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# coding: utf-8
import os,sys,re,glob,random
from konto.lohnbuchhaltung import lohnsteuer
from konto.base import config
#************************************************************************************
class Lohn (object):
def __init__(self,lohnkto="13-6000",sozkto="13-6010",kugkto=""):
self.lohnkto = lohnkto
self.sozkto = sozkto
self.kugkto = kugkto
# bezeichner = [
#
# 'LS' , "Lohnsteuer", "11-1503-LS",
# 'SZ' , "Solidaritaetszuschlag", "11-1503-SZ",
# 'KI' , "Kirchensteuer", "11-1503-KI",
# 'AN-KV-S' , "Arbeitnehmerbeitrag Krankenversicherung", "11-XXXX-KV-S-AN",
# 'AN-KV-Z' , "Arbeitnehmerzuschlag Krankenversicherung", "11-XXXX-KV-Z-AN",
# 'AN-RV' , "Arbeitnehmerbeitrag Rentenversicherung", "11-XXXX-RV-AN",
# 'AN-AV' , "Arbeitnehmerbeitrag Arbeitslosenversicherung", "11-XXXX-AV-AN",
# 'AN-PV-S' , "Arbeitnehmerbeitrag Pflegeversicherung", "11-XXXX-PV-S-AN",
# 'AN-PV-Y' , "Arbeitnehmerzuschlag Pflegeversicherung", "11-XXXX-PV-Y-AN",
# 'AR-KV-S' , "Arbeitgeberbeitrag Krankenversicherung", "11-XXXX-KV-S-AR",
# 'AR-KV-Z' , "Arbeitgeberzuschlag Krankenversicherung", "11-XXXX-KV-Z-AR",
# 'AR-RV' , "Arbeitgeberbeitrag Rentenversicherung", "11-XXXX-RV-AR",
# 'AR-AV' , "Arbeitgeberbeitrag Arbeitslosenversicherung", "11-XXXX-AV-AR",
# 'AR-PV' , "Arbeitgeberbeitrag Pflegeversicherung", "11-XXXX-PV-AR",
# 'AR-ST' , "Pauschalsteuer geringfuegig Beschaeftigte", "11-XXXX-ST-AR",
# 'AR-PS' , "Pauschalsteuer kurzfristig Beschaeftigte", "11-XXXX-PS-AR",
# 'AR-U1' , "Arbeitgeber-Umlage krankheitsbedingter Ausfall", "11-XXXX-U1-AR",
# 'AR-U2' , "Arbeitgeber-Umlage Mutterschutz", "11-XXXX-U2-AR",
# 'AR-U3' , "Arbeitgeber-Umlage Insolvenzschutz", "11-XXXX-U3-AR",
#
# ]
bezeichner = [
'LS' , "Lohnsteuer", "11-C13-3065-LS",
'SZ' , "Solidaritaetszuschlag", "11-C13-3065-SZ",
'KI' , "Kirchensteuer", "11-C13-3065-KI",
'AN-KV-S' , "Arbeitnehmerbeitrag Krankenversicherung", "11-C13-3740-XXXX-KV-S-AN",
'AN-KV-Z' , "Arbeitnehmerzuschlag Krankenversicherung", "11-C13-3740-XXXX-KV-Z-AN",
'AN-RV' , "Arbeitnehmerbeitrag Rentenversicherung", "11-C13-3740-XXXX-RV-AN",
'AN-AV' , "Arbeitnehmerbeitrag Arbeitslosenversicherung", "11-C13-3740-XXXX-AV-AN",
'AN-PV-S' , "Arbeitnehmerbeitrag Pflegeversicherung", "11-C13-3740-XXXX-PV-S-AN",
'AN-PV-Y' , "Arbeitnehmerzuschlag Pflegeversicherung", "11-C13-3740-XXXX-PV-Y-AN",
'AR-KV-S' , "Arbeitgeberbeitrag Krankenversicherung", "11-C13-3740-XXXX-KV-S-AR",
'AR-KV-Z' , "Arbeitgeberzuschlag Krankenversicherung", "11-C13-3740-XXXX-KV-Z-AR",
'AR-RV' , "Arbeitgeberbeitrag Rentenversicherung", "11-C13-3740-XXXX-RV-AR",
'AR-AV' , "Arbeitgeberbeitrag Arbeitslosenversicherung", "11-C13-3740-XXXX-AV-AR",
'AR-PV' , "Arbeitgeberbeitrag Pflegeversicherung", "11-C13-3740-XXXX-PV-AR",
'AR-ST' , "Pauschalsteuer geringfuegig Beschaeftigte", "11-C13-3740-XXXX-ST-AR",
'AR-PS' , "Pauschalsteuer kurzfristig Beschaeftigte", "11-C13-3065-PS",
'AR-PZ' , "Pauschal-Soli kurzfristig Beschaeftigte", "11-C13-3065-PZ",
'AR-PK' , "Pauschal-KiSt kurzfristig Beschaeftigte", "11-C13-3065-PK",
'AR-U1' , "Arbeitgeber-Umlage krankheitsbedingter Ausfall", "11-C13-3740-XXXX-U1-AR",
'AR-U2' , "Arbeitgeber-Umlage Mutterschutz", "11-C13-3740-XXXX-U2-AR",
'AR-U3' , "Arbeitgeber-Umlage Insolvenzschutz", "11-C13-3740-XXXX-U3-AR",
'KN-KV-S' , "KUG Arbeitnehmerbeitrag Krankenversicherung", "11-C13-3740-XXXX-KV-S-AN",
'KN-KV-Z' , "KUG Arbeitnehmerzuschlag Krankenversicherung", "11-C13-3740-XXXX-KV-Z-AN",
'KN-RV' , "KUG Arbeitnehmerbeitrag Rentenversicherung", "11-C13-3740-XXXX-RV-AN",
'KN-PV-S' , "KUG Arbeitnehmerbeitrag Pflegeversicherung", "11-C13-3740-XXXX-PV-S-AN",
'KN-PV-Y' , "KUG Arbeitnehmerzuschlag Pflegeversicherung", "11-C13-3740-XXXX-PV-Y-AN",
'KR-KV-S' , "KUG Arbeitgeberbeitrag Krankenversicherung", "11-C13-3740-XXXX-KV-S-AR",
'KR-KV-Z' , "KUG Arbeitgeberzuschlag Krankenversicherung", "11-C13-3740-XXXX-KV-Z-AR",
'KR-RV' , "KUG Arbeitgeberbeitrag Rentenversicherung", "11-C13-3740-XXXX-RV-AR",
'KR-PV' , "KUG Arbeitgeberbeitrag Pflegeversicherung", "11-C13-3740-XXXX-PV-AR",
]
self.abgabenarten = bezeichner[::3]
self.bezeichner = dict(zip(bezeichner[::3],bezeichner[1::3]))
self.gegenkonto = dict(zip(bezeichner[::3],bezeichner[2::3]))
self.bezeichner['LOHN-AR'] = "Arbeitgeberanteil Gehalt"
self.bezeichner['LOHN-KUG'] = "Arbeitgeberanteil KUG"
# try:
# self.fibu.rules
# except:
# self.fibu.rules = self.fibu
self.gleitzone = {
'12A': 400, '12B': 800,
'15A': 450, '15B': 850,
2007: 0.7673,
2008: 0.7732, 2009: 0.7472,
2010: 0.7585, 2011: 0.7435,
2012: 0.7491, 2013: 0.7605,
2014: 0.7605, 2015: 0.7585,
2016: 0.7547, 2017: 0.7547,
2018: 0.7547
} # Gleitzonenfaktor FIBU-GLEITZONE-002-VALID
# FIBU-BEMESSUNGSGRENZEN-002-VALID
# self.rv_obergrenze = {2007: 5800.0, 2008: 5800.0, 2009: 5800.0, 2010: 5800.0,
# 2011: 5800.0, 2012: 5800.0, 2013: 5800.0,
# 2014: 5950.0, 2015: 6050.0, 2016: 6200.0,
# 2017: 6350.0, 2018: 6500.0}
# self.kv_obergrenze = {2007: 3937.5, 2008: 3937.5, 2009: 3937.5, 2010: 3937.5,
# 2011: 3937.5, 2012: 3937.5, 2013: 3937.5,
# 2014: 4050.0, 2015: 4125.0, 2016: 4237.5,
# 2017: 4350.0, 2018: 4425}
# FIBU-BEMESSUNGSGRENZEN-002
#*************************************************************************
def kknr (self,kk):
kk = kk.upper()
kk = re.sub(r"\n"," ",kk,99999999)
if " DAK" in kk:
return("1510","DAK")
elif "AOK HESSEN" in kk:
return("1511","AOKHES")
elif " AOK RHEINL" in kk:
return("1520","AOKRPS")
elif " AOK NORD" in kk:
return("1521","AOKNWE")
elif " MINIJOB" in kk or " KNAPPSCHAFT" in kk:
return("1512","MINIJO")
elif re.search("( BKK_?VER|[- ]VBU)",kk):
return("1513","VBU")
elif " AOK BAYERN" in kk:
return("1514","AOKBAY")
elif re.search("( BKK_?MOBIL| MOBILOI?L?| BKKMOIL|LFD.\s*NR.\s*ERFASSUNG)",kk):
return("1515","MOBILO")
elif re.search("( BKK_?SIEMENS | SBK )",kk):
return("1516","SBK")
elif " TECHNIKER" in kk or " TKK" in kk or " TECHNKK" in kk:
return("1517","TKK")
elif " BARMER" in kk:
return("1518","BARMER")
elif " DEBEKA" in kk:
return("1519","DEBEKA")
return("1528","UNKNOWN")
#*************************************************************************
def parse_lohndaten (self,buchungsdaten_text,ktoslip,ktolstb):
self.lstfile = {}
self.lsttext = {}
buchungen = []
lohndaten = {}
gesetzte_betraege = {}
ktoslips = {}
ukto = "-"
uebertragsbuchhaltung = ""
# m = re.search(r" (10\-B23\-1890\-[\da-z]+\-)",buchungsdaten_text)
# if m:
# uebertragsbuchhaltung = m.group(1)
for zeile in buchungsdaten_text.split('\n'):
# print(zeile)
m = re.search('^(\d\d\d\d\d\d\d\d) +(\-?\d+\.\d\d) +(\S+?) +(\S+) +(\-?\d+\.\d\d) +(.*)', zeile)
if not m:
continue
datum = m.group(1)
betrag = m.group(2)
ktoa = m.group(3)
ktob = m.group(4)
remark = m.group(6)
if ktob.startswith(config.LOHNSTEUER_KONTO):
uebertragsbuchhaltung = ""
else:
m = re.search("(10\-B23\-1890\-[\da-z]+\-)"+config.LOHNSTEUER_KONTO,ktob)
if m:
uebertragsbuchhaltung = m.group(1)
diffs = {}
for art in self.abgabenarten:
diffs[art] = 0.00
# 1. Daten einlesen aus Lohnbescheinigungen
for slip in ktoslip:
erg = self.read_lohnbescheinigung(slip)
if erg:
jm = erg[0]
slipdata = erg[1]
ktoslips[jm] = slip
if not jm == "000001":
lohndaten[jm] = slipdata
lohndaten[jm]['ZAHL'] = []
lohndaten[jm]['LFAKTOR'] = '1'
jms = list(lohndaten.keys())
jms.sort()
# 2. Daten einlesen aus Konto
export_zahl = {}
export_sum = {}
rest_lines = []
for zeile in buchungsdaten_text.split("\n"):
m = re.search('^(\d\d\d\d)(\d\d)(\d\d) +(\-?\d+\.\d\d\*?\d?) +(\S*?)\-([A-Z\-]+\d?) +\S+ +(\-?\d+\.\d\d) +(.*)', zeile)
if not m:
rest_lines.append(zeile)
continue
ukto = m.group(5)
# print(zeile)
# print("================",m.group(5))
jm = m.group(1) + m.group(2)
betrag = "%3.2f" % eval(m.group(4))
art = m.group(6)
rem = m.group(8)
if art == "ZAHL": # Zahlungen
buchungen.append(zeile)
if not jm in export_zahl:
export_zahl[jm] = ""
export_sum[jm] = 0.00
export_sum[jm] = export_sum[jm] + float(betrag)
betrag = m.group(3) + "." + m.group(2) + ". " + ("%11.2f" % float(betrag))
while (0 == 0):
export_zahl[jm] = export_zahl[jm] + betrag + " " + rem[0:75] + "\n"
rem = re.sub(r"^ +","",rem[75:])
betrag = " "
if rem == "":
break
elif art == "LOHN-AN" or art == "LOHN-KN": # and not "KUG-Berechnung" in rem:
if not jm in lohndaten:
lohndaten[jm] = {}
if not 'LOHN1' in lohndaten[jm]:
lohndaten[jm]['LOHN1'] = []
m = re.search("(\d+)fach ",rem)
if m:
lohndaten[jm]['LFAKTOR'] = m.group(1)
lohndaten[jm]['LOHN1'].append("%3.2f" % (- float(betrag)/float(m.group(1)) ) )
else:
lohndaten[jm]['LFAKTOR'] = "1"
lohndaten[jm]['LOHN1'].append("%3.2f" % (- float(betrag) ) )
lohndaten[jm]['LOHN1'].append(rem)
if 'KV' in rem:
lohndaten[jm]['UEKV'] = 1
if 'RV' in rem or 'XV' in rem:
lohndaten[jm]['UERV'] = 1
m = re.search("KUG(SOZ|SOH|)(\d\d).*?(\d+)([,\.]\d\d|)",rem)
if m:
lohndaten[jm]['kugjahr'] = m.group(2)
lohndaten[jm]['kugdiff'] = abs(float(re.sub(r",",".",m.group(3)+m.group(4))))
lohndaten[jm]['kugausz'] = abs(float(betrag))
else:
lohndaten[jm]['kugausz'] = 0.0
else:
m = re.search(r"( *\(.*gesetzt.*?)(\-?\d+\.\d\d)(.*\).*)",rem)
if m:
if jm not in gesetzte_betraege:
gesetzte_betraege[jm] = {}
gesetzte_betraege[jm][art] = (float(m.group(2)),m.group(1)+m.group(2)+m.group(3))
# 3. Alle Buchungszeitraeume durchgehen:
jm0 = "000001"
jms = list(lohndaten.keys())
jms.sort()
betraege = {}
for jm in jms:
jahr = jm[0:4]
monat = jm[4:6]
# 4. Lohnsumme berechnen
if not jm0[0:4] == jm[0:4]:
lohnsumme = 0.0
ls_sum = 0.0
sz_sum = 0.0
ki_sum = 0.0
