAME
		112	rule 101 sig_nam -> NAME '[' exp ']'
		113	rule 102 sig_nam -> NAME '[' exp ':' exp ']'
		114	rule 103 sig_nam -> concatenation
		115	rule 104 par_val -> '#' '(' exp ')'
		116	rule 105 cont_assign -> ASSIGN list_assigns ';'
		117	rule 106 cont_assign -> ASSIGN dr_strength list_assigns ';'
		118	rule 107 cont_assign -> ASSIGN delay list_assigns ';'
		119	rule 108 cont_assign -> ASSIGN dr_strength delay list_assigns ';'
		120	rule 109 list_assigns -> list_assigns ',' assignment
		121	rule 110 list_assigns -> assignment
		122	rule 111 assignment -> lvalue '=' exp
		123	rule 112 assignment -> lvalue '=' '(' exp ')'
		124	rule 113 lvalue -> NAME
		125	rule 114 lvalue -> NAME '[' exp ']'
		126	rule 115 lvalue -> concatenation
		127	rule 116 const_exp -> exp
		128	rule 117 concatenation -> '{' exp_list '}'
		129	rule 118 exp_list -> exp_list ',' exp
		130	rule 119 exp_list -> exp
		131	rule 120 exp -> primary
		132	rule 121 exp -> UNARY_OP primary
		133	rule 122 exp -> UNARY_OP '(' exp ')'
		134	rule 123 exp -> exp BIN_OP exp
		135	rule 124 primary -> number
		136	rule 125 primary -> NAME '[' exp ']'
		137	rule 126 primary -> NAME
		138	rule 127 primary -> concatenation
		139	rule 128 number -> NUMBER
		140	rule 129 number -> NUMBER ''' 'b' NUMBER
		141	rule 130 number -> NUMBER ''' 'd' NUMBER
		142	rule 131 number -> NUMBER ''' 'o' NUMBER
		143
		144	Terminals, with rules where they appear
		145
		146	$ (-1)
		147	'#' (35) 81 82 104
		148	''' (39) 15 16 17 129 130 131
		149	'(' (40) 6 31 36 69 83 84 92 93 99 104 112 122
		150	')' (41) 6 31 36 69 83 84 92 93 99 104 112 122
		151	',' (44) 7 37 83 84 85 90 95 97 109 118
		152	'.' (46) 99
		153	'0' (48) 15 19
		154	'1' (49) 15 16 17 18
		155	':' (58) 25 26 27 41 80 102
		156	';' (59) 6 25 26 27 35 36 70 71 72 73 74 75 76 77 78 79 87 88 105 106
		157	107 108
		158	'=' (61) 14 111 112
		159	'[' (91) 40 41 80 101 102 114 125
		160	']' (93) 40 41 80 101 102 114 125
		161	'b' (98) 15 16 17 129
		162	'd' (100) 130
		163	'o' (111) 131
		164	'x' (120) 17
		165	'{' (123) 117
		166	'}' (125) 117
		167	error (256) 2
		168	NL (258)
		169	NAME (259) 6 7 8 14 35 36 39 40 41 69 82 85 86 89 94 99 100 101 102
		170	113 114 125 126
		171	NUMBER (260) 128 129 130 131
		172	MODULE (261) 35 36
		173	ENDMODULE (262) 35 36
		174	WIRE (263)
		175	INPUT (264) 70 71
		176	OUTPUT (265) 72 73
		177	INOUT (266) 74 75
		178	NETTYPE (267) 76 77 78 79
		179	ASSIGN (268) 105 106 107 108
		180	STRENGTH0 (269) 83 84
		181	STRENGTH1 (270) 83 84
		182	GATETYPE (271) 65 66 67 68
		183	INITIAL (272) 14
		184	PARAMETER (273) 58
		185	REG (274) 59
		186	TIME (275) 60
		187	INTEGER (276) 61
		188	REAL (277) 62
		189	EVENT (278) 63
		190	DEFPARAM (279) 64
		191	BIN_OP (280) 123
		192	UNARY_OP (281) 121 122
		193	PRIMITIVE (282) 6
		194	ENDPRIM (283) 6
		195	TABLE (284) 20
		196	ENDTABLE (285) 20
		197	OUT_SYM (286) 25 34
		198	LEV_SYM (287) 28 29 31 33
		199	EDGE_SYM (288) 32
		200
		201	Nonterminals, with rules where they appear
		202
		203	modules (53)
		204	on left: 1 2 3, on right: 1 2
		205	mod_prim (54)
		206	on left: 4 5, on right: 1 3
		207	primitive (55)
		208	on left: 6, on right: 5
		209	list_of_vars (56)
		210	on left: 7 8, on right: 6 7
		211	prim_body (57)
		212	on left: 9 10, on right: 6
		213	UDP_decl (58)
		214	on left: 11 12 13, on right: 9 10
		215	UDP_init (59)
		216	on left: 14, on right: 9
		217	init_val (60)
		218	on left: 15 16 17 18 19, on right: 14
		219	table_def (61)
		220	on left: 20, on right: 9 10
		221	table_entries (62)
		222	on left: 21 22 23 24, on right: 20 21 23
		223	combin_entry (63)
		224	on left: 25, on right: 21 22
		225	seq_entry (64)
		226	on left: 26 27, on right: 23 24
		227	level_in_list (65)
		228	on left: 28, on right: 25 26
		229	edge_in_list (66)
		230	on left: 29 30, on right: 27
		231	edge (67)
		232	on left: 31 32, on right: 29 30
		233	state (68)
		234	on left: 33, on right: 26 27
		235	next_state (69)
		236	on left: 34, on right: 26 27
		237	module (70)
		238	on left: 35 36, on right: 4
		239	list_of_ports (71)
		240	on left: 37 38, on right: 36 37
		241	port (72)
		242	on left: 39 40 41, on right: 37 38
		243	mod_body (73)
		244	on left: 42 43, on right: 35 36 42
		245	module_item (74)
		246	on left: 44 45 46 47 48 49 50 51 52 53 54 55 56 57,
		247	on right: 42 43
		248	param_decl (75)
		249	on left: 58, on right: 44
		250	reg_decl (76)
		251	on left: 59, on right: 13 49
		252	time_decl (77)
		253	on left: 60, on right: 50
		254	integer_decl (78)
		255	on left: 61, on right: 51
		256	real_decl (79)
		257	on left: 62, on right: 52
		258	event_decl (80)
		259	on left: 63, on right: 53
		260	defparm_decl (81)
		261	on left: 64, on right: 56
		262	gate_decl (82)
		263	on left: 65 66 67 68, on right: 54
		264	gate_instant (83)
		265	on left: 69, on right: 65 66 67 68
		266	input_decl (84)
		267	on left: 70 71, on right: 12 45
		268	output_decl (85)
		269	on left: 72 73, on right: 11 46
		270	inout_decl (86)
		271	on left: 74 75, on right: 47
		272	net_decl (87)
		273	on left: 76 77 78 79, on right: 48
		274	range (88)
		275	on left: 80, on right: 71 73 75 77 79
		276	delay (89)
		277	on left: 81 82, on right: 67 68 78 79 107 108
		278	dr_strength (90)
		279	on left: 83 84, on right: 66 68 106 108
		280	list_vars (91)
		281	on left: 85 86, on right: 70 71 72 73 74 75 76 77 78 79 85
		282	module_instant (92)
		283	on left: 87 88, on right: 55
		284	name_mod (93)
		285	on left: 89, on right: 87 88
		286	mod_inst_list (94)
		287	on left: 90 91, on right: 87 88 90
		288	mod_inst (95)
		289	on left: 92 93, on right: 90 91
		290	reference (96)
		291	on left: 94, on right: 92 93
		292	list_mod_conn (97)
		293	on left: 95 96, on right: 92 95
		294	list_nam_conn (98)
		295	on left: 97 98, on right: 93 97
		296	nam_conn (99)
		297	on left: 99, on right: 97 98
		298	sig_nam (100)
		299	on left: 100 101 102 103, on right: 99
		300	par_val (101)
		301	on left: 104, on right: 88
		302	cont_assign (102)
		303	on left: 105 106 107 108, on right: 57
		304	list_assigns (103)
		305	on left: 109 110, on right: 105 106 107 108 109
		306	assignment (104)
		307	on left: 111 112, on right: 109 110
		308	lvalue (105)
		309	on left: 113 114 115, on right: 111 112
		310	const_exp (106)
		311	on left: 116, on right: 40 41 80
		312	concatenation (107)
		313	on left: 117, on right: 103 115 127
		314	exp_list (108)
		315	on left: 118 119, on right: 117 118
		316	exp (109)
		317	on left: 120 121 122 123, on right: 69 95 96 101 102 104 111 112
		318	114 116 118 119 122 123 125
		319	primary (110)
		320	on left: 124 125 126 127, on right: 120 121
		321	number (111)
		322	on left: 128 129 130 131, on right: 81 124
		323
		324
		325	state 0
		326
		327	MODULE shift, and go to state 1
		328	PRIMITIVE shift, and go to state 2
		329
		330	modules go to state 3
		331	mod_prim go to state 4
		332	primitive go to state 5
		333	module go to state 6
		334
		335
		336
		337	state 1
		338
		339	module -> MODULE . NAME ';' mod_body ENDMODULE (rule 35)
		340	module -> MODULE . NAME '(' list_of_ports ')' ';' mod_body ENDMODULE (rule 36)
		341
		342	NAME shift, and go to state 7
		343
		344
		345
		346	state 2
		347
		348	primitive -> PRIMITIVE . NAME '(' list_of_vars ')' ';' prim_body ENDPRIM (rule 6)
		349
		350	NAME shift, and go to state 8
		351
		352
		353
		354	state 3
		355
		356	modules -> modules . mod_prim (rule 1)
		357	modules -> modules . error (rule 2)
		358
		359	$ go to state 269
		360	error shift, and go to state 9
		361	MODULE shift, and go to state 1
		362	PRIMITIVE shift, and go to state 2
		363
		364	mod_prim go to state 10
		365	primitive go to state 5
		366	module go to state 6
		367
		368
		369
		370	state 4
		371
		372	modules -> mod_prim . (rule 3)
		373
		374	$default reduce using rule 3 (modules)
		375
		376
		377
		378	state 5
		379
		380	mod_prim -> primitive . (rule 5)
		381
		382	$default reduce using rule 5 (mod_prim)
		383
		384
		385
		386	state 6
		387
		388	mod_prim -> module . (rule 4)
		389
		390	$default reduce using rule 4 (mod_prim)
		391
		392
		393
		394	state 7
		395
		396	module -> MODULE NAME . ';' mod_body ENDMODULE (rule 35)
		397	module -> MODULE NAME . '(' list_of_ports ')' ';' mod_body ENDMODULE (rule 36)
		398
		399	'(' shift, and go to state 11
		400	';' shift, and go to state 12
		401
		402
		403
		404	state 8
		405
		406	primitive -> PRIMITIVE NAME . '(' list_of_vars ')' ';' prim_body ENDPRIM (rule 6)
		407
		408	'(' shift, and go to state 13
		409
		410
		411
		412	state 9
