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Linux ift1.ift-informatik.de 5.4.0-216-generic #236-Ubuntu SMP Fri Apr 11 19:53:21 UTC 2025 x86_64 |
| Current File : //home/ift/52_procpy/konto/base/tool.py |
import os,re,sys,glob,time,konto
from konto.base.konto import Konto
#**************************************************************************
class Tool ():
def __init__ (self,plan=""):
self.plan = plan + " "
if self.plan == " ":
self.plan = ""
#************************************************************************
def join (self):
zeile0 = ""
for file in sys.stdin:
file1 = file.strip()
text = open(file1).read()
text1 = ""
zeile0 = ""
for zeile in text.split("\n"):
zeile = zeile.strip()
if re.search(r"^\"\d\d\.\d\d\.\d\d\d\d\"",zeile):
text1 = text1 + zeile0 + "\n"
zeile0 = zeile
else:
zeile0 = zeile0 + zeile
open(file1+"~","w").write(text)
open(file1,"w").write(text1)
#************************************************************************
def add (self,zeitpunkt,months):
zeitpunkt = "%04u" % int(zeitpunkt)
monate = int(zeitpunkt[0:2]) * 12 + int(zeitpunkt[2:]) - 1
monate1 = monate + int(months)
zeitpunkt1 = ("%02u" % (monate1 / 12)) + ("%02u" % ((monate1 % 12) + 1))
return(zeitpunkt1)
#************************************************************************
def book(self,datum,betrag,ktoa,ktob,remark): # fuer automatisierte forecasts
ktofile = glob.glob("*.kto.html")[0]
ktotext = open(ktofile).read()
try:
ff = self.factor
except:
ff = 1
ust = ""
if re.search(r"^[\-\+]+",remark):
ust = remark[0:2]
remark = remark[2:]
ktotext = re.sub(r"\n *\n","\n\n20" + datum + " " + ("%3.2f" % (float(betrag)*ff)) + " " + ktoa + " " + ktob + " 0.00 " + ust + self.plan + remark + "\n",ktotext,1)
open(ktofile,"w").write(ktotext)
#************************************************************************
def rate (self): # Kreditraten berechnen
ktofile = glob.glob("*.kto.html")[0]
ktotext = open(ktofile).read()
ktotext1 = ""
gesamt = 0.00
for zeile in ktotext.split("\n"):
m = re.search('^(\d\d\d\d\d\d\d\d) +(\-?\d+\.\d\d) +(\S+?) +(\S+) +(\-?\d+\.\d\d) +(.*)', zeile)
if m:
datum = m.group(1)
betrag = float(m.group(2))
ktoa = m.group(3)
ktob = m.group(4)
remark = m.group(6)
m = re.search(r"Kreditrate +([0123456789\,\.]+) *vH",remark)
if m:
zinssatz = re.sub(r",",".",m.group(1))
betrag = gesamt * 0.01 * float(zinssatz)
zeile = datum + " " + ("%3.2f" % betrag) + " " + ktoa + " " + ktob + " 0.00 " + remark
gesamt = gesamt + betrag
ktotext1 = ktotext1 + zeile + "\n"
open(ktofile,"w").write(ktotext1)
#************************************************************************
def mirror (self): # spiegelt ein Konto in eine andere Buchhaltung
# print("DIR",os.path.abspath("."))
if len(glob.glob("./mirror.sh")) == 0: # man ist nicht direkt in einem Spiegelkonto,
akt_path0 = "" # wir gehen jetzt mal zu dem uebergeordneten 01_...er Konto
while (0 == 0):
akt_path = os.path.abspath(".")
print(akt_path)
if akt_path == akt_path0:
print("01_... directory not found.")
return(0)
akt_path0 = akt_path
new_path = glob.glob(akt_path+"/01_*")
new_path1 = []
for path_item in new_path:
if os.path.isdir(path_item):
new_path1.append(path_item)
if len(new_path1) == 1:
os.chdir(new_path1[0])
print(new_path1[0])
break
os.chdir("..")
