-----------------------------------------------------------------------------
Info file generated by Happy Version 1.19.12 from Language/Lang/ParGrammer.y
-----------------------------------------------------------------------------

state 3 contains 11 reduce/reduce conflicts.
state 13 contains 1 reduce/reduce conflicts.
state 14 contains 1 reduce/reduce conflicts.
state 16 contains 1 reduce/reduce conflicts.
state 19 contains 1 shift/reduce conflicts and 3 reduce/reduce conflicts.
state 28 contains 7 reduce/reduce conflicts.
state 32 contains 7 shift/reduce conflicts.
state 39 contains 6 shift/reduce conflicts.
state 53 contains 6 shift/reduce conflicts.
state 54 contains 7 shift/reduce conflicts.

rule 25 is unused
rule 26 is unused
rule 27 is unused
rule 28 is unused
rule 29 is unused

-----------------------------------------------------------------------------
Grammar
-----------------------------------------------------------------------------
	%start_pModule -> Module                           (0)
	Name -> L_Name                                     (1)
	NumericLiteral -> L_NumericLiteral                 (2)
	Module -> ListBinding                              (3)
	Binding -> Declaration                             (4)
	Binding -> Definition                              (5)
	Binding -> '{#' Pragma '#}'                        (6)
	Declaration -> Name ':' Type                       (7)
	Declaration -> Type                                (8)
	Definition -> Name '=' Expression                  (9)
	Definition -> Expression                           (10)
	Type -> Name                                       (11)
	Type -> Type Type                                  (12)
	Type -> Type '->' Type                             (13)
	Type -> '{{' ListDeclaration '}}'                  (14)
	Type -> '{' ListDeclaration '}'                    (15)
	Type -> '[' ListDeclaration ']'                    (16)
	Type -> '(' Type ')'                               (17)
	Pragma -> ListName                                 (18)
	ListBinding ->                                     (19)
	ListBinding -> Binding                             (20)
	ListBinding -> Binding ',' ListBinding             (21)
	ListDeclaration ->                                 (22)
	ListDeclaration -> Declaration                     (23)
	ListDeclaration -> Declaration ',' ListDeclaration   (24)
	ListDefinition ->                                  (25)
	ListDefinition -> Definition                       (26)
	ListDefinition -> Definition ',' ListDefinition    (27)
	ListType -> Type                                   (28)
	ListType -> Type ',' ListType                      (29)
	ListName -> Name                                   (30)
	ListName -> Name ListName                          (31)
	Expression -> Name                                 (32)
	Expression -> NumericLiteral                       (33)
	Expression -> Expression Expression                (34)
	Expression -> Expression '->' Expression           (35)
	Expression -> '{{' Module '}}'                     (36)
	Expression -> '{' Module '}'                       (37)
	Expression -> '[' Module ']'                       (38)
	Expression -> '(' Expression ')'                   (39)

-----------------------------------------------------------------------------
Terminals
-----------------------------------------------------------------------------
	'#}'           { PT _ (TS _ 1) }
	'('            { PT _ (TS _ 2) }
	')'            { PT _ (TS _ 3) }
	','            { PT _ (TS _ 4) }
	'->'           { PT _ (TS _ 5) }
	':'            { PT _ (TS _ 6) }
	'='            { PT _ (TS _ 7) }
	'['            { PT _ (TS _ 8) }
	']'            { PT _ (TS _ 9) }
	'{'            { PT _ (TS _ 10) }
	'{#'           { PT _ (TS _ 11) }
	'{{'           { PT _ (TS _ 12) }
	'}'            { PT _ (TS _ 13) }
	'}}'           { PT _ (TS _ 14) }
	L_Name         { PT _ (T_Name $$) }
	L_NumericLiteral{ PT _ (T_NumericLiteral $$) }

-----------------------------------------------------------------------------
Non-terminals
-----------------------------------------------------------------------------
	%start_pModule  rule  0
	Name            rule  1
	NumericLiteral  rule  2
	Module          rule  3
	Binding         rules 4, 5, 6
	Declaration     rules 7, 8
	Definition      rules 9, 10
	Type            rules 11, 12, 13, 14, 15, 16, 17
	Pragma          rule  18
	ListBinding     rules 19, 20, 21
	ListDeclaration rules 22, 23, 24
	ListDefinition  rules 25, 26, 27
	ListType        rules 28, 29
	ListName        rules 30, 31
	Expression      rules 32, 33, 34, 35, 36, 37, 38, 39