		413
		414	modules -> modules error . (rule 2)
		415
		416	$default reduce using rule 2 (modules)
		417
		418
		419
		420	state 10
		421
		422	modules -> modules mod_prim . (rule 1)
		423
		424	$default reduce using rule 1 (modules)
		425
		426
		427
		428	state 11
		429
		430	module -> MODULE NAME '(' . list_of_ports ')' ';' mod_body ENDMODULE (rule 36)
		431
		432	NAME shift, and go to state 14
		433
		434	list_of_ports go to state 15
		435	port go to state 16
		436
		437
		438
		439	state 12
		440
		441	module -> MODULE NAME ';' . mod_body ENDMODULE (rule 35)
		442
		443	NAME shift, and go to state 17
		444	INPUT shift, and go to state 18
		445	OUTPUT shift, and go to state 19
		446	INOUT shift, and go to state 20
		447	NETTYPE shift, and go to state 21
		448	ASSIGN shift, and go to state 22
		449	GATETYPE shift, and go to state 23
		450	PARAMETER shift, and go to state 24
		451	REG shift, and go to state 25
		452	TIME shift, and go to state 26
		453	INTEGER shift, and go to state 27
		454	REAL shift, and go to state 28
		455	EVENT shift, and go to state 29
		456	DEFPARAM shift, and go to state 30
		457
		458	mod_body go to state 31
		459	module_item go to state 32
		460	param_decl go to state 33
		461	reg_decl go to state 34
		462	time_decl go to state 35
		463	integer_decl go to state 36
		464	real_decl go to state 37
		465	event_decl go to state 38
		466	defparm_decl go to state 39
		467	gate_decl go to state 40
		468	input_decl go to state 41
		469	output_decl go to state 42
		470	inout_decl go to state 43
		471	net_decl go to state 44
		472	module_instant go to state 45
		473	name_mod go to state 46
		474	cont_assign go to state 47
		475
		476
		477
		478	state 13
		479
		480	primitive -> PRIMITIVE NAME '(' . list_of_vars ')' ';' prim_body ENDPRIM (rule 6)
		481
		482	NAME shift, and go to state 48
		483
		484	list_of_vars go to state 49
		485
		486
		487
		488	state 14
		489
		490	port -> NAME . (rule 39)
		491	port -> NAME . '[' const_exp ']' (rule 40)
		492	port -> NAME . '[' const_exp ':' const_exp ']' (rule 41)
		493
		494	'[' shift, and go to state 50
		495
		496	$default reduce using rule 39 (port)
		497
		498
		499
		500	state 15
		501
		502	module -> MODULE NAME '(' list_of_ports . ')' ';' mod_body ENDMODULE (rule 36)
		503	list_of_ports -> list_of_ports . ',' port (rule 37)
		504
		505	')' shift, and go to state 51
		506	',' shift, and go to state 52
		507
		508
		509
		510	state 16
		511
		512	list_of_ports -> port . (rule 38)
		513
		514	$default reduce using rule 38 (list_of_ports)
		515
		516
		517
		518	state 17
		519
		520	name_mod -> NAME . (rule 89)
		521
		522	$default reduce using rule 89 (name_mod)
		523
		524
		525
		526	state 18
		527
		528	input_decl -> INPUT . list_vars ';' (rule 70)
		529	input_decl -> INPUT . range list_vars ';' (rule 71)
		530
		531	NAME shift, and go to state 53
		532	'[' shift, and go to state 54
		533
		534	range go to state 55
		535	list_vars go to state 56
		536
		537
		538
		539	state 19
		540
		541	output_decl -> OUTPUT . list_vars ';' (rule 72)
		542	output_decl -> OUTPUT . range list_vars ';' (rule 73)
		543
		544	NAME shift, and go to state 53
		545	'[' shift, and go to state 54
		546
		547	range go to state 57
		548	list_vars go to state 58
		549
		550
		551
		552	state 20
		553
		554	inout_decl -> INOUT . list_vars ';' (rule 74)
		555	inout_decl -> INOUT . range list_vars ';' (rule 75)
		556
		557	NAME shift, and go to state 53
		558	'[' shift, and go to state 54
		559
		560	range go to state 59
		561	list_vars go to state 60
		562
		563
		564
		565	state 21
		566
		567	net_decl -> NETTYPE . list_vars ';' (rule 76)
		568	net_decl -> NETTYPE . range list_vars ';' (rule 77)
		569	net_decl -> NETTYPE . delay list_vars ';' (rule 78)
		570	net_decl -> NETTYPE . range delay list_vars ';' (rule 79)
		571
		572	NAME shift, and go to state 53
		573	'[' shift, and go to state 54
		574	'#' shift, and go to state 61
		575
		576	range go to state 62
		577	delay go to state 63
		578	list_vars go to state 64
		579
		580
		581
		582	state 22
		583
		584	cont_assign -> ASSIGN . list_assigns ';' (rule 105)
		585	cont_assign -> ASSIGN . dr_strength list_assigns ';' (rule 106)
		586	cont_assign -> ASSIGN . delay list_assigns ';' (rule 107)
		587	cont_assign -> ASSIGN . dr_strength delay list_assigns ';' (rule 108)
		588
		589	NAME shift, and go to state 65
		590	'(' shift, and go to state 66
		591	'#' shift, and go to state 61
		592	'{' shift, and go to state 67
		593
		594	delay go to state 68
		595	dr_strength go to state 69
		596	list_assigns go to state 70
		597	assignment go to state 71
		598	lvalue go to state 72
		599	concatenation go to state 73
		600
		601
		602
		603	state 23
		604
		605	gate_decl -> GATETYPE . gate_instant (rule 65)
		606	gate_decl -> GATETYPE . dr_strength gate_instant (rule 66)
		607	gate_decl -> GATETYPE . delay gate_instant (rule 67)
		608	gate_decl -> GATETYPE . dr_strength delay gate_instant (rule 68)
		609
		610	NAME shift, and go to state 74
		611	'(' shift, and go to state 66
		612	'#' shift, and go to state 61
		613
		614	gate_instant go to state 75
		615	delay go to state 76
		616	dr_strength go to state 77
		617
		618
		619
		620	state 24
		621
		622	param_decl -> PARAMETER . (rule 58)
		623
		624	$default reduce using rule 58 (param_decl)
		625
		626
		627
		628	state 25
		629
		630	reg_decl -> REG . (rule 59)
		631
		632	$default reduce using rule 59 (reg_decl)
		633
		634
		635
		636	state 26
		637
		638	time_decl -> TIME . (rule 60)
		639
		640	$default reduce using rule 60 (time_decl)
		641
		642
		643
		644	state 27
		645
		646	integer_decl -> INTEGER . (rule 61)
		647
		648	$default reduce using rule 61 (integer_decl)
		649
		650
		651
		652	state 28
		653
		654	real_decl -> REAL . (rule 62)
		655
		656	$default reduce using rule 62 (real_decl)
		657
		658
		659
		660	state 29
		661
		662	event_decl -> EVENT . (rule 63)
		663
		664	$default reduce using rule 63 (event_decl)
		665
		666
		667
		668	state 30
		669
		670	defparm_decl -> DEFPARAM . (rule 64)
		671
		672	$default reduce using rule 64 (defparm_decl)
		673
		674
		675
		676	state 31
		677
		678	module -> MODULE NAME ';' mod_body . ENDMODULE (rule 35)
		679	mod_body -> mod_body . module_item (rule 42)
		680
		681	NAME shift, and go to state 17
		682	ENDMODULE shift, and go to state 78
		683	INPUT shift, and go to state 18
		684	OUTPUT shift, and go to state 19
		685	INOUT shift, and go to state 20
		686	NETTYPE shift, and go to state 21
		687	ASSIGN shift, and go to state 22
		688	GATETYPE shift, and go to state 23
		689	PARAMETER shift, and go to state 24
		690	REG shift, and go to state 25
		691	TIME shift, and go to state 26
		692	INTEGER shift, and go to state 27
		693	REAL shift, and go to state 28
		694	EVENT shift, and go to state 29
		695	DEFPARAM shift, and go to state 30
		696
		697	module_item go to state 79
		698	param_decl go to state 33
		699	reg_decl go to state 34
		700	time_decl go to state 35
		701	integer_decl go to state 36
		702	real_decl go to state 37
		703	event_decl go to state 38
		704	defparm_decl go to state 39
		705	gate_decl go to state 40
		706	input_decl go to state 41
		707	output_decl go to state 42
		708	inout_decl go to state 43
		709	net_decl go to state 44
		710	module_instant go to state 45
		711	name_mod go to state 46
		712	cont_assign go to state 47
		713
		714
		715
		716	state 32
		717
		718	mod_body -> module_item . (rule 43)
		719
		720	$default reduce using rule 43 (mod_body)
		721
		722
		723
		724	state 33
		725
		726	module_item -> param_decl . (rule 44)
		727
		728	$default reduce using rule 44 (module_item)
		729
		730
		731
		732	state 34
		733
		734	module_item -> reg_decl . (rule 49)
		735
		736	$default reduce using rule 49 (module_item)
		737
		738
		739
		740	state 35
		741
		742	module_item -> time_decl . (rule 50)
		743
		744	$default reduce using rule 50 (module_item)
		745
		746
		747
		748	state 36
		749
		750	module_item -> integer_decl . (rule 51)
		751
		752	$default reduce using rule 51 (module_item)
		753
		754
		755
		756	state 37
		757
		758	module_item -> real_decl . (rule 52)
		759
		760	$default reduce using rule 52 (module_item)
		761
		762
		763
		764	state 38
		765
		766	module_item -> event_decl . (rule 53)
		767
		768	$default reduce using rule 53 (module_item)
		769
		770
		771
		772	state 39
		773
		774	module_item -> defparm_decl . (rule 56)
		775
		776	$default reduce using rule 56 (module_item)
		777
		778
		779
