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233 lines
7.1 KiB
233 lines
7.1 KiB
#!/usr/bin/python3
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import math
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import json
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from datetime import timedelta
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from datetime import date
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import locale
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import os
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start_year = 2020
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start_date = date(start_year, 1, 1)
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end_date = date(start_year, 12, 31)
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main_filename = "calender"
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main_tex = main_filename + ".tex"
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main_aux = main_filename + ".aux"
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main_log = main_filename + ".log"
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main_pdf = main_filename + ".pdf"
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dates_color = {
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"birthdays": "green!50!black",
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"specialdays": "green!50!white",
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"freedays": "red!50!white",
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"holidays": "blue!50!green",
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}
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dates = {
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"birthdays": [
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{ "date": "13.01", "title": "Astrid Schönberger" },
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{ "date": "23.01", "title": "David Geiser" },
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{ "date": "27.09", "title": "Monika Voigt"},
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{ "date": "18.10", "title": "Theresa Schönberger" },
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{ "date": "13.11", "title": "Winfried Voigt"},
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{ "date": "14.11", "title": "Philipp Schönberer" },
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{ "date": "18.12", "title": "Ursula Donn"},
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],
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"specialdays": [
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{ "date": "05.10", "title": "Obermegaknutztag" },
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{ "date": "10.05", "title": "Hochzeitstag" },
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],
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"holidays": [
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{ "date-start": "23.12.2019", "date-end": "04.01.2020", "title": "Weihnachtsferien" },
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#Faschingsferien
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{ "date-start": "06.04.2020", "date-end": "18.04.2020", "title": "Osterferien" },
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{ "date-start": "02.06.2020", "date-end": "13.06.2020", "title": "Pfingstferien"},
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{ "date-start": "30.07.2020", "date-end": "12.09.2020", "title": "Sommerferien"},
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{ "date-start": "26.10.2020", "date-end": "30.10.2020", "title": "Herbstferien"},
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{ "date-start": "23.12.2020", "date-end": "09.01.2021", "title": "Weihnachtsferien"},
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],
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"freedays": [
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{ "date": "01.01", "title": "Neujahr" },
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{ "date": "06.01", "title": "Heilige Drei Könige" },
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{ "date": "10.04", "title": "Karfreitag" },
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{ "date": "13.04", "title": "Ostermontag" },
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{ "date": "01.05", "title": "Tag der Arbeit" },
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{ "date": "21.05", "title": "Christi Himmelfahrt" },
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{ "date": "01.06", "title": "Pfingstmontag" },
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{ "date": "11.06", "title": "Fronleichnam" },
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{ "date": "03.10", "title": "Tag der Deutschen Einheit"},
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{ "date": "01.11", "title": "Allerheiligen" },
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{ "date": "24.12", "title": "Weihnachtten" },
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{ "date": "25.12", "title": "1. Weihnachtsfeiertag" },
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{ "date": "26.12", "title": "2. Weihnachtsfeiertag" },
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{ "date": "31.12", "title": "Silvester" },
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],
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}
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def get_special_text(date_to_check, divider):
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return_str =""
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for b in dates:
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print(b)
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for d in dates[b]:
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if "date" in d:
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start_day = d["date"].split(".")
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if len(start_day)<3:
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s_year = date_to_check.year
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else:
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s_year = int(start_day[2])
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s_month = int(start_day[1])
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s_day = int(start_day[0])
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start_day = date(s_year, s_month, s_day)
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if (start_day == date_to_check):
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if return_str != "":
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return_str += divider
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return_str += "\\textcolor{"+dates_color[b]+"}{" + d["title"] + "}"
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if "date-start" in d and "date-end" in d:
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start_day = d["date-start"].split(".")
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if len(start_day)<3:
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s_year = date_to_check.year
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else:
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s_year = int(start_day[2])
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s_month = int(start_day[1])
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s_day = int(start_day[0])
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start_day = date(s_year, s_month, s_day)
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end_day = d["date-end"].split(".")
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if len(end_day)<3:
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e_year = date_to_check.year
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else:
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e_year = int(end_day[2])
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e_month = int(end_day[1])
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e_day = int(end_day[0])
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end_day = date(e_year, e_month, e_day)
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if date_to_check >= start_day and date_to_check <= end_day:
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if return_str != "":
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return_str += divider
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return_str += "\\textcolor{"+dates_color[b]+"}{" + d["title"] + "}"
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return return_str
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def main():
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# german
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locale.setlocale(locale.LC_TIME, "de_DE")
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fd = open(main_tex, "w")
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tex_write_header(fd)
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#tex_write_calender_overview(fd)
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tex_write_weekly(fd)
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tex_write_footer(fd)
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fd.close()
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cmd = 'pdflatex ' + main_tex
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os.system(cmd)
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os.remove(main_aux)
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os.remove(main_log)
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def tex_write_header(fd):
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start_fd = open("./vorlagen/week_2pages_start.tex", "r")
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for line in start_fd:
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fd.write(line)
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fd.write("\\begin{document}\n");
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return
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def tex_write_footer(fd):
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fd.write("\\end{document}\n");
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return
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def tex_write_calender_overview(fd):
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return
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def tex_write_weekly(fd):
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print_start_date = start_date - timedelta(days=start_date.weekday())
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print_end_date = end_date + timedelta(days=6 - end_date.weekday())
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print(print_start_date.isoformat())
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print(print_end_date.isoformat())
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fd.write("%%%%%%%%%%%%%%%%%%%%%%%%%%%\n");
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fd.write("% begin real calender \n");
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curr_date = print_start_date;
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print("year : " + str(curr_date.year))
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last_year= ""
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last_month= ""
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while True:
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if curr_date.weekday() == 0 or curr_date.weekday() == 3:
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# new year to setup
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if str(curr_date.year) != str(last_year):
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last_year= curr_date.year
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fd.write("\n\\renewcommand{\year}{"+ str(curr_date.year) +"}\n")
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# new month to setup
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if str(curr_date.month) != str(last_month):
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last_month= curr_date.month
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fd.write("\n\\renewcommand{\month}{" + curr_date.strftime('%B') + "}\n")
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# should give
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# \printweek{KW10}{1}{}{2}{}{3}{}
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weeknumber = curr_date.strftime("%V")
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daynumber = curr_date.strftime("%d")
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devider = "\\newline \n"
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special_text = get_special_text(curr_date, devider)
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# check for new week
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if curr_date.weekday() == 0: # monday
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fd.write("\\printweek")
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fd.write("{KW" + weeknumber + "}")
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if curr_date.weekday() == 3: # thursday is on second page
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fd.write("\n")
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fd.write("\\newpage\n")
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fd.write("\\printweekend")
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fd.write("{KW" + weeknumber + "}")
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# done for every day
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fd.write("{" + daynumber + "}")
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fd.write("{" + special_text + "}")
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if curr_date.weekday() == 6: # sunday is end of week so close it
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fd.write("\n")
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# end of calender
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if (print_end_date == curr_date):
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break
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#go to next day
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next_date = curr_date + timedelta(days=1)
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# use the new curr date and contiue
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curr_date = next_date
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# end of for each day
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fd.write('''
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% end real calender
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%%%%%%%%%%%%%%%%%%%%%%%%%%%
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''')
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return
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if __name__ == "__main__":
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main()
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