monate = 0
ch_merk = None
jahressumme = {}
for art in self.abgabenarten:
jahressumme[art] = 0.00
jm0 = jm
betraege[jm] = {}
lst_exists = True
if not 'LOHN-AN' in lohndaten[jm]: # wenn noch keine Lohnsteuerbescheinigung vorliegt
lohndaten[jm]['LOHN-AN'] = lohndaten[jm]['LOHN1']
lst_exists = False
lohn = 0.0
for entry in lohndaten[jm]['LOHN-AN']:
if not 'MERK' in lohndaten[jm]:
m = re.search(r"(\d\d\d\d[r\-]*)/(\d\d\d\d)",entry)
if m:
lohndaten[jm]['MERK'] = m.group(1)
lohndaten[jm]['NR'] = m.group(2)
self.set_rahmendaten(lohndaten[jm],jahr,monat)
if not 'STKL' in lohndaten[jm]:
m = re.search(r" (\d)/(\-?[0-9\.\-]+)/([0-9\.]+)",entry)
if m:
lohndaten[jm]['STKL'] = m.group(1)
lohndaten[jm]['KINDER'] = m.group(2)
lohndaten[jm]['KIST'] = m.group(3)
m = re.search(r" (\d\d\d\d)\.(\d\d\d\d)",entry)
if m:
lohndaten[jm]['KLIMIT'] = "%3.2f" % float(m.group(1))
lohndaten[jm]['RLIMIT'] = "%3.2f" % float(m.group(2))
try:
lohn = lohn + float(entry)
except:
pass
if 'kugausz' in lohndaten[jm]:
lohn = lohn - lohndaten[jm]['kugausz'] # KUG ist kein Lohn
lohnsumme = lohnsumme + lohn # Lohn
monate = monate + 1
# 4. Lohnsteuer berechnen
try:
stkl = int(lohndaten[jm]['STKL'])
except:
print("No data for STKL in " + jm)
kist = lohndaten[jm]['KIST']
merk = lohndaten[jm]['MERK']
if not merk[0] == "0":
kv_zuschlag_f_lst_berechnung = float(lohndaten[jm]['ZV']) # average 'ZU'
kv_zuschlag_f_lst_berechnung = float(lohndaten[jm]['ZU'])
else:
kv_zuschlag_f_lst_berechnung = 0.0
if float(lohndaten[jm]['KINDER']) < 0:
kv_zuschlag_f_lst_berechnung = kv_zuschlag_f_lst_berechnung + float(lohndaten[jm]['PZ'])
if ch_merk == 0:
ch_merk = [stkl,kv_zuschlag_f_lst_berechnung,kist]
elif not ch_merk == 1:
if not ch_merk == [stkl,kv_zuschlag_f_lst_berechnung,kist]:
ch_merk = 1
# exec('import pap.lst' + jahr)
kinderfreibetrag = 0
ls = 0.00
sz = 0.00
ki = 0.00
if stkl > 0:
for i in (1,2):
stobj = eval('lohnsteuer.lst' + jahr + '.Lst' + jahr + '()')
stobj.setKrv(0)
stobj.setLzz(2)
stobj.setR(int(float(kist)>0))
stobj.setRe4( max(0, int ( (float(lohn)-float(kinderfreibetrag)) *100) ) )
stobj.setStkl(stkl)
try:
stobj.setKvz(kv_zuschlag_f_lst_berechnung)
except Exception as e:
str(e)
stobj.setZkf(max(0.0,float(lohndaten[jm]['KINDER'])))
stobj.MAIN()
# kinderfreibetrag = float(stobj.KFB)/12 # nicht klar, wozu ndiese Berechnung gemacht wurde
# print("XX", int ( (float(lohn)-float(kinderfreibetrag)) *100) )
ls = 0.01 * float( stobj.getLstlzz() )
sz = 0.01 * float( stobj.getSolzlzz() )
ki = 0.01 * ( float(stobj.getBk()) + float(stobj.getBks()) + float(stobj.getBkv())) * (0.01 * float(kist))
# print(lohndaten[jm])
# print(jm,ls,sz,ki)
if monate == 12 and type(ch_merk) == type([]): # Jahresausgleich nur dann machen,
stobj.setLzz(1) # wenn alle 12 Monate bei IfT und sich keine Merkmale
stobj.setRe4( int(lohnsumme*100) ) # geaendert haben
stobj.MAIN()
jahres_ls = 0.01 * float( stobj.getLstlzz() )
jahres_sz = 0.01 * float( stobj.getLstlzz() )
jahres_ki = 0.01 * ( float(stobj.getBk()) + float(stobj.getBks()) + float(stobj.getBkv())) * float(kist)
ls = jahres_ls - ls_sum
sz = jahres_sz - ls_sum
ki = jahres_ki - ls_sum
else:
ls_sum = ls_sum + ls
sz_sum = sz_sum + sz
ki_sum = ki_sum + ki
betraege[jm]['LS'] = "%3.2f" % ls
betraege[jm]['SZ'] = "%3.2f" % sz
betraege[jm]['KI'] = "%3.2f" % ki
# 5. Sozialversicherung berechnen
# restlohnrv = max(0,12*float(lohndaten[jm]['RLIMIT']) - lohnsumme)
# restlohnkv = max(0,12*float(lohndaten[jm]['KLIMIT']) - lohnsumme)
# lohnrv = min(lohn,restlohnrv)
# lohnkv = min(lohn,restlohnkv)
lohnkv = min(lohn,float(lohndaten[jm]['KLIMIT']))
lohnrv = min(lohn,float(lohndaten[jm]['RLIMIT']))
if 'UEKV' in lohndaten[jm]: # wenn aufgrund von Lohnsteigerungen im Jahr die
lohnkv = lohnrv # Beitragsbemessungsgrenzen keine Anwendung finden sollen
if 'UERV' in lohndaten[jm]:
lohnkv = lohn
lohnrv = lohn
merk = lohndaten[jm]['MERK']
mode = "s" # Standard
kinder = lohndaten[jm]['KINDER']
# print(merk,stkl)
if merk[0:4] == "3321":
merk = "1111r-" + merk[4:]
if merk[0:4] == "1100" or merk[0:4] == "6500" and stkl == 0:
mode = "g" # geringfuegig beschaeftigt
merk = "1100" + merk[4:]
if merk[0:4] == "1110" or merk[0:4] == "6100" and stkl == 0:
mode = "h" # geringfuegig beschaeftigt, mit Rentenversicherung
merk = "1110" + merk[4:]
elif merk[0:4] == "0000": # kurzfristig beschaeftigt
if stkl == 0:
mode = "p" # Pauschalversteuerung 25 vH, ohne U1 und U2
else:
mode = "k" # Individualversteuerung
if float(kinder) < 0:
kinder = "0"
mode = re.sub(r"s","o",mode) # ueber 23, keine Kinder
betraege[jm]['AN-KV-S'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['KV']) * lohnkv * int(mode in "so") * int(merk[0]) )
krankengeld = "%3.2f" % ( 0.01 * float(lohndaten[jm]['KG']) * lohnkv * int(mode in "so") * int(merk[0]) )
betraege[jm]['AN-KV-Z'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['ZU']) * lohnkv * int(mode in "so") * int(merk[0]) )
betraege[jm]['AR-KV-S'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['KV']) * lohnkv * int(mode in "sogh")* int(merk[0]) )
betraege[jm]['AR-KV-Z'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['ZA']) * lohnkv * int(mode in "sogh")* int(merk[0]) )
betraege[jm]['AN-RV'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['RV']) * lohnrv * int(mode in "so") * int(merk[1]) +
0.01 * float(lohndaten[jm]['AV']) * lohnrv * int(mode in "h") * int(merk[1]) )
betraege[jm]['AR-RV'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['RV']) * lohnrv * int(mode in "sogh")* int(merk[1]) )
betraege[jm]['AN-AV'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['AV']) * lohnrv * int(mode in "so") * int(merk[2]) )
betraege[jm]['AR-AV'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['AV']) * lohnrv * int(mode in "so") * int(merk[2]) )
betraege[jm]['AN-PV-S'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['PV']) * lohnkv * int(mode in "so") * int(merk[3]) )
betraege[jm]['AN-PV-Y'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['PZ']) * lohnkv * int(mode in "o") * int(merk[3]) )
betraege[jm]['AR-PV'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['PV']) * lohnkv * int(mode in "so") * int(merk[3]) )
betraege[jm]['AR-ST'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['ST']) * lohn * int(mode in "gh") )
betraege[jm]['AR-PS'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['PS']) * lohn * int(mode in "p") )
betraege[jm]['AR-PZ'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['SOLIANTEIL']) *
float(lohndaten[jm]['PS']) * lohn * int(mode in "p") )
betraege[jm]['AR-PK'] = "%3.2f" % ( 0.01 * 0.01 * float(kist) *
float(lohndaten[jm]['PS']) * lohn * int(mode in "p") )
betraege[jm]['AR-U1'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['U1']) * lohn * int(mode not in "") )
betraege[jm]['AR-U2'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['U2']) * lohn * int(mode not in "") )
betraege[jm]['AR-U3'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['U3']) * lohn * int(mode not in "") )
if "r" in merk or "g" in merk: # Rentner
betraege[jm]['AN-RV'] = "0.00"
betraege[jm]['AN-AV'] = "0.00"
betraege[jm]['AR-RV'] = "x" + betraege[jm]['AR-RV'] # das dient dazu, um die Soz-Vers-Klasse mit EV (ermaessigt) statt als KV zu kennzeichnen
betraege[jm]['AR-AV'] = "x" + betraege[jm]['AR-AV'] # genauso mit BV fuer AV und XV fuer RV
if lohndaten[jm]['NR'] == "1579": # Srpska
betraege[jm]['AR-RV'] = "0.00"
betraege[jm]['AR-KV-S'] = "0.00"
betraege[jm]['AR-KV-Z'] = "0.00"
betraege[jm]['AR-AV'] = "0.00"
betraege[jm]['AR-PV'] = "0.00"
if "-" in merk: # ohne Krankengeld
betraege[jm]['AN-KV-S'] = "x" + "%3.2f" % ( float(betraege[jm]['AN-KV-S']) - float(krankengeld) )
if 'AR-KV-S' in betraege[jm]:
betraege[jm]['AR-KV-S'] = "x" + "%3.2f" % ( float(betraege[jm]['AR-KV-S']) - float(krankengeld) )
else:
betraege[jm]['AR-KV'] = "x" + "%3.2f" % ( float(betraege[jm]['AR-KV']) - float(krankengeld) )
# if 'FIX' in lohndaten[jm] and lohndaten[jm]['FIX'] == 1:
# for art in self.abgabenarten:
# betraege[jm][art] = 0.00
# for o in lohndaten[jm][art]:
# betraege[jm][art] = betraege[jm][art] + float(o)
# break
# 7. Sozialversicherung Kurzarbeitergeld:
if 'kugdiff' in lohndaten[jm]: # Sozialversicherung des KUG muss der Arbeitgeber tragen:
# print("KUG",lohndaten[jm]['kugdiff'],lohn)
lohn_eigen = lohn
lohn_fiktiv = (lohndaten[jm]['kugdiff'] - lohn)
lohn = 0.8 * lohn_fiktiv
else:
lohn = 0.0
lohn_eigen = 0.0
lohn_fiktiv = 0.0
lohnkv = min(lohn,float(lohndaten[jm]['KLIMIT']))
lohnrv = min(lohn,float(lohndaten[jm]['RLIMIT']))
# print(lohnkv,lohnrv)
lohndaten[jm]['LOHNFIKTIV'] = "%3.2f" % ( lohn + lohn_eigen)
betraege[jm]['KN-KV-S'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['KV']) * lohnkv * int(mode in "so") * int(merk[0]) )
# print(betraege[jm]['KN-KV-S'],lohndaten[jm]['KN-KV-S'])
krankengeld = "%3.2f" % ( 0.01 * float(lohndaten[jm]['KG']) * lohnkv * int(mode in "so") * int(merk[0]) )
betraege[jm]['KN-KV-Z'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['ZU']) * lohnkv * int(mode in "so") * int(merk[0]) )
betraege[jm]['KR-KV-S'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['KV']) * lohnkv * int(mode in "sogh")* int(merk[0]) )
betraege[jm]['KR-KV-Z'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['ZA']) * lohnkv * int(mode in "sogh")* int(merk[0]) )
betraege[jm]['KN-RV'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['RV']) * lohnrv * int(mode in "so") * int(merk[1]) +
0.01 * float(lohndaten[jm]['AV']) * lohnrv * int(mode in "h") * int(merk[1]) )
