fincyacc.output

FinC is Fava in C! A C-like syntax language. It s designed to apply to embededd system.

    expr_primary  ->  '(' . expr ')'   (rule 119)

    V_TRUE	shift, and go to state 53
    V_FALSE	shift, and go to state 54
    V_NULL	shift, and go to state 55
    ADDR_OF	shift, and go to state 56
    CONTENT_OF	shift, and go to state 57
    VOID	shift, and go to state 4
    CHAR	shift, and go to state 5
    SHORT	shift, and go to state 6
    INT 	shift, and go to state 7
    FLOAT	shift, and go to state 8
    DOUBLE	shift, and go to state 9
    POINTER	shift, and go to state 10
    STRING	shift, and go to state 11
    BOOL	shift, and go to state 12
    NATIVE	shift, and go to state 14
    STATIC	shift, and go to state 15
    UNSIGNED	shift, and go to state 16
    PLUS	shift, and go to state 58
    SUB 	shift, and go to state 59
    IDENTIFIER	shift, and go to state 18
    V_INT	shift, and go to state 60
    V_FLOAT	shift, and go to state 61
    V_STRING	shift, and go to state 62
    '(' 	shift, and go to state 63

    type	go to state 94
    type_list	go to state 27
    type_basic	go to state 28
    identifier	go to state 95
    literal	go to state 65
    expr	go to state 96
    expr_assign	go to state 97
    expr_condition	go to state 67
    expr_logic_or	go to state 68
    expr_logic_and	go to state 69
    expr_equality	go to state 70
    expr_relational	go to state 71
    expr_additive	go to state 72
    expr_multiplicative	go to state 73
    expr_cast	go to state 74
    expr_unary	go to state 75
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 64

    expr_primary  ->  identifier .   (rule 120)

    $default	reduce using rule 120 (expr_primary)



state 65

    expr_primary  ->  literal .   (rule 118)

    $default	reduce using rule 118 (expr_primary)



state 66

    declarator  ->  identifier ASSIGN expr_assign .   (rule 19)

    $default	reduce using rule 19 (declarator)



state 67

    expr_assign  ->  expr_condition .   (rule 76)

    $default	reduce using rule 76 (expr_assign)



state 68

    expr_condition  ->  expr_logic_or .   (rule 78)
    expr_condition  ->  expr_logic_or . '?' expr ':' expr_condition   (rule 79)
    expr_logic_or  ->  expr_logic_or . '|' '|' expr_logic_and   (rule 81)

    '?' 	shift, and go to state 98
    '|' 	shift, and go to state 99

    $default	reduce using rule 78 (expr_condition)



state 69

    expr_logic_or  ->  expr_logic_and .   (rule 80)
    expr_logic_and  ->  expr_logic_and . '&' '&' expr_equality   (rule 83)

    '&' 	shift, and go to state 100

    $default	reduce using rule 80 (expr_logic_or)



state 70

    expr_logic_and  ->  expr_equality .   (rule 82)
    expr_equality  ->  expr_equality . EQ expr_relational   (rule 85)
    expr_equality  ->  expr_equality . NE expr_relational   (rule 86)

    EQ  	shift, and go to state 101
    NE  	shift, and go to state 102

    $default	reduce using rule 82 (expr_logic_and)



state 71

    expr_equality  ->  expr_relational .   (rule 84)
    expr_relational  ->  expr_relational . '<' expr_additive   (rule 88)
    expr_relational  ->  expr_relational . '>' expr_additive   (rule 89)
    expr_relational  ->  expr_relational . LE expr_additive   (rule 90)
    expr_relational  ->  expr_relational . GE expr_additive   (rule 91)

    LE  	shift, and go to state 103
    GE  	shift, and go to state 104
    '<' 	shift, and go to state 105
    '>' 	shift, and go to state 106

    $default	reduce using rule 84 (expr_equality)



state 72

    expr_relational  ->  expr_additive .   (rule 87)
    expr_additive  ->  expr_additive . SUB expr_multiplicative   (rule 93)
    expr_additive  ->  expr_additive . PLUS expr_multiplicative   (rule 94)

    PLUS	shift, and go to state 107
    SUB 	shift, and go to state 108

    $default	reduce using rule 87 (expr_relational)



state 73

    expr_additive  ->  expr_multiplicative .   (rule 92)
    expr_multiplicative  ->  expr_multiplicative . '*' expr_cast   (rule 96)
    expr_multiplicative  ->  expr_multiplicative . '/' expr_cast   (rule 97)

    '*' 	shift, and go to state 109
    '/' 	shift, and go to state 110

    $default	reduce using rule 92 (expr_additive)



state 74

    expr_multiplicative  ->  expr_cast .   (rule 95)

    $default	reduce using rule 95 (expr_multiplicative)



state 75

    expr_assign  ->  expr_unary . ASSIGN expr_assign   (rule 77)
    expr_cast  ->  expr_unary .   (rule 98)