		780	state 40
		781
		782	module_item -> gate_decl . (rule 54)
		783
		784	$default reduce using rule 54 (module_item)
		785
		786
		787
		788	state 41
		789
		790	module_item -> input_decl . (rule 45)
		791
		792	$default reduce using rule 45 (module_item)
		793
		794
		795
		796	state 42
		797
		798	module_item -> output_decl . (rule 46)
		799
		800	$default reduce using rule 46 (module_item)
		801
		802
		803
		804	state 43
		805
		806	module_item -> inout_decl . (rule 47)
		807
		808	$default reduce using rule 47 (module_item)
		809
		810
		811
		812	state 44
		813
		814	module_item -> net_decl . (rule 48)
		815
		816	$default reduce using rule 48 (module_item)
		817
		818
		819
		820	state 45
		821
		822	module_item -> module_instant . (rule 55)
		823
		824	$default reduce using rule 55 (module_item)
		825
		826
		827
		828	state 46
		829
		830	module_instant -> name_mod . mod_inst_list ';' (rule 87)
		831	module_instant -> name_mod . par_val mod_inst_list ';' (rule 88)
		832
		833	NAME shift, and go to state 80
		834	'#' shift, and go to state 81
		835
		836	mod_inst_list go to state 82
		837	mod_inst go to state 83
		838	reference go to state 84
		839	par_val go to state 85
		840
		841
		842
		843	state 47
		844
		845	module_item -> cont_assign . (rule 57)
		846
		847	$default reduce using rule 57 (module_item)
		848
		849
		850
		851	state 48
		852
		853	list_of_vars -> NAME . (rule 8)
		854
		855	$default reduce using rule 8 (list_of_vars)
		856
		857
		858
		859	state 49
		860
		861	primitive -> PRIMITIVE NAME '(' list_of_vars . ')' ';' prim_body ENDPRIM (rule 6)
		862	list_of_vars -> list_of_vars . ',' NAME (rule 7)
		863
		864	')' shift, and go to state 86
		865	',' shift, and go to state 87
		866
		867
		868
		869	state 50
		870
		871	port -> NAME '[' . const_exp ']' (rule 40)
		872	port -> NAME '[' . const_exp ':' const_exp ']' (rule 41)
		873
		874	NAME shift, and go to state 88
		875	NUMBER shift, and go to state 89
		876	UNARY_OP shift, and go to state 90
		877	'{' shift, and go to state 67
		878
		879	const_exp go to state 91
		880	concatenation go to state 92
		881	exp go to state 93
		882	primary go to state 94
		883	number go to state 95
		884
		885
		886
		887	state 51
		888
		889	module -> MODULE NAME '(' list_of_ports ')' . ';' mod_body ENDMODULE (rule 36)
		890
		891	';' shift, and go to state 96
		892
		893
		894
		895	state 52
		896
		897	list_of_ports -> list_of_ports ',' . port (rule 37)
		898
		899	NAME shift, and go to state 14
		900
		901	port go to state 97
		902
		903
		904
		905	state 53
		906
		907	list_vars -> NAME . (rule 86)
		908
		909	$default reduce using rule 86 (list_vars)
		910
		911
		912
		913	state 54
		914
		915	range -> '[' . const_exp ':' const_exp ']' (rule 80)
		916
		917	NAME shift, and go to state 88
		918	NUMBER shift, and go to state 89
		919	UNARY_OP shift, and go to state 90
		920	'{' shift, and go to state 67
		921
		922	const_exp go to state 98
		923	concatenation go to state 92
		924	exp go to state 93
		925	primary go to state 94
		926	number go to state 95
		927
		928
		929
		930	state 55
		931
		932	input_decl -> INPUT range . list_vars ';' (rule 71)
		933
		934	NAME shift, and go to state 53
		935
		936	list_vars go to state 99
		937
		938
		939
		940	state 56
		941
		942	input_decl -> INPUT list_vars . ';' (rule 70)
		943	list_vars -> list_vars . ',' NAME (rule 85)
		944
		945	';' shift, and go to state 100
		946	',' shift, and go to state 101
		947
		948
		949
		950	state 57
		951
		952	output_decl -> OUTPUT range . list_vars ';' (rule 73)
		953
		954	NAME shift, and go to state 53
		955
		956	list_vars go to state 102
		957
		958
		959
		960	state 58
		961
		962	output_decl -> OUTPUT list_vars . ';' (rule 72)
		963	list_vars -> list_vars . ',' NAME (rule 85)
		964
		965	';' shift, and go to state 103
		966	',' shift, and go to state 101
		967
		968
		969
		970	state 59
		971
		972	inout_decl -> INOUT range . list_vars ';' (rule 75)
		973
		974	NAME shift, and go to state 53
		975
		976	list_vars go to state 104
		977
		978
		979
		980	state 60
		981
		982	inout_decl -> INOUT list_vars . ';' (rule 74)
		983	list_vars -> list_vars . ',' NAME (rule 85)
		984
		985	';' shift, and go to state 105
		986	',' shift, and go to state 101
		987
		988
		989
		990	state 61
		991
		992	delay -> '#' . number (rule 81)
		993	delay -> '#' . NAME (rule 82)
		994
		995	NAME shift, and go to state 106
		996	NUMBER shift, and go to state 89
		997
		998	number go to state 107
		999
		1000
		1001
		1002	state 62
		1003
		1004	net_decl -> NETTYPE range . list_vars ';' (rule 77)
		1005	net_decl -> NETTYPE range . delay list_vars ';' (rule 79)
		1006
		1007	NAME shift, and go to state 53
		1008	'#' shift, and go to state 61
		1009
		1010	delay go to state 108
		1011	list_vars go to state 109
		1012
		1013
		1014
		1015	state 63
		1016
		1017	net_decl -> NETTYPE delay . list_vars ';' (rule 78)
		1018
		1019	NAME shift, and go to state 53
		1020
		1021	list_vars go to state 110
		1022
		1023
		1024
		1025	state 64
		1026
		1027	net_decl -> NETTYPE list_vars . ';' (rule 76)
		1028	list_vars -> list_vars . ',' NAME (rule 85)
		1029
		1030	';' shift, and go to state 111
		1031	',' shift, and go to state 101
		1032
		1033
		1034
		1035	state 65
		1036
		1037	lvalue -> NAME . (rule 113)
		1038	lvalue -> NAME . '[' exp ']' (rule 114)
		1039
		1040	'[' shift, and go to state 112
		1041
		1042	$default reduce using rule 113 (lvalue)
		1043
		1044
		1045
		1046	state 66
		1047
		1048	dr_strength -> '(' . STRENGTH0 ',' STRENGTH1 ')' (rule 83)
		1049	dr_strength -> '(' . STRENGTH1 ',' STRENGTH0 ')' (rule 84)
		1050
		1051	STRENGTH0 shift, and go to state 113
		1052	STRENGTH1 shift, and go to state 114
		1053
		1054
		1055
		1056	state 67
		1057
		1058	concatenation -> '{' . exp_list '}' (rule 117)
		1059
		1060	NAME shift, and go to state 88
		1061	NUMBER shift, and go to state 89
		1062	UNARY_OP shift, and go to state 90
		1063	'{' shift, and go to state 67
		1064
		1065	concatenation go to state 92
		1066	exp_list go to state 115
		1067	exp go to state 116
		1068	primary go to state 94
		1069	number go to state 95
		1070
		1071
		1072
		1073	state 68
		1074
		1075	cont_assign -> ASSIGN delay . list_assigns ';' (rule 107)
		1076
		1077	NAME shift, and go to state 65
		1078	'{' shift, and go to state 67
		1079
		1080	list_assigns go to state 117
		1081	assignment go to state 71
		1082	lvalue go to state 72
		1083	concatenation go to state 73
		1084
		1085
		1086
		1087	state 69
		1088
		1089	cont_assign -> ASSIGN dr_strength . list_assigns ';' (rule 106)
		1090	cont_assign -> ASSIGN dr_strength . delay list_assigns ';' (rule 108)
		1091
		1092	NAME shift, and go to state 65
		1093	'#' shift, and go to state 61
		1094	'{' shift, and go to state 67
		1095
		1096	delay go to state 118
		1097	list_assigns go to state 119
		1098	assignment go to state 71
		1099	lvalue go to state 72
		1100	concatenation go to state 73
		1101
		1102
		1103
		1104	state 70
		1105
		1106	cont_assign -> ASSIGN list_assigns . ';' (rule 105)
		1107	list_assigns -> list_assigns . ',' assignment (rule 109)
		1108
		1109	';' shift, and go to state 120
		1110	',' shift, and go to state 121
		1111
		1112
		1113
		1114	state 71
		1115
		1116	list_assigns -> assignment . (rule 110)
		1117
		1118	$default reduce using rule 110 (list_assigns)
		1119
		1120
		1121
		1122	state 72
		1123
		1124	assignment -> lvalue . '=' exp (rule 111)
		1125	assignment -> lvalue . '=' '(' exp ')' (rule 112)
		1126
		1127	'=' shift, and go to state 122
		1128
		1129
		1130
		1131	state 73
		1132
		1133	lvalue -> concatenation . (rule 115)
		1134
		1135	$default reduce using rule 115 (lvalue)
		1136
		1137
		1138
		1139	state 74
		1140
		1141	gate_instant -> NAME . '(' exp ')' (rule 69)
		1142
		1143	'(' shift, and go to state 123
		1144
		1145
		1146
		1147	state 75
		1148
		1149	gate_decl -> GATETYPE gate_instant . (rule 65)
		1150
		1151	$default reduce using rule 65 (gate_decl)
		1152
		1153
		1154
		1155	state 76
		1156
		1157	gate_decl -> GATETYPE delay . gate_instant (rule 67)
		1158
		1159	NAME shift, and go to state 74
		1160
		1161	gate_instant go to state 124
		1162
		1163
		1164
		1165	state 77
		1166
		1167	gate_decl -> GATETYPE dr_strength . gate_instant (rule 66)
		1168	gate_decl -> GATETYPE dr_strength . delay gate_instant (rule 68)
		1169
		1170	NAME shift, and go to state 74
		1171	'#' shift, and go to state 61
		1172
		1173	gate_instant go to state 125
