fincyacc.output

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

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

    '&' 	shift, and go to state 140



state 101

    expr_equality  ->  expr_equality EQ . expr_relational   (rule 85)

    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_relational	go to state 141
    expr_additive	go to state 72
    expr_multiplicative	go to state 73
    expr_cast	go to state 74
    expr_unary	go to state 92
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 102

    expr_equality  ->  expr_equality NE . expr_relational   (rule 86)

    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_relational	go to state 142
    expr_additive	go to state 72
    expr_multiplicative	go to state 73
    expr_cast	go to state 74
    expr_unary	go to state 92
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 103

    expr_relational  ->  expr_relational LE . expr_additive   (rule 90)

    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_additive	go to state 143
    expr_multiplicative	go to state 73
    expr_cast	go to state 74
    expr_unary	go to state 92
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 104

    expr_relational  ->  expr_relational GE . expr_additive   (rule 91)

    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_additive	go to state 144
    expr_multiplicative	go to state 73
    expr_cast	go to state 74
    expr_unary	go to state 92
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 105

    expr_relational  ->  expr_relational '<' . expr_additive   (rule 88)

    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_additive	go to state 145
    expr_multiplicative	go to state 73
    expr_cast	go to state 74
    expr_unary	go to state 92
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 106

    expr_relational  ->  expr_relational '>' . expr_additive   (rule 89)

    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_additive	go to state 146
    expr_multiplicative	go to state 73
    expr_cast	go to state 74
    expr_unary	go to state 92
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 107

    expr_additive  ->  expr_additive PLUS . expr_multiplicative   (rule 94)

    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_multiplicative	go to state 147
    expr_cast	go to state 74
    expr_unary	go to state 92
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 108

    expr_additive  ->  expr_additive SUB . expr_multiplicative   (rule 93)

    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_multiplicative	go to state 148
    expr_cast	go to state 74
    expr_unary	go to state 92
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 109

    expr_multiplicative  ->  expr_multiplicative '*' . expr_cast   (rule 96)

    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_cast	go to state 149
    expr_unary	go to state 92
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 110

    expr_multiplicative  ->  expr_multiplicative '/' . expr_cast   (rule 97)

    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_cast	go to state 150
    expr_unary	go to state 92
    expr_postfix	go to state 76
    expr_primary	go to state 77



state 111

    expr_assign  ->  expr_unary ASSIGN . expr_assign   (rule 77)

    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_assign	go to state 151
    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 112

    expr_postfix  ->  expr_postfix INC .   (rule 113)

    $default	reduce using rule 113 (expr_postfix)



state 113

    expr_postfix  ->  expr_postfix DEC .   (rule 114)

    $default	reduce using rule 114 (expr_postfix)



state 114

    expr_postfix  ->  expr_postfix '[' . expr ']'   (rule 112)

    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 152
    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 115

    expr_postfix  ->  expr_postfix '.' . identifier   (rule 115)

    IDENTIFIER	shift, and go to state 18

    identifier	go to state 153



state 116

    expr_postfix  ->  expr_postfix @5 . '(' param_list ')'   (rule 117)

    '(' 	shift, and go to state 154



state 117

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

    $default	reduce using rule 12 (decl_variable)



state 118

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

    ')' 	shift, and go to state 155



state 119

    decl_param_type_list  ->  decl_param_list .   (rule 33)
    decl_param_type_list  ->  decl_param_list . ',' OPT_PARAM   (rule 34)
    decl_param_list  ->  decl_param_list . ',' decl_param   (rule 37)

    ',' 	shift, and go to state 156

    $default	reduce using rule 33 (decl_param_type_list)



state 120

    decl_param_list  ->  decl_param .   (rule 36)

    $default	reduce using rule 36 (decl_param_list)



state 121

    decl_param  ->  type . identifier   (rule 38)
    decl_param  ->  type . identifier '[' ']'   (rule 39)
    decl_param  ->  type . identifier '[' error   (rule 40)
    decl_param  ->  type . identifier '[' V_INT ']'   (rule 41)
    decl_param  ->  type . identifier '[' V_INT error   (rule 42)

    IDENTIFIER	shift, and go to state 18

    identifier	go to state 157



state 122

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

    ';' 	shift, and go to state 158



state 123

    decl_field_list  ->  decl_field_list decl_field_declarator .   (rule 24)

    $default	reduce using rule 24 (decl_field_list)



state 124

    decl_field_declarator  ->  type struct_declarator_list . ';'   (rule 25)
    struct_declarator_list  ->  struct_declarator_list . ',' struct_declarator   (rule 28)

    ';' 	shift, and go to state 159
    ',' 	shift, and go to state 160



state 125

    struct_declarator_list  ->  struct_declarator .   (rule 29)

    $default	reduce using rule 29 (struct_declarator_list)



state 126

    decl_field_declarator  ->  type identifier . '[' V_INT ']'   (rule 26)
    decl_field_declarator  ->  type identifier . '[' ']'   (rule 27)
    struct_declarator  ->  identifier .   (rule 30)

    '[' 	shift, and go to state 161

    $default	reduce using rule 30 (struct_declarator)



state 127

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

    ';' 	shift, and go to state 162



state 128

    decl_pkg_func_list  ->  decl_pkg_func_list decl_pkg_func .   (rule 48)

    $default	reduce using rule 48 (decl_pkg_func_list)



state 129

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

    $default	reduce using rule 49 (@4)

    @4  	go to state 163



state 130

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

    $default	reduce using rule 106 (expr_unary)



state 131

    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
    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