-----------------------------------------------------------------------------
States
-----------------------------------------------------------------------------
State 0


	'('            shift, and enter state 12
	'['            shift, and enter state 13
	'{'            shift, and enter state 14
	'{#'           shift, and enter state 15
	'{{'           shift, and enter state 16
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17
	%eof           reduce using rule 19

	Name           goto state 3
	NumericLiteral goto state 4
	Module         goto state 5
	Binding        goto state 6
	Declaration    goto state 7
	Definition     goto state 8
	Type           goto state 9
	ListBinding    goto state 10
	Expression     goto state 11

State 1


	L_Name         shift, and enter state 2


State 2

	Name -> L_Name .                                    (rule 1)

	'#}'           reduce using rule 1
	'('            reduce using rule 1
	')'            reduce using rule 1
	','            reduce using rule 1
	'->'           reduce using rule 1
	':'            reduce using rule 1
	'='            reduce using rule 1
	'['            reduce using rule 1
	']'            reduce using rule 1
	'{'            reduce using rule 1
	'{{'           reduce using rule 1
	'}'            reduce using rule 1
	'}}'           reduce using rule 1
	L_Name         reduce using rule 1
	L_NumericLiteralreduce using rule 1
	%eof           reduce using rule 1


State 3

	Declaration -> Name . ':' Type                      (rule 7)
	Definition -> Name . '=' Expression                 (rule 9)
	Type -> Name .                                      (rule 11)
	Expression -> Name .                                (rule 32)

	'('            reduce using rule 32
			(reduce using rule 11)

	','            reduce using rule 32
			(reduce using rule 11)

	'->'           reduce using rule 32
			(reduce using rule 11)

	':'            shift, and enter state 46
	'='            shift, and enter state 47
	'['            reduce using rule 32
			(reduce using rule 11)

	']'            reduce using rule 32
			(reduce using rule 11)

	'{'            reduce using rule 32
			(reduce using rule 11)

	'{{'           reduce using rule 32
			(reduce using rule 11)

	'}'            reduce using rule 32
			(reduce using rule 11)

	'}}'           reduce using rule 32
			(reduce using rule 11)

	L_Name         reduce using rule 32
			(reduce using rule 11)

	L_NumericLiteralreduce using rule 32
	%eof           reduce using rule 32
			(reduce using rule 11)



State 4

	Expression -> NumericLiteral .                      (rule 33)

	'('            reduce using rule 33
	')'            reduce using rule 33
	','            reduce using rule 33
	'->'           reduce using rule 33
	'['            reduce using rule 33
	']'            reduce using rule 33
	'{'            reduce using rule 33
	'{{'           reduce using rule 33
	'}'            reduce using rule 33
	'}}'           reduce using rule 33
	L_Name         reduce using rule 33
	L_NumericLiteralreduce using rule 33
	%eof           reduce using rule 33


State 5

	%start_pModule -> Module .                          (rule 0)

	%eof           accept


State 6

	ListBinding -> Binding .                            (rule 20)
	ListBinding -> Binding . ',' ListBinding            (rule 21)

	','            shift, and enter state 45
	']'            reduce using rule 20
	'}'            reduce using rule 20
	'}}'           reduce using rule 20
	%eof           reduce using rule 20


State 7

	Binding -> Declaration .                            (rule 4)

	','            reduce using rule 4
	']'            reduce using rule 4
	'}'            reduce using rule 4
	'}}'           reduce using rule 4
	%eof           reduce using rule 4


State 8

	Binding -> Definition .                             (rule 5)

	','            reduce using rule 5
	']'            reduce using rule 5
	'}'            reduce using rule 5
	'}}'           reduce using rule 5
	%eof           reduce using rule 5


State 9

	Declaration -> Type .                               (rule 8)
	Type -> Type . Type                                 (rule 12)
	Type -> Type . '->' Type                            (rule 13)