		1174	delay go to state 126
		1175
		1176
		1177
		1178	state 78
		1179
		1180	module -> MODULE NAME ';' mod_body ENDMODULE . (rule 35)
		1181
		1182	$default reduce using rule 35 (module)
		1183
		1184
		1185
		1186	state 79
		1187
		1188	mod_body -> mod_body module_item . (rule 42)
		1189
		1190	$default reduce using rule 42 (mod_body)
		1191
		1192
		1193
		1194	state 80
		1195
		1196	reference -> NAME . (rule 94)
		1197
		1198	$default reduce using rule 94 (reference)
		1199
		1200
		1201
		1202	state 81
		1203
		1204	par_val -> '#' . '(' exp ')' (rule 104)
		1205
		1206	'(' shift, and go to state 127
		1207
		1208
		1209
		1210	state 82
		1211
		1212	module_instant -> name_mod mod_inst_list . ';' (rule 87)
		1213	mod_inst_list -> mod_inst_list . ',' mod_inst (rule 90)
		1214
		1215	';' shift, and go to state 128
		1216	',' shift, and go to state 129
		1217
		1218
		1219
		1220	state 83
		1221
		1222	mod_inst_list -> mod_inst . (rule 91)
		1223
		1224	$default reduce using rule 91 (mod_inst_list)
		1225
		1226
		1227
		1228	state 84
		1229
		1230	mod_inst -> reference . '(' list_mod_conn ')' (rule 92)
		1231	mod_inst -> reference . '(' list_nam_conn ')' (rule 93)
		1232
		1233	'(' shift, and go to state 130
		1234
		1235
		1236
		1237	state 85
		1238
		1239	module_instant -> name_mod par_val . mod_inst_list ';' (rule 88)
		1240
		1241	NAME shift, and go to state 80
		1242
		1243	mod_inst_list go to state 131
		1244	mod_inst go to state 83
		1245	reference go to state 84
		1246
		1247
		1248
		1249	state 86
		1250
		1251	primitive -> PRIMITIVE NAME '(' list_of_vars ')' . ';' prim_body ENDPRIM (rule 6)
		1252
		1253	';' shift, and go to state 132
		1254
		1255
		1256
		1257	state 87
		1258
		1259	list_of_vars -> list_of_vars ',' . NAME (rule 7)
		1260
		1261	NAME shift, and go to state 133
		1262
		1263
		1264
		1265	state 88
		1266
		1267	primary -> NAME . '[' exp ']' (rule 125)
		1268	primary -> NAME . (rule 126)
		1269
		1270	'[' shift, and go to state 134
		1271
		1272	$default reduce using rule 126 (primary)
		1273
		1274
		1275
		1276	state 89
		1277
		1278	number -> NUMBER . (rule 128)
		1279	number -> NUMBER . ''' 'b' NUMBER (rule 129)
		1280	number -> NUMBER . ''' 'd' NUMBER (rule 130)
		1281	number -> NUMBER . ''' 'o' NUMBER (rule 131)
		1282
		1283	''' shift, and go to state 135
		1284
		1285	$default reduce using rule 128 (number)
		1286
		1287
		1288
		1289	state 90
		1290
		1291	exp -> UNARY_OP . primary (rule 121)
		1292	exp -> UNARY_OP . '(' exp ')' (rule 122)
		1293
		1294	NAME shift, and go to state 88
		1295	NUMBER shift, and go to state 89
		1296	'(' shift, and go to state 136
		1297	'{' shift, and go to state 67
		1298
		1299	concatenation go to state 92
		1300	primary go to state 137
		1301	number go to state 95
		1302
		1303
		1304
		1305	state 91
		1306
		1307	port -> NAME '[' const_exp . ']' (rule 40)
		1308	port -> NAME '[' const_exp . ':' const_exp ']' (rule 41)
		1309
		1310	':' shift, and go to state 138
		1311	']' shift, and go to state 139
		1312
		1313
		1314
		1315	state 92
		1316
		1317	primary -> concatenation . (rule 127)
		1318
		1319	$default reduce using rule 127 (primary)
		1320
		1321
		1322
		1323	state 93
		1324
		1325	const_exp -> exp . (rule 116)
		1326	exp -> exp . BIN_OP exp (rule 123)
		1327
		1328	BIN_OP shift, and go to state 140
		1329
		1330	$default reduce using rule 116 (const_exp)
		1331
		1332
		1333
		1334	state 94
		1335
		1336	exp -> primary . (rule 120)
		1337
		1338	$default reduce using rule 120 (exp)
		1339
		1340
		1341
		1342	state 95
		1343
		1344	primary -> number . (rule 124)
		1345
		1346	$default reduce using rule 124 (primary)
		1347
		1348
		1349
		1350	state 96
		1351
		1352	module -> MODULE NAME '(' list_of_ports ')' ';' . mod_body ENDMODULE (rule 36)
		1353
		1354	NAME shift, and go to state 17
		1355	INPUT shift, and go to state 18
		1356	OUTPUT shift, and go to state 19
		1357	INOUT shift, and go to state 20
		1358	NETTYPE shift, and go to state 21
		1359	ASSIGN shift, and go to state 22
		1360	GATETYPE shift, and go to state 23
		1361	PARAMETER shift, and go to state 24
		1362	REG shift, and go to state 25
		1363	TIME shift, and go to state 26
		1364	INTEGER shift, and go to state 27
		1365	REAL shift, and go to state 28
		1366	EVENT shift, and go to state 29
		1367	DEFPARAM shift, and go to state 30
		1368
		1369	mod_body go to state 141
		1370	module_item go to state 32
		1371	param_decl go to state 33
		1372	reg_decl go to state 34
		1373	time_decl go to state 35
		1374	integer_decl go to state 36
		1375	real_decl go to state 37
		1376	event_decl go to state 38
		1377	defparm_decl go to state 39
		1378	gate_decl go to state 40
		1379	input_decl go to state 41
		1380	output_decl go to state 42
		1381	inout_decl go to state 43
		1382	net_decl go to state 44
		1383	module_instant go to state 45
		1384	name_mod go to state 46
		1385	cont_assign go to state 47
		1386
		1387
		1388
		1389	state 97
		1390
		1391	list_of_ports -> list_of_ports ',' port . (rule 37)
		1392
		1393	$default reduce using rule 37 (list_of_ports)
		1394
		1395
		1396
		1397	state 98
		1398
		1399	range -> '[' const_exp . ':' const_exp ']' (rule 80)
		1400
		1401	':' shift, and go to state 142
		1402
		1403
		1404
		1405	state 99
		1406
		1407	input_decl -> INPUT range list_vars . ';' (rule 71)
		1408	list_vars -> list_vars . ',' NAME (rule 85)
		1409
		1410	';' shift, and go to state 143
		1411	',' shift, and go to state 101
		1412
		1413
		1414
		1415	state 100
		1416
		1417	input_decl -> INPUT list_vars ';' . (rule 70)
		1418
		1419	$default reduce using rule 70 (input_decl)
		1420
		1421
		1422
		1423	state 101
		1424
		1425	list_vars -> list_vars ',' . NAME (rule 85)
		1426
		1427	NAME shift, and go to state 144
		1428
		1429
		1430
		1431	state 102
		1432
		1433	output_decl -> OUTPUT range list_vars . ';' (rule 73)
		1434	list_vars -> list_vars . ',' NAME (rule 85)
		1435
		1436	';' shift, and go to state 145
		1437	',' shift, and go to state 101
		1438
		1439
		1440
		1441	state 103
		1442
		1443	output_decl -> OUTPUT list_vars ';' . (rule 72)
		1444
		1445	$default reduce using rule 72 (output_decl)
		1446
		1447
		1448
		1449	state 104
		1450
		1451	inout_decl -> INOUT range list_vars . ';' (rule 75)
		1452	list_vars -> list_vars . ',' NAME (rule 85)
		1453
		1454	';' shift, and go to state 146
		1455	',' shift, and go to state 101
		1456
		1457
		1458
		1459	state 105
		1460
		1461	inout_decl -> INOUT list_vars ';' . (rule 74)
		1462
		1463	$default reduce using rule 74 (inout_decl)
		1464
		1465
		1466
		1467	state 106
		1468
		1469	delay -> '#' NAME . (rule 82)
		1470
		1471	$default reduce using rule 82 (delay)
		1472
		1473
		1474
		1475	state 107
		1476
		1477	delay -> '#' number . (rule 81)
		1478
		1479	$default reduce using rule 81 (delay)
		1480
		1481
		1482
		1483	state 108
		1484
		1485	net_decl -> NETTYPE range delay . list_vars ';' (rule 79)
		1486
		1487	NAME shift, and go to state 53
		1488
		1489	list_vars go to state 147
		1490
		1491
		1492
		1493	state 109
		1494
		1495	net_decl -> NETTYPE range list_vars . ';' (rule 77)
		1496	list_vars -> list_vars . ',' NAME (rule 85)
		1497
		1498	';' shift, and go to state 148
		1499	',' shift, and go to state 101
		1500
		1501
		1502
		1503	state 110
		1504
		1505	net_decl -> NETTYPE delay list_vars . ';' (rule 78)
		1506	list_vars -> list_vars . ',' NAME (rule 85)
		1507
		1508	';' shift, and go to state 149
		1509	',' shift, and go to state 101
		1510
		1511
		1512
		1513	state 111
		1514
		1515	net_decl -> NETTYPE list_vars ';' . (rule 76)
		1516
		1517	$default reduce using rule 76 (net_decl)
		1518
		1519
		1520
		1521	state 112
		1522
		1523	lvalue -> NAME '[' . exp ']' (rule 114)
		1524
		1525	NAME shift, and go to state 88
		1526	NUMBER shift, and go to state 89
		1527	UNARY_OP shift, and go to state 90
		1528	'{' shift, and go to state 67
		1529
		1530	concatenation go to state 92
		1531	exp go to state 150
		1532	primary go to state 94
		1533	number go to state 95
		1534
		1535
		1536
		1537	state 113
		1538
		1539	dr_strength -> '(' STRENGTH0 . ',' STRENGTH1 ')' (rule 83)
		1540
		1541	',' shift, and go to state 151
		1542
		1543
		1544
		1545	state 114
		1546
		1547	dr_strength -> '(' STRENGTH1 . ',' STRENGTH0 ')' (rule 84)
		1548
		1549	',' shift, and go to state 152
		1550
		1551
		1552
		1553	state 115
		1554
		1555	concatenation -> '{' exp_list . '}' (rule 117)
		1556	exp_list -> exp_list . ',' exp (rule 118)
