import re
import communication.convert as convert

def expend_vals(write_vals):
    _int16_write_vals = convert.float_to_int16_n(write_vals)
    return _int16_write_vals

def rebuild_name(p_name, p_idx):
    if p_idx == "":
        return f"{{{p_name}}}"
    else:
        return f"{{{p_name}[{p_idx}]}}"

def extract_param_names(exp_string):
    pattern = r"\{([a-zA-Z0-9_]+)(?:\[(\d+)\])?\}"  # 加括号捕获方括号内的内容
    matches = re.findall(pattern, exp_string)
    return matches

def extract_param_names_plain(exp_string):
    # 正则表达式，使用捕获组
    pattern = r"(\w+)(\[\d+\])?"
    # 使用 re.findall 提取
    matches = re.findall(pattern, exp_string)
    return matches


def gen_table_config(param_names):
    _table_config = []
    for idx, itm_name in enumerate(param_names):
        _table_config.append((idx, 0, 0, itm_name))
        _table_config.append((idx, 1, 1, f'{{{itm_name}}}'))

    return _table_config


from communication.param import Param
if __name__ == "__main__":
    # mydict = {'values0_8': Param('values0_8', 1000, 1)}
    # mydict['values0_8'].update([1])
    #
    # strings = "[values0_8] * 2"
    # eval_exp = super_expression(strings, 'mydict')
    # print('eval_exp', eval_exp)
    # print('eval_res', eval(eval_exp))
    test_string = "{a[0]} + {b} * 2}"
    print(rebuild_name('test_string', 0))