mirror_dirs = ( glob.glob("*/mirror.sh") + glob.glob("*/*/mirror.sh") +
glob.glob("*/*/*/mirror.sh") + glob.glob("*/*/*/*/mirror.sh") +
glob.glob("*/*/*/*/*/mirror.sh") + glob.glob("*/*/*/*/*/*/mirror.sh") )
mirror_dirs.sort()
mirror_changes = {}
zaehler = 0
while 0 == 0:
zaehler = zaehler + 1
if len(mirror_dirs) > 0:
print("---------")
print("ROUND " + str(zaehler) )
print("---------")
if zaehler > 1:
time.sleep(2)
changes_done = 0
for mirror_dir in mirror_dirs:
# print(mirror_dir)
orig_dir = os.path.abspath(".")
os.chdir( re.sub(r"/mirror.sh","",mirror_dir) )
Konto().kto()
sign_before = open( (glob.glob("*.kto") + glob.glob("*.kto.html"))[0] ).read()
self.mirror()
sign_after = open( (glob.glob("*.kto") + glob.glob("*.kto.html"))[0] ).read()
if not sign_before == sign_after:
changes_done = 1
os.chdir(orig_dir)
if changes_done == 0:
break
if len(mirror_dirs) > 0:
return()
# print(os.path.abspath("."))
ktofile0 = glob.glob("*.kto") + glob.glob("*.kto.html")
if len(ktofile0) > 1:
print("More than one ktofile.")
print(ktofile0)
return(0)
if len(ktofile0) == 0:
print("No ktofile found.")
return(0)
ktofile0 = ktofile0[0]
ktodir1 = ""
if os.path.isfile("mirror.sh"):
ktodir1 = re.sub("\s","",open("mirror.sh").read())
ktodir1 = re.sub(r"^(.+)[ \=](.*)$","\\2",ktodir1)
if not os.path.isdir(ktodir1):
ktodir1 = ""
if ktodir1 == "": # jetzt die richtige Verzeichnisstruktur suchen
akt_path = os.path.abspath(".")
m = re.search(r"^(.*)[\\\/](\d*\_?)(.*)[\\\/](.*)$",akt_path)
targetdir = m.group(4) + "/" + m.group(3)
parent0 = ""
parent = "."
while 0 == 0:
if len(os.path.abspath(parent)) < 3:
break
if parent0 == parent:
break
if parent == "/home":
break
sublevel = "/"
while 0 == 0:
print(parent + sublevel + "*_" + targetdir)
ktodir1 = glob.glob(parent + sublevel + "*_" + targetdir) + glob.glob(parent + sublevel + targetdir)
if len(ktodir1) > 0:
break
sublevel = "/*" + sublevel
if len(sublevel) > 15:
break
print("--->",ktodir1)
if len(ktodir1) == 1:
open("mirror.sh","w").write("AN="+ktodir1[0]+"\n")
break
parent0 = parent
parent = "../" + parent
# print(ktofile0,ktodir1)
if len(ktodir1) == 0:
print("no mirror found")
return(1)
ktodir1 = ktodir1[0]
print("-->",ktodir1)
ktotext = [ open(ktofile0).read() ]
ktofile1 = glob.glob(ktodir1 + "/*.kto") + glob.glob(ktodir1 + "/*.kto.html")
# print("VV",ktofile1)
if len(ktofile1) > 1:
print("More than one ktofile in mirror dir " + ktodir1)
return(0)
if len(ktofile1) == 1:
ktofile1 = ktofile1[0]
ktotext.append( open(ktofile1).read() )
else:
ktofile1 = ktodir1 + "/extern.kto.html"
# print(ktofile1,"<--")
ktotext1 = ""
zeilen = {}
ukto = ""
ukto1 = ""
if len(ktotext) == 2: # wenn es ein Zielfile gibt, dieses untersuchen und das Konto heraussuchen
m = re.search(r"^(\<PRE\>|)(\S+) +\S\S\S\S\S\S\S\S\S\S\S\S ",ktotext[1].split("\n")[0])
if not m:
return(2)
ukto1 = m.group(2)