betraege[jm]['KR-RV'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['RV']) * lohnrv * int(mode in "sogh")* int(merk[1]) )
betraege[jm]['KN-AV'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['AV']) * lohnrv * int(mode in "so") * int(merk[2]) )
betraege[jm]['KR-AV'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['AV']) * lohnrv * int(mode in "so") * int(merk[2]) )
betraege[jm]['KN-PV-S'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['PV']) * lohnkv * int(mode in "so") * int(merk[3]) )
betraege[jm]['KN-PV-Y'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['PZ']) * lohnkv * int(mode in "o") * int(merk[3]) )
betraege[jm]['KR-PV'] = "%3.2f" % ( 0.01 * float(lohndaten[jm]['PV']) * lohnkv * int(mode in "so") * int(merk[3]) )
if "-" in merk:
betraege[jm]['KN-KV-S'] = "%3.2f" % ( float(betraege[jm]['KN-KV-S']) - float(krankengeld) )
if 'KR-KV-S' in betraege[jm]:
betraege[jm]['KR-KV-S'] = "%3.2f" % ( float(betraege[jm]['KR-KV-S']) - float(krankengeld) )
else:
betraege[jm]['KR-KV'] = "%3.2f" % ( float(betraege[jm]['KR-KV']) - float(krankengeld) )
# 8. KUG-Anteile hinzurechnen
# betraege[jm]['AR-KV-S'] = "%3.2f" % ( float(betraege[jm]['AR-KV-S']) + float(betraege[jm]['KN-KV-S'])
# + float(betraege[jm]['KR-KV-S']) )
# betraege[jm]['AR-KV-Z'] = "%3.2f" % ( float(betraege[jm]['AR-KV-Z']) + float(betraege[jm]['KN-KV-Z'])
# + float(betraege[jm]['KR-KV-Z']) )
# betraege[jm]['AR-PV'] = "%3.2f" % ( float(betraege[jm]['AR-PV']) + float(betraege[jm]['KN-PV-S'])
# + float(betraege[jm]['KR-PV']) )
# betraege[jm]['AR-RV'] = "%3.2f" % ( float(betraege[jm]['AR-RV']) + float(betraege[jm]['KN-RV'])
# + float(betraege[jm]['KR-RV']) )
#
# kug_sozialbeitraege = ( float(betraege[jm]['KN-KV-S']) + float(betraege[jm]['KR-KV-S'])
# float(betraege[jm]['KN-KV-Z']) + float(betraege[jm]['KR-KV-Z'])
# float(betraege[jm]['KN-PV']) + float(betraege[jm]['KR-PV'])
# float(betraege[jm]['KN-RV']) + float(betraege[jm]['KR-RV']) )
for art in self.abgabenarten:
try:
betraege[jm][art] = "%3.2f" % gesetzte_betraege[jm][art][0]
except:
pass
# 9. Korrekturen berechnen
if not lst_exists:
for art in self.abgabenarten:
lohndaten[jm][art] = [ re.sub("x","",betraege[jm][art]), "%3.2f" % diffs[art] ]
diffs[art] = 0.00
jahressumme[art] = -99999999
else:
for art in self.abgabenarten:
sum = 0.00
for o in lohndaten[jm][art]:
try:
sum = sum + float(o)
except:
pass
jahressumme[art] = jahressumme[art] + sum
diffs[art] = diffs[art] + ( float(re.sub("x","",betraege[jm][art])) - sum )
# 8. Buchungen schreiben
jm0 = "000001"
jahressumme = {}
if jm0 in ktoslips:
ktoslip0 = ktoslips["000001"]
export_slip0 = open(ktoslip0).read()
else:
ktoslip0 = ""
export_slip0 = ""
for jm in jms:
if jm in ktoslips:
ktoslip0 = ktoslips[jm]
export_slip0 = open(ktoslip0).read()
export_slip = ""
day = "03"
lohnsumme = 0.00
kugausz = 0.00
an_soz = 0.00
ar_soz = 0.00
kug_soz = 0.00
st_soz = 0.00
if not jm0[0:4] == jm[0:4]:
jahressumme = {}
for art in (self.abgabenarten + [1,2,3,4,5,6,7,8]):
jahressumme[art] = 0.00
jm0 = jm
fiktives_gehalt = 0.00
if 'LOHNFIKTIV' in lohndaten[jm]:
fiktives_gehalt = float(lohndaten[jm]['LOHNFIKTIV'])
agentur_zahlt_sozialabgaben = 0
# kug_is_null = 0
while (0 == 0):
if len(lohndaten[jm]['LOHN-AN']) == 0:
break
betrag = "%3.2f" % (-float(lohndaten[jm]['LOHN-AN'].pop(0)))
remark = "Gehalt"
if len(lohndaten[jm]['LOHN-AN']) > 0:
try:
float(lohndaten[jm]['LOHN-AN'][0])
except:
remark = lohndaten[jm]['LOHN-AN'].pop(0)
kug_faktor = 0.0
if "KUGSOZ" in remark:
agentur_zahlt_sozialabgaben = 1
if "KUGSOH" in remark:
agentur_zahlt_sozialabgaben = 0.5000001
if "KUG" in remark:
# if float(betrag) < 0.001:
# remark = ""
# kug_is_null = 1
# continue
# else:
kugausz = kugausz - float(betrag)
buchungen.append(jm + day + " " + betrag + "*" + lohndaten[jm]['LFAKTOR'] + " " + ukto + ["-LOHN-AN ","-LOHN-KN "][int("KUG" in remark)]
+ [self.lohnkto,self.kugkto+"-LOHN"][int("KUG" in remark)]
+ "-" + self.employee + " 0.00 " + remark)
lohnsumme = lohnsumme - float(betrag)
export_slip = export_slip + ["LOHN-AN ","LOHN-KN "][int("KUG" in remark)] + ("%11.2f" % -float(betrag)) + " " + remark + "\n"
day = "%02u" % (int(day)+1)
export_slip = export_slip + ("LOHN-AR -ARBEITGEBER- Arbeitgeberabgaben, davon " +
["","durch Agentur erstattete "][int(agentur_zahlt_sozialabgaben>0.999)] +
"KUG-Sozialabgaben:" + " -ARBEITG_KUG-\n\n")
o = "keine Zahlungen\n"
if jm in export_zahl:
o = export_zahl[jm]
export_slip = export_slip + "Zahlungen:\n\n" + o
export_slip = export_slip + "\nSteuern: Aktuell Vormonate Jahressummen\n\n"
lohn_ar = [0.00,0.00]
lohn_kug = [0.00,0.00]
art0 = ""
vorletzter_wert = [0,0,0]
for art in self.abgabenarten:
if not art0 == art[0:2] and art[0:2] == "AN":
export_slip = export_slip + "\nSozialabgaben Arbeitnehmer:\n\n"
if not art0 == art[0:2] and art[0:2] == "AR":
export_slip = export_slip + "\nSozialabgaben Arbeitgeber:\n\n"
art0 = art[0:2]
if not art in list(lohndaten[jm].keys()):
continue
day = "12"
add = ""
buchungen1 = []
consider_b = False
export_zeile = (art + " ")[0:9]
sum1 = 0.00
letzter_wert = [] # fuer jahressummenbildung
for lssoz_str in lohndaten[jm][art]:
betrag = betraege[jm][art]
# print(betrag)
lssoz = float(lssoz_str)
art1 = art
if betrag[0] == "x":
betrag = betrag[1:]
art1 = re.sub("RV","XV",art)
art1 = re.sub("AV","BV",art1)
art1 = re.sub("KV","EV",art1)
betrag = float(betrag)
# print(jm,art,art1,lssoz_str,betrag)
if abs(betrag) > 0.001 or abs(lssoz) > 0.001:
consider_b = True
if add == "":
if jm in gesetzte_betraege and art in gesetzte_betraege[jm]:
# lssoz = float(gesetzte_betraege[jm][art][0])
add = gesetzte_betraege[jm][art][1]
consider_b = True
elif abs( betrag - lssoz ) > 0.001:
add = " (berechnet " + betraege[jm][art] + ")"
consider_b = True
sum1 = sum1 + lssoz
letzter_wert.append("%13.2f" % lssoz)
export_zeile = export_zeile + letzter_wert[-1]
kto2 = re.sub(r"XXXX",lohndaten[jm]['NR'],uebertragsbuchhaltung+self.gegenkonto[art])
zeile = jm + day + " " + ("%3.2f"%lssoz) + "*" + lohndaten[jm]['LFAKTOR'] + " " + ukto + "-" + art1 + " "
zeile = zeile + kto2 + "-" + self.employee + " 0.00 " + self.bezeichner[art] + add
if art[0:2] == "AR":
lohn_ar[int("Vor" in add)] = lohn_ar[int("Vor" in add)] - lssoz
ar_soz = ar_soz + lssoz
elif art[0:2] == "KN" or art[0:2] == "KR":
# if kug_is_null == 1:
# continue
lohn_kug[int("Vor" in add)] = lohn_kug[int("Vor" in add)] - lssoz
kug_soz = kug_soz + lssoz
elif art[0:2] == "AN":
an_soz = an_soz + lssoz
elif art[0:2] == "AN":
an_soz = an_soz + lssoz
else:
st_soz = st_soz + lssoz
day = "%02u" % (int(day)+1)
add = ", Vormonate"
zeile = re.sub(r" 11-1512-PS"," 11-1503-PS",zeile)
if not ("Vormonate" in zeile and abs(lssoz) < 0.001):
buchungen1.append(zeile)
jahressumme[art] = jahressumme[art] + sum1
letzter_wert.append("%13.2f" % jahressumme[art])
export_zeile = export_zeile + letzter_wert[-1]
export_zeile = export_zeile + " " + self.bezeichner[art]
if consider_b:
for o in buchungen1:
buchungen.append(o)
if re.search(r"^AR-KV-Z +0\.00 +0\.00 +0\.00 ",export_zeile):
continue
export_slip = export_slip + export_zeile + "\n"
if art in ("AN-KV-Z","AN-PV-Y","AR-KV-Z"):
export_zeile = art[0:5] + " " + (
( "(" + "%11.2f" % (float(vorletzter_wert[0]) + float(letzter_wert[0])) ) + ")" +
( "(" + "%11.2f" % (float(vorletzter_wert[1]) + float(letzter_wert[1])) ) + ")" +
( "(" + "%11.2f" % (float(vorletzter_wert[2]) + float(letzter_wert[2])) ) + ")" +
{"AN-KV-Z": " Arbeitnehmer Gesamt Krankenversicherung",
"AN-PV-Y": " Arbeitnehmer Gesamt Pflegeversicherung",
"AR-KV-Z": " Arbeitgeber Gesamt Krankenversicherung"
}[art] )
export_zeile = re.sub("\(( +)",'\\1'+"(",export_zeile,99)
export_slip = export_slip + export_zeile + "\n"
vorletzter_wert = letzter_wert
ar = self.bezeichner['LOHN-AR']
if abs(lohn_ar[0]) > 0.001 or abs(lohn_ar[1]) > 0.001:
buchungen.append(jm + "10 " + ("%3.2f"%lohn_ar[0]) + "*" + lohndaten[jm]['LFAKTOR'] + " " + ukto + "-LOHN-AR " +
self.sozkto + "-" + self.employee + " 0.00 " + ar)
if abs(lohn_ar[1]) > 0.001:
buchungen.append(jm + "11 " + ("%3.2f"%lohn_ar[1]) + "*" + lohndaten[jm]['LFAKTOR'] + " " + ukto + "-LOHN-AR " +
self.sozkto + "-" + self.employee + " 0.00 " + ar + ", Vormonate")
if agentur_zahlt_sozialabgaben < 0.001:
kug1 = self.bezeichner['LOHN-KUG']
kug2 = self.bezeichner['LOHN-KUG']
elif agentur_zahlt_sozialabgaben < 0.999:
kug1 = self.bezeichner['LOHN-KUG'] + ", Erstattung durch Arbeitsagentur " + ("%1u" % int(agentur_zahlt_sozialabgaben*100) ) + " Prozent"
kug2 = self.bezeichner['LOHN-KUG'] + ", Eigenanteil " + ("%1u" % (100-int(agentur_zahlt_sozialabgaben*100)) ) + " Prozent"
else:
kug1 = self.bezeichner['LOHN-KUG'] + ", Erstattung durch Arbeitsagentur"
kug2 = self.bezeichner['LOHN-KUG'] + ", Erstattung durch Arbeitsagentur"
if abs(lohn_kug[0]) > 0.001 or abs(lohn_kug[1]) > 0.001:
if agentur_zahlt_sozialabgaben > 0.001:
buchungen.append(jm + "10 " + ("%3.2f"%(lohn_kug[0]* agentur_zahlt_sozialabgaben )) + "*" + lohndaten[jm]['LFAKTOR'] + " " + ukto + "-LOHN-KUG " +
self.kugkto+"-SOZ" + "-" + self.employee + " 0.00 " + kug1)
if agentur_zahlt_sozialabgaben < 0.999:
buchungen.append(jm + "10 " + ("%3.2f"%(lohn_kug[0]*(1-agentur_zahlt_sozialabgaben))) + "*" + lohndaten[jm]['LFAKTOR'] + " " + ukto + "-LOHN-KUG " +
self.sozkto + "-" + self.employee + " 0.00 " + kug2)
if abs(lohn_kug[1]) > 0.001:
if agentur_zahlt_sozialabgaben > 0.001:
buchungen.append(jm + "10 " + ("%3.2f"%(lohn_kug[1]* agentur_zahlt_sozialabgaben )) + "*" + lohndaten[jm]['LFAKTOR'] + " " + ukto + "-LOHN-KUG " +