		1557
		1558	',' shift, and go to state 153
		1559	'}' shift, and go to state 154
		1560
		1561
		1562
		1563	state 116
		1564
		1565	exp_list -> exp . (rule 119)
		1566	exp -> exp . BIN_OP exp (rule 123)
		1567
		1568	BIN_OP shift, and go to state 140
		1569
		1570	$default reduce using rule 119 (exp_list)
		1571
		1572
		1573
		1574	state 117
		1575
		1576	cont_assign -> ASSIGN delay list_assigns . ';' (rule 107)
		1577	list_assigns -> list_assigns . ',' assignment (rule 109)
		1578
		1579	';' shift, and go to state 155
		1580	',' shift, and go to state 121
		1581
		1582
		1583
		1584	state 118
		1585
		1586	cont_assign -> ASSIGN dr_strength delay . list_assigns ';' (rule 108)
		1587
		1588	NAME shift, and go to state 65
		1589	'{' shift, and go to state 67
		1590
		1591	list_assigns go to state 156
		1592	assignment go to state 71
		1593	lvalue go to state 72
		1594	concatenation go to state 73
		1595
		1596
		1597
		1598	state 119
		1599
		1600	cont_assign -> ASSIGN dr_strength list_assigns . ';' (rule 106)
		1601	list_assigns -> list_assigns . ',' assignment (rule 109)
		1602
		1603	';' shift, and go to state 157
		1604	',' shift, and go to state 121
		1605
		1606
		1607
		1608	state 120
		1609
		1610	cont_assign -> ASSIGN list_assigns ';' . (rule 105)
		1611
		1612	$default reduce using rule 105 (cont_assign)
		1613
		1614
		1615
		1616	state 121
		1617
		1618	list_assigns -> list_assigns ',' . assignment (rule 109)
		1619
		1620	NAME shift, and go to state 65
		1621	'{' shift, and go to state 67
		1622
		1623	assignment go to state 158
		1624	lvalue go to state 72
		1625	concatenation go to state 73
		1626
		1627
		1628
		1629	state 122
		1630
		1631	assignment -> lvalue '=' . exp (rule 111)
		1632	assignment -> lvalue '=' . '(' exp ')' (rule 112)
		1633
		1634	NAME shift, and go to state 88
		1635	NUMBER shift, and go to state 89
		1636	UNARY_OP shift, and go to state 90
		1637	'(' shift, and go to state 159
		1638	'{' shift, and go to state 67
		1639
		1640	concatenation go to state 92
		1641	exp go to state 160
		1642	primary go to state 94
		1643	number go to state 95
		1644
		1645
		1646
		1647	state 123
		1648
		1649	gate_instant -> NAME '(' . exp ')' (rule 69)
		1650
		1651	NAME shift, and go to state 88
		1652	NUMBER shift, and go to state 89
		1653	UNARY_OP shift, and go to state 90
		1654	'{' shift, and go to state 67
		1655
		1656	concatenation go to state 92
		1657	exp go to state 161
		1658	primary go to state 94
		1659	number go to state 95
		1660
		1661
		1662
		1663	state 124
		1664
		1665	gate_decl -> GATETYPE delay gate_instant . (rule 67)
		1666
		1667	$default reduce using rule 67 (gate_decl)
		1668
		1669
		1670
		1671	state 125
		1672
		1673	gate_decl -> GATETYPE dr_strength gate_instant . (rule 66)
		1674
		1675	$default reduce using rule 66 (gate_decl)
		1676
		1677
		1678
		1679	state 126
		1680
		1681	gate_decl -> GATETYPE dr_strength delay . gate_instant (rule 68)
		1682
		1683	NAME shift, and go to state 74
		1684
		1685	gate_instant go to state 162
		1686
		1687
		1688
		1689	state 127
		1690
		1691	par_val -> '#' '(' . exp ')' (rule 104)
		1692
		1693	NAME shift, and go to state 88
		1694	NUMBER shift, and go to state 89
		1695	UNARY_OP shift, and go to state 90
		1696	'{' shift, and go to state 67
		1697
		1698	concatenation go to state 92
		1699	exp go to state 163
		1700	primary go to state 94
		1701	number go to state 95
		1702
		1703
		1704
		1705	state 128
		1706
		1707	module_instant -> name_mod mod_inst_list ';' . (rule 87)
		1708
		1709	$default reduce using rule 87 (module_instant)
		1710
		1711
		1712
		1713	state 129
		1714
		1715	mod_inst_list -> mod_inst_list ',' . mod_inst (rule 90)
		1716
		1717	NAME shift, and go to state 80
		1718
		1719	mod_inst go to state 164
		1720	reference go to state 84
		1721
		1722
		1723
		1724	state 130
		1725
		1726	mod_inst -> reference '(' . list_mod_conn ')' (rule 92)
		1727	mod_inst -> reference '(' . list_nam_conn ')' (rule 93)
		1728
		1729	NAME shift, and go to state 88
		1730	NUMBER shift, and go to state 89
		1731	UNARY_OP shift, and go to state 90
		1732	'.' shift, and go to state 165
		1733	'{' shift, and go to state 67
		1734
		1735	list_mod_conn go to state 166
		1736	list_nam_conn go to state 167
		1737	nam_conn go to state 168
		1738	concatenation go to state 92
		1739	exp go to state 169
		1740	primary go to state 94
		1741	number go to state 95
		1742
		1743
		1744
		1745	state 131
		1746
		1747	module_instant -> name_mod par_val mod_inst_list . ';' (rule 88)
		1748	mod_inst_list -> mod_inst_list . ',' mod_inst (rule 90)
		1749
		1750	';' shift, and go to state 170
		1751	',' shift, and go to state 129
		1752
		1753
		1754
		1755	state 132
		1756
		1757	primitive -> PRIMITIVE NAME '(' list_of_vars ')' ';' . prim_body ENDPRIM (rule 6)
		1758
		1759	INPUT shift, and go to state 18
		1760	OUTPUT shift, and go to state 19
		1761	REG shift, and go to state 25
		1762
		1763	prim_body go to state 171
		1764	UDP_decl go to state 172
		1765	reg_decl go to state 173
		1766	input_decl go to state 174
		1767	output_decl go to state 175
		1768
		1769
		1770
		1771	state 133
		1772
		1773	list_of_vars -> list_of_vars ',' NAME . (rule 7)
		1774
		1775	$default reduce using rule 7 (list_of_vars)
		1776
		1777
		1778
		1779	state 134
		1780
		1781	primary -> NAME '[' . exp ']' (rule 125)
		1782
		1783	NAME shift, and go to state 88
		1784	NUMBER shift, and go to state 89
		1785	UNARY_OP shift, and go to state 90
		1786	'{' shift, and go to state 67
		1787
		1788	concatenation go to state 92
		1789	exp go to state 176
		1790	primary go to state 94
		1791	number go to state 95
		1792
		1793
		1794
		1795	state 135
		1796
		1797	number -> NUMBER ''' . 'b' NUMBER (rule 129)
		1798	number -> NUMBER ''' . 'd' NUMBER (rule 130)
		1799	number -> NUMBER ''' . 'o' NUMBER (rule 131)
		1800
		1801	'b' shift, and go to state 177
		1802	'd' shift, and go to state 178
		1803	'o' shift, and go to state 179
		1804
		1805
		1806
		1807	state 136
		1808
		1809	exp -> UNARY_OP '(' . exp ')' (rule 122)
		1810
		1811	NAME shift, and go to state 88
		1812	NUMBER shift, and go to state 89
		1813	UNARY_OP shift, and go to state 90
		1814	'{' shift, and go to state 67
		1815
		1816	concatenation go to state 92
		1817	exp go to state 180
		1818	primary go to state 94
		1819	number go to state 95
		1820
		1821
		1822
		1823	state 137
		1824
		1825	exp -> UNARY_OP primary . (rule 121)
		1826
		1827	$default reduce using rule 121 (exp)
		1828
		1829
		1830
		1831	state 138
		1832
		1833	port -> NAME '[' const_exp ':' . const_exp ']' (rule 41)
		1834
		1835	NAME shift, and go to state 88
		1836	NUMBER shift, and go to state 89
		1837	UNARY_OP shift, and go to state 90
		1838	'{' shift, and go to state 67
		1839
		1840	const_exp go to state 181
		1841	concatenation go to state 92
		1842	exp go to state 93
		1843	primary go to state 94
		1844	number go to state 95
		1845
		1846
		1847
		1848	state 139
		1849
		1850	port -> NAME '[' const_exp ']' . (rule 40)
		1851
		1852	$default reduce using rule 40 (port)
		1853
		1854
		1855
		1856	state 140
		1857
		1858	exp -> exp BIN_OP . exp (rule 123)
		1859
		1860	NAME shift, and go to state 88
		1861	NUMBER shift, and go to state 89
		1862	UNARY_OP shift, and go to state 90
		1863	'{' shift, and go to state 67
		1864
		1865	concatenation go to state 92
		1866	exp go to state 182
		1867	primary go to state 94
		1868	number go to state 95
		1869
		1870
		1871
		1872	state 141
		1873
		1874	module -> MODULE NAME '(' list_of_ports ')' ';' mod_body . ENDMODULE (rule 36)
		1875	mod_body -> mod_body . module_item (rule 42)
		1876
		1877	NAME shift, and go to state 17
		1878	ENDMODULE shift, and go to state 183
		1879	INPUT shift, and go to state 18
		1880	OUTPUT shift, and go to state 19
		1881	INOUT shift, and go to state 20
		1882	NETTYPE shift, and go to state 21
		1883	ASSIGN shift, and go to state 22
		1884	GATETYPE shift, and go to state 23
		1885	PARAMETER shift, and go to state 24
		1886	REG shift, and go to state 25
		1887	TIME shift, and go to state 26
		1888	INTEGER shift, and go to state 27
		1889	REAL shift, and go to state 28
		1890	EVENT shift, and go to state 29
		1891	DEFPARAM shift, and go to state 30
		1892
		1893	module_item go to state 79
		1894	param_decl go to state 33
		1895	reg_decl go to state 34
		1896	time_decl go to state 35
		1897	integer_decl go to state 36
		1898	real_decl go to state 37
		1899	event_decl go to state 38