for zeile in ktotext[0].split("\n"): # erst das Quellfile aufbereiten
# print(ukto,zeile)
m = re.search('^(\d\d\d\d\d\d\d\d) +(\-?\d+\.\d\d) +'+ukto+'\-(\S+?) +(\S+) +(\-?\d+\.\d\d) +(.*)', zeile)
if not ukto == "" and m:
zeile1 = m.group(1) + " " + re.sub(r"--","","-"+m.group(2)) + " " + ukto1 + "-" + m.group(4) + " " + m.group(3)
zeile_key = zeile1
zeile1 = zeile1 + " " + re.sub(r"--","","-"+m.group(5)) + " " + m.group(6)
zeile_key = re.sub(r" ","",zeile_key+m.group(6),99999999)
# print(":::",zeile_key)
zeilen[ zeile_key ] = zeile1 # dessen Zeilen werden in einem Hash gespeichert, dessen Keys die Zeile
# ohne Leerzeichen und Saldofeld sind
elif ukto == "":
# print("::::",zeile)
m = re.search('^(\<PRE\>|)(\S+)\-(\S+) +\S\S\S\S\S\S\S\S\S\S\S\S',zeile)
if m:
ukto = m.group(2) + "-" + m.group(3)
else:
print("END")
return(4)
if len(ktotext) == 2: # Zielfile untersuchen und die passenden Zeilen so lassen
for zeile in ktotext[1].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 m:
zeile_key = re.sub(r" ","",m.group(1)+m.group(3),99999999)
# print("-->",zeile_key)
if zeile_key in zeilen: # Zeile gibt es schon im Zielfile
ktotext1 = ktotext1 + zeile + "\n" # Zeile genau an dieser Stelle auch lassen
zeilen[ zeile_key ] = "" # und aus dem Zeilen-Hash loeschen
else:
ktotext1 = ktotext1 + zeile + "\n"
for zeile in zeilen.values(): # die nicht wiedergefundenen Zeilen beim Zielfile unten anhaengen
# print("ZZZ",zeile)
if not zeile == "":
ktotext1 = ktotext1 + zeile + "\n"
open( ktofile1 ,"w").write(ktotext1)
#**************************************************************************
def analyse (self,*pars):
expenses = pars[0]
income = pars[1]
start = pars[2]
end = pars[3]
try:
interval = pars[4]
except:
interval = 1
gesamt = 0.00
konto = Konto([])
konto.startdatum = "20" + start
konto.enddatum = "20" + end
exp_konten = konto.format_salden(expenses)
inc_konten = konto.format_salden(income)
exp_salden = {}
exp_salden["SUM"] = []
inc_salden = {}
inc_salden["SUM"] = []
gesamt = [0.00]
for k in exp_konten:
exp_salden[k[0]] = []
for k in inc_konten:
inc_salden[k[0]] = []
int1 = start
intervals2 = []
while (0 == 0):
int2 = self.add(int1,interval-1)
print(int1,int2)
if int(int1) > int(end):
break
intervals2.append(int(int2))
konto.startdatum = "20"+int1
konto.enddatum = "20"+int2
erg = konto.format_salden(expenses)
for k in erg:
exp_salden[k[0]].append(-float(k[2]))
exp_salden["SUM"].append(0.00)
for k in exp_konten:
if len(exp_salden[k[0]]) < len(exp_salden["SUM"]):
exp_salden[k[0]].append(0.00)
exp_salden["SUM"][-1] = exp_salden["SUM"][-1] + float(exp_salden[k[0]][-1])
erg = konto.format_salden(income)
for k in erg:
inc_salden[k[0]].append(-float(k[2]))
inc_salden["SUM"].append(0.00)
for k in inc_konten:
if len(inc_salden[k[0]]) < len(inc_salden["SUM"]):
inc_salden[k[0]].append(0.00)
inc_salden["SUM"][-1] = inc_salden["SUM"][-1] + float(inc_salden[k[0]][-1])