self.kugkto+"-SOZ" + "-" + self.employee + " 0.00 " + kug1 + ", Vormonate")
if agentur_zahlt_sozialabgaben < 0.999:
buchungen.append(jm + "10 " + ("%3.2f"%(lohn_kug[1]*(1-agentur_zahlt_sozialabgaben))) + "*" + lohndaten[jm]['LFAKTOR'] + " " + ukto + "-LOHN-KUG " +
self.sozkto + "-" + self.employee + " 0.00 " + kug2 + ", Vormonate")
netto = lohnsumme - st_soz - an_soz
try:
ausz = float(export_sum[jm])
except:
ausz = 0.00
ueber = ausz - netto
jahressumme[1] = jahressumme[1] + lohnsumme
jahressumme[2] = jahressumme[2] + st_soz
jahressumme[3] = jahressumme[3] + an_soz
jahressumme[4] = jahressumme[4] + netto
jahressumme[5] = jahressumme[5] + ausz
jahressumme[6] = jahressumme[6] + ueber
jahressumme[7] = jahressumme[7] + fiktives_gehalt
jahressumme[8] = jahressumme[8] + kugausz
export_slip = export_slip + "\n"
if (abs(jahressumme[7]) > 0.00001):
export_zeile = "fiktives Gehalt bei KUG:(" + ("%10.2f" % fiktives_gehalt) + ")(" + ("%11.2f" % jahressumme[7]) + ")\n\n"
export_zeile = re.sub("\(( +)",'\\1'+"(",export_zeile,99)
export_slip = export_slip + export_zeile
export_slip = export_slip + "Gehalt Brutto: " + ("%13.2f" % (lohnsumme-kugausz)) + ("%13.2f" % (jahressumme[1]-jahressumme[8])) + "\n"
export_slip = export_slip + "minus Steuern: " + ("%13.2f" % st_soz) + ("%13.2f" % jahressumme[2]) + "\n"
export_slip = export_slip + "minus Sozialabgaben: " + ("%13.2f" % an_soz) + ("%13.2f" % jahressumme[3]) + "\n"
export_slip = export_slip + " ------- -------\n"
export_slip = export_slip + "Gehalt Netto: " + ("%13.2f" % (netto-kugausz)) + ("%13.2f" % (jahressumme[4]-jahressumme[8])) + "\n"
if (abs(jahressumme[8]) > 0.00001):
export_slip = export_slip + "Zahlung KUG: " + ("%13.2f" % kugausz) + ("%13.2f" % jahressumme[8]) + "\n"
export_slip = export_slip + " ------- -------\n"
if (abs(jahressumme[8]) > 0.00001):
export_zeile = "Netto plus KUG gesamt:" + ("%13.2f" % netto) + "" + ("%13.2f" % jahressumme[1]) + "\n"
export_zeile = re.sub("\(( +)",'\\1'+"(",export_zeile,99)
export_slip = export_slip + export_zeile
export_slip = export_slip + "Auszahlung: " + ("%13.2f" % ausz) + ("%13.2f" % jahressumme[5]) + "\n"
export_slip = export_slip + " ------- -------\n"
export_slip = export_slip + "Ueberzahlung: " + ("%13.2f" % ueber) + ("%13.2f" % jahressumme[6]) + " (Werte in Klammern: nachrichtlich)\n"
export_slip = re.sub(r"-ARBEITGEBER-",("%11.2f" % (ar_soz+kug_soz)),export_slip)
if agentur_zahlt_sozialabgaben > 0.001 and agentur_zahlt_sozialabgaben < 0.999:
export_slip = re.sub(r"-ARBEITG_KUG-",("%3.2f" % (kug_soz*(1-agentur_zahlt_sozialabgaben))) + " plus " + ("%3.2f" % (kug_soz*(agentur_zahlt_sozialabgaben))) + " Erstattung AA",export_slip)
else:
export_slip = re.sub(r"-ARBEITG_KUG-",("%3.2f" % (kug_soz)),export_slip)
m = re.search(r"^(.*?)(LOHN-AN.*?Ueberzahlung.*?\n)(.*)$",export_slip0,re.DOTALL)
if m:
export_slip = m.group(1) + export_slip + m.group(3)
export_slip = re.sub(r" \d\d\/\d\d\d\d"," "+jm[4:6]+"/"+jm[0:4],export_slip)
export_slip = re.sub(r", davon [a-z]* ?KUG-[^\n]+ 0.00 *","",export_slip,9999)
export_sl0 = export_slip
export_slip = re.sub(r"\n(KN|KR)\S+ +0.00 +0.00 +0.00 +([^\n]+)","",export_slip,9999)
if re.search(r"\n(KN|KR)",export_slip):
export_slip = re.sub(r"\n(LS|SZ|KI|AR-ST|AR-PS) +0.00 +0.00 +0.00 +([^\n]+)","",export_sl0,9999)
export_slip = re.sub(r", davon [a-z]* ?KUG-[^\n]+ 0.00 *","",export_slip,9999)
if not re.search("\n(LS|SZ|KI) ",export_slip,re.DOTALL):
export_slip = re.sub(r"\nSteuern:( .*)\n","\nAbgaben:\\1 [KEINE STEUERN]",export_slip,re.DOTALL)
export_slip = re.sub(r"\n(LOHN-KUG) +0.00 +([^\n]+)","",export_slip,9999)
if lohndaten[jm]['NR'] == "1579": # Srpska
o9 = ""
for o7 in export_slip.split("\n"):
if re.search(r"(Arbeitgeber|^AR\-|^AN\-KV\-Z|^AN\-KV |^AN\-PV\-Y|^AN\-PV |^SZ |^KI )",o7):
continue
o9 = o9 + o7 + "\n"
export_slip = re.sub(r"\(Werte .+?\)","",o9)
if jm in ktoslips:
self.lstfile[jm] = None
self.lsttext[jm] = None
else:
m = re.search(r"^(.*?\D)(\d\d\d\d)(\D+)(\d\d)(\D.*)$",ktoslip0)
if m:
self.lstfile[jm] = m.group(1) + jm[0:4] + m.group(3) + jm[4:6] + m.group(5)
else:
self.lstfile[jm] = "lohnbescheinigung_" +jm[0:4] + "_" + jm[4:6] + ".md"
self.lsttext[jm] = export_slip
# print ("----> ",jm)
# print(self.lstfile[jm])
# print(self.lsttext[jm])
self.diff = ""
is_null = True
for art in self.abgabenarten:
betrag = "%13.2f" % diffs[art]
self.diff = self.diff + (art+" ")[0:9] + betrag + "\n"
if abs(diffs[art]) > 0.001:
is_null = False
if is_null:
self.diff = ""
return ("\n".join(rest_lines+buchungen)+"\n")
#*************************************************************************
def read_lohnbescheinigung (self,slip):
text = ""
monate = "JA|FE|MR|AP|MA|JN|JL|AU|SE|OC|NO|DE|01|02|03|04|05|06|07|08|09|10|11|12"
abgaben = "|".join(self.abgabenarten+['LOHN-AN','LOHN-KN','ZAHL'])
m = re.search(r"^(.*)[\\\/]([a-z]+)[\\\/]",os.path.abspath("."))
self.employee = m.group(2)
print("EMPLOYEE:",self.employee)
m = re.search(r"(\d\d\d\d)_("+monate+")",slip)
if not m:
return(None)
jahr = m.group(1)
monat = "%02u" % ( (monate.split("|").index(m.group(2)) % 12) + 1 )
text = open(slip).read()
text = re.sub("AR-KV ","AR-KV-S ",text)
erg = { "FIX": int("FIX" in text) }
for zeile in text.split("\n"):
m = re.search(r"^("+abgaben+").*? (\-?\d+)[,\.](\d\d) *(.*?) *$",zeile)
if m:
abgabe = m.group(1)
if abgabe == "LOHN-KN":
abgabe = "LOHN-AN"
betrag = m.group(2)+"."+m.group(3)
if not abgabe in erg:
erg[abgabe] = []
erg[abgabe].append(betrag)
if len(m.group(4)) > 0:
rem = m.group(4)
m = re.search(r"^ *(\-?\d+)[,\.](\d\d) .*$",rem)
if m:
erg[abgabe].append(m.group(1)+"."+m.group(2))
else:
erg[abgabe].append(rem)
for art in self.abgabenarten:
if not art in erg:
erg[art] = ["0.0","0.0","0.0"]
return(jahr+monat,erg)
#*************************************************************************
def set_rahmendaten (self,jw,jahr,monat):
if monat[0] == "1":
monat = { "10": "A", "11": "B", "12": "C"}[ monat ]
else:
monat = monat[1]
jw['KKNAME'] = {
"1510": "DAK",
"1512": "MINIJO",
"1513": "BKKFUT",
"1514": "AOKHES",
"1515": "MOBILO",
"1516": "SBK",
"1517": "TKK7",
"1518": "BARMER",
"1519": "DEBEKA",
"1520": "AOKRP5",
"1521": "AOKNW5",
"1522": "AOKBW5",
"1523": "IKKCLA",
"1524": "HEK",
"1579": "SRPSKA"
} [ jw['NR'] ]
jw['ZA'] = "0.0"
jw['SOLIANTEIL'] = 0.055
if jahr == "2007":
jw['RLIMIT'] = "5800"
jw['KLIMIT'] = "3937.50"
jw['RV'] = ["9.95","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["2.1" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = { "1510": "7.25", "1512" : "13", "1513": "6.95", "1515": "6.45"} [ jw['NR'] ]
jw['KG'] = "0.0"
jw['ZU'] = { "1510": "0.9", "1512" : "0.0", "1513": "0.9", "1515": "0.9"} [ jw['NR'] ]
jw['ZV'] = "0.9"
jw['PV'] = "0.85"
jw['PZ'] = "0.25"
jw['U1'] = { "1510": "1.2", "1512" : "0.1", "1513": "1.6", "1515": "1.1"} [ jw['NR'] ]
jw['U2'] = { "1510": "0.18", "1512" : "0.0", "1513": "0.1", "1515": "0.15"} [ jw['NR'] ]
jw['U3'] = "0.0"
'''
PERSON LST SZ KS KK KNR PL ST RVN AVN KVN PVN ZUN KIN ART RVR AVR KVR PVR U1 U2 U3
-----------------------------------------------------------------------------------------------------------------------------
arjasanow 0 0 0 Mini 1512 25 0 0 0 0 0 0 0 999 0 0 0 0 0 0 0
cpkettner 1 5.5 0 Mobiloil 1515 0 0 9.95 2.1 6.45 0.85 0.9 0.25 999 9.95 2.1 6.45 0.85 1.1 0.15 0
dblaesche 0 0 0 Mini 1512 25 0 0 0 0 0 0 0 999 0 0 0 0 0 0 0
etoo 0 0 0 Mini 1512 25 0 0 0 0 0 0 0 999 0 0 0 0 0 0 0
jclaussnitzer 0 0 0 Mini 1512 25 0 0 0 0 0 0 0 999 0 0 0 0 0 0 0
jengewald 1 0 0 Mini 1512 0 2 0 0 0 0 0 0 991 15 0 13 0 0.1 0 0
jkoch 0 0 0 Mini 1512 25 0 0 0 0 0 0 0 999 0 0 0 0 0 0 0
klaewer 1 5.5 0 DAK 1510 0 0 9.95 2.1 7.25 0.85 0.9 0.25 331 9.95 2.1 7.25 0.85 1.2 0.18 0
oppenl 0 0 0 Mini 1512 25 0 0 0 0 0 0 0 999 0 0 0 0 0 0 0
20071201 1 5.5 8e BKKfutur 1513 0 0 9.95 2.1 6.95 0.85 0.9 0.25 999 9.95 2.1 6.95 0.85 1.6 0.10 0
tfelder 0 0 0 Mini 1512 25 0 0 0 0 0 0 0 999 0 0 0 0 0 0 0
tjungblut 0 0 0 Mini 1512 25 0 0 0 0 0 0 0 999 0 0 0 0 0 0 0
ulerich 0 0 0 Mini 1512 25 0 0 0 0 0 0 0 999 0 0 0 0 0 0 0
wkapraun 0 0 0 Mini 1512 25 0 0 0 0 0 0 0 999 0 0 0 0 0 0 0
-----------------------------------------------------------------------------------------------------------------------------
'''
if jahr == "2008":
for zeitraum in ("123456","789ABC"):
if monat in zeitraum:
break
jw['RLIMIT'] = "5800"
jw['KLIMIT'] = "3937.50"
jw['RV'] = ["9.95","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.65" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = { "1510": "7.25", "1512" : "13", "1513": "7.05", "1518": "7.2"} [ jw['NR'] ]
jw['KG'] = "0.0"
jw['ZU'] = { "1510": "0.9", "1512" : "0.0", "1513": "0.9", "1518": "0.9"} [ jw['NR'] ]
jw['ZV'] = "0.9"
jw['PV'] = { "123456": "0.85", "789ABC": "0.975"} [zeitraum]
jw['PZ'] = "0.25"
jw['U1'] = { "1510": "1.2", "1512" : "0.1", "1513": "1.2", "1518": "1.0"} [ jw['NR'] ]
jw['U2'] = { "1510": "0.15", "1512" : "0.0", "1513": "0.1", "1518": "0.15"} [ jw['NR'] ]
jw['U3'] = "0.0"
'''
PERSON LST SZ KS PL KK KNR RVN AVN KVN PVN ZUN KIN ART RVR AVR KVR PVR ST U1 U2 U3
----------------------------------------------------------------------------------------------------------------------------
arjasanow 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
20081001 6 5.5 0 0 BEK 1518 9.95 0 0 0 0 0 999 9.95 0 0 0 0 1.0 0.15 0
20081201 6 5.5 0 0 BEK 1518 9.95 0 0 0 0 0 999 9.95 0 0 0 0 1.0 0.15 0
