from pascal.expressions import *
from pascal.token_lookup import *

type_size = {
    TK_A_BOOL: 1,
    TK_A_CHAR: 1,
    TK_AN_INTEGER: 4,
    TK_A_REAL: 8,
}


def get_identifier_props(token_parser):
    type_token = token_parser.get_next_token()

    if type_token == TK_BOOLEAN:
        token_prop = {
            'var_type': TK_A_VAR,
            'data_type': TK_A_BOOL,
            'address': 0,
            'size': type_size[TK_A_BOOL]
        }
    elif type_token == TK_CHAR:
        token_prop = {
            'var_type': TK_A_VAR,
            'data_type': TK_A_CHAR,
            'address': 0,
            'size': type_size[TK_A_CHAR]
        }
    elif type_token == TK_INTEGER:
        token_prop = {
            'var': True,
            'data_type': TK_AN_INTEGER,
            'address': 0,
            'size': type_size[TK_AN_INTEGER]
        }
    elif type_token == TK_REAL:
        token_prop ={
            'var_type': TK_A_VAR,
            'data_type': TK_A_REAL,
            'address': 0,
            'size': type_size[TK_A_REAL]
        }
    else:
        raise ValueError("Invalid Data Type: '%s'" % token_parser.print_token(type_token))

    next_token = token_parser.get_next_token()
    if next_token == TK_LEFT_BRACKET:
        array_props = {'var_type': TK_AN_ARRAY}
        result = evaluate_array_expression(token_parser)

        if not result:
            raise ValueError("Invalid Expression in Array Index")

        array_props['index_type'] = TK_INTEGER
        array_props['low'] = result[0]
        array_props['high'] = result[1]
        array_props['size'] = type_size['size'] * (result[1] - result[0])
        token_prop.update(array_props)

    return token_prop





121b85702ccd61d1f84d71ba2c83bff27edc6160
<mask token>

<mask token>


def get_identifier_props(token_parser):
    type_token = token_parser.get_next_token()
    if type_token == TK_BOOLEAN:
        token_prop = {'var_type': TK_A_VAR, 'data_type': TK_A_BOOL,
            'address': 0, 'size': type_size[TK_A_BOOL]}
    elif type_token == TK_CHAR:
        token_prop = {'var_type': TK_A_VAR, 'data_type': TK_A_CHAR,
            'address': 0, 'size': type_size[TK_A_CHAR]}
    elif type_token == TK_INTEGER:
        token_prop = {'var': True, 'data_type': TK_AN_INTEGER, 'address': 0,
            'size': type_size[TK_AN_INTEGER]}
    elif type_token == TK_REAL:
        token_prop = {'var_type': TK_A_VAR, 'data_type': TK_A_REAL,
            'address': 0, 'size': type_size[TK_A_REAL]}
    else:
        raise ValueError("Invalid Data Type: '%s'" % token_parser.
            print_token(type_token))
    next_token = token_parser.get_next_token()
    if next_token == TK_LEFT_BRACKET:
        array_props = {'var_type': TK_AN_ARRAY}
        result = evaluate_array_expression(token_parser)
        if not result:
            raise ValueError('Invalid Expression in Array Index')
        array_props['index_type'] = TK_INTEGER
        array_props['low'] = result[0]
        array_props['high'] = result[1]
        array_props['size'] = type_size['size'] * (result[1] - result[0])
        token_prop.update(array_props)
    return token_prop

<mask token>
type_size = {TK_A_BOOL: 1, TK_A_CHAR: 1, TK_AN_INTEGER: 4, TK_A_REAL: 8}


