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from pathlib import Path
def find_files(path, patterns):
    return [p for p in path.rglob('*')
        if any(p.match(pattern) for pattern in patterns)
    ]

path = Path("/home/abc/abcd")
files = find_files(path, ["12121*.txt", "12122*.txt", "12123*.txt", "12124*.txt", "12125*.txt", "12126*.txt", "12127*txt", "112128*.txt", "12129*.txt", "12130*.txt", "14561*.txt", "15678*.txt"])
print(files)

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def find_files(path, patterns):
    return [p for p in path.rglob('**/*')
        if any(p.match(pattern) for pattern in patterns)
    ]
    
def test_daten():
    #print (find_files)
    test_f = []
    fx = []
    test_file = find_files(path, test_files)
    anzahl_test = len(test_file)
    #print (anzahl_test)
    for f in test_file:
        test_f.append(str(f))
        for fx in test_f:
            fx = fx.split('/')[-1]
        print (fx,'#')

    with open("/home/a/abc/testfiles/test_texttest.txt", "w") as f_output:
        f_output.write(aktuell + '\n''\n''\n')
        f_output.write("wieviel .txt: " + str(anzahl_hellmich) + '\n\n')
        f_output.write("namen der txt's: \n" + str(fx) + '\n')

  
hellmich_daten()

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def write_mailtext_to_file(filename, path, patterns, aktuell):
    filenames = []
    for path in find_files(path, patterns):
        filenames.append(path.name)
    with open(filename, "w", encoding="utf8") as output:
        output.write(f"{aktuell}\n\n\n")
        output.write(f"wieviel .txt: {len(filenames)}\n\n")
        output.write(f"namen der txt's: \n{'\n'.join(filenames)}\n")

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bestimmtefilesA = ["11114*.txt", "11116*.txt", "11113*.txt","11119*.txt"]
bestimmtefilesB = ["11112*.txt", "11117*.txt", "11118*.txt","11115*.txt","12345.txt"]
...C
...D
#usw.

def find_files(path, patterns):
    return [p for p in path.rglob('**/*')
        if any(p.match(pattern) for pattern in patterns)
    ]
 
def filesA():
    #print (find_files)
    files = []
    fileA = find_files(path, bestimmtefilesA)
    #files.append(str(fileA))
    #files.append(fileA)
    
    with open("/home/a/abc/mailfiles/filesA.txt", "w", encoding= "utf8") as output:
        output.write(f"{aktuell}\n\n\n")
        output.write(f"Anzahl TXT's: {len(fileA)}\n\n")
        output.write(f"\n" .join(str(item) for item in fileA))
    #return filesA
filesA()

def filesB():
    #print (find_files)
    files = []
    fileB = find_files(path, bestimmtefilesB)
    #files.append(str(fileB))
    
    with open("/home/a/abc/mailfiles/filesB.txt", "w", encoding= "utf8") as output:
        output.write(f"{aktuell}\n\n\n")
        output.write(f"Anzahl TXT's: {len(fileB)}\n\n")
        output.write(f"\n" .join(str(item) for item in fileB))
    #return filesB
filesB()

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names = '\n'.join(filenames)
output.write(f"namen der txt's: \n{names}\n")

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Path("/home/a/abc/abcd/abcdf/11114.txt").name

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#!/usr/bin/python3

from pathlib import Path
#import os
from datetime import datetime, timedelta
#import time
import smtplib
from email.mime.text import MIMEText


now = datetime.now()
#now = two_hours_from_now = datetime.now() + timedelta(hours=2)
aktuell = (now.strftime("%Y-%m-%d_%H:%M:%S"))
datum = (now.strftime("%Y-%m-%d"))

#Pfad wo 
path = Path("/home/a/ab/abc")