axrxjasanow 1 5.5 0 0 BEK 1518 9.95 1.65 7.2 0.85 0.9 0.25 999 9.95 1.65 7.2 0.85 0 1.0 0.15 0
ashawky 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
cnawrot 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
dblaesche 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
hmaamoun 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
hzaazou 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
jclaussnitzer 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
jengewald 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.1 0 0
jkaiser 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
jkoch 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
jschuladen 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
klangschwager 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
mtruemper 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
mweber 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
oppenl 1 5.5 8e 0 BKKfutur 1513 9.95 1.65 7.05 0.85 0.9 0.25 999 9.95 1.65 7.05 0.85 0 1.2 0.10 0
20080701 1 5.5 8e 0 BKKfutur 1513 9.95 1.65 7.05 0.975 0.9 0.25 999 9.95 1.65 7.05 0.975 0 1.2 0.10 0
sgeier 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
stockbauer 0 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.1 0 0
tfelder 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
20080601 6 5.5 8e 0 DAK 1510 9.95 1.65 7.25 0.85 0.9 0.25 999 9.95 1.65 7.25 0.85 0 1.2 0.15 0
20080701 6 5.5 8e 0 DAK 1510 9.95 1.65 7.25 0.975 0.9 0.25 999 9.95 1.65 7.25 0.975 0 1.2 0.15 0
20081201 6 5.5 8e 0 DAK 1510 9.95 1.65 7.25 0.975 0.9 0.25 999 9.95 1.65 7.25 0.975 0 1.2 0.15 0
tjungblut 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
20081001 6 5.5 0 0 DAK 1510 9.95 1.65 7.25 0.975 0.9 0.25 999 9.95 1.65 7.25 0.975 0 1.2 0.15 0
20081201 6 5.5 0 0 DAK 1510 9.95 1.65 7.25 0.975 0.9 0.25 999 9.95 1.65 7.25 0.975 0 1.2 0.15 0
tkinzl 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
20081001 0 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.1 0 0
wkapraun 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
wsarhan 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
----------------------------------------------------------------------------------------------------------------------------
'''
if jahr == "2009":
for zeitraum in ("123456","789ABC"):
if monat in zeitraum:
break
jw['RLIMIT'] = "5800"
jw['KLIMIT'] = "3937.50"
jw['RV'] = ["9.95","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.4" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = [ {"123456": "7.3", "789ABC": "7.0"}[zeitraum], "13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1510": "0.9", "1512" : "0.0", "1518": "0.9"} [ jw['NR'] ]
jw['ZV'] = "0.9"
jw['PV'] = "0.975"
jw['PZ'] = "0.25"
jw['U1'] = { "1510": "1.8", "1512" : "0.6", "1518": "1.4"} [ jw['NR'] ]
jw['U2'] = { "1510": "0.2", "1512" : "0.07", "1518": "0.22"} [ jw['NR'] ]
jw['U3'] = "0.1"
'''
PERSON LST SZ KS PL KK KNR RVN AVN KVN PVN ZUN KIN ART RVR AVR KVR PVR ST U1 U2 U3
----------------------------------------------------------------------------------------------------------------------------
arjasanow 6 5.5 0e 0 BEK 1518 9.95 0 0 0 0 0 999 9.95 0 0 0 0 1.4 0.22 0.1
20090301 6 5.5 0 0 BEK 1518 9.95 0 0 0 0 0 999 9.95 0 0 0 0 1.4 0.22 0.1
axrxjasanow 1 5.5 0 0 BEK 1518 9.95 1.4 7.3 0.975 0.9 0.25 999 9.95 1.4 7.3 0.975 0 1.4 0.22 0.1
dkullick 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.6 0.07 0.1
jengewald 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.6 0.07 0.1
klangschwager 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
srodenberg 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
tfelder 6 5.5 8e 0 DAK 1510 9.95 1.4 7.3 0.975 0.9 0.25 999 9.95 1.4 7.3 0.975 0 1.8 0.2 0.1
tjungblut 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.6 0.07 0.1
ukrohn 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.6 0.07 0.1
wsarhan 0 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
----------------------------------------------------------------------------------------------------------------------------
'''
if jahr == "2010":
jw['RLIMIT'] = "5800"
jw['KLIMIT'] = "3937.50"
jw['RV'] = ["9.95","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.4" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = ["7.0","13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1510": "0.9", "1512" : "0.0", "1518": "0.9"} [ jw['NR'] ]
jw['ZV'] = "0.9"
jw['PV'] = "0.975"
jw['PZ'] = "0.25"
jw['U1'] = { "1510": "1.8", "1512" : "0.6", "1518": "1.4"} [ jw['NR'] ]
jw['U2'] = { "1510": "0.2", "1512" : "0.07", "1518": "0.22"} [ jw['NR'] ]
jw['U3'] = "0.41"
'''
PERSON LST SZ KS PL KK KNR RVN AVN KVN PVN ZUN KIN ART RVR AVR KVR PVR ST U1 U2 U3
----------------------------------------------------------------------------------------------------------------------------
arjasanow 1 5.5 9 0 BEK 1513 9.95 0 0 0 0 0 999 9.95 0 0 0 0 1.4 0.22 0.1
jengewald 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.6 0.07 0.41
klangschwager 1 0 0 25 Minijob 1512 0 0 0 0 0 0 999 0 0 0 0 0 0 0 0
tfelder 1 5.5 9 0 DAK 1513 9.95 1.4 7.3 0.975 0.9 0.25 999 9.95 1.4 7.3 0.975 0 1.8 0.2 0.41
tjungblut 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.6 0.07 0.41
----------------------------------------------------------------------------------------------------------------------------
'''
if jahr == "2011":
jw['RLIMIT'] = "5800"
jw['KLIMIT'] = "3937.50"
jw['RV'] = ["9.95","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.5" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = ["7.3","13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1512" : "0.0", "1514": "0.9", "1515": "0.9", "1516": "0.9", "1517": "0.9", "1518": "0.9"} [ jw['NR'] ]
jw['ZV'] = "0.9"
jw['PV'] = "0.975"
jw['PZ'] = "0.25"
jw['U1'] = { "1512" : "0.6", "1514": "1.6", "1515": "3.5", "1516": "1.35", "1517": "1.7", "1518": "1.7"} [ jw['NR'] ]
jw['U2'] = { "1512" : "0.14", "1514": "0.39", "1515": "0.36","1516": "0.21", "1517": "0.3", "1518": "0.33"} [ jw['NR'] ]
jw['U3'] = "0.0"
'''
PERSON LST SZ KS PL KK KNR RVN AVN KVN PVN ZUN KIN ART RVR AVR KVR PVR ST U1 U2 U3
----------------------------------------------------------------------------------------------------------------------------
arjasanow 1 5.5 0 0 BEK 1518 9.95 0 0 0 0 0 999 9.95 0 0 0 0 1.7 0.33 0
ccsengery 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.6 0.14 0
ddienlin 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.6 0.14 0
20111101 1 5.5 0 0 AOK 1514 9.95 0 0 0 0 0 999 9.95 0 0 0 0 1.6 0.39 0
dperic 1 5.5 8r 0 TechnKK 1517 9.95 0 0 0 0 0 999 9.95 0 0 0 0 1.7 0.3 0
hparfuss 3 5.5 0 0 BKKSiem 1516 0 0 7.0 0.975 0.9 0.25 999 9.95 1.5 7.0 0.975 0 1.35 0.21 0
jengewald 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.6 0.14 0
jfriedrichs 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.6 0.14 0
jkleckow 1 5.5 8e 0 BKKMOil 1515 9.95 0 0 0 0 0 999 9.95 0 0 0 0 3.5 0.36 0
mherrschel 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.6 0.14 0
----------------------------------------------------------------------------------------------------------------------------
'''
if jahr == "2012":
jw['RLIMIT'] = "5800"
jw['KLIMIT'] = "3937.50"
jw['RV'] = ["9.8","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.5" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = ["7.3","13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1512" : "0.0", "1514": "0.9", "1515": "0.9", "1516": "0.9", "1517": "0.9", "1518": "0.9"} [ jw['NR'] ]
jw['ZV'] = "0.9"
jw['PV'] = "0.975"
jw['PZ'] = "0.25"
jw['U1'] = { "1512" : "0.7", "1514": "1.6", "1515": "3.5", "1516": "1.35", "1517": "2.1", "1518": "1.7"} [ jw['NR'] ]
jw['U2'] = { "1512" : "0.14", "1514": "0.39", "1515": "0.36","1516": "0.28", "1517": "0.39", "1518": "0.33"} [ jw['NR'] ]
jw['U3'] = "0.04"
'''
PERSON LST SZ KS PL KK KNR RVN AVN KVN PVN ZUN KIN ART RVR AVR KVR PVR ST U1 U2 U3
----------------------------------------------------------------------------------------------------------------------------
arjasanow 1 5.5 0 0 BEK 1518 9.8 0 0 0 0 0 999 9.8 0 0 0 0 1.7 0.33 0.04
ccsengery 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.04
ddienlin 1 5.5 0 0 AOK 1514 9.8 0 0 0 0 0 999 9.8 0 0 0 0 1.6 0.39 0.04
dperic 1 5.5 8r 0 TechnKK 1517 9.8 0 0 0 0 0 999 9.8 0 0 0 0 2.1 0.39 0.04
hparfuss 3 5.5 0 0 BKKSiem 1516 0 0 7.0 0.975 0.9 0.25 999 9.8 1.5 7.0 0.975 0 1.35 0.28 0.04
jengewald 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.04
jfriedrichs 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.04
jkleckow 1 5.5 8e 0 BKKMOil 1515 9.8 0 0 0 0 0 999 9.8 0 0 0 0 3.5 0.36 0.04
mherrschel 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.04
vgabriel 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.04
----------------------------------------------------------------------------------------------------------------------------
'''
if jahr == "2013":
jw['RLIMIT'] = "5800"
jw['KLIMIT'] = "3937.50"
jw['RV'] = ["9.45","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.5" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = ["7.3","13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1512" : "0.0", "1516": "0.9", "1517": "0.9", "1518": "0.9", "1519": "0.9"} [ jw['NR'] ]
jw['ZV'] = "0.9"
jw['PV'] = "1.025"
jw['PZ'] = "0.25"
jw['U1'] = { "1512" : "0.7", "1516": "1.35", "1517": "1.7", "1518": "1.7", "1519": "1.7"} [ jw['NR'] ]
jw['U2'] = { "1512" : "0.14", "1516": "0.28", "1517": "0.33", "1518": "0.38", "1519": "0.34"} [ jw['NR'] ]
