def calc_astheneia(par, osyk_db):
fin = {'par': par}
apo = {}
apo['a_eos3'] = rnd(par['eos3'] * par['imeromisthio'] / 2)
apo['a_more3'] = rnd(par['more3'] * par['imeromisthio'])
apo['a_efka'] = rnd(apo['a_eos3'] + apo['a_more3'])
efka = calc_efka(osyk_db, par['kad'], par['eid'], par['per'],
apo['a_efka'])
efka_epidoma = calc_efka(osyk_db, par['kad'], par['eid'], par['per'],
par['epidoma'])
fin['apo'] = apo
fin['efka'] = efka
return fin
def calc_ea(par, osyk_db):
"""
Υπολογισμός επιδόματος αδείας
"""
par['mtype'] = 'Μισθοδοσία Επιδόματος Αδείας'
par['payroll_type'] = s.PTYPE[par['typ']]
fin = {'par': par}
apo = {}
apo['meresea'] = rnd(par['meres'] / 25 * 2)
apo['meso_imeromisthio'] = rnd(par['val'] / par['meres'])
if par['typ'] == 1:
if apo['meresea'] > 12.5:
apo['meresea'] = 12.5
elif par['typ'] == 2:
if apo['meresea'] > 13:
apo['meresea'] = 13
elif par['typ'] == 3:
if apo['meresea'] > 13:
apo['meresea'] = 13
apo['a_total'] = rnd(apo['meresea'] * apo['meso_imeromisthio'])
apo['meres_efka'] = 0
fin['apo'] = apo
efka = calc_efka(osyk_db, par['kad'], par['eid'], par['per'],
apo['a_total'])
fin['efka'] = efka
year = str(par['per'])[:4]
taxes = calc_tax_doro_pasxa_epidoma_adeias(year, efka['amount-after-efka'],
par['paidia'])
fin['taxes'] = taxes
return fin
def calc_doro(par, osyk_db):
"""
par: {
'imeromisthio': 55,
'total_meres': 15
}
dtyp: 1=Πάσχα, 2=Χριστούγεννα
Στην περίπτωση των ημερομισθίων θα μπορούσε να γίνει υπολογισμός
με βάση τις μικτές αποδοχές από Ιανουάριο έως Απρίλιο επί τον
συντελεστη 0.15385(0.6154 / 4)
"""
par['paidia'] = par.get('paidia', 0)
fin = {'par': par}
if par['doro_typ'] == 1:
syn = 6.5
orio_meres = 15
par['mtype'] = 'Μισθοδοσία Δώρου Πάσχα'
else:
syn = 8
orio_meres = 25
par['mtype'] = 'Μισθοδοσία Δώρου Χριστουγέννων'
apo = {}
par['payroll_type'] = s.PTYPE[par['typ']]
if par['typ'] == 1:
apo['a_doro'] = rnd(par['val'] / 8)
elif par['typ'] == 2:
if par['meres'] == 0:
return {'error': 'Πρέπει να δώσετε ημέρες εργασίας (meres)'}
apo['a_doro'] = rnd(par['val'] * par['meres'] / syn)
apo['orio_doroy'] = rnd(orio_meres * par['val'])
if apo['a_doro'] > apo['orio_doroy']:
apo['a_doro'] = rnd(apo['orio_doroy'])
elif par['typ'] == 3:
apo['a_doro'] = rnd(par['val'] / 8)
else:
fin['apo'] = {'error': 'Λάθος τύπος μισθοδοσίας'}
return fin
apo['a_total'] = rnd(apo['a_doro'] * s.PROSAFKSISI_DOROY)
apo['meres_efka'] = 0
fin['apo'] = apo
efka = calc_efka(osyk_db, par['kad'], par['eid'], par['per'],
apo['a_total'])
fin['efka'] = efka
year = str(par['per'])[:4]
taxes = calc_tax_doro_pasxa_epidoma_adeias(year, efka['amount-after-efka'],
par['paidia'])
fin['taxes'] = taxes
return fin
def calc_mis(par, osyk_db):
"""
par: Dictionary με τις παρουσίες του εργαζομένου
"""
par['ores'] = par.get('ores', 0)
# Έλεγχοι για να έχουμε είτε μισθο είτε ημερομίσθιο είτε ωρομίσθιο
valid_par, error_dic = check_par(par)
if not valid_par:
return error_dic
par['month_year'] = humanize_period(par['per'])
par['ores_nyxta'] = par.get('ores_nyxta', 0)
par['ores_argia'] = par.get('ores_argia', 0)
par['ores_yperergasia'] = par.get('ores_yperergasia', 0)