# für funktion von Sirius3
filename = "/home/a/ab/abc/abcd/file.txt"

user1_files = ["11111*.txt", "11112*.txt", "11114*.txt", "11117*.txt"]
user2_files = ["11113*.txt"]
user3_files = ["11116*.txt", "11118*.txt", "22222*.txt", "22221*.txt"]
usw

user1_files_email =  'user1@mail, user4@mail, user5@mail, user6@mail'
user2_files_email =  'user2@mail, user3@mail, user7@mail, user8@mail'
user3_files_email =  'user10@mail, user11@mail, user12@mail, user13@mail'
usw

#versuch liste in liste mehrere dateien für mehrere user
dateien_file = [[user1_files], [user2_files],[user3_files]]

#alle dateien aus unterordner in eine txt schreiben
def allfiles():
    alledateien = [] 
    files = [p for p in path.rglob('**/*.txt')]
    for dateien in files:
        alledateien.append(dateien.name)
    with open("/home/a/ab/abc/abcd/"+datum+"_allfiles.txt", "w", encoding="utf8") as output:
        output.write(f"{aktuell}\n\n\n")
        output.write(f"wieviel .txt: {len(alledateien)}\n\n")
        names = '\n'.join(alledateien)
        output.write(f"namen der txt's: \n{names}\n")

#nach bestimmten datein suchen bsp von Sirius3, da allfiles() funktioniert brauche ich das hier überhaupt, oder brauche ich allfiles() überhaupt?
def find_files(path, patterns):
    return [p for p in path.rglob('**/*')
        if any(p.match(pattern) for pattern in patterns)
    ]

# gleich wie oben aber noch offene fragen bsp von Sirius3, und brauche ich das überhaupt, für einen user file.txt für email erstellen
def write_mailtext_to_file(filename, path, patterns, aktuell):
    filenames = []
    for path in find_files(path, patterns):
        filenames.append(path.name)
    with open(filename, "w", encoding="utf8") as output:
        output.write(f"{aktuell}\n\n\n")
        output.write(f"wieviel .txt: {len(filenames)}\n\n")
        names = '\n'.join(filenames)
        output.write(f"namen der txt's: \n{names}\n")

#für einen user file.txt für email erstellen, brauche ich das überhaupt
def user1_daten():
    user1_f = []
    #user1_file = find_files(path, user1_files)
    for user1_file in find_files(path, user1_files):
        user1_f.append(user1_file.name)
    #print (user1_f)
    with open("/home/a/ab/abc/abcd/user1.txt", "w", encoding= "utf8") as output:
        output.write(f"{aktuell}\n\n\n")
        output.write(f"Anzahl PDF's: {len(user1_f)}\n\n")
        names = '\n'.join(user1_f)
        output.write(f"Abgeholte PDF's: \n\n{names}\n")

#
###### nach dateien suchen für mehrere user
#hier sollte eine Funktion sein mit der 
#ich in <dateien_file> nach files suche 
#und dann txt erstellen
# user1.txt
#user2.txt
#user3.txt

#send email für einen user mit dem ensprechneden text aus der file.txt für diesen user
def email_user1():
  with open('/home/a/ab/abc/abcd/user1.txt') as fp:
        # Create a text/plain message
        msg = MIMEText(fp.read())
        
    me = 'ich@mail'
    you = 'user1@mail, user4@mail, user5@mail, user6@mail'
    msg['Subject'] = 'Anzahl  txt für user1: "11111, "11112", "11114", "11117.'
    msg['From'] = me
    msg['To'] = you
    
    # Send the message via our own SMTP server.
    s = smtplib.SMTP('localhost')
    s.send_message(msg)
    s.quit()
#email_user1()


#hier sollte eine funktion stehen
# mit der ich die ganzen mails versenden kann
# bin mir nicht sicher ob das überhaupt geht

def main():
    print ("hallo")
    allfiles()
    user1_daten()
    #write_mailtext_to_file()
    email_user1()
    


if __name__ == '__main__':
    main()