    ASSIGN	shift, and go to state 111

    $default	reduce using rule 98 (expr_cast)



state 76

    expr_unary  ->  expr_postfix .   (rule 100)
    expr_postfix  ->  expr_postfix . '[' expr ']'   (rule 112)
    expr_postfix  ->  expr_postfix . INC   (rule 113)
    expr_postfix  ->  expr_postfix . DEC   (rule 114)
    expr_postfix  ->  expr_postfix . '.' identifier   (rule 115)
    expr_postfix  ->  expr_postfix . @5 '(' param_list ')'   (rule 117)

    INC 	shift, and go to state 112
    DEC 	shift, and go to state 113
    '[' 	shift, and go to state 114
    '.' 	shift, and go to state 115

    '(' 	reduce using rule 116 (@5)
    $default	reduce using rule 100 (expr_unary)

    @5  	go to state 116



state 77

    expr_postfix  ->  expr_primary .   (rule 111)

    $default	reduce using rule 111 (expr_postfix)



state 78

    decl_variable  ->  type identifier '[' V_INT . ']'   (rule 12)

    ']' 	shift, and go to state 117



state 79

    decl_variable  ->  type identifier '[' ']' .   (rule 13)

    $default	reduce using rule 13 (decl_variable)



state 80

    decl_function  ->  type identifier @2 '(' . decl_param_type_list ')' statement_block   (rule 32)

    VOID	shift, and go to state 4
    CHAR	shift, and go to state 5
    SHORT	shift, and go to state 6
    INT 	shift, and go to state 7
    FLOAT	shift, and go to state 8
    DOUBLE	shift, and go to state 9
    POINTER	shift, and go to state 10
    STRING	shift, and go to state 11
    BOOL	shift, and go to state 12
    NATIVE	shift, and go to state 14
    STATIC	shift, and go to state 15
    UNSIGNED	shift, and go to state 16
    IDENTIFIER	shift, and go to state 18

    $default	reduce using rule 35 (decl_param_list)

    decl_param_type_list	go to state 118
    decl_param_list	go to state 119
    decl_param	go to state 120
    type	go to state 121
    type_list	go to state 27
    type_basic	go to state 28
    identifier	go to state 29



state 81

    decl_struct  ->  STRUCT identifier @1 '{' decl_field_list . '}' ';'   (rule 21)
    decl_field_list  ->  decl_field_list . decl_field_declarator   (rule 24)

    VOID	shift, and go to state 4
    CHAR	shift, and go to state 5
    SHORT	shift, and go to state 6
    INT 	shift, and go to state 7
    FLOAT	shift, and go to state 8
    DOUBLE	shift, and go to state 9
    POINTER	shift, and go to state 10
    STRING	shift, and go to state 11
    BOOL	shift, and go to state 12
    NATIVE	shift, and go to state 14
    STATIC	shift, and go to state 15
    UNSIGNED	shift, and go to state 16
    IDENTIFIER	shift, and go to state 18
    '}' 	shift, and go to state 122

    decl_field_declarator	go to state 123
    type	go to state 83
    type_list	go to state 27
    type_basic	go to state 28
    identifier	go to state 29



state 82

    decl_field_list  ->  decl_field_declarator .   (rule 23)

    $default	reduce using rule 23 (decl_field_list)



state 83

    decl_field_declarator  ->  type . struct_declarator_list ';'   (rule 25)
    decl_field_declarator  ->  type . identifier '[' V_INT ']'   (rule 26)
    decl_field_declarator  ->  type . identifier '[' ']'   (rule 27)

    IDENTIFIER	shift, and go to state 18

    struct_declarator_list	go to state 124
    struct_declarator	go to state 125
    identifier	go to state 126



state 84

    decl_pkg  ->  PACKAGE V_STRING @3 '{' decl_pkg_func_list . '}' ';'   (rule 46)
    decl_pkg_func_list  ->  decl_pkg_func_list . decl_pkg_func   (rule 48)

    VOID	shift, and go to state 4
    CHAR	shift, and go to state 5
    SHORT	shift, and go to state 6
    INT 	shift, and go to state 7
    FLOAT	shift, and go to state 8
    DOUBLE	shift, and go to state 9
    POINTER	shift, and go to state 10
    STRING	shift, and go to state 11
    BOOL	shift, and go to state 12
    NATIVE	shift, and go to state 14
    STATIC	shift, and go to state 15
    UNSIGNED	shift, and go to state 16
    IDENTIFIER	shift, and go to state 18
    '}' 	shift, and go to state 127

    decl_pkg_func	go to state 128
    type	go to state 86
    type_list	go to state 27
    type_basic	go to state 28
    identifier	go to state 29



state 85

    decl_pkg_func_list  ->  decl_pkg_func .   (rule 47)