par['meres_argia'] = par.get('meres_argia', 0)
par['paidia'] = par.get('paidia', 0)
par['mtype'] = 'Μισθοδοσία μηνός'
fin = {'par': par}
apo = {}
par['payroll_type'] = s.PTYPE[par['typ']]
if par['typ'] == 1:
if par['meres'] == 0:
par['meres'] = 25
apo['misthos'] = par['val']
apo['imeromisthio'] = rnd(par['val'] / s.EFKA_MERES_MHNA)
apo['oromisthio'] = rnd(apo['imeromisthio'] * s.EFKA_MERES_BDOMADA /
s.EFKA_ORES_BDOMADA)
apo['a_meres'] = rnd(par['meres'] / s.EFKA_MERES_MHNA * par['val'])
apo['a_yperergasia'] = rnd(par['ores_yperergasia'] * apo['oromisthio'])
apo['a_nyxta'] = rnd(par['ores_nyxta'] * apo['oromisthio'] *
s.POSOSTO_NYXTA)
apo['a_argia_ores'] = rnd(par['ores_argia'] * apo['oromisthio'] *
s.POSOSTO_ARGIA)
apo['a_argia_meres'] = rnd(par['meres_argia'] * apo['imeromisthio'] *
s.POSOSTO_ARGIA)
apo['a_total'] = rnd(apo['a_meres'] + apo['a_yperergasia'] +
apo['a_nyxta'] + apo['a_argia_ores'] +
apo['a_argia_meres'])
apo['meres_efka'] = par['meres']
elif par['typ'] == 2:
apo['imeromisthio'] = par['val']
apo['oromisthio'] = rnd(par['val'] * s.EFKA_MERES_BDOMADA /
s.EFKA_ORES_BDOMADA)
apo['a_meres'] = rnd(par['meres'] * par['val'])
apo['a_yperergasia'] = rnd(par['ores_yperergasia'] * apo['oromisthio'])
apo['a_nyxta'] = rnd(par['ores_nyxta'] * apo['oromisthio'] *
s.POSOSTO_NYXTA)
apo['a_argia_ores'] = rnd(par['ores_argia'] * apo['oromisthio'] *
s.POSOSTO_ARGIA)
apo['a_argia_meres'] = rnd(par['meres_argia'] * par['val'] *
s.POSOSTO_ARGIA)
apo['a_total'] = rnd(apo['a_meres'] + apo['a_yperergasia'] +
apo['a_nyxta'] + apo['a_argia_ores'] +
apo['a_argia_meres'])
apo['meres_efka'] = par['meres']
elif par['typ'] == 3:
apo['oromisthio'] = par['val']
apo['a_ores'] = rnd(par['ores'] * par['val'])
apo['a_yperergasia'] = rnd(par['ores_yperergasia'] * par['val'])
apo['a_nyxta'] = rnd(par['ores_nyxta'] * par['val'] * s.POSOSTO_NYXTA)
apo['a_argia_ores'] = rnd(par['ores_argia'] * par['val'] *
s.POSOSTO_ARGIA)
apo['a_total'] = rnd(apo['a_ores'] + apo['a_yperergasia'] +
apo['a_nyxta'] + apo['a_argia_ores'])
apo['oresAnaMera'] = rnd(par['ores'] / par['meres'])
apo['imeromisthio'] = rnd(apo['oresAnaMera'] * par['val'])
if apo['imeromisthio'] >= s.EFKA_CLASS_1:
par['meres_efka'] = par['meres']
else:
par['meres_efka'] = rnd(apo['a_total'] / s.EFKA_CLASS_1, 0)
else:
fin['apo'] = {'error': 'Λάθος τύπος μισθοδοσίας'}
return fin
fin['apo'] = apo
# Εφ όσον έχουν πάει όλα καλά μέχρι εδώ συνεχίζουμε
efka = calc_efka(osyk_db, par['kad'], par['eid'], par['per'],
apo['a_total'])
fin['efka'] = efka
year = str(par['per'])[:4]
taxes = calc_tax_monthly(year, efka['amount-after-efka'], par['paidia'])
fin['taxes'] = taxes
return fin
def test_calc_efka_01(self):
res = efka.calc_efka(DBF, 5540, 913230, 201911, 100)['total-kost']
self.assertEqual(res, 126.96)
def test_calc_efka_02(self):
res = efka.calc_efka(DBF, 55400, 913230, 201911, 100)
self.assertTrue('error' in res)
def calc_efka(kad: hug.types.text, eid: hug.types.text,
period: hug.types.number, amount: hug.types.float_number):
"""Calculate efka given kad, eid, period and amount"""
return efka.calc_efka(DB_OSYK, kad, eid, period, amount)