jw['U3'] = "0.15"
'''
PERSON LST SZ KS PL KK KNR RVN AVN KVN PVN ZUN KIN ART RVR AVR KVR PVR ST U1 U2 U3
----------------------------------------------------------------------------------------------------------------------------
arjasanow 1 5.5 0 0 BEK 1518 9.45 0 0 0 0 0 999 9.45 0 0 0 0 1.7 0.38 0.15
20130601 1 5.5 0 0 BEK 1518 9.45 0 0 0 0 0 999 9.45 0 0 0 0 1.7 0.38 0.15
20131001 1 5.5 0 0 BEK 1518 9.45 1.5 7.3 1.025 0.9 0 999 9.45 1.5 7.3 1.025 0 1.7 0.38 0.15
ccsengery 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
ddienlin 1 5.5 0 0 Debeka 1519 9.45 0 0 0 0 0 999 9.45 0 0 0 0 1.7 0.34 0.15
dperic 1 5.5 8r 0 TechnKK 1517 9.45 0 0 0 0 0 999 9.45 0 0 0 0 1.7 0.33 0.15
hparfuss 3 5.5 0 0 BKKSiem 1516 0 0 7.0 1.025 0.9 0.25 999 9.45 1.5 7.0 1.025 0 1.35 0.28 0.15
jengewald 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
jfriedrichs 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
tjungblut 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
mherrschel 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
stschwarz 1.05 5.5 0 0 TechnKK 1517 9.45 1.5 7.3 1.025 0.9 0 999 9.45 1.5 7.3 1.025 0 1.7 0.33 0.15
swonneberger 3.20 5.5 0 0 TechnKK 1517 9.45 1.5 7.3 1.025 0.9 0 999 9.45 1.5 7.3 1.025 0 1.7 0.33 0.15
vgabriel 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
lpschierer 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
----------------------------------------------------------------------------------------------------------------------------
'''
if jahr == "2014":
jw['RLIMIT'] = "5950"
jw['KLIMIT'] = "4050"
jw['RV'] = ["9.45","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.5" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = ["7.3","13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1512" : "0.0", "1516": "0.9", "1517": "0.9", "1518": "0.9", "1519": "0.9"} [ jw['NR'] ]
jw['ZV'] = "0.9"
jw['PV'] = "1.025"
jw['PZ'] = "0.25"
jw['U1'] = { "1512" : "0.7", "1516": "1.35", "1517": "1.7", "1518": "1.7", "1519": "1.7"} [ jw['NR'] ]
jw['U2'] = { "1512" : "0.14", "1516": "0.28", "1517": "0.33", "1518": "0.38", "1519": "0.37"} [ jw['NR'] ]
jw['U3'] = "0.15"
'''
PERSON LST SZ KS PL KK KNR RVN AVN KVN PVN ZUN KIN ART RVR AVR KVR PVR ST U1 U2 U3
----------------------------------------------------------------------------------------------------------------------------
arjasanow 1 5.5 0 0 BEK 1518 9.45 1.5 7.3 1.025 0.9 0 999 9.45 1.5 7.3 1.025 0 1.7 0.38 0.15
ccsengery 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
ddienlin 1 5.5 0 0 Debeka 1519 9.45 0 0 0 0 0 999 9.45 0 0 0 0 1.7 0.37 0.15
dperic 1 5.5 8r 0 TechnKK 1517 9.45 0 0 0 0 0 999 9.45 0 0 0 0 1.7 0.33 0.15
hparfuss 1 5.5 0 0 BKKSiem 1516 0 0 7.3 1.025 0.9 0.25 999 9.45 1.5 7.3 1.025 0 1.35 0.28 0.15
jengewald 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
jfriedrichs 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
tjungblut 1 5.5 0 0 TechnKK 1517 9.45 1.5 7.3 1.025 0.9 0.25 999 9.45 1.5 7.3 1.025 0 1.7 0.33 0.15
mherrschel 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
stschwarz 4.15 5.5 8r 0 TechnKK 1517 9.45 1.5 7.3 1.025 0.9 0 999 9.45 1.5 7.3 1.025 0 1.7 0.33 0.15
swonneberger 3.20 5.5 0 0 TechnKK 1517 9.45 1.5 7.3 1.025 0.9 0 999 9.45 1.5 7.3 1.025 0 1.7 0.33 0.15
vgabriel 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
lpschierer 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.14 0.15
rbetageri 1 5.5 0 0 TechnKK 1517 9.45 1.5 7.3 1.025 0.9 0.25 999 9.45 1.5 7.3 1.025 0 1.7 0.33 0.15
----------------------------------------------------------------------------------------------------------------------------
'''
# if jahr == "2015a":
#
# jw['RLIMIT'] = "6050"
# jw['KLIMIT'] = "4125"
# jw['RV'] = ["9.35","15"] [ int( jw['NR'] == "1512" ) ]
# jw['AV'] = "1.5"
# jw['KV'] = ["7.3","13"] [ int( jw['NR'] == "1512" ) ]
# jw['ZU'] = { "1512" : "0.0", "1517": "1.1", "1519": "1.1"} [ jw['NR'] ]
# jw['ZV'] = "1.1"
# jw['PV'] = "1.175"
# jw['PZ'] = "0.25"
# jw['U1'] = { "1512" : "0.7", "1517": "1.6", "1519": "1.6"} [ jw['NR'] ]
# jw['U2'] = { "1512" : "0.24", "1517": "0.49", "1519": "0.37"} [ jw['NR'] ]
# jw['U3'] = "0.15"
if jahr == "2015":
jw['RLIMIT'] = "6050"
jw['KLIMIT'] = "4125"
jw['RV'] = ["9.35","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.5" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = ["7.3","13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1512" : "0.0", "1517": "0.8", "1519": "1.1"} [ jw['NR'] ]
jw['ZV'] = "0.9"
jw['PV'] = "1.175"
jw['PZ'] = "0.25"
jw['U1'] = { "1512" : "1.0", "1517": "1.6", "1519": "1.6"} [ jw['NR'] ]
jw['U2'] = { "1512" : "0.3", "1517": "0.49", "1519": "0.37"} [ jw['NR'] ]
jw['U3'] = "0.15"
'''
PERSON LST SZ KS PL KK KNR RVN AVN KVN PVN ZUN KIN ART RVR AVR KVR PVR ST U1 U2 U3
----------------------------------------------------------------------------------------------------------------------------
ddienlin 1 5.5 0 0 Debeka 1519 9.35 0 0 0 0 0 999 9.35 0 0 0 0 1.6 0.37 0.15
rndengang 1 5.5 0 0 TechnKK 1517 9.35 0 0 0 0 0 999 9.35 0 0 0 0 1.6 0.49 0.15
hparfuss 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.24 0.15
20150901 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 1.0 0.30 0.15
jengewald 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.24 0.15
20150901 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 1.0 0.30 0.15
jfriedrichs 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.24 0.15
20150901 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 1.0 0.30 0.15
tjungblut 1 5.5 0 0 TechnKK 1517 9.35 1.5 7.3 1.175 0.8 0.25 999 9.35 1.5 7.3 1.175 0 1.6 0.49 0.15
stschwarz 4.15 5.5 8r 0 TechnKK 1517 9.35 1.5 7.3 1.175 0.8 0 999 9.35 1.5 7.3 1.175 0 1.6 0.49 0.15
swonneberger 3.20 5.5 0 0 TechnKK 1517 9.35 1.5 7.3 1.175 0.8 0 999 9.35 1.5 7.3 1.175 0 1.6 0.49 0.15
vgabriel 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 0.7 0.24 0.15
20150901 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 1.0 0.30 0.15
rbetageri 1 5.5 0 0 TechnKK 1517 9.35 1.5 7.3 1.175 0.8 0.25 999 9.35 1.5 7.3 1.175 0 1.6 0.49 0.15
sjain 1 5.5 0 0 TechnKK 1517 9.35 1.5 7.3 1.175 0.8 0.25 999 9.35 1.5 7.3 1.175 0 1.6 0.49 0.15
----------------------------------------------------------------------------------------------------------------------------
'''
if jahr == "2016":
jw['RLIMIT'] = "6200"
jw['KLIMIT'] = "4237.5"
jw['RV'] = ["9.35","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.5" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = ["7.3","13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1512" : "0.0", "1514": "1.1", "1517": "1.0", "1519": "1.1", "1520": "1.1" } [ jw['NR'] ]
jw['ZV'] = "1.1"
jw['PV'] = "1.175"
jw['PZ'] = "0.25"
jw['U1'] = { "1512" : "1.0", "1514": "1.5", "1517": "1.6", "1519": "1.4", "1520": "1.5" } [ jw['NR'] ]
jw['U2'] = { "1512" : "0.3", "1514": "0.43", "1517": "0.49", "1519": "0.37", "1520": "0.43" } [ jw['NR'] ]
jw['U3'] = "0.12"
'''
PERSON LST SZ KS PL KK KNR RVN AVN KVN PVN ZUN KIN ART RVR AVR KVR PVR ST U1 U2 U3
----------------------------------------------------------------------------------------------------------------------------
ddienlin 1 5.5 0 0 Debeka 1519 9.35 0 0 0 0 0 999 9.35 0 0 0 0 1.4 0.37 0.12
rndengang 1 5.5 0 0 TechnKK 1517 9.35 0 0 0 0 0 999 9.35 0 0 0 0 1.6 0.49 0.12
agosmann 1 5.5 0 0 TechnKK 1517 9.35 0 0 0 0 0 999 9.35 0 0 0 0 1.6 0.49 0.12
suschuster 6 5.5 0 0 TechnKK 1517 9.35 0 0 0 0 0 999 9.35 0 0 0 0 1.6 0.49 0.12
20161001 1.20 5.5 0 0 TechnKK 1517 9.35 1.5 7.3 1.175 1.0 0 999 9.35 1.5 7.3 1.175 0 1.6 0.49 0.12
hparfuss 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 1.0 0.30 0.12
kfessmann 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 1.0 0.30 0.12
jengewald 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 1.0 0.30 0.12
jfriedrichs 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 1.0 0.30 0.12
tjungblut 1 5.5 0 0 TechnKK 1517 9.35 1.5 7.3 1.175 1.0 0.25 999 9.35 1.5 7.3 1.175 0 1.6 0.49 0.12
swonneberger 3.20 5.5 0 0 TechnKK 1517 9.35 1.5 7.3 1.175 1.0 0 999 9.35 1.5 7.3 1.175 0 1.6 0.49 0.12
vgabriel 1 0 0 0 Minijob 1512 0 0 0 0 0 0 991 15 0 13 0 2 1.0 0.30 0.12
rbetageri 1 5.5 0 0 TechnKK 1517 9.35 1.5 7.3 1.175 1.0 0.25 999 9.35 1.5 7.3 1.175 0 1.6 0.49 0.12
sjain 3 5.5 0 0 TechnKK 1517 9.35 1.5 7.3 1.175 1.0 0.25 999 9.35 1.5 7.3 1.175 0 1.6 0.49 0.12
sdjomo 1 5.5 0 0 AOK 1514 9.35 1.5 7.3 1.175 1.1 0.25 999 9.35 1.5 7.3 1.175 0 1.5 0.43 0.12
20161001 1 5.5 0 0 AOK 1514 9.35 0 0 0 0 0 999 9.35 0 0 0 0 1.5 0.43 0.12
----------------------------------------------------------------------------------------------------------------------------
'''
# DAK freiwillige versicherung: 674,05 / 121,80
if jahr == "2017":
jw['RLIMIT'] = "6350"
jw['KLIMIT'] = "4350"
jw['RV'] = ["9.35","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.5" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = ["7.3","13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1510": "1.5", "1512" : "0.0", "1517": "1.0", "1519": "1.1", "1521": "1.1", "1522": "1.1"} [ jw['NR'] ]
jw['ZV'] = "1.1"
jw['PV'] = "1.275"
jw['PZ'] = "0.25"
jw['U1'] = { "1510": 2.0, "1512" : "0.9", "1517": "1.9", "1519": "1.4" , "1521": "1.7" , "1522": "1.5"} [ jw['NR'] ]
jw['U2'] = { "1510": 0.38, "1512" : "0.3", "1517": "0.49", "1519": "0.37", "1521": "0.46", "1522": "0.44"} [ jw['NR'] ]
jw['U3'] = "0.09"
if jahr == "2018":
jw['RLIMIT'] = "6500"
jw['KLIMIT'] = "4425"