		1900	defparm_decl go to state 39
		1901	gate_decl go to state 40
		1902	input_decl go to state 41
		1903	output_decl go to state 42
		1904	inout_decl go to state 43
		1905	net_decl go to state 44
		1906	module_instant go to state 45
		1907	name_mod go to state 46
		1908	cont_assign go to state 47
		1909
		1910
		1911
		1912	state 142
		1913
		1914	range -> '[' const_exp ':' . const_exp ']' (rule 80)
		1915
		1916	NAME shift, and go to state 88
		1917	NUMBER shift, and go to state 89
		1918	UNARY_OP shift, and go to state 90
		1919	'{' shift, and go to state 67
		1920
		1921	const_exp go to state 184
		1922	concatenation go to state 92
		1923	exp go to state 93
		1924	primary go to state 94
		1925	number go to state 95
		1926
		1927
		1928
		1929	state 143
		1930
		1931	input_decl -> INPUT range list_vars ';' . (rule 71)
		1932
		1933	$default reduce using rule 71 (input_decl)
		1934
		1935
		1936
		1937	state 144
		1938
		1939	list_vars -> list_vars ',' NAME . (rule 85)
		1940
		1941	$default reduce using rule 85 (list_vars)
		1942
		1943
		1944
		1945	state 145
		1946
		1947	output_decl -> OUTPUT range list_vars ';' . (rule 73)
		1948
		1949	$default reduce using rule 73 (output_decl)
		1950
		1951
		1952
		1953	state 146
		1954
		1955	inout_decl -> INOUT range list_vars ';' . (rule 75)
		1956
		1957	$default reduce using rule 75 (inout_decl)
		1958
		1959
		1960
		1961	state 147
		1962
		1963	net_decl -> NETTYPE range delay list_vars . ';' (rule 79)
		1964	list_vars -> list_vars . ',' NAME (rule 85)
		1965
		1966	';' shift, and go to state 185
		1967	',' shift, and go to state 101
		1968
		1969
		1970
		1971	state 148
		1972
		1973	net_decl -> NETTYPE range list_vars ';' . (rule 77)
		1974
		1975	$default reduce using rule 77 (net_decl)
		1976
		1977
		1978
		1979	state 149
		1980
		1981	net_decl -> NETTYPE delay list_vars ';' . (rule 78)
		1982
		1983	$default reduce using rule 78 (net_decl)
		1984
		1985
		1986
		1987	state 150
		1988
		1989	lvalue -> NAME '[' exp . ']' (rule 114)
		1990	exp -> exp . BIN_OP exp (rule 123)
		1991
		1992	BIN_OP shift, and go to state 140
		1993	']' shift, and go to state 186
		1994
		1995
		1996
		1997	state 151
		1998
		1999	dr_strength -> '(' STRENGTH0 ',' . STRENGTH1 ')' (rule 83)
		2000
		2001	STRENGTH1 shift, and go to state 187
		2002
		2003
		2004
		2005	state 152
		2006
		2007	dr_strength -> '(' STRENGTH1 ',' . STRENGTH0 ')' (rule 84)
		2008
		2009	STRENGTH0 shift, and go to state 188
		2010
		2011
		2012
		2013	state 153
		2014
		2015	exp_list -> exp_list ',' . exp (rule 118)
		2016
		2017	NAME shift, and go to state 88
		2018	NUMBER shift, and go to state 89
		2019	UNARY_OP shift, and go to state 90
		2020	'{' shift, and go to state 67
		2021
		2022	concatenation go to state 92
		2023	exp go to state 189
		2024	primary go to state 94
		2025	number go to state 95
		2026
		2027
		2028
		2029	state 154
		2030
		2031	concatenation -> '{' exp_list '}' . (rule 117)
		2032
		2033	$default reduce using rule 117 (concatenation)
		2034
		2035
		2036
		2037	state 155
		2038
		2039	cont_assign -> ASSIGN delay list_assigns ';' . (rule 107)
		2040
		2041	$default reduce using rule 107 (cont_assign)
		2042
		2043
		2044
		2045	state 156
		2046
		2047	cont_assign -> ASSIGN dr_strength delay list_assigns . ';' (rule 108)
		2048	list_assigns -> list_assigns . ',' assignment (rule 109)
		2049
		2050	';' shift, and go to state 190
		2051	',' shift, and go to state 121
		2052
		2053
		2054
		2055	state 157
		2056
		2057	cont_assign -> ASSIGN dr_strength list_assigns ';' . (rule 106)
		2058
		2059	$default reduce using rule 106 (cont_assign)
		2060
		2061
		2062
		2063	state 158
		2064
		2065	list_assigns -> list_assigns ',' assignment . (rule 109)
		2066
		2067	$default reduce using rule 109 (list_assigns)
		2068
		2069
		2070
		2071	state 159
		2072
		2073	assignment -> lvalue '=' '(' . exp ')' (rule 112)
		2074
		2075	NAME shift, and go to state 88
		2076	NUMBER shift, and go to state 89
		2077	UNARY_OP shift, and go to state 90
		2078	'{' shift, and go to state 67
		2079
		2080	concatenation go to state 92
		2081	exp go to state 191
		2082	primary go to state 94
		2083	number go to state 95
		2084
		2085
		2086
		2087	state 160
		2088
		2089	assignment -> lvalue '=' exp . (rule 111)
		2090	exp -> exp . BIN_OP exp (rule 123)
		2091
		2092	BIN_OP shift, and go to state 140
		2093
		2094	$default reduce using rule 111 (assignment)
		2095
		2096
		2097
		2098	state 161
		2099
		2100	gate_instant -> NAME '(' exp . ')' (rule 69)
		2101	exp -> exp . BIN_OP exp (rule 123)
		2102
		2103	BIN_OP shift, and go to state 140
		2104	')' shift, and go to state 192
		2105
		2106
		2107
		2108	state 162
		2109
		2110	gate_decl -> GATETYPE dr_strength delay gate_instant . (rule 68)
		2111
		2112	$default reduce using rule 68 (gate_decl)
		2113
		2114
		2115
		2116	state 163
		2117
		2118	par_val -> '#' '(' exp . ')' (rule 104)
		2119	exp -> exp . BIN_OP exp (rule 123)
		2120
		2121	BIN_OP shift, and go to state 140
		2122	')' shift, and go to state 193
		2123
		2124
		2125
		2126	state 164
		2127
		2128	mod_inst_list -> mod_inst_list ',' mod_inst . (rule 90)
		2129
		2130	$default reduce using rule 90 (mod_inst_list)
		2131
		2132
		2133
		2134	state 165
		2135
		2136	nam_conn -> '.' . NAME '(' sig_nam ')' (rule 99)
		2137
		2138	NAME shift, and go to state 194
		2139
		2140
		2141
		2142	state 166
		2143
		2144	mod_inst -> reference '(' list_mod_conn . ')' (rule 92)
		2145	list_mod_conn -> list_mod_conn . ',' exp (rule 95)
		2146
		2147	')' shift, and go to state 195
		2148	',' shift, and go to state 196
		2149
		2150
		2151
		2152	state 167
		2153
		2154	mod_inst -> reference '(' list_nam_conn . ')' (rule 93)
		2155	list_nam_conn -> list_nam_conn . ',' nam_conn (rule 97)
		2156
		2157	')' shift, and go to state 197
		2158	',' shift, and go to state 198
		2159
		2160
		2161
		2162	state 168
		2163
		2164	list_nam_conn -> nam_conn . (rule 98)
		2165
		2166	$default reduce using rule 98 (list_nam_conn)
		2167
		2168
		2169
		2170	state 169
		2171
		2172	list_mod_conn -> exp . (rule 96)
		2173	exp -> exp . BIN_OP exp (rule 123)
		2174
		2175	BIN_OP shift, and go to state 140
		2176
		2177	$default reduce using rule 96 (list_mod_conn)
		2178
		2179
		2180
		2181	state 170
		2182
		2183	module_instant -> name_mod par_val mod_inst_list ';' . (rule 88)
		2184
		2185	$default reduce using rule 88 (module_instant)
		2186
		2187
		2188
		2189	state 171
		2190
		2191	primitive -> PRIMITIVE NAME '(' list_of_vars ')' ';' prim_body . ENDPRIM (rule 6)
		2192
		2193	ENDPRIM shift, and go to state 199
		2194
		2195
		2196
		2197	state 172
		2198
		2199	prim_body -> UDP_decl . UDP_init table_def (rule 9)
		2200	prim_body -> UDP_decl . table_def (rule 10)
		2201
		2202	INITIAL shift, and go to state 200
		2203	TABLE shift, and go to state 201
		2204
		2205	UDP_init go to state 202
		2206	table_def go to state 203
		2207
		2208
		2209
		2210	state 173
		2211
		2212	UDP_decl -> reg_decl . (rule 13)
		2213
		2214	$default reduce using rule 13 (UDP_decl)
		2215
		2216
		2217
		2218	state 174
		2219
		2220	UDP_decl -> input_decl . (rule 12)
		2221
		2222	$default reduce using rule 12 (UDP_decl)
		2223
		2224
		2225
		2226	state 175
		2227
		2228	UDP_decl -> output_decl . (rule 11)
		2229
		2230	$default reduce using rule 11 (UDP_decl)
		2231
		2232
		2233
		2234	state 176
		2235
		2236	exp -> exp . BIN_OP exp (rule 123)
		2237	primary -> NAME '[' exp . ']' (rule 125)
		2238
		2239	BIN_OP shift, and go to state 140
		2240	']' shift, and go to state 204
		2241
		2242
		2243
		2244	state 177
		2245
		2246	number -> NUMBER ''' 'b' . NUMBER (rule 129)
		2247
		2248	NUMBER shift, and go to state 205
		2249
		2250
		2251
		2252	state 178
		2253
		2254	number -> NUMBER ''' 'd' . NUMBER (rule 130)
		2255
		2256	NUMBER shift, and go to state 206
		2257
		2258
		2259
		2260	state 179
		2261
		2262	number -> NUMBER ''' 'o' . NUMBER (rule 131)
		2263
		2264	NUMBER shift, and go to state 207
		2265
		2266
		2267
		2268	state 180
		2269
		2270	exp -> UNARY_OP '(' exp . ')' (rule 122)
		2271	exp -> exp . BIN_OP exp (rule 123)
		2272
		2273	BIN_OP shift, and go to state 140
		2274	')' shift, and go to state 208
		2275
		2276
		2277
		2278	state 181
		2279
		2280	port -> NAME '[' const_exp ':' const_exp . ']' (rule 41)
		2281
		2282	']' shift, and go to state 209
		2283
		2284
		2285
		2286	state 182
		2287
		2288	exp -> exp . BIN_OP exp (rule 123)
