import pymt940
import unittest
import re

# uni = pymt940.Unicredit('export.csv', 'RO50BACX0000001138725000')
# uni.convert()
# for i in uni.trans_df.values:
#     print(i[14])

# transi = pymt940.Transi('transi.csv')
# transi.convert()
# for i in transi.trans_df.values:
#     print(i[2])

def dig_it(search_in, fl_point=100, pattern=r'\d+'):
    fp = re.search(',', search_in)
    lfp = fp.start() + 1
    fl_point = int('1{}'.format('0' * len(search_in[lfp:])))
    # print(fl_point)
    if re.search('-', search_in):
        lfp = fp.start() + 1
        fl_point = int('1{}'.format('0' * len(search_in[lfp:])))
        return -int(''.join(re.findall(pattern, search_in))[:-len(search_in[lfp:])]) +\
            -int(''.join(re.findall(pattern, search_in))[-len(search_in[lfp:])]) / fl_point
    else:
        return int(''.join(re.findall(pattern, search_in))[:-len(search_in[lfp:])]) +\
            int(''.join(re.findall(pattern, search_in))[-len(search_in[lfp:]):]) / fl_point


if __name__ == '__main__':
    transi = pymt940.Transi('RO26BTRL01301202N63584XX.csv', 'RO26BTRL01301202N63584XX')
    s = '24345,4568'
#     fp = re.search(',', s)
#     lfp = fp.start()+1
    # print(transi._isdebit('-3.50'))
    # print(transi._trans_df['Debit'])
    # fp = re.search(',', s)
    print(dig_it(s))
#     print(len(s[lfp:]))