Code: Alles auswählen

#!/usr/bin/python3

from pathlib import Path

from datetime import datetime, timedelta
import smtplib
from email.mime.text import MIMEText


now = datetime.now()
aktuell = (now.strftime("%Y-%m-%d_%H:%M:%S"))
datum = (now.strftime("%Y-%m-%d"))

#Pfad wo 
path = Path("/home/a/abc/abcd")

##### files zu user
user1_files = ["111*.txt"]
user2_files = ["112*.txt","114*.txt", "116*.txt", "117*.txt", "118*.txt", "119*.txt"]
user3_files = ["113*.txt", "115*.txt", "120*.txt", "121*.txt"]
#usw

allefilesuser = user1_files + user2_files + user3_files

def allfiles():
    alledateien = [] 
    files = [p for p in path.rglob('**/*.txt')]
    for dateien in files:
        alledateien.append(dateien.name)
    with open("/home/a/abc/abcd/abcde/"+datum+"_allefiles.txt", "w", encoding="utf8") as output:
        output.write(f"{aktuell}\n\n\n")
        output.write(f"wieviel .txt: {len(alledateien)}\n\n")
        names = '\n'.join(alledateien)
        output.write(f"namen der txt's: \n{names}\n")

def find_files(path, patterns):
    return [p for p in path.rglob('**/*')
        if any(p.match(pattern) for pattern in patterns)
    ]

def textfiles_mails():
    user1_f = []
    user2_f = []
    user3_f = []
    #usw
    
    for user1_file in find_files(path, user1_files):
        user1_f.append(user1_file.name)
    for user2_file in find_files(path, user2_files):
        user2_f.append(user2_file.name)
    for user3_file in find_files(path, user3_files):
        user3_f.append(user3_file.name)
    #usw
    
    with open("/a/ab/abc/test/abcd/user1.txt", "w", encoding= "utf8") as output:
        output.write(f"{aktuell}\n\n\n")
        output.write(f"Anzahl PDF's: {len(user1_f)}\n\n")
        names = '\n'.join(user1_f)
        output.write(f"Abgeholte PDF's: \n\n{names}\n")
    with open("/a/ab/abc/test/abcd/user2.txt", "w", encoding= "utf8") as output:
        output.write(f"{aktuell}\n\n\n")
        output.write(f"Anzahl PDF's: {len(user2_f)}\n\n")
        names = '\n'.join(user2_f)
        output.write(f"Abgeholte PDF's: \n\n{names}\n")
    with open("/a/ab/abc/test/abcd/user3.txt", "w", encoding= "utf8") as output:
        output.write(f"{aktuell}\n\n\n")
        output.write(f"Anzahl PDF's: {len(user3_f)}\n\n")
        names = '\n'.join(user3_f)
        output.write(f"Abgeholte PDF's: \n\n{names}\n")
    #usw    
    
def sendmail():
    with open('/a/ab/abc/test/abcd/user1.txt') as fp:
        # Create a text/plain message
        msg = MIMEText(fp.read())
        
    me = 'me@mail'
    you = 'user1@mail, user4@mail, user20@mail, user21@mail'
    msg['Subject'] = 'Anzahl txt fuer : 111.'
    msg['From'] = me
    msg['To'] = you
    
    # Send the message via our own SMTP server.
    s = smtplib.SMTP('localhost')
    s.send_message(msg)
    s.quit()
    
    with open('/a/ab/abc/test/abcd/user2.txt') as fp:
        # Create a text/plain message
        msg = MIMEText(fp.read())
        
    me = 'me@mail'
    you = 'user2@mail, user5@mail, user6@mail, user7@mail, user20@mail, user21@mail'
    msg['Subject'] = 'Anzahl txt fur: 112,114, 116, 117, 118, 119.'
    msg['From'] = me
    msg['To'] = you
    
    # Send the message via our own SMTP server.
    s = smtplib.SMTP('localhost')
    s.send_message(msg)
    s.quit()
   
   #usw

def main():
    print ("hallo")
    allfiles()
    textfiles()
    sendmail()


if __name__ == '__main__':
    main()