104 lines
3.3 KiB
Python
104 lines
3.3 KiB
Python
#!/usr/bin/env python3
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from fdfgen import forge_fdf
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import sh
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from math import ceil
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import csv
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from operator import itemgetter
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from pathlib import Path
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######## Bitte hier Anpassen ##########################################
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maßnahmenzeitraum = "25.05. - 29.05.22"
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datum="25.05.22"
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kif_ev= "Verein der Freunde und Förderer der Bundesfachschaftentagung Elektrotechnik e.V."
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maßname="90. Bundesfachschaftentagung Elektrotechnik"
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csv_file_name="teilnehmer_innen.csv"
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leer_blaetter=1
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vorlage = "210705_Teilnehmendenliste_abgestimmt.pdf"
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datum_list = ["25.05.22","26.05.22","27.05.22","28.05.22","29.05.22",]
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######## Nothing to change below here ##########################################
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form_mapping = [("6","20","21"),("19","40","41"),("18","39","22"),
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("17","42","23"),("16","43","24"),("15","44","25"),("14","45","26"),
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("13","46","27"),("12","Text7","28"),("11","29","34"),("10","30","35"),
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("9","31","36"),("8","32","37"),("7","33","38")]
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def readcsv(csv_file_name):
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persons = []
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try:
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csvfile = open(csv_file_name,newline='')
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except FileNotFoundError:
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print("[X] File {} not found!".format(csv_file_name))
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exit(-1)
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else:
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with csvfile:
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reader = csv.DictReader(csvfile, delimiter=",")
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persons = [{"Name": f"{t['Vorname']} {t['Nachname']}", "Hochschule": f"{t['Standort']}"} for t in reader if t['Status'] == "Student"]
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persons.sort(key=itemgetter("Hochschule","Name"))
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return persons
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def generate_pdfs(persons, maßnahmenzeitraum, datum, kif_ev, maßname, leer_blaetter):
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seite = 1
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data_file="data_fdf.bin"
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output_file_name="output"
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personen_pro_seite = 14
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#check if vorlage exits
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test_file = Path(vorlage)
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if not test_file.is_file():
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print("[X] File {} not found!".format(vorlage))
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exit(-1)
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anzahl_seiten = ceil(len(persons)/personen_pro_seite)
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pdfs = []
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for j in range(anzahl_seiten+leer_blaetter):
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felder = []
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i=0
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for item in form_mapping:
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if personen_pro_seite*j+i < len(persons):
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felder.append((item[0],str(j*personen_pro_seite+i+1)))
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felder.append((item[1], persons[j*personen_pro_seite+i]["Name"]))
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felder.append((item[2], persons[j*personen_pro_seite+i]["Hochschule"]))
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i+=1
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if i == personen_pro_seite:
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output_file = output_file_name + str(seite) +".pdf"
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headers = [("1", seite), ("2", maßnahmenzeitraum), ("3", datum), ("4", kif_ev), ("5", maßname)]
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fields = felder + headers
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fdf = forge_fdf("",fields,[],[],[])
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fdf_file = open(data_file,"wb")
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fdf_file.write(fdf)
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fdf_file.close()
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sh.pdftk(vorlage,"fill_form", data_file,"output",output_file,"flatten")
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pdfs.append(output_file)
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seite+=1
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return pdfs
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if __name__ == "__main__":
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person_list = readcsv(csv_file_name)
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for datum in datum_list:
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final_pdf_name = "teilnehmendenliste_{}.pdf".format(datum.replace(". ", "_"))
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output_files = generate_pdfs(person_list, maßnahmenzeitraum, datum, kif_ev, maßname, leer_blaetter)
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sh.pdftk(output_files, "cat","output",final_pdf_name )
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