	'('            shift, and enter state 40
	','            reduce using rule 8
	'->'           shift, and enter state 41
	'['            shift, and enter state 42
	']'            reduce using rule 8
	'{'            shift, and enter state 43
	'{{'           shift, and enter state 44
	'}'            reduce using rule 8
	'}}'           reduce using rule 8
	L_Name         shift, and enter state 2
	%eof           reduce using rule 8

	Name           goto state 38
	Type           goto state 39

State 10

	Module -> ListBinding .                             (rule 3)

	']'            reduce using rule 3
	'}'            reduce using rule 3
	'}}'           reduce using rule 3
	%eof           reduce using rule 3


State 11

	Definition -> Expression .                          (rule 10)
	Expression -> Expression . Expression               (rule 34)
	Expression -> Expression . '->' Expression          (rule 35)

	'('            shift, and enter state 33
	','            reduce using rule 10
	'->'           shift, and enter state 34
	'['            shift, and enter state 35
	']'            reduce using rule 10
	'{'            shift, and enter state 36
	'{{'           shift, and enter state 37
	'}'            reduce using rule 10
	'}}'           reduce using rule 10
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17
	%eof           reduce using rule 10

	Name           goto state 31
	NumericLiteral goto state 4
	Expression     goto state 32

State 12

	Type -> '(' . Type ')'                              (rule 17)
	Expression -> '(' . Expression ')'                  (rule 39)

	'('            shift, and enter state 12
	'['            shift, and enter state 13
	'{'            shift, and enter state 14
	'{{'           shift, and enter state 16
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17

	Name           goto state 28
	NumericLiteral goto state 4
	Type           goto state 29
	Expression     goto state 30

State 13

	Type -> '[' . ListDeclaration ']'                   (rule 16)
	Expression -> '[' . Module ']'                      (rule 38)

	'('            shift, and enter state 12
	'['            shift, and enter state 13
	']'            reduce using rule 22
			(reduce using rule 19)

	'{'            shift, and enter state 14
	'{#'           shift, and enter state 15
	'{{'           shift, and enter state 16
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17

	Name           goto state 3
	NumericLiteral goto state 4
	Module         goto state 26
	Binding        goto state 6
	Declaration    goto state 19
	Definition     goto state 8
	Type           goto state 9
	ListBinding    goto state 10
	ListDeclarationgoto state 27
	Expression     goto state 11

State 14

	Type -> '{' . ListDeclaration '}'                   (rule 15)
	Expression -> '{' . Module '}'                      (rule 37)

	'('            shift, and enter state 12
	'['            shift, and enter state 13
	'{'            shift, and enter state 14
	'{#'           shift, and enter state 15
	'{{'           shift, and enter state 16
	'}'            reduce using rule 22
			(reduce using rule 19)

	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17

	Name           goto state 3
	NumericLiteral goto state 4
	Module         goto state 24
	Binding        goto state 6
	Declaration    goto state 19
	Definition     goto state 8
	Type           goto state 9
	ListBinding    goto state 10
	ListDeclarationgoto state 25
	Expression     goto state 11

State 15

	Binding -> '{#' . Pragma '#}'                       (rule 6)

	L_Name         shift, and enter state 2

	Name           goto state 21
	Pragma         goto state 22
	ListName       goto state 23

State 16

	Type -> '{{' . ListDeclaration '}}'                 (rule 14)
	Expression -> '{{' . Module '}}'                    (rule 36)

	'('            shift, and enter state 12
	'['            shift, and enter state 13
	'{'            shift, and enter state 14
	'{#'           shift, and enter state 15
	'{{'           shift, and enter state 16
	'}}'           reduce using rule 22
			(reduce using rule 19)

	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17

	Name           goto state 3
	NumericLiteral goto state 4
	Module         goto state 18
	Binding        goto state 6
	Declaration    goto state 19
	Definition     goto state 8
	Type           goto state 9
	ListBinding    goto state 10
	ListDeclarationgoto state 20
	Expression     goto state 11

State 17

	NumericLiteral -> L_NumericLiteral .                (rule 2)

	'('            reduce using rule 2
	')'            reduce using rule 2
	','            reduce using rule 2
	'->'           reduce using rule 2
	'['            reduce using rule 2
	']'            reduce using rule 2
	'{'            reduce using rule 2
	'{{'           reduce using rule 2
	'}'            reduce using rule 2
	'}}'           reduce using rule 2
	L_Name         reduce using rule 2
	L_NumericLiteralreduce using rule 2
	%eof           reduce using rule 2


