"""
import sys
# Yeah this is a hack
sys.path.append('.')
sys.path.append('../')
from convert import Convert
from datetime import datetime, timedelta
convert = Convert()
convert.CSV_FILE_LOCATION = 'examples/BostonCruiseTerminalSchedule.csv'
convert.SAVE_LOCATION = 'examples/arrive.ics'
convert.HEADER_COLUMNS_TO_SKIP = 2
convert.NAME = 3
convert.START_DATE = 7
convert.END_DATE = 8
convert.DESCRIPTION = 6
convert.LOCATION = 9
convert.read_csv()
i = 0
while i < len(convert.csv_data):
row = convert.csv_data[i]
start_date = row[2] + '-'+row[convert.START_DATE]
try:
row[convert.START_DATE] = datetime.strptime(start_date, '%m/%d/%y-%H:%M')
row[convert.END_DATE] = row[convert.START_DATE]+timedelta(hours=1)
i += 1
except:
convert.csv_data.pop(i)
def ICal_Generator(finallist_Ical, finalname_Ical, chat_type_Ical):
#open calendar.csv file
with open("calendar" + str(chat_type_Ical) + ".csv", "w") as c:
headers_Ical = ("Subject", "StartDate", "StartTime", "EndDate",
"EndTime", "AllDayEvent", "Location", "Description")
writer_Ical = csv.DictWriter(c, fieldnames=headers_Ical)
writer_Ical.writeheader()
# counter_Ical is to track the location of module NAME
counter_Ical = -1
# For each module added by the user
for Module_Ical in finallist_Ical:
counter_Ical += 1
#write data into calendar.csv file
for row_Ical in Module_Ical:
#define variables here
First_monday_Ical = "14/8/2017" #supposed to be input value from telegram
dates_list_Ical = []
subject_Ical = finalname_Ical[counter_Ical] + " {}".format(
row_Ical[1]
) #subject located at this current row and first column
starttime_Ical = row_Ical[
4] #start time located at this current row and column 5th
endtime_Ical = row_Ical[
5] #end time located at this current row and column 6th
alldayevent_Ical = "False" #all day event is set to false
description_Ical = " Group: %s \n %s" % (
row_Ical[2], row_Ical[7]
) #type of lession and group number is located at 2nd, 3rd, 8th column
location_Ical = row_Ical[
6] #location located at this current row and 7th column
#----assigning values to days of wk and changing date accordingly ----#
if (row_Ical[3] == str("MON")):
b = 0
date_Ical = datetime.strptime(
First_monday_Ical, '%d/%m/%Y') + timedelta(days=b)
date_Ical = str(datetime.strftime(date_Ical, '%m/%d/%Y'))
elif (row_Ical[3] == str("TUE")):
b = 1
date_Ical = datetime.strptime(
First_monday_Ical, '%d/%m/%Y') + timedelta(days=b)
date_Ical = str(datetime.strftime(date_Ical, '%m/%d/%Y'))
elif (row_Ical[3] == str("WED")):
b = 2
date_Ical = datetime.strptime(
First_monday_Ical, '%d/%m/%Y') + timedelta(days=b)
date_Ical = str(datetime.strftime(date_Ical, '%m/%d/%Y'))
elif (row_Ical[3] == str("THU")):
b = 3
date_Ical = datetime.strptime(
First_monday_Ical, '%d/%m/%Y') + timedelta(days=b)
date_Ical = str(datetime.strftime(date_Ical, '%m/%d/%Y'))
elif (row_Ical[3] == str("FRI")):
b = 4
date_Ical = datetime.strptime(
First_monday_Ical, '%d/%m/%Y') + timedelta(days=b)
date_Ical = str(datetime.strftime(date_Ical, '%m/%d/%Y'))
elif (row_Ical[3] == str("SAT")):
b = 5
date_Ical = datetime.strptime(
First_monday_Ical, '%d/%m/%Y') + timedelta(days=b)