		2289	exp -> exp BIN_OP exp . (rule 123)
		2290
		2291
		2292	$default reduce using rule 123 (exp)
		2293
		2294
		2295
		2296	state 183
		2297
		2298	module -> MODULE NAME '(' list_of_ports ')' ';' mod_body ENDMODULE . (rule 36)
		2299
		2300	$default reduce using rule 36 (module)
		2301
		2302
		2303
		2304	state 184
		2305
		2306	range -> '[' const_exp ':' const_exp . ']' (rule 80)
		2307
		2308	']' shift, and go to state 210
		2309
		2310
		2311
		2312	state 185
		2313
		2314	net_decl -> NETTYPE range delay list_vars ';' . (rule 79)
		2315
		2316	$default reduce using rule 79 (net_decl)
		2317
		2318
		2319
		2320	state 186
		2321
		2322	lvalue -> NAME '[' exp ']' . (rule 114)
		2323
		2324	$default reduce using rule 114 (lvalue)
		2325
		2326
		2327
		2328	state 187
		2329
		2330	dr_strength -> '(' STRENGTH0 ',' STRENGTH1 . ')' (rule 83)
		2331
		2332	')' shift, and go to state 211
		2333
		2334
		2335
		2336	state 188
		2337
		2338	dr_strength -> '(' STRENGTH1 ',' STRENGTH0 . ')' (rule 84)
		2339
		2340	')' shift, and go to state 212
		2341
		2342
		2343
		2344	state 189
		2345
		2346	exp_list -> exp_list ',' exp . (rule 118)
		2347	exp -> exp . BIN_OP exp (rule 123)
		2348
		2349	BIN_OP shift, and go to state 140
		2350
		2351	$default reduce using rule 118 (exp_list)
		2352
		2353
		2354
		2355	state 190
		2356
		2357	cont_assign -> ASSIGN dr_strength delay list_assigns ';' . (rule 108)
		2358
		2359	$default reduce using rule 108 (cont_assign)
		2360
		2361
		2362
		2363	state 191
		2364
		2365	assignment -> lvalue '=' '(' exp . ')' (rule 112)
		2366	exp -> exp . BIN_OP exp (rule 123)
		2367
		2368	BIN_OP shift, and go to state 140
		2369	')' shift, and go to state 213
		2370
		2371
		2372
		2373	state 192
		2374
		2375	gate_instant -> NAME '(' exp ')' . (rule 69)
		2376
		2377	$default reduce using rule 69 (gate_instant)
		2378
		2379
		2380
		2381	state 193
		2382
		2383	par_val -> '#' '(' exp ')' . (rule 104)
		2384
		2385	$default reduce using rule 104 (par_val)
		2386
		2387
		2388
		2389	state 194
		2390
		2391	nam_conn -> '.' NAME . '(' sig_nam ')' (rule 99)
		2392
		2393	'(' shift, and go to state 214
		2394
		2395
		2396
		2397	state 195
		2398
		2399	mod_inst -> reference '(' list_mod_conn ')' . (rule 92)
		2400
		2401	$default reduce using rule 92 (mod_inst)
		2402
		2403
		2404
		2405	state 196
		2406
		2407	list_mod_conn -> list_mod_conn ',' . exp (rule 95)
		2408
		2409	NAME shift, and go to state 88
		2410	NUMBER shift, and go to state 89
		2411	UNARY_OP shift, and go to state 90
		2412	'{' shift, and go to state 67
		2413
		2414	concatenation go to state 92
		2415	exp go to state 215
		2416	primary go to state 94
		2417	number go to state 95
		2418
		2419
		2420
		2421	state 197
		2422
		2423	mod_inst -> reference '(' list_nam_conn ')' . (rule 93)
		2424
		2425	$default reduce using rule 93 (mod_inst)
		2426
		2427
		2428
		2429	state 198
		2430
		2431	list_nam_conn -> list_nam_conn ',' . nam_conn (rule 97)
		2432
		2433	'.' shift, and go to state 165
		2434
		2435	nam_conn go to state 216
		2436
		2437
		2438
		2439	state 199
		2440
		2441	primitive -> PRIMITIVE NAME '(' list_of_vars ')' ';' prim_body ENDPRIM . (rule 6)
		2442
		2443	$default reduce using rule 6 (primitive)
		2444
		2445
		2446
		2447	state 200
		2448
		2449	UDP_init -> INITIAL . NAME '=' init_val (rule 14)
		2450
		2451	NAME shift, and go to state 217
		2452
		2453
		2454
		2455	state 201
		2456
		2457	table_def -> TABLE . table_entries ENDTABLE (rule 20)
		2458
		2459	LEV_SYM shift, and go to state 218
		2460	EDGE_SYM shift, and go to state 219
		2461	'(' shift, and go to state 220
		2462
		2463	table_entries go to state 221
		2464	combin_entry go to state 222
		2465	seq_entry go to state 223
		2466	level_in_list go to state 224
		2467	edge_in_list go to state 225
		2468	edge go to state 226
		2469
		2470
		2471
		2472	state 202
		2473
		2474	prim_body -> UDP_decl UDP_init . table_def (rule 9)
		2475
		2476	TABLE shift, and go to state 201
		2477
		2478	table_def go to state 227
		2479
		2480
		2481
		2482	state 203
		2483
		2484	prim_body -> UDP_decl table_def . (rule 10)
		2485
		2486	$default reduce using rule 10 (prim_body)
		2487
		2488
		2489
		2490	state 204
		2491
		2492	primary -> NAME '[' exp ']' . (rule 125)
		2493
		2494	$default reduce using rule 125 (primary)
		2495
		2496
		2497
		2498	state 205
		2499
		2500	number -> NUMBER ''' 'b' NUMBER . (rule 129)
		2501
		2502	$default reduce using rule 129 (number)
		2503
		2504
		2505
		2506	state 206
		2507
		2508	number -> NUMBER ''' 'd' NUMBER . (rule 130)
		2509
		2510	$default reduce using rule 130 (number)
		2511
		2512
		2513
		2514	state 207
		2515
		2516	number -> NUMBER ''' 'o' NUMBER . (rule 131)
		2517
		2518	$default reduce using rule 131 (number)
		2519
		2520
		2521
		2522	state 208
		2523
		2524	exp -> UNARY_OP '(' exp ')' . (rule 122)
		2525
		2526	$default reduce using rule 122 (exp)
		2527
		2528
		2529
		2530	state 209
		2531
		2532	port -> NAME '[' const_exp ':' const_exp ']' . (rule 41)
		2533
		2534	$default reduce using rule 41 (port)
		2535
		2536
		2537
		2538	state 210
		2539
		2540	range -> '[' const_exp ':' const_exp ']' . (rule 80)
		2541
		2542	$default reduce using rule 80 (range)
		2543
		2544
		2545
		2546	state 211
		2547
		2548	dr_strength -> '(' STRENGTH0 ',' STRENGTH1 ')' . (rule 83)
		2549
		2550	$default reduce using rule 83 (dr_strength)
		2551
		2552
		2553
		2554	state 212
		2555
		2556	dr_strength -> '(' STRENGTH1 ',' STRENGTH0 ')' . (rule 84)
		2557
		2558	$default reduce using rule 84 (dr_strength)
		2559
		2560
		2561
		2562	state 213
		2563
		2564	assignment -> lvalue '=' '(' exp ')' . (rule 112)
		2565
		2566	$default reduce using rule 112 (assignment)
		2567
		2568
		2569
		2570	state 214
		2571
		2572	nam_conn -> '.' NAME '(' . sig_nam ')' (rule 99)
		2573
		2574	NAME shift, and go to state 228
		2575	'{' shift, and go to state 67
		2576
		2577	sig_nam go to state 229
		2578	concatenation go to state 230
		2579
		2580
		2581
		2582	state 215
		2583
		2584	list_mod_conn -> list_mod_conn ',' exp . (rule 95)
		2585	exp -> exp . BIN_OP exp (rule 123)
		2586
		2587	BIN_OP shift, and go to state 140
		2588
		2589	$default reduce using rule 95 (list_mod_conn)
		2590
		2591
		2592
		2593	state 216
		2594
		2595	list_nam_conn -> list_nam_conn ',' nam_conn . (rule 97)
		2596
		2597	$default reduce using rule 97 (list_nam_conn)
		2598
		2599
		2600
		2601	state 217
		2602
		2603	UDP_init -> INITIAL NAME . '=' init_val (rule 14)
		2604
		2605	'=' shift, and go to state 231
		2606
		2607
		2608
		2609	state 218
		2610
		2611	level_in_list -> LEV_SYM . (rule 28)
		2612	edge_in_list -> LEV_SYM . edge LEV_SYM (rule 29)
		2613
		2614	EDGE_SYM shift, and go to state 219
		2615	'(' shift, and go to state 220
		2616
		2617	$default reduce using rule 28 (level_in_list)
		2618
		2619	edge go to state 232
		2620
		2621
		2622
		2623	state 219
		2624
		2625	edge -> EDGE_SYM . (rule 32)
		2626
		2627	$default reduce using rule 32 (edge)
		2628
		2629
		2630
		2631	state 220
		2632
		2633	edge -> '(' . LEV_SYM LEV_SYM ')' (rule 31)
		2634
		2635	LEV_SYM shift, and go to state 233
		2636
		2637
		2638
		2639	state 221
		2640
		2641	table_def -> TABLE table_entries . ENDTABLE (rule 20)
		2642	table_entries -> table_entries . combin_entry (rule 21)
		2643	table_entries -> table_entries . seq_entry (rule 23)
		2644
		2645	ENDTABLE shift, and go to state 234
		2646	LEV_SYM shift, and go to state 218
		2647	EDGE_SYM shift, and go to state 219
		2648	'(' shift, and go to state 220
		2649
		2650	combin_entry go to state 235
		2651	seq_entry go to state 236
		2652	level_in_list go to state 224
		2653	edge_in_list go to state 225
		2654	edge go to state 226
		2655
		2656
		2657
		2658	state 222
		2659
		2660	table_entries -> combin_entry . (rule 22)
		2661
		2662	$default reduce using rule 22 (table_entries)
		2663
		2664
		2665
		2666	state 223
		2667
		2668	table_entries -> seq_entry . (rule 24)
		2669
		2670	$default reduce using rule 24 (table_entries)
		2671
		2672
		2673
		2674	state 224
		2675
		2676	combin_entry -> level_in_list . ':' OUT_SYM ';' (rule 25)
		2677	seq_entry -> level_in_list . ':' state ':' next_state ';' (rule 26)
		2678
		2679	':' shift, and go to state 237
		2680
		2681
		2682
		2683	state 225
		2684
		2685	seq_entry -> edge_in_list . ':' state ':' next_state ';' (rule 27)
		2686
		2687	':' shift, and go to state 238
		2688
		2689
		2690
		2691	state 226
		2692