State 18

	Expression -> '{{' Module . '}}'                    (rule 36)

	'}}'           shift, and enter state 65


State 19

	Binding -> Declaration .                            (rule 4)
	ListDeclaration -> Declaration .                    (rule 23)
	ListDeclaration -> Declaration . ',' ListDeclaration    (rule 24)

	','            shift, and enter state 64
			(reduce using rule 4)

	']'            reduce using rule 23
			(reduce using rule 4)

	'}'            reduce using rule 23
			(reduce using rule 4)

	'}}'           reduce using rule 23
			(reduce using rule 4)



State 20

	Type -> '{{' ListDeclaration . '}}'                 (rule 14)

	'}}'           shift, and enter state 63


State 21

	ListName -> Name .                                  (rule 30)
	ListName -> Name . ListName                         (rule 31)

	'#}'           reduce using rule 30
	L_Name         shift, and enter state 2

	Name           goto state 21
	ListName       goto state 62

State 22

	Binding -> '{#' Pragma . '#}'                       (rule 6)

	'#}'           shift, and enter state 61


State 23

	Pragma -> ListName .                                (rule 18)

	'#}'           reduce using rule 18


State 24

	Expression -> '{' Module . '}'                      (rule 37)

	'}'            shift, and enter state 60


State 25

	Type -> '{' ListDeclaration . '}'                   (rule 15)

	'}'            shift, and enter state 59


State 26

	Expression -> '[' Module . ']'                      (rule 38)

	']'            shift, and enter state 58


State 27

	Type -> '[' ListDeclaration . ']'                   (rule 16)

	']'            shift, and enter state 57


State 28

	Type -> Name .                                      (rule 11)
	Expression -> Name .                                (rule 32)

	'('            reduce using rule 32
			(reduce using rule 11)

	')'            reduce using rule 32
			(reduce using rule 11)

	'->'           reduce using rule 32
			(reduce using rule 11)

	'['            reduce using rule 32
			(reduce using rule 11)

	'{'            reduce using rule 32
			(reduce using rule 11)

	'{{'           reduce using rule 32
			(reduce using rule 11)

	L_Name         reduce using rule 32
			(reduce using rule 11)

	L_NumericLiteralreduce using rule 32


State 29

	Type -> Type . Type                                 (rule 12)
	Type -> Type . '->' Type                            (rule 13)
	Type -> '(' Type . ')'                              (rule 17)

	'('            shift, and enter state 40
	')'            shift, and enter state 56
	'->'           shift, and enter state 41
	'['            shift, and enter state 42
	'{'            shift, and enter state 43
	'{{'           shift, and enter state 44
	L_Name         shift, and enter state 2

	Name           goto state 38
	Type           goto state 39

State 30

	Expression -> Expression . Expression               (rule 34)
	Expression -> Expression . '->' Expression          (rule 35)
	Expression -> '(' Expression . ')'                  (rule 39)

	'('            shift, and enter state 33
	')'            shift, and enter state 55
	'->'           shift, and enter state 34
	'['            shift, and enter state 35
	'{'            shift, and enter state 36
	'{{'           shift, and enter state 37
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17

	Name           goto state 31
	NumericLiteral goto state 4
	Expression     goto state 32

State 31

	Expression -> Name .                                (rule 32)

	'('            reduce using rule 32
	')'            reduce using rule 32
	','            reduce using rule 32
	'->'           reduce using rule 32
	'['            reduce using rule 32
	']'            reduce using rule 32
	'{'            reduce using rule 32
	'{{'           reduce using rule 32
	'}'            reduce using rule 32
	'}}'           reduce using rule 32
	L_Name         reduce using rule 32
	L_NumericLiteralreduce using rule 32
	%eof           reduce using rule 32


State 32

	Expression -> Expression . Expression               (rule 34)
	Expression -> Expression Expression .               (rule 34)
	Expression -> Expression . '->' Expression          (rule 35)

	'('            shift, and enter state 33
			(reduce using rule 34)

	')'            reduce using rule 34
	','            reduce using rule 34
	'->'           shift, and enter state 34
			(reduce using rule 34)