date_Ical = str(datetime.strftime(date_Ical, '%m/%d/%Y'))
#----while loop to print/insert all possible dates into array----#
wk_segment_Ical = row_Ical[7]
if wk_segment_Ical == "":
total_wk_Ical = range(0, 13)
else:
# Recall in this code, value wk 0 is representing actual wk 1 and wk cap is 12
total_wk_Ical = [
] # To input the int value of week with lesson
wk_segment_Ical = wk_segment_Ical.replace(
"Wk", "") # Remove the "Wk" in the string
wk_segment_Ical = wk_segment_Ical.split(",")
for segment_counter_Ical in range(0, len(wk_segment_Ical)):
if "-" in wk_segment_Ical[segment_counter_Ical]:
segment_Ical = wk_segment_Ical[
segment_counter_Ical].split("-")
start_segment_Ical = int(segment_Ical[0]) - 1
end_segment_Ical = int(segment_Ical[1])
range_Ical = range(start_segment_Ical,
end_segment_Ical)
for each_wk_Ical in range_Ical:
total_wk_Ical.append((each_wk_Ical))
else:
total_wk_Ical.append(
(int(wk_segment_Ical[segment_counter_Ical])) -
1)
print("POTATO")
print(total_wk_Ical)
for wk_Ical in range(0, 13):
if (wk_Ical != 6):
if wk_Ical in total_wk_Ical:
dates_list_Ical.append(date_Ical)
print(dates_list_Ical)
date_Ical = datetime.strptime(
date_Ical, '%m/%d/%Y') + timedelta(days=7)
date_Ical = str(
datetime.strftime(date_Ical, '%m/%d/%Y'))
else:
if wk_Ical in total_wk_Ical:
dates_list_Ical.append(date_Ical)
print(dates_list_Ical)
date_Ical = datetime.strptime(
date_Ical, '%m/%d/%Y') + timedelta(days=14)
date_Ical = str(
datetime.strftime(date_Ical, '%m/%d/%Y'))
#----while loop to print/insert all possible dates into array----#
for dcol_Ical in range(0, len(total_wk_Ical)):
start_end_date_Ical = dates_list_Ical[dcol_Ical]
writer_Ical.writerow({"Subject" : subject_Ical, "StartDate" : start_end_date_Ical , "StartTime" : starttime_Ical , \
"EndDate" : start_end_date_Ical , "EndTime" : endtime_Ical , "AllDayEvent" : alldayevent_Ical , \
"Description" : description_Ical, "Location" : location_Ical})
#Initializing Converter for CSV to ICS file,
#each variable equivalent to a column in the csv file generated
convert = Convert()
convert.CSV_FILE_LOCATION = "calendar" + str(chat_type_Ical) + ".csv"
convert.SAVE_LOCATION = "calendar" + str(chat_type_Ical) + ".ics"
convert.HEADER_COLUMNS_TO_SKIP = 0
convert.NAME = 0
convert.START_DATE = 1
convert.END_DATE = 2
convert.DESCRIPTION = 7
convert.LOCATION = 6
CSV_Data = convert.csv_data
# Create a list for data in csv
convert.read_csv()
# convert.csv_data is the returned value(list) of convert.read_csv
# To remove headings
i = 1
while i < (len(CSV_Data)):
CSV_Row = CSV_Data[i]
print(CSV_Row)
if CSV_Row != []:
# Order should be [EVENTNAME, START_DATE, END_DATE, DESCRIPTION, LOCATION]
CSVstart_date = str(CSV_Row[1]) + '-' + str(CSV_Row[2])
CSVend_date = str(CSV_Row[3]) + '-' + str(CSV_Row[4])
CSV_Data[i][convert.START_DATE] = datetime.strptime(
CSVstart_date, '%m/%d/%Y-%H:%M')
CSV_Data[i][convert.END_DATE] = datetime.strptime(
CSVend_date, '%m/%d/%Y-%H:%M')
i += 1
print("added")
else:
CSV_Data.pop(i)
# For Debugging
#print(CSV_Data)
convert.csv_data = CSV_Data[1:]
print(convert.csv_data)
convert.make_ical()
#print (convert.cal) #Debug check for ical file
convert.save_ical()