pywinment/winmentor/__init__.py

#-------------------------------------------------------------------------------
# library to read winmentor paradox database
#-------------------------------------------------------------------------------

# from winmentor.dbread import WinMentor
from .dbread import WinMentor
# from winmentor.info_anaf import check_list, file_start
from .info_anaf import check_list, file_open
# from winmentor.mentorutils import Mentorutils
from .mentorutils import Mentorutils
# from winmentor.__init__ import count_down
from ._invoice import Invoice, InvoiceDetails, HtmlEnvelope
from .tax_mailer import M_mailer
from .taxes import Taxes
from .smslink import Smslink

import time
import operator

# 'CHRYSOPEEA BRANDING & DESIGN S.R.L.': {'mail': ['cristina.stan@chrysopeea.com', 'sfeliciacristina@yahoo.com'], 'price': 1700},

# tarif = {'COM ELECTRO SRL': {'mail': 'deeejas@yandex.com', 'price': 1000},
#          'GAL BANCSI ZOLTAN PFA': {'mail': 'deeejas@yandex.com', 'price': 50}}
headers = ['Denumire', 'CF', 'J', 'Adresa', 'Oras', 'Judet', 'Prescurtat', 'Admin', 'AdminP', 'RCNP', 'Obs']


def count_down(t, d_type, up_down, max_count=None):
    '''
    @param t: time from/to contdown
    @param d_type: osd m or h (minutes or hours)
    @param up_down: possible values are up, down
    @param max_count: up to number
    '''
    if up_down == 'down':
        _one = -1
        _OPERAND = operator.ge
        max_count = 0
        finish = 'count%s finished' % up_down
    elif up_down == 'up':
        _one = 1
        _OPERAND = operator.le
        finish = 'count%s finished' % up_down
        max_count = max_count
    while _OPERAND(t, max_count):
        if d_type == 'm':
            mins, secs = divmod(t, 60)
            tf = '{0:2d}:{1:2d}'.format(mins, secs)
            print(tf, end='\r')
            time.sleep(1)
            t += _one
        elif d_type == 'h':
            hors, rem = divmod(t, 60)
            mins, secs = divmod(rem, 60)
            tf = '{:02d} : {:02d} : {:02d}'.format(hors, mins, secs)
            print(tf, end='\r')
            time.sleep(1)
            t += _one
    else:
        print(finish)