	'['            shift, and enter state 35
			(reduce using rule 34)

	']'            reduce using rule 34
	'{'            shift, and enter state 36
			(reduce using rule 34)

	'{{'           shift, and enter state 37
			(reduce using rule 34)

	'}'            reduce using rule 34
	'}}'           reduce using rule 34
	L_Name         shift, and enter state 2
			(reduce using rule 34)

	L_NumericLiteralshift, and enter state 17
			(reduce using rule 34)

	%eof           reduce using rule 34

	Name           goto state 31
	NumericLiteral goto state 4
	Expression     goto state 32

State 33

	Expression -> '(' . Expression ')'                  (rule 39)

	'('            shift, and enter state 33
	'['            shift, and enter state 35
	'{'            shift, and enter state 36
	'{{'           shift, and enter state 37
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17

	Name           goto state 31
	NumericLiteral goto state 4
	Expression     goto state 30

State 34

	Expression -> Expression '->' . Expression          (rule 35)

	'('            shift, and enter state 33
	'['            shift, and enter state 35
	'{'            shift, and enter state 36
	'{{'           shift, and enter state 37
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17

	Name           goto state 31
	NumericLiteral goto state 4
	Expression     goto state 54

State 35

	Expression -> '[' . Module ']'                      (rule 38)

	'('            shift, and enter state 12
	'['            shift, and enter state 13
	']'            reduce using rule 19
	'{'            shift, and enter state 14
	'{#'           shift, and enter state 15
	'{{'           shift, and enter state 16
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17

	Name           goto state 3
	NumericLiteral goto state 4
	Module         goto state 26
	Binding        goto state 6
	Declaration    goto state 7
	Definition     goto state 8
	Type           goto state 9
	ListBinding    goto state 10
	Expression     goto state 11

State 36

	Expression -> '{' . Module '}'                      (rule 37)

	'('            shift, and enter state 12
	'['            shift, and enter state 13
	'{'            shift, and enter state 14
	'{#'           shift, and enter state 15
	'{{'           shift, and enter state 16
	'}'            reduce using rule 19
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17

	Name           goto state 3
	NumericLiteral goto state 4
	Module         goto state 24
	Binding        goto state 6
	Declaration    goto state 7
	Definition     goto state 8
	Type           goto state 9
	ListBinding    goto state 10
	Expression     goto state 11

State 37

	Expression -> '{{' . Module '}}'                    (rule 36)

	'('            shift, and enter state 12
	'['            shift, and enter state 13
	'{'            shift, and enter state 14
	'{#'           shift, and enter state 15
	'{{'           shift, and enter state 16
	'}}'           reduce using rule 19
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17

	Name           goto state 3
	NumericLiteral goto state 4
	Module         goto state 18
	Binding        goto state 6
	Declaration    goto state 7
	Definition     goto state 8
	Type           goto state 9
	ListBinding    goto state 10
	Expression     goto state 11

State 38

	Type -> Name .                                      (rule 11)

	'('            reduce using rule 11
	')'            reduce using rule 11
	','            reduce using rule 11
	'->'           reduce using rule 11
	'['            reduce using rule 11
	']'            reduce using rule 11
	'{'            reduce using rule 11
	'{{'           reduce using rule 11
	'}'            reduce using rule 11
	'}}'           reduce using rule 11
	L_Name         reduce using rule 11
	%eof           reduce using rule 11


State 39

	Type -> Type . Type                                 (rule 12)
	Type -> Type Type .                                 (rule 12)
	Type -> Type . '->' Type                            (rule 13)

	'('            shift, and enter state 40
			(reduce using rule 12)

	')'            reduce using rule 12
	','            reduce using rule 12
	'->'           shift, and enter state 41
			(reduce using rule 12)

	'['            shift, and enter state 42
			(reduce using rule 12)

	']'            reduce using rule 12
	'{'            shift, and enter state 43
			(reduce using rule 12)

	'{{'           shift, and enter state 44
			(reduce using rule 12)

	'}'            reduce using rule 12
	'}}'           reduce using rule 12
	L_Name         shift, and enter state 2
			(reduce using rule 12)

	%eof           reduce using rule 12

	Name           goto state 38
	Type           goto state 39

State 40

	Type -> '(' . Type ')'                              (rule 17)