jw['RV'] = ["9.3","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.5" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = ["7.3","13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1510": "1.5", "1512" : "0.0", "1517": "0.9", "1518": "1.1",
"1519": "1.0", "1521": "1.0", "1522": "1.0", "1523": "1.2" } [ jw['NR'] ]
jw['ZV'] = "1.0"
jw['PV'] = "1.275"
jw['PZ'] = "0.25"
jw['U1'] = { "1510" : "2.2", "1512" : "0.9", "1517": "1.9", "1518": "2.1",
"1519": "1.8" , "1521": "1.9" , "1522": "1.5", "1523": "1.7" } [ jw['NR'] ]
jw['U2'] = { "1510" : "0.47", "1512" : "0.3", "1517": "0.49", "1518": "0.45",
"1519": "0.45", "1521": "0.49", "1522": "0.44", "1523": "0.45" } [ jw['NR'] ]
jw['U3'] = "0.06" # Insolvenzumlage
if jahr == "2019":
jw['RLIMIT'] = "6700"
jw['KLIMIT'] = "4537.50"
jw['RV'] = ["9.3","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.25" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = ["7.3","13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1517": "0.35",
"1518": "0.55", "1522": "0.45", "1523": "0.6", "1524": "0.5" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZA'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1517": "0.35",
"1518": "0.55", "1522": "0.45", "1523": "0.6", "1524": "0.5" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZV'] = "1.0" # der DURCHSCHNITTLICHE Wert der Krankenkassen-Arbeitnehmerzuschlaege
jw['PV'] = "1.525"
jw['PZ'] = "0.25"
jw['U1'] = { "1510" : "2.4", "1512" : "0.9", "1514": "1.1", "1517": "1.9",
"1518": "2.2", "1522": "1.4", "1523": "1.7", "1524" : "2.4" } [ jw['NR'] ]
jw['U2'] = { "1510" : "0.47", "1512" : "0.24", "1514": "0.46", "1517": "0.47",
"1518": "0.43", "1522": "0.41", "1523": "0.39", "1524": "0.60" } [ jw['NR'] ]
jw['U3'] = "0.06"
# Gleitzonenrechner: krankenkassen-direkt.de/kassen/beitraege/midijobrechner.de
# www.aok.de/fk/tools/rechner/minijob-und-uebergangsbereichsrechner-2019
# tk-lex.tk.de/web/guest/rechner
# Zusatzbeitrag: krankenkassen.de/gesetzliche-krankenkassen/krankenkasse-beitrag/kein-zusatzbeitrag
if jahr == "2020":
jw['RLIMIT'] = "6900"
jw['KLIMIT'] = "4687.50"
jw['RV'] = ["9.3","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.2" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = ["7.3","13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1517": "0.35",
"1518": "0.55", "1522": "0.45", "1523": "0.6", "1524": "0.5" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZA'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1517": "0.35",
"1518": "0.55", "1522": "0.45", "1523": "0.6", "1524": "0.5" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZV'] = "1.1" # der DURCHSCHNITTLICHE Wert der Krankenkassen-Arbeitnehmerzuschlaege
jw['PV'] = "1.525"
jw['PZ'] = "0.25"
jw['U1'] = { "1510" : "2.4", "1512" : "0.9", "1514": "1.1", "1517": "2.0",
"1518": "2.2", "1522": "1.4", "1523": "1.7", "1524": "2.3" } [ jw['NR'] ]
jw['U2'] = { "1510" : "0.47", "1512" : "0.19", "1514": "0.46", "1517": "0.47",
"1518": "0.43", "1522": "0.41", "1523": "0.39", "1524": "0.7" } [ jw['NR'] ]
jw['U3'] = "0.06"
if jahr == "2021": # DAK Arbeitgeberservice 0231/8642569450
for zeitraum in ("123456789","ABC"):
if monat in zeitraum:
break
jw['RLIMIT'] = "7100"
jw['KLIMIT'] = "4837.50"
jw['RV'] = ["9.3","15"] [ int( jw['NR'] == "1512" ) ]
jw['AV'] = ["1.2" ,"3.6"] [ int( jw['NR'] == "1512" ) ]
jw['KV'] = ["7.3","13"] [ int( jw['NR'] == "1512" ) ]
jw['KG'] = ["0.3","0.0"] [ int( jw['NR'] == "1512" ) ]
jw['ZU'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1515": "0.645", "1517": "0.60",
"1518": "0.75", "1522": "0.45", "1523": "0.6" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZA'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1515": "0.645", "1517": "0.60",
"1518": "0.75", "1522": "0.45", "1523": "0.6" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZV'] = "1.3" # der DURCHSCHNITTLICHE Wert der Krankenkassen-Arbeitnehmerzuschlaege
jw['PV'] = "1.525"
jw['PZ'] = "0.25"
jw['U1'] = { "1510" : "2.4", "1512" : "0.9", "1514": "1.1", "1515": "2.2", "1517": { "123456789": "2.2", "ABC": "1.6" }[zeitraum],
"1518": "2.2", "1522": "1.4", "1523": "1.7" } [ jw['NR'] ]
jw['U2'] = { "1510" : "0.65", "1512" : "0.24", "1514": "0.46", "1515": "0.49", "1517": { "123456789": "0.55", "ABC": "0.65" }[zeitraum],
"1518": "0.53", "1522": "0.41", "1523": "0.39" } [ jw['NR'] ]
jw['U3'] = "0.12"
if jahr == "2022":
jw['RLIMIT'] = ["7050", "7050", "99999999" ][ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ] # ist tatsaechlich abgesenkt!
jw['KLIMIT'] = ["4837.50","4837.50","99999999" ][ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['RV'] = ["9.3" ,"15" ,"18.5" ] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['AV'] = ["1.2" ,"3.6","10.2" ] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['KV'] = ["7.3","13","1.7"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['KG'] = ["0.3","0.0","0.0"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['ZU'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1515": "0.645", "1517": "0.60",
"1518": "0.75", "1522": "0.45", "1523": "0.6" , "1579": "0.0" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZA'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1515": "0.645", "1517": "0.60",
"1518": "0.75", "1522": "0.45", "1523": "0.6" , "1579": "0.0" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZV'] = "1.3" # der DURCHSCHNITTLICHE Wert der Krankenkassen-Arbeitnehmerzuschlaege
jw['PV'] = [ "1.525","1.525","0.6" ] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['PZ'] = ["0.35","0.35","0.00"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['U1'] = { "1510" : "2.2", "1512" : "0.9", "1514": "1.1", "1515": "1.7", "1517": "1.6",
"1518": "2.0", "1522": "1.4", "1523": "1.7" , "1579": "0.0" } [ jw['NR'] ]
jw['U2'] = { "1510" : "0.65", "1512" : "0.24", "1514": "0.46", "1515": "0.56", "1517": "0.65",
"1518": "0.59", "1522": "0.41", "1523": "0.39" , "1579": "0.0" } [ jw['NR'] ]
jw['U3'] = [ "0.09" ,"0.09","0.00"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
if jahr == "2023":
jw['RLIMIT'] = ["7050", "7050", "99999999" ][ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ] # ist tatsaechlich abgesenkt!
jw['KLIMIT'] = ["4837.50","4837.50","99999999" ][ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['RV'] = ["9.3" ,"15" ,"18.5" ] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['AV'] = ["1.2" ,"3.6","10.2" ] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['KV'] = ["7.3","13","1.7"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['KG'] = ["0.3","0.0","0.0"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['ZU'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1515": "0.645", "1517": "0.60",
"1518": "0.75", "1522": "0.45", "1523": "0.6" , "1579": "0.0" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZA'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1515": "0.645", "1517": "0.60",
"1518": "0.75", "1522": "0.45", "1523": "0.6" , "1579": "0.0" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZV'] = "1.3" # der DURCHSCHNITTLICHE Wert der Krankenkassen-Arbeitnehmerzuschlaege
jw['PV'] = [ "1.525","1.525","0.6" ] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['PZ'] = ["0.35","0.35","0.00"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['U1'] = { "1510" : "2.2", "1512" : "0.9", "1514": "1.1", "1515": "1.7", "1517": "1.6",
"1518": "2.0", "1522": "1.4", "1523": "1.7" , "1579": "0.0" } [ jw['NR'] ]
jw['U2'] = { "1510" : "0.65", "1512" : "0.24", "1514": "0.46", "1515": "0.56", "1517": "0.65",
"1518": "0.59", "1522": "0.41", "1523": "0.39" , "1579": "0.0" } [ jw['NR'] ]
jw['U3'] = [ "0.09" ,"0.09","0.00"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
if jahr == "2024":
jw['RLIMIT'] = ["7050", "7050", "99999999" ][ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ] # ist tatsaechlich abgesenkt!
jw['KLIMIT'] = ["4837.50","4837.50","99999999" ][ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['RV'] = ["9.3" ,"15" ,"18.5" ] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['AV'] = ["1.2" ,"3.6","10.2" ] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['KV'] = ["7.3","13","1.7"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['KG'] = ["0.3","0.0","0.0"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['ZU'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1515": "0.645", "1517": "0.60",
"1518": "0.75", "1522": "0.45", "1523": "0.6" , "1579": "0.0" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZA'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1515": "0.645", "1517": "0.60",
"1518": "0.75", "1522": "0.45", "1523": "0.6" , "1579": "0.0" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZV'] = "1.3" # der DURCHSCHNITTLICHE Wert der Krankenkassen-Arbeitnehmerzuschlaege
jw['PV'] = [ "1.525","1.525","0.6" ] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['PZ'] = ["0.35","0.35","0.00"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['U1'] = { "1510" : "2.2", "1512" : "0.9", "1514": "1.1", "1515": "1.7", "1517": "1.6",
"1518": "2.0", "1522": "1.4", "1523": "1.7" , "1579": "0.0" } [ jw['NR'] ]
jw['U2'] = { "1510" : "0.65", "1512" : "0.24", "1514": "0.46", "1515": "0.56", "1517": "0.65",
"1518": "0.59", "1522": "0.41", "1523": "0.39" , "1579": "0.0" } [ jw['NR'] ]
jw['U3'] = [ "0.09" ,"0.09","0.00"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
if jahr == "2025":
jw['RLIMIT'] = ["7050", "7050", "99999999" ][ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ] # ist tatsaechlich abgesenkt!