def get_identifier_props(token_parser):
    type_token = token_parser.get_next_token()
    if type_token == TK_BOOLEAN:
        token_prop = {'var_type': TK_A_VAR, 'data_type': TK_A_BOOL,
            'address': 0, 'size': type_size[TK_A_BOOL]}
    elif type_token == TK_CHAR:
        token_prop = {'var_type': TK_A_VAR, 'data_type': TK_A_CHAR,
            'address': 0, 'size': type_size[TK_A_CHAR]}
    elif type_token == TK_INTEGER:
        token_prop = {'var': True, 'data_type': TK_AN_INTEGER, 'address': 0,
            'size': type_size[TK_AN_INTEGER]}
    elif type_token == TK_REAL:
        token_prop = {'var_type': TK_A_VAR, 'data_type': TK_A_REAL,
            'address': 0, 'size': type_size[TK_A_REAL]}
    else:
        raise ValueError("Invalid Data Type: '%s'" % token_parser.
            print_token(type_token))
    next_token = token_parser.get_next_token()
    if next_token == TK_LEFT_BRACKET:
        array_props = {'var_type': TK_AN_ARRAY}
        result = evaluate_array_expression(token_parser)
        if not result:
            raise ValueError('Invalid Expression in Array Index')
        array_props['index_type'] = TK_INTEGER
        array_props['low'] = result[0]
        array_props['high'] = result[1]
        array_props['size'] = type_size['size'] * (result[1] - result[0])
        token_prop.update(array_props)
    return token_prop

from pascal.expressions import *
from pascal.token_lookup import *
type_size = {TK_A_BOOL: 1, TK_A_CHAR: 1, TK_AN_INTEGER: 4, TK_A_REAL: 8}


def get_identifier_props(token_parser):
    type_token = token_parser.get_next_token()
    if type_token == TK_BOOLEAN:
        token_prop = {'var_type': TK_A_VAR, 'data_type': TK_A_BOOL,
            'address': 0, 'size': type_size[TK_A_BOOL]}
    elif type_token == TK_CHAR:
        token_prop = {'var_type': TK_A_VAR, 'data_type': TK_A_CHAR,
            'address': 0, 'size': type_size[TK_A_CHAR]}
    elif type_token == TK_INTEGER:
        token_prop = {'var': True, 'data_type': TK_AN_INTEGER, 'address': 0,
            'size': type_size[TK_AN_INTEGER]}
    elif type_token == TK_REAL:
        token_prop = {'var_type': TK_A_VAR, 'data_type': TK_A_REAL,
            'address': 0, 'size': type_size[TK_A_REAL]}
    else:
        raise ValueError("Invalid Data Type: '%s'" % token_parser.
            print_token(type_token))
    next_token = token_parser.get_next_token()
    if next_token == TK_LEFT_BRACKET:
        array_props = {'var_type': TK_AN_ARRAY}
        result = evaluate_array_expression(token_parser)
        if not result:
            raise ValueError('Invalid Expression in Array Index')
        array_props['index_type'] = TK_INTEGER
        array_props['low'] = result[0]
        array_props['high'] = result[1]
        array_props['size'] = type_size['size'] * (result[1] - result[0])
        token_prop.update(array_props)
    return token_prop

from pascal.expressions import *
from pascal.token_lookup import *

type_size = {
    TK_A_BOOL: 1,
    TK_A_CHAR: 1,
    TK_AN_INTEGER: 4,
    TK_A_REAL: 8,
}


def get_identifier_props(token_parser):
    type_token = token_parser.get_next_token()

    if type_token == TK_BOOLEAN:
        token_prop = {
            'var_type': TK_A_VAR,
            'data_type': TK_A_BOOL,
            'address': 0,
            'size': type_size[TK_A_BOOL]
        }
    elif type_token == TK_CHAR:
        token_prop = {
            'var_type': TK_A_VAR,
            'data_type': TK_A_CHAR,
            'address': 0,
            'size': type_size[TK_A_CHAR]
        }
    elif type_token == TK_INTEGER:
        token_prop = {
            'var': True,
            'data_type': TK_AN_INTEGER,
            'address': 0,
            'size': type_size[TK_AN_INTEGER]
        }
    elif type_token == TK_REAL:
        token_prop ={
            'var_type': TK_A_VAR,
            'data_type': TK_A_REAL,
            'address': 0,
            'size': type_size[TK_A_REAL]
        }
    else:
        raise ValueError("Invalid Data Type: '%s'" % token_parser.print_token(type_token))

    next_token = token_parser.get_next_token()
    if next_token == TK_LEFT_BRACKET:
        array_props = {'var_type': TK_AN_ARRAY}
        result = evaluate_array_expression(token_parser)

        if not result:
            raise ValueError("Invalid Expression in Array Index")

        array_props['index_type'] = TK_INTEGER
        array_props['low'] = result[0]
        array_props['high'] = result[1]
        array_props['size'] = type_size['size'] * (result[1] - result[0])
        token_prop.update(array_props)

    return token_prop