gesamt.append( gesamt[-1] + exp_salden["SUM"][-1] + inc_salden["SUM"][-1] )
int1 = self.add(int2,1)
gesamt.pop(0)
# for k in exp_konten:
# print(k[0],exp_salden[k[0]])
# print(exp_salden["SUM"])
# for k in inc_konten:
# print(k[0],inc_salden[k[0]])
# print(inc_salden["SUM"])
# print(gesamt)
return(exp_salden,inc_salden,gesamt,intervals2)
#************************************************************************
def rechnung (self,*pars): # stimmt die Umsatzsteuer und die Gesamtsalden in einer Rechnung ab
rechnung_file = pars[0]
text = open(rechnung_file).read()
m = re.search(r" (\d+) ?\%",text)
if not m:
return(0)
ust = float(m.group(1))
print(ust)
text1 = text
text0 = ""
zahlen = []
zahlen1 = []
while (0 == 0):
m = re.search(r"^(.*?right\>|.*?\"\>)(\d\d?\d?\,\d\d|\d\d?\d? \d\d\d\,\d\d|\d\d?\d? \d\d\d \d\d\d\,\d\d|\d+)(\<| EUR\<| KM\<)(.*)$",text1,re.DOTALL)
if not m:
break
betrag = re.sub(r" ","",m.group(2))
betrag = re.sub(r",",".",betrag)
betrag = float(betrag)
text0 = text0 + m.group(1) + m.group(2)
text1 = m.group(3) + m.group(4)
zahlen.append(betrag)
mode = 1
if "Einzelpreis" in text:
mode = 2
print(zahlen)
gesamt = 0.00
if mode == 1:
while len(zahlen) > 0:
if len(zahlen)%3 == 0:
betrag = zahlen.pop(0)
if len(zahlen) == 2:
betrag = gesamt
gesamt = gesamt + betrag
zahlen1.append(betrag)
elif len(zahlen)%3 == 2:
zahlen.pop(0)
zahlen1.append( betrag * (ust/100) )
elif len(zahlen)%3 == 1:
zahlen.pop(0)
zahlen1.append( betrag * ((100+ust)/100) )
if mode == 2:
while len(zahlen) > 0:
if len(zahlen)%3 == 0:
netto = zahlen.pop(0)
print("NETTO",netto)
if len(zahlen) == 2:
zahlen1.append( gesamt )
else:
zahlen1.append( netto )
elif len(zahlen)%3 == 2:
mfach = zahlen.pop(0)
print("MFACH",mfach)
if len(zahlen) == 1:
zahlen1.append( gesamt * (ust/100) )
else:
zahlen1.append( mfach )
elif len(zahlen)%3 == 1:
zahlen.pop(0)
if len(zahlen) == 0:
zahlen1.append( gesamt * ((100+ust)/100) )
else:
netto = netto * mfach
gesamt = gesamt + netto
zahlen1.append( netto )
# print(zahlen1)
text1 = text
text0 = ""
while (0 == 0):
m = re.search(r"^(.*?right\>|.*?\"\>)(\d\d?\d?\,\d\d|\d\d?\d? \d\d\d\,\d\d|\d\d?\d? \d\d\d \d\d\d\,\d\d|\d+)(\<| EUR\<| KM\<)(.*)$",text1,re.DOTALL)
if not m:
break
betrag = "%3.2f" % zahlen1.pop(0)
betrag = re.sub("\.",",",betrag)
betrag1 = betrag[-6:]
betrag = betrag[:-6]
while not betrag == "":
betrag1 = betrag[-3:] + " " + betrag1
betrag = betrag[:-3]
if mode == 2 and len(zahlen1) > 1 and len(zahlen1)%3 == 1:
betrag1 = re.sub(r"0+$","",betrag1)
betrag1 = re.sub(r",$","",betrag1)
text0 = text0 + m.group(1) + betrag1
text1 = m.group(3) + m.group(4)
text0 = text0 + text1
open(rechnung_file+"~","w").write(text)
open(rechnung_file,"w").write(text0)
#**************************************************************************
if __name__ == "__main__":
tool = Tool()
# print(sys.argv)
Tool.__dict__[sys.argv[1]](tool,*sys.argv[2:])