112 lines
3.8 KiB
Python
Executable File
112 lines
3.8 KiB
Python
Executable File
#!/usr/bin/python3
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import mysql.connector as sql
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import datetime as dt
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import sys
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import re
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from config import *
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def parseOptions(arr):
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if len(arr) == 1:
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return {'RAW':arr}
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else:
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options = {}
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for i in arr:
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k = i.split('=')
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if len(k) == 1:
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options['RAW'] = k[0]
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else:
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options[k[0]] = k[1]
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return options
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def getEvents(baseDay, interval):
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# Calculate timestamp of previous and following monday
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if interval == 'week':
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leftLimit = (baseDay+dt.timedelta(days=-baseDay.weekday(), weeks=1)).strftime('%s')
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elif interval == '4weeks':
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leftLimit = (baseDay+dt.timedelta(days=-baseDay.weekday(), weeks=4)).strftime('%s')
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else:
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raise ValueError('Invalid argument passed to getEvents')
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rightLimit = (baseDay-dt.timedelta(days=baseDay.weekday())).strftime('%s')
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c = sql.connect(unix_socket=UNIX_SOCKET, host=HOST, user=USER, password=PASSWORD, db=DB)
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mycursor = c.cursor()
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# For repeated events (not yet supported)
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#sql = "SELECT obj.calendardata FROM oc_calendarobjects AS obj INNER JOIN oc_calendars AS cal ON obj.calendarid = cal.id WHERE cal.displayname='prova'AND obj.firstoccurence < %s AND obj.lastoccurence > %s" % (leftLimit, rightLimit)
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query = "SELECT obj.calendardata FROM oc_calendarobjects AS obj INNER JOIN oc_calendars AS cal ON obj.calendarid = cal.id WHERE cal.displayname='%s' AND obj.firstoccurence < %s AND obj.firstoccurence > %s" % (CALENDAR_NAME,leftLimit, rightLimit)
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mycursor.execute(query)
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result = mycursor.fetchall()
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c.close()
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events = []
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for event in result:
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#print (event)
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event = event[0].decode('utf8') # i selected only first column
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#print (event)
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blockParsing = None
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event_dict = {}
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for item in event.split('\r\n'):
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try:
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k,v = item.split(':',1)
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except:
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continue
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k = k.split(';')
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v = re.split('(?<!\\\\);',v)
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k += v
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# Does not work well with nested blocks
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# but nobody cares
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if k[0] == "BEGIN":
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blockParsing = k[1]
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elif k[0] == "END":
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blockParsing = None
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else:
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if blockParsing == "VEVENT":
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if k[0] == 'SUMMARY':
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# save event name
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event_dict['NAME'] = k[1]
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#print("Event Name: %s" % event_dict['NAME'])
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elif k[0] == 'DTSTART':
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# check if len(k) > 2
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# if yes, date has a not-datetime format
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# (i.e. only date for all-day events).
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options = parseOptions(k[1:])
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#print("Options %s" % options)
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if 'VALUE' in options and options['VALUE'] == 'DATE':
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event_dict['DATETIME'] = dt.datetime.strptime(options['RAW'],'%Y%m%d')
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event_dict['ALLDAY'] = True
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else:
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event_dict['DATETIME'] = dt.datetime.strptime(options['RAW'],'%Y%m%dT%H%M%S')
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event_dict['ALLDAY'] = False
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#print("StartDate: %s" % event_dict['DATETIME'])
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elif k[0] == 'RRULE':
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continue
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events += [event_dict]
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# Thanks stackoverflow
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# Return events sorted by date, AllDay first
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return sorted(events, key=lambda k: "%s %d" % (k['DATETIME'],k['ALLDAY'] == 0))
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# Check if this file is executed as main file or included
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######## SHOW DATA #######
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if __name__ == '__main__':
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print("ZERo Optimized CALdav CAlendar Reader Engine")
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print("--------------------------------------------")
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events = getEvents(dt.datetime.today(),'week')
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for event in events:
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try:
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print ("Event Name: %s" % event['NAME'])
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print ("Event Date: %s" % event['DATETIME'].date())
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if event['ALLDAY']:
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print("All Day")
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else:
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print ("Event Time: %s" % event['DATETIME'].time())
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except :
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print("Malformed event")
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print("----------------")
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