192 lines
4.6 KiB
Python
Executable file
192 lines
4.6 KiB
Python
Executable file
#!/usr/bin/python3
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from random import randint, random, choice
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from choice_network import Choice, FixedText, RandInt, Network
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def get_names(filename):
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lines = []
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with open(filename) as file:
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lines = file.read().split("\n")
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names = [
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name + " "
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for name in lines
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if len(name) > 1
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]
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return names
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greeting = """
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Re: AW: Exmatrikulationsgefährdete Studierende
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---------
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Englisch version below.
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Hallo,
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Zur angefragten Prüfung gibt es leider noch keine Datenbank,
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daher hier unsere Notizen aus Prüfungsakten und Personendatenbank.
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Vielleicht können Sie die ja mit regulären Ausdrücken filtern.
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Das funktioniert wie normale Text-Suche, nur etwas flexibler:
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(Erst|Zweit)versuch z.B. würde sowohl 'Erstversuch'
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als auch 'Zweitversuch' markieren.
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.+ akzeptiert alle Zeichen, das können Sie vorn anfügen,
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um im unteren Menü 'List' den Rest der Zeile zu sehen.
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Viel Spaß
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=== ENGLISCH VERSION ===
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Hi,
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there is no database for this exam, so we can only send our digitized notes.
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Maybe you can filter it with regular expressions?
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They are like normal text-search but not flexible:
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E.g.: (Erst|Zweit)versuch would select both words:
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'Erstversuch' (first attempt) and 'Zweitversuch' (second attempt).
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.+ will accept any text, add it at the start to see the whole line
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in the lower menu 'List'.
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"""
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# fünf Tatverdächtige
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# Uhrzeiten, siehe Infos von Verantwortlichen
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# Groß-Klein-Schreibung
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date = "05.06.2024"
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hidden_data = [
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"Anna Bartel hat den Zweitversuch nicht bestanden.",
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"Boris Parsch hat den Zweitversuch nicht bestanden.",
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"Carola Winter hat den 2. Versuch nicht bestanden.",
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"Dennis Meier hat den 2. Versuch nicht bestanden.",
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"Elisa Menniz hat den Zweitversuch nicht bestanden.",
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f"Anna Bartel hat die Prüfung am {date} um 13:00.",
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f"Boris Parsch hat die Prüfung am {date} um 14:00.",
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f"Carola Winter hat die Prüfung am {date} um 13:30.",
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f"Dennis Meier hat die Prüfung am {date} um 10:00.",
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f"Elisa Menniz hat die Prüfung am {date} um 14:30.",
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f"Anna Bartel hat blaue Augen.",
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f"Boris Parsch hat blaue Augen.",
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f"Carola Winter hat blaue Augen.",
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f"Dennis Meier hat grüne Augen.",
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f"Elisa Menniz hat grüne Augen.",
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]
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network = Network(
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start = Choice(
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#student_mit = ["Student ", "Studentin ", "Studierende:r "],
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student = [""],
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),
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student = Choice(
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last_name = get_names("vornamen.csv"),
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),
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last_name = Choice(
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student_mit = get_names("nachnamen.csv"),
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),
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student_mit = Choice(
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#matr_nr = ["mit "],
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hat_den = [""],
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),
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matr_nr = Choice(
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matr_number = ["Matrikelnummer ", "Matrikel-Nummer ", "MatrNr. ", "Matrikel-Nr. "],
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),
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matr_number = RandInt(
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hat_den = [
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40_000_000,
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55_000_000,
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],
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),
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hat_den = Choice(
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versuch = ["hat den ",],
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prüfungszeit = [f"hat die Prüfung am {date} um ",],
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augenfarbe = ["hat ",],
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),
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augenfarbe = Choice(
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augen = ["grüne ", "braune ", "blaue ",],
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),
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augen = FixedText(
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stop = "Augen.",
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#körpergröße = "Augen und ist ",
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),
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körpergröße = RandInt(
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cm_groß = [
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150,
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200,
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],
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),
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cm_groß = FixedText(
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stop = "cm groß.",
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),
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prüfungszeit = Choice(
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uhr = [
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"09:00",
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"09:30",
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"10:00",
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"10:30",
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"11:00",
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"11:30",
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"12:00",
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"12:30",
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"13:00",
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"13:30",
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"14:00",
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"14:30",
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"15:00",
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"15:30",
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],
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),
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uhr = FixedText(
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stop = " Uhr.",
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),
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prüfungsart = Choice( #inactive
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prüfung = ["schriftliche ", "mündliche "],
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),
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prüfung = FixedText( #inactive
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stop = "Prüfung.",
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),
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prüfungsname = Choice( #inactive
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prüfungsname_end = get_names("chemie.csv"),
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),
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prüfungsname_end = FixedText( #incative
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stop = "'.",
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),
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versuch = Choice(
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nicht = ["Erstversuch ", "1. Versuch "],
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bestanden = ["Erstversuch ", "1. Versuch ", "Zweitversuch ", "2. Versuch "],
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),
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nicht = Choice(
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bestanden = ["nicht ", ""],
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),
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bestanden = FixedText(
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stop = "bestanden.",
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),
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)
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def pop_hidden_data():
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global hidden_data
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index = randint(0, len(hidden_data) - 1)
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return hidden_data.pop(index)
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def generate_text(number_of_lines = 200):
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result = ""
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for i in range(number_of_lines):
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emissions, _ = network.choose()
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line = ''.join(emissions)
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result += line + "\n"
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if random() < len(hidden_data) / (number_of_lines - i):
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result += pop_hidden_data() + "\n"
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return result
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def read_template(filename = "./template.html"):
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with open(filename, "r") as file:
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return file.read()
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def write_index(text, filename = "./deploy/index.html"):
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with open(filename, "w") as file:
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file.write(text)
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def main():
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template = read_template()
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generated = generate_text()
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generated = greeting + "\n" + generated
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text = template.replace("<replace with text>", generated)
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write_index(text)
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if __name__ == "__main__":
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main()
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