		2693	edge_in_list -> edge . (rule 30)
		2694
		2695	$default reduce using rule 30 (edge_in_list)
		2696
		2697
		2698
		2699	state 227
		2700
		2701	prim_body -> UDP_decl UDP_init table_def . (rule 9)
		2702
		2703	$default reduce using rule 9 (prim_body)
		2704
		2705
		2706
		2707	state 228
		2708
		2709	sig_nam -> NAME . (rule 100)
		2710	sig_nam -> NAME . '[' exp ']' (rule 101)
		2711	sig_nam -> NAME . '[' exp ':' exp ']' (rule 102)
		2712
		2713	'[' shift, and go to state 239
		2714
		2715	$default reduce using rule 100 (sig_nam)
		2716
		2717
		2718
		2719	state 229
		2720
		2721	nam_conn -> '.' NAME '(' sig_nam . ')' (rule 99)
		2722
		2723	')' shift, and go to state 240
		2724
		2725
		2726
		2727	state 230
		2728
		2729	sig_nam -> concatenation . (rule 103)
		2730
		2731	$default reduce using rule 103 (sig_nam)
		2732
		2733
		2734
		2735	state 231
		2736
		2737	UDP_init -> INITIAL NAME '=' . init_val (rule 14)
		2738
		2739	'1' shift, and go to state 241
		2740	'0' shift, and go to state 242
		2741
		2742	init_val go to state 243
		2743
		2744
		2745
		2746	state 232
		2747
		2748	edge_in_list -> LEV_SYM edge . LEV_SYM (rule 29)
		2749
		2750	LEV_SYM shift, and go to state 244
		2751
		2752
		2753
		2754	state 233
		2755
		2756	edge -> '(' LEV_SYM . LEV_SYM ')' (rule 31)
		2757
		2758	LEV_SYM shift, and go to state 245
		2759
		2760
		2761
		2762	state 234
		2763
		2764	table_def -> TABLE table_entries ENDTABLE . (rule 20)
		2765
		2766	$default reduce using rule 20 (table_def)
		2767
		2768
		2769
		2770	state 235
		2771
		2772	table_entries -> table_entries combin_entry . (rule 21)
		2773
		2774	$default reduce using rule 21 (table_entries)
		2775
		2776
		2777
		2778	state 236
		2779
		2780	table_entries -> table_entries seq_entry . (rule 23)
		2781
		2782	$default reduce using rule 23 (table_entries)
		2783
		2784
		2785
		2786	state 237
		2787
		2788	combin_entry -> level_in_list ':' . OUT_SYM ';' (rule 25)
		2789	seq_entry -> level_in_list ':' . state ':' next_state ';' (rule 26)
		2790
		2791	OUT_SYM shift, and go to state 246
		2792	LEV_SYM shift, and go to state 247
		2793
		2794	state go to state 248
		2795
		2796
		2797
		2798	state 238
		2799
		2800	seq_entry -> edge_in_list ':' . state ':' next_state ';' (rule 27)
		2801
		2802	LEV_SYM shift, and go to state 247
		2803
		2804	state go to state 249
		2805
		2806
		2807
		2808	state 239
		2809
		2810	sig_nam -> NAME '[' . exp ']' (rule 101)
		2811	sig_nam -> NAME '[' . exp ':' exp ']' (rule 102)
		2812
		2813	NAME shift, and go to state 88
		2814	NUMBER shift, and go to state 89
		2815	UNARY_OP shift, and go to state 90
		2816	'{' shift, and go to state 67
		2817
		2818	concatenation go to state 92
		2819	exp go to state 250
		2820	primary go to state 94
		2821	number go to state 95
		2822
		2823
		2824
		2825	state 240
		2826
		2827	nam_conn -> '.' NAME '(' sig_nam ')' . (rule 99)
		2828
		2829	$default reduce using rule 99 (nam_conn)
		2830
		2831
		2832
		2833	state 241
		2834
		2835	init_val -> '1' . ''' 'b' '0' (rule 15)
		2836	init_val -> '1' . ''' 'b' '1' (rule 16)
		2837	init_val -> '1' . ''' 'b' 'x' (rule 17)
		2838	init_val -> '1' . (rule 18)
		2839
		2840	''' shift, and go to state 251
		2841
		2842	$default reduce using rule 18 (init_val)
		2843
		2844
		2845
		2846	state 242
		2847
		2848	init_val -> '0' . (rule 19)
		2849
		2850	$default reduce using rule 19 (init_val)
		2851
		2852
		2853
		2854	state 243
		2855
		2856	UDP_init -> INITIAL NAME '=' init_val . (rule 14)
		2857
		2858	$default reduce using rule 14 (UDP_init)
		2859
		2860
		2861
		2862	state 244
		2863
		2864	edge_in_list -> LEV_SYM edge LEV_SYM . (rule 29)
		2865
		2866	$default reduce using rule 29 (edge_in_list)
		2867
		2868
		2869
		2870	state 245
		2871
		2872	edge -> '(' LEV_SYM LEV_SYM . ')' (rule 31)
		2873
		2874	')' shift, and go to state 252
		2875
		2876
		2877
		2878	state 246
		2879
		2880	combin_entry -> level_in_list ':' OUT_SYM . ';' (rule 25)
		2881
		2882	';' shift, and go to state 253
		2883
		2884
		2885
		2886	state 247
		2887
		2888	state -> LEV_SYM . (rule 33)
		2889
		2890	$default reduce using rule 33 (state)
		2891
		2892
		2893
		2894	state 248
		2895
		2896	seq_entry -> level_in_list ':' state . ':' next_state ';' (rule 26)
		2897
		2898	':' shift, and go to state 254
		2899
		2900
		2901
		2902	state 249
		2903
		2904	seq_entry -> edge_in_list ':' state . ':' next_state ';' (rule 27)
		2905
		2906	':' shift, and go to state 255
		2907
		2908
		2909
		2910	state 250
		2911
		2912	sig_nam -> NAME '[' exp . ']' (rule 101)
		2913	sig_nam -> NAME '[' exp . ':' exp ']' (rule 102)
		2914	exp -> exp . BIN_OP exp (rule 123)
		2915
		2916	BIN_OP shift, and go to state 140
		2917	':' shift, and go to state 256
		2918	']' shift, and go to state 257
		2919
		2920
		2921
		2922	state 251
		2923
		2924	init_val -> '1' ''' . 'b' '0' (rule 15)
		2925	init_val -> '1' ''' . 'b' '1' (rule 16)
		2926	init_val -> '1' ''' . 'b' 'x' (rule 17)
		2927
		2928	'b' shift, and go to state 258
		2929
		2930
		2931
		2932	state 252
		2933
		2934	edge -> '(' LEV_SYM LEV_SYM ')' . (rule 31)
		2935
		2936	$default reduce using rule 31 (edge)
		2937
		2938
		2939
		2940	state 253
		2941
		2942	combin_entry -> level_in_list ':' OUT_SYM ';' . (rule 25)
		2943
		2944	$default reduce using rule 25 (combin_entry)
		2945
		2946
		2947
		2948	state 254
		2949
		2950	seq_entry -> level_in_list ':' state ':' . next_state ';' (rule 26)
		2951
		2952	OUT_SYM shift, and go to state 259
		2953
		2954	next_state go to state 260
		2955
		2956
		2957
		2958	state 255
		2959
		2960	seq_entry -> edge_in_list ':' state ':' . next_state ';' (rule 27)
		2961
		2962	OUT_SYM shift, and go to state 259
		2963
		2964	next_state go to state 261
		2965
		2966
		2967
		2968	state 256
		2969
		2970	sig_nam -> NAME '[' exp ':' . exp ']' (rule 102)
		2971
		2972	NAME shift, and go to state 88
		2973	NUMBER shift, and go to state 89
		2974	UNARY_OP shift, and go to state 90
		2975	'{' shift, and go to state 67
		2976
		2977	concatenation go to state 92
		2978	exp go to state 262
		2979	primary go to state 94
		2980	number go to state 95
		2981
		2982
		2983
		2984	state 257
		2985
		2986	sig_nam -> NAME '[' exp ']' . (rule 101)
		2987
		2988	$default reduce using rule 101 (sig_nam)
		2989
		2990
		2991
		2992	state 258
		2993
		2994	init_val -> '1' ''' 'b' . '0' (rule 15)
		2995	init_val -> '1' ''' 'b' . '1' (rule 16)
		2996	init_val -> '1' ''' 'b' . 'x' (rule 17)
		2997
		2998	'1' shift, and go to state 263
		2999	'0' shift, and go to state 264
		3000	'x' shift, and go to state 265
		3001
		3002
		3003
		3004	state 259
		3005
		3006	next_state -> OUT_SYM . (rule 34)
		3007
		3008	$default reduce using rule 34 (next_state)
		3009
		3010
		3011
		3012	state 260
		3013
		3014	seq_entry -> level_in_list ':' state ':' next_state . ';' (rule 26)
		3015
		3016	';' shift, and go to state 266
		3017
		3018
		3019
		3020	state 261
		3021
		3022	seq_entry -> edge_in_list ':' state ':' next_state . ';' (rule 27)
		3023
		3024	';' shift, and go to state 267
		3025
		3026
		3027
		3028	state 262
		3029
		3030	sig_nam -> NAME '[' exp ':' exp . ']' (rule 102)
		3031	exp -> exp . BIN_OP exp (rule 123)
		3032
		3033	BIN_OP shift, and go to state 140
		3034	']' shift, and go to state 268
		3035
		3036
		3037
		3038	state 263
		3039
		3040	init_val -> '1' ''' 'b' '1' . (rule 16)
		3041
		3042	$default reduce using rule 16 (init_val)
		3043
		3044
		3045
		3046	state 264
		3047
		3048	init_val -> '1' ''' 'b' '0' . (rule 15)
		3049
		3050	$default reduce using rule 15 (init_val)
		3051
		3052
		3053
		3054	state 265
		3055
		3056	init_val -> '1' ''' 'b' 'x' . (rule 17)
		3057
		3058	$default reduce using rule 17 (init_val)
		3059
		3060
		3061
		3062	state 266
		3063
		3064	seq_entry -> level_in_list ':' state ':' next_state ';' . (rule 26)
		3065
		3066	$default reduce using rule 26 (seq_entry)
		3067
		3068
		3069
		3070	state 267
		3071
		3072	seq_entry -> edge_in_list ':' state ':' next_state ';' . (rule 27)
		3073
		3074	$default reduce using rule 27 (seq_entry)
		3075
		3076
		3077
		3078	state 268
		3079
		3080	sig_nam -> NAME '[' exp ':' exp ']' . (rule 102)
		3081
		3082	$default reduce using rule 102 (sig_nam)
		3083
		3084
		3085
		3086	state 269
		3087
		3088	$ go to state 270
		3089
		3090
		3091
		3092	state 270
		3093
		3094	$default accept

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(root)/trunk/verilog/hdl.output – Rev 2