jw['KLIMIT'] = ["4837.50","4837.50","99999999" ][ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['RV'] = ["9.3" ,"15" ,"18.5" ] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['AV'] = ["1.2" ,"3.6","10.2" ] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['KV'] = ["7.3","13","1.7"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['KG'] = ["0.3","0.0","0.0"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['ZU'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1515": "0.645", "1517": "0.60",
"1518": "0.75", "1522": "0.45", "1523": "0.6" , "1579": "0.0" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZA'] = { "1510": "0.75", "1512" : "0.0", "1514" : "0.55", "1515": "0.645", "1517": "0.60",
"1518": "0.75", "1522": "0.45", "1523": "0.6" , "1579": "0.0" } [ jw['NR'] ] # 1523: ab Mai 0.5
jw['ZV'] = "1.3" # der DURCHSCHNITTLICHE Wert der Krankenkassen-Arbeitnehmerzuschlaege
jw['PV'] = [ "1.525","1.525","0.6" ] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['PZ'] = ["0.35","0.35","0.00"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['U1'] = { "1510" : "2.2", "1512" : "0.9", "1514": "1.1", "1515": "1.7", "1517": "1.6",
"1518": "2.0", "1522": "1.4", "1523": "1.7" , "1579": "0.0" } [ jw['NR'] ]
jw['U2'] = { "1510" : "0.65", "1512" : "0.24", "1514": "0.46", "1515": "0.56", "1517": "0.65",
"1518": "0.59", "1522": "0.41", "1523": "0.39" , "1579": "0.0" } [ jw['NR'] ]
jw['U3'] = [ "0.09" ,"0.09","0.00"] [ int( jw['NR'] == "1512" ) + 2*int( jw['NR'] == "1579") ]
jw['ST'] = "2.0"
jw['PS'] = "25.0"
#*************************************************************************
def parse_tabletext (self,table_text):
columns = [-100,-99,99999991,99999992,99999993]
fehlerzeile = None
for zeile0 in table_text.split("\n"):
zeile = zeile0
if zeile and zeile[0] == "#":
continue
offset = 0
while (0 == 0):
m = re.search(r"^( *)(\S+)(.*)$",zeile)
if not m:
break
a = offset + len(m.group(1))
offset = offset + len(m.group(1)) + len(m.group(2))
b = offset - 1
zeile = m.group(3)
zaehler = 0
while (0 == 0):
zaehler = zaehler + 2
# print(111,a,b,columns[zaehler-1],columns[zaehler+0],columns[zaehler+1],columns[zaehler+2])
if a <= columns[zaehler+1]:
if not columns[zaehler-1] < a:
fehlerzeile = zeile0
elif b < columns[zaehler]:
# print (222,a,b)
columns.insert(zaehler,a)
columns.insert(zaehler+1,b)
elif b < columns[zaehler+2]:
# print (333,a,b)
columns[zaehler] = min(a,columns[zaehler])
columns[zaehler+1] = max(b,columns[zaehler+1])
else:
fehlerzeile = zeile0
break
if fehlerzeile:
print(fehlerzeile)
return(fehlerzeile)
columns = columns[3:-3][::2]
columns[-1] = columns[-1] + 1
tablerows = []
tablecols = []
addspaces = " " * columns[-1]
for zeile0 in table_text.split("\n"):
zeile = (zeile0 + addspaces)[0:len(addspaces)]
tablerow = []
zaehler = 0
offset = 0
a = 0
for b in columns:
tablerow.append(zeile[a:b+1])
a = b+1
tablerows.append(tablerow)
tablecols = []
for col in tablerows[0]:
tablecols.append([])
zaehler = 0
for tablecol in tablecols:
for tablerow in tablerows:
tablecol.append(tablerow[zaehler])
zaehler = zaehler + 1
return(tablerows,tablecols)
#*************************************************************************
#*************************************************************************
def xxsozvers (self,ktodata):
self.sort_sozvers = 'LO,SO,LS,SZ,KR,KE,KA,KI,PL,KV,RV,AV,PV,U1,U2,U3,ZA'.split(',')
ee = []
text = []
for zeile in ktodata['CONTENT'].split('\n'):
m = re.search('^(\\d\\d\\d\\d)(\\d\\d)(\\d\\d) +\\-?(\\d+\\.\\d\\d) +(\\S.*?)([a-z]+)(\\-?\\S*) +\\S+ +(\\-?\\d+\\.\\d\\d) +(.*)', zeile)
if not m:
text.append(zeile)
continue
jahr = m.group(1)
monat = int(m.group(2)) - 1
datum = m.group(1) + m.group(2) + m.group(3)
betrag = float(m.group(4))
anr = m.group(5)
person = m.group(6)
art = re.sub('^-', '', m.group(7))
remark = m.group(9)
ee.append([jahr, monat, datum, betrag, anr, person, art, remark, zeile])
ee.sort(key=lambda x: x[5] + x[0] + '%02u' % x[1] + x[2] + x[5] + '%1u' % (1 + int('LOHN' in x or 'SOND' in x)))
ee.append(['', 0, '', '', '', '', '', '', ''])
person0 = ''
jahr0 = ''
monat0 = -9
buchungen = []
lsk = {}
for entry in ee:
jahr, monat, datum, betrag, anr, person, art, remark, zeile = tuple(entry)
if not (person0 == person and monat0 == monat):
if not person0 == '':
if not has_values:
buchungen.extend(self.sozvers_make_buchungen(person0, jahr0, monat0, datum0, remark0, betrag0, betragk, betragr, lsk))
person0 = person
monat0 = monat
datum0 = datum
betrag0 = 0.0
betragk = 0.0
betragr = 0.0
remark0 = ''
has_values = False
if not jahr0 == jahr:
jahr0 = jahr
lsk = [0.0, 0.0, 0.0, 0.0]
if art == 'ZAHL':
text.append(zeile)
elif art in ('LOHN', 'LOHN-Q', 'LOHN-R', 'LOHN-Z', 'LOHNG', 'LOHNH', 'SOND',
'SOND-Q', 'SOND-R', 'SOND-Z'):
text.append(zeile)
remark0 = remark0 + '| ' + remark
datum0 = datum
m = re.search('^(.*)\\-([KRZ])', art)
if not m:
betrag0 = betrag0 + betrag
betragk = betragk + betrag
betragr = betragr + betrag
else:
if m.group(2) == 'Q':
betrag0 = betrag0 + betrag
betragk = betragk + betrag
betragr = betragr + betrag
if m.group(2) == 'R':
betrag0 = betrag0 + betrag
betragr = betragr + betrag
if m.group(2) == 'Z':
betrag0 = betrag0 + betrag
elif jahr not in ('2018', '2017', '2016'):
text.append(zeile)
has_values = True
continue
for buchung in buchungen:
o = ' '.join(buchung)
if 'KV-Z' in o:
o = re.sub('KV-AN-', 'KV-ZU-', o)
if 'PV-Y' in o:
o = re.sub('PV-AN-', 'PV-KI-', o)
text.append(o)
ktodata['CONTENT'] = '\n'.join(text) + '\n'
ktodata['CONTENT'] = re.sub('AR-Anteil', 'Arbeitgeber-Anteil', ktodata['CONTENT'], 99999999)
ktodata['CONTENT'] = re.sub('AN-Anteil', 'Arbeitnehmer-Anteil', ktodata['CONTENT'], 99999999)
ktodata['CONTENT'] = re.sub('korrigierte Soli', 'korrigierter Soli', ktodata['CONTENT'], 99999999)
#*******************************************************************
def xxsozvers_make_buchungen(self, person0, jahr0, monat0, datum0, remark0, betrag0, betragk, betragr, lsk):
buchungen = []
kinderlos = 0
rvbefreit = 0
red_betr = None
sozvers_faktoren = []
m = re.search('Gleitzone(\\d*)', remark0)
if m:
d = jahr0[0:-len(m.group(1))] + m.group(1)
if int(d) < 2013:
gl0 = self.gleitzone['12A']
gl1 = self.gleitzone['12B']
else:
gl0 = self.gleitzone['15A']
gl1 = self.gleitzone['15B']
if gl0 < betrag < gl1:
red_betrag = self.gleitzone[int(jahr0)] * 450 + (gl1 / (gl1 - gl0) - gl0 / (gl1 - gl0) * self.gleitzone[int(jahr0)]) * (betrag - 450)
ag_anteil = {'RV': 0.0, 'AV': 0.0, 'KV': 0.0, 'PV': 0.0}
gesamt = {'RV': 0.0, 'AV': 0.0, 'KV': 0.0, 'PV': 0.0}
kv_zuschlag_fuer_lst_berechnung = 0.0
m = re.search('([A-Za-z]+) *, +SV-AN\\: +([\\d\\.]+)\\/([\\d\\.]+)\\/([\\d\\.]+)\\/([\\d\\.]+)', remark0)
if m:
# kknr, kk = self.fibu.rules.kknr(' ' + remark0 + ' ')
kknr, kk = self.kknr(' ' + remark0 + ' ')
sozvers_faktoren = [[m.group(2), 'RV', ''], [m.group(3), 'AV', ''], [m.group(4), 'KV', '-S'], [m.group(5), 'PV', '-S']]
m = re.search('Zuschl\\: +([\\d\\.]+)\\/([\\d\\.]+)', remark0)
if m:
sozvers_faktoren = sozvers_faktoren + [[m.group(1), 'KV', '-Z'], [m.group(2), 'PV', '-Y']]
kv_zuschlag_fuer_lst_berechnung = float(m.group(1)) + float(m.group(2))
sozvers_faktoren.append(None)
m = re.search(' SV-AR\\: +([\\d\\.]+)\\/([\\d\\.]+)\\/([\\d\\.]+)\\/([\\d\\.]+)', remark0)
if m:
sozvers_faktoren = sozvers_faktoren + [[m.group(1), 'RV', ''], [m.group(2), 'AV', ''], [m.group(3), 'KV', ''], [m.group(4), 'PV', '']]
m = re.search(' Uml\\: +([\\d\\.]+)\\/([\\d\\.]+)\\/([\\d\\.]+)', remark0)
if m:
sozvers_faktoren = sozvers_faktoren + [[m.group(1), 'U1', ''], [m.group(2), 'U2', ''], [m.group(3), 'U3', '']]
ANR = 'AR'
sozvers_faktoren.reverse()
m = re.search('Pausch[sS]t +(\\d+).*kurzfri', remark0)
if m:
buchungen.append([datum0, '%3.2f' % (float(m.group(1)) * 0.01 * betrag0),
'11-1500-AR-' + person0, '11-1503-PL-' + person0, '0.00', 'Pauschalsteuer'])
else:
m = re.search('Pausch[sS]t +(\\d+)', remark0)
if m:
buchungen.append([datum0, '%3.2f' % (float(m.group(1)) * 0.01 * betrag0),
'11-1500-AR-' + person0 + '-ST', '11-' + kknr + '-ST-AR-' + person0, '0.00', 'Pauschalsteuer Minijob'])
for o in sozvers_faktoren:
if o == None:
ANR = 'AN'
elif float(o[0]) > 0.0001:
if o[1] in ('RV', 'AV', 'U1', 'U2'):
beitrag = float(o[0]) * 0.01 * betragr
elif o[1] in ('KV', 'PV'):
beitrag = float(o[0]) * 0.01 * betragk
else:
beitrag = float(o[0]) * 0.01 * betrag0
if red_betr:
if o[1] in ('RV', 'AV', 'KV', 'PV'):
gesamt[o[1]] = gesamt[o[1]] + float(o[0]) * 0.01 * red_betr
if ANR == 'AR':
ar_anteil[o[1]] = beitrag
if ANR == 'AN' and o[2] in ('', '-S'):
beitrag = gesamt[o[1]] - ag_anteil[o[1]]
if abs(beitrag) > 0.001:
buchungen.append([datum0, '%3.2f' % beitrag, '11-1500-' + ANR + '-' + person0 + '-' + o[1] + o[2],
'11-' + kknr + '-' + o[1] + '-' + ANR + '-' + person0, '0.00', ANR + '-Anteil ' + o[1] + ', ' + kk])
if o[1] == 'RV':
rvbefreit = rvbefreit + 1
if o[1] + o[2] == 'PV-Y':
kinderlos = 1
lsk[0] = lsk[0] + betrag0
m = re.search('StKl.*?(\\d)\\/([\\d\\.]+)\\/([\\d\\.]+)([reia]?).*([\\d\\.]+) +Kind', remark0)
if m:
if not datum0[7] == '7':
betrag1 = betrag0
intmode = 2
else:
betrag1 = lsk[0]
intmode = 1
stkl = m.group(1)
soli = m.group(2)
kirchensteuersatz = float(m.group(3)) * 0.01
religion = m.group(4)
kinder = m.group(5)
# exec('import pap.lst' + jahr0)
stobj = eval('lohnsteuer.lst' + jahr0 + '.Lst' + jahr0 + '()')
stobj.setKrv(0)
stobj.setKvz(kv_zuschlag_fuer_lst_berechnung)
stobj.setLzz(int(intmode))
if kirchensteuersatz > 0:
stobj.setR(1)
else:
stobj.setR(0)
stobj.setRe4(int(betrag1 * 100))
stobj.setStkl(int(stkl))
stobj.setZkf(float(kinder))
stobj.MAIN()
ls = 0.01 * float(stobj.getLstlzz())
sz = 0.01 * float(stobj.getSolzlzz())
ks = 0.01 * (float(stobj.getBk()) + float(stobj.getBks()) + float(stobj.getBkv())) * kirchensteuersatz
korrektur = ''
if intmode == 1:
ls = ls - lsk[1]
sz = sz - lsk[2]
ks = ks - lsk[3]
korrektur = 'Jahreskorrigierte '
else:
lsk[1] = lsk[1] + ls
lsk[2] = lsk[2] + sz
lsk[3] = lsk[3] + ks
buchungen.append([datum0, '%3.2f' % ls, '11-1500-AN-' + person0 + '-LS', '11-1503-LS-' + person0,
'0.00', korrektur + ' Lohnsteuer'])
buchungen.append([datum0, '%3.2f' % sz, '11-1500-AN-' + person0 + '-SZ', '11-1503-SZ-' + person0,
'0.00', korrektur + 'Solidaritaetszuschlag'])
o = '-K' + religion.upper()
if not o == '-K':
buchungen.append([datum0, '%3.2f' % ks, '11-1500-AN-' + person0 + o, '11-1503' + o + '-' + person0,
'0.00', korrektur + 'Lohnsteuer'])
return (buchungen)
#*************************************************************************
def xxsozvers_sortidx(self, pattern):
if pattern[2:4] in self.sort_sozvers:
return pattern[0:2] + '%02u' % self.sort_sozvers.index(pattern[2:4])
else:
return pattern[0:2] + '99'
#*************************************************************************
def xxread_lstb (self,jahr):
text = ""
for file in self.ktolstb:
m = re.search(r"(\d\d\d\d)",file)
if m:
if jahr == m.group(1):
text = open(file).read()
break
if text == "":
return(None)
erg = {}
for abgabe in self.abgabenarten + ['LOHN']:
erg[abgabe] = 0.00
m = re.search(abgabe+".*?(\d+)[,\.](\d\d)",text)
if m:
erg[abgabe] = float(m.group(1)+"."+m.group(2))
return(erg)
#*************************************************************************
if __name__ == "__main__":
ktofile = ( glob.glob( "*.kto" ) + glob.glob( "*.kto.html" ) )[0]
ktoslip = glob.glob( "gehaltsbescheinigung*.md" )
ktolstb = glob.glob( "LStB*.md" )
# print(ktofile,ktoslip,ktolstb)
lohn = Lohn("13-D5a-6010","13-D5b-6110","10-B12-1457-1501-kug")
erg = lohn.parse_lohndaten(open(ktofile).read(),ktoslip,ktolstb)
open(ktofile,"w").write(erg) # +"\n"+str(random.randint(1,10000)))
open("vormonate","w").write(lohn.diff)
if lohn.diff == "":
os.remove("vormonate")
if len(sys.argv) > 1:
for jm in sys.argv[1].split(","):
if (len(jm) < 6):
jm = "20" + jm
if jm in lohn.lstfile and lohn.lstfile[jm]:
open(lohn.lstfile[jm],"w").write(lohn.lsttext[jm])