	'('            shift, and enter state 40
	'['            shift, and enter state 42
	'{'            shift, and enter state 43
	'{{'           shift, and enter state 44
	L_Name         shift, and enter state 2

	Name           goto state 38
	Type           goto state 29

State 41

	Type -> Type '->' . Type                            (rule 13)

	'('            shift, and enter state 40
	'['            shift, and enter state 42
	'{'            shift, and enter state 43
	'{{'           shift, and enter state 44
	L_Name         shift, and enter state 2

	Name           goto state 38
	Type           goto state 53

State 42

	Type -> '[' . ListDeclaration ']'                   (rule 16)

	'('            shift, and enter state 40
	'['            shift, and enter state 42
	']'            reduce using rule 22
	'{'            shift, and enter state 43
	'{{'           shift, and enter state 44
	L_Name         shift, and enter state 2

	Name           goto state 51
	Declaration    goto state 52
	Type           goto state 9
	ListDeclarationgoto state 27

State 43

	Type -> '{' . ListDeclaration '}'                   (rule 15)

	'('            shift, and enter state 40
	'['            shift, and enter state 42
	'{'            shift, and enter state 43
	'{{'           shift, and enter state 44
	'}'            reduce using rule 22
	L_Name         shift, and enter state 2

	Name           goto state 51
	Declaration    goto state 52
	Type           goto state 9
	ListDeclarationgoto state 25

State 44

	Type -> '{{' . ListDeclaration '}}'                 (rule 14)

	'('            shift, and enter state 40
	'['            shift, and enter state 42
	'{'            shift, and enter state 43
	'{{'           shift, and enter state 44
	'}}'           reduce using rule 22
	L_Name         shift, and enter state 2

	Name           goto state 51
	Declaration    goto state 52
	Type           goto state 9
	ListDeclarationgoto state 20

State 45

	ListBinding -> Binding ',' . ListBinding            (rule 21)

	'('            shift, and enter state 12
	'['            shift, and enter state 13
	']'            reduce using rule 19
	'{'            shift, and enter state 14
	'{#'           shift, and enter state 15
	'{{'           shift, and enter state 16
	'}'            reduce using rule 19
	'}}'           reduce using rule 19
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17
	%eof           reduce using rule 19

	Name           goto state 3
	NumericLiteral goto state 4
	Binding        goto state 6
	Declaration    goto state 7
	Definition     goto state 8
	Type           goto state 9
	ListBinding    goto state 50
	Expression     goto state 11

State 46

	Declaration -> Name ':' . Type                      (rule 7)

	'('            shift, and enter state 40
	'['            shift, and enter state 42
	'{'            shift, and enter state 43
	'{{'           shift, and enter state 44
	L_Name         shift, and enter state 2

	Name           goto state 38
	Type           goto state 49

State 47

	Definition -> Name '=' . Expression                 (rule 9)

	'('            shift, and enter state 33
	'['            shift, and enter state 35
	'{'            shift, and enter state 36
	'{{'           shift, and enter state 37
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17

	Name           goto state 31
	NumericLiteral goto state 4
	Expression     goto state 48

State 48

	Definition -> Name '=' Expression .                 (rule 9)
	Expression -> Expression . Expression               (rule 34)
	Expression -> Expression . '->' Expression          (rule 35)

	'('            shift, and enter state 33
	','            reduce using rule 9
	'->'           shift, and enter state 34
	'['            shift, and enter state 35
	']'            reduce using rule 9
	'{'            shift, and enter state 36
	'{{'           shift, and enter state 37
	'}'            reduce using rule 9
	'}}'           reduce using rule 9
	L_Name         shift, and enter state 2
	L_NumericLiteralshift, and enter state 17
	%eof           reduce using rule 9

	Name           goto state 31
	NumericLiteral goto state 4
	Expression     goto state 32

State 49

	Declaration -> Name ':' Type .                      (rule 7)
	Type -> Type . Type                                 (rule 12)
	Type -> Type . '->' Type                            (rule 13)