    $default	reduce using rule 47 (decl_pkg_func_list)



state 86

    decl_pkg_func  ->  type . identifier @4 '(' decl_param_type_list ')' ';'   (rule 50)

    IDENTIFIER	shift, and go to state 18

    identifier	go to state 129



state 87

    expr_unary  ->  ADDR_OF error .   (rule 105)

    $default	reduce using rule 105 (expr_unary)



state 88

    expr_unary  ->  ADDR_OF '(' . expr_unary ')'   (rule 103)
    expr_unary  ->  ADDR_OF '(' . error   (rule 106)
    expr_unary  ->  ADDR_OF '(' . expr_unary error   (rule 107)

    error	shift, and go to state 130
    V_TRUE	shift, and go to state 53
    V_FALSE	shift, and go to state 54
    V_NULL	shift, and go to state 55
    ADDR_OF	shift, and go to state 56
    CONTENT_OF	shift, and go to state 57
    PLUS	shift, and go to state 58
    SUB 	shift, and go to state 59
    IDENTIFIER	shift, and go to state 18
    V_INT	shift, and go to state 60
    V_FLOAT	shift, and go to state 61
    V_STRING	shift, and go to state 62
    '(' 	shift, and go to state 131

    identifier	go to state 64
    literal	go to state 65
    expr_unary	go to state 132
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 89

    expr_unary  ->  CONTENT_OF error .   (rule 108)

    $default	reduce using rule 108 (expr_unary)



state 90

    expr_unary  ->  CONTENT_OF '(' . expr_unary ')'   (rule 104)
    expr_unary  ->  CONTENT_OF '(' . error   (rule 109)
    expr_unary  ->  CONTENT_OF '(' . expr_unary error   (rule 110)

    error	shift, and go to state 133
    V_TRUE	shift, and go to state 53
    V_FALSE	shift, and go to state 54
    V_NULL	shift, and go to state 55
    ADDR_OF	shift, and go to state 56
    CONTENT_OF	shift, and go to state 57
    PLUS	shift, and go to state 58
    SUB 	shift, and go to state 59
    IDENTIFIER	shift, and go to state 18
    V_INT	shift, and go to state 60
    V_FLOAT	shift, and go to state 61
    V_STRING	shift, and go to state 62
    '(' 	shift, and go to state 131

    identifier	go to state 64
    literal	go to state 65
    expr_unary	go to state 134
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 91

    expr_unary  ->  PLUS expr_cast .   (rule 101)

    $default	reduce using rule 101 (expr_unary)



state 92

    expr_cast  ->  expr_unary .   (rule 98)

    $default	reduce using rule 98 (expr_cast)



state 93

    expr_unary  ->  SUB expr_cast .   (rule 102)

    $default	reduce using rule 102 (expr_unary)



state 94

    expr_cast  ->  '(' type . ')' expr_cast   (rule 99)

    ')' 	shift, and go to state 135



state 95

    type  ->  identifier .   (rule 52)
    expr_primary  ->  identifier .   (rule 120)

    error	reduce using rule 52 (type)
    IDENTIFIER	reduce using rule 52 (type)
    ')' 	reduce using rule 52 (type)
    ')' 	[reduce using rule 120 (expr_primary)]
    $default	reduce using rule 120 (expr_primary)



state 96

    expr  ->  expr . ',' expr_assign   (rule 75)
    expr_primary  ->  '(' expr . ')'   (rule 119)

    ',' 	shift, and go to state 136
    ')' 	shift, and go to state 137



state 97

    expr  ->  expr_assign .   (rule 74)

    $default	reduce using rule 74 (expr)



state 98

    expr_condition  ->  expr_logic_or '?' . expr ':' expr_condition   (rule 79)

    V_TRUE	shift, and go to state 53
    V_FALSE	shift, and go to state 54
    V_NULL	shift, and go to state 55
    ADDR_OF	shift, and go to state 56
    CONTENT_OF	shift, and go to state 57
    PLUS	shift, and go to state 58
    SUB 	shift, and go to state 59
    IDENTIFIER	shift, and go to state 18
    V_INT	shift, and go to state 60
    V_FLOAT	shift, and go to state 61
    V_STRING	shift, and go to state 62
    '(' 	shift, and go to state 63

    identifier	go to state 64
    literal	go to state 65
    expr	go to state 138
    expr_assign	go to state 97
    expr_condition	go to state 67
    expr_logic_or	go to state 68
    expr_logic_and	go to state 69
    expr_equality	go to state 70
    expr_relational	go to state 71
    expr_additive	go to state 72
    expr_multiplicative	go to state 73
    expr_cast	go to state 74
    expr_unary	go to state 75
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 99

    expr_logic_or  ->  expr_logic_or '|' . '|' expr_logic_and   (rule 81)

    '|' 	shift, and go to state 139



state 100