	'('            shift, and enter state 40
	','            reduce using rule 7
	'->'           shift, and enter state 41
	'['            shift, and enter state 42
	']'            reduce using rule 7
	'{'            shift, and enter state 43
	'{{'           shift, and enter state 44
	'}'            reduce using rule 7
	'}}'           reduce using rule 7
	L_Name         shift, and enter state 2
	%eof           reduce using rule 7

	Name           goto state 38
	Type           goto state 39

State 50

	ListBinding -> Binding ',' ListBinding .            (rule 21)

	']'            reduce using rule 21
	'}'            reduce using rule 21
	'}}'           reduce using rule 21
	%eof           reduce using rule 21


State 51

	Declaration -> Name . ':' Type                      (rule 7)
	Type -> Name .                                      (rule 11)

	'('            reduce using rule 11
	','            reduce using rule 11
	'->'           reduce using rule 11
	':'            shift, and enter state 46
	'['            reduce using rule 11
	']'            reduce using rule 11
	'{'            reduce using rule 11
	'{{'           reduce using rule 11
	'}'            reduce using rule 11
	'}}'           reduce using rule 11
	L_Name         reduce using rule 11


State 52

	ListDeclaration -> Declaration .                    (rule 23)
	ListDeclaration -> Declaration . ',' ListDeclaration    (rule 24)

	','            shift, and enter state 64
	']'            reduce using rule 23
	'}'            reduce using rule 23
	'}}'           reduce using rule 23


State 53

	Type -> Type . Type                                 (rule 12)
	Type -> Type . '->' Type                            (rule 13)
	Type -> Type '->' Type .                            (rule 13)

	'('            shift, and enter state 40
			(reduce using rule 13)

	')'            reduce using rule 13
	','            reduce using rule 13
	'->'           shift, and enter state 41
			(reduce using rule 13)

	'['            shift, and enter state 42
			(reduce using rule 13)

	']'            reduce using rule 13
	'{'            shift, and enter state 43
			(reduce using rule 13)

	'{{'           shift, and enter state 44
			(reduce using rule 13)

	'}'            reduce using rule 13
	'}}'           reduce using rule 13
	L_Name         shift, and enter state 2
			(reduce using rule 13)

	%eof           reduce using rule 13

	Name           goto state 38
	Type           goto state 39

State 54

	Expression -> Expression . Expression               (rule 34)
	Expression -> Expression . '->' Expression          (rule 35)
	Expression -> Expression '->' Expression .          (rule 35)

	'('            shift, and enter state 33
			(reduce using rule 35)

	')'            reduce using rule 35
	','            reduce using rule 35
	'->'           shift, and enter state 34
			(reduce using rule 35)

	'['            shift, and enter state 35
			(reduce using rule 35)

	']'            reduce using rule 35
	'{'            shift, and enter state 36
			(reduce using rule 35)

	'{{'           shift, and enter state 37
			(reduce using rule 35)

	'}'            reduce using rule 35
	'}}'           reduce using rule 35
	L_Name         shift, and enter state 2
			(reduce using rule 35)

	L_NumericLiteralshift, and enter state 17
			(reduce using rule 35)

	%eof           reduce using rule 35

	Name           goto state 31
	NumericLiteral goto state 4
	Expression     goto state 32

State 55

	Expression -> '(' Expression ')' .                  (rule 39)

	'('            reduce using rule 39
	')'            reduce using rule 39
	','            reduce using rule 39
	'->'           reduce using rule 39
	'['            reduce using rule 39
	']'            reduce using rule 39
	'{'            reduce using rule 39
	'{{'           reduce using rule 39
	'}'            reduce using rule 39
	'}}'           reduce using rule 39
	L_Name         reduce using rule 39
	L_NumericLiteralreduce using rule 39
	%eof           reduce using rule 39


State 56

	Type -> '(' Type ')' .                              (rule 17)

	'('            reduce using rule 17
	')'            reduce using rule 17
	','            reduce using rule 17
	'->'           reduce using rule 17
	'['            reduce using rule 17
	']'            reduce using rule 17
	'{'            reduce using rule 17
	'{{'           reduce using rule 17
	'}'            reduce using rule 17
	'}}'           reduce using rule 17
	L_Name         reduce using rule 17
	%eof           reduce using rule 17


State 57

	Type -> '[' ListDeclaration ']' .                   (rule 16)

	'('            reduce using rule 16
	')'            reduce using rule 16
	','            reduce using rule 16
	'->'           reduce using rule 16
	'['            reduce using rule 16
	']'            reduce using rule 16
	'{'            reduce using rule 16
	'{{'           reduce using rule 16
	'}'            reduce using rule 16
	'}}'           reduce using rule 16
	L_Name         reduce using rule 16
	%eof           reduce using rule 16


State 58

	Expression -> '[' Module ']' .                      (rule 38)

	'('            reduce using rule 38
	')'            reduce using rule 38
	','            reduce using rule 38
	'->'           reduce using rule 38
	'['            reduce using rule 38
	']'            reduce using rule 38
	'{'            reduce using rule 38
	'{{'           reduce using rule 38
	'}'            reduce using rule 38
	'}}'           reduce using rule 38
	L_Name         reduce using rule 38
	L_NumericLiteralreduce using rule 38
	%eof           reduce using rule 38


State 59

	Type -> '{' ListDeclaration '}' .                   (rule 15)

	'('            reduce using rule 15
	')'            reduce using rule 15
	','            reduce using rule 15
	'->'           reduce using rule 15
	'['            reduce using rule 15
	']'            reduce using rule 15
	'{'            reduce using rule 15
	'{{'           reduce using rule 15
	'}'            reduce using rule 15
	'}}'           reduce using rule 15
	L_Name         reduce using rule 15
	%eof           reduce using rule 15


State 60

	Expression -> '{' Module '}' .                      (rule 37)

	'('            reduce using rule 37
	')'            reduce using rule 37
	','            reduce using rule 37
	'->'           reduce using rule 37
	'['            reduce using rule 37
	']'            reduce using rule 37
	'{'            reduce using rule 37
	'{{'           reduce using rule 37
	'}'            reduce using rule 37
	'}}'           reduce using rule 37
	L_Name         reduce using rule 37
	L_NumericLiteralreduce using rule 37
	%eof           reduce using rule 37


State 61

	Binding -> '{#' Pragma '#}' .                       (rule 6)

	','            reduce using rule 6
	']'            reduce using rule 6
	'}'            reduce using rule 6
	'}}'           reduce using rule 6
	%eof           reduce using rule 6


State 62

	ListName -> Name ListName .                         (rule 31)

	'#}'           reduce using rule 31


State 63

	Type -> '{{' ListDeclaration '}}' .                 (rule 14)

	'('            reduce using rule 14
	')'            reduce using rule 14
	','            reduce using rule 14
	'->'           reduce using rule 14
	'['            reduce using rule 14
	']'            reduce using rule 14
	'{'            reduce using rule 14
	'{{'           reduce using rule 14
	'}'            reduce using rule 14
	'}}'           reduce using rule 14
	L_Name         reduce using rule 14
	%eof           reduce using rule 14


State 64

	ListDeclaration -> Declaration ',' . ListDeclaration    (rule 24)

	'('            shift, and enter state 40
	'['            shift, and enter state 42
	']'            reduce using rule 22
	'{'            shift, and enter state 43
	'{{'           shift, and enter state 44
	'}'            reduce using rule 22
	'}}'           reduce using rule 22
	L_Name         shift, and enter state 2

	Name           goto state 51
	Declaration    goto state 52
	Type           goto state 9
	ListDeclarationgoto state 66

State 65

	Expression -> '{{' Module '}}' .                    (rule 36)

	'('            reduce using rule 36
	')'            reduce using rule 36
	','            reduce using rule 36
	'->'           reduce using rule 36
	'['            reduce using rule 36
	']'            reduce using rule 36
	'{'            reduce using rule 36
	'{{'           reduce using rule 36
	'}'            reduce using rule 36
	'}}'           reduce using rule 36
	L_Name         reduce using rule 36
	L_NumericLiteralreduce using rule 36
	%eof           reduce using rule 36


State 66

	ListDeclaration -> Declaration ',' ListDeclaration .    (rule 24)

	']'            reduce using rule 24
	'}'            reduce using rule 24
	'}}'           reduce using rule 24


-----------------------------------------------------------------------------
Grammar Totals
-----------------------------------------------------------------------------
Number of rules: 40
Number of terminals: 16
Number of non-terminals: 15
Number of states: 67