def script3():
week = 7 * 24 * 60 * 60
hour = 60 * 60
minute = 60
day = 24 * 60 * 60
now = time.time()
# open the database, create if does not exist.
db = calendar.open('cal_test_db.cdb', 'c')
print 'entries in db:%i' % len(db)
print 'add a todo..'
new_entry = db.add_todo() # new todo.
new_entry.set_time(now + week, now + week + hour)
new_entry.content = 'things to do'
new_entry.location = '--'
new_entry.commit()
print 'entries in db now:%i' % len(db)
print 'entry\'s data'
print 'id:%i' % new_entry.id
print 'content:%s' % new_entry.content
print 'location:%s' % new_entry.location
print 'start_time:%s' % time.ctime(new_entry.start_time)
print 'end_time:%s' % time.ctime(new_entry.end_time)
print 'last modified:%s' % time.ctime(new_entry.last_modified)
print 'on the todo list: %s' % db.todo_lists[new_entry.todo_list].name
print '--------'
print 'now we\'ll delete the entry..'
del db[new_entry.id]
print 'entries in db now:%i' % len(db)
def script3():
week=7*24*60*60
hour=60*60
minute=60
day=24*60*60
now=time.time()
# open the database, create if does not exist.
db=calendar.open('cal_test_db.cdb','c')
print 'entries in db:%i'%len(db)
print 'add a todo..'
new_entry=db.add_todo() # new todo.
new_entry.set_time(now+week,now+week+hour)
new_entry.content='things to do'
new_entry.location='--'
new_entry.commit()
print 'entries in db now:%i'%len(db)
print 'entry\'s data'
print 'id:%i'%new_entry.id
print 'content:%s'%new_entry.content
print 'location:%s'%new_entry.location
print 'start_time:%s'%time.ctime(new_entry.start_time)
print 'end_time:%s'%time.ctime(new_entry.end_time)
print 'last modified:%s'%time.ctime(new_entry.last_modified)
print 'on the todo list: %s'%db.todo_lists[new_entry.todo_list].name
print '--------'
print 'now we\'ll delete the entry..'
del db[new_entry.id]
print 'entries in db now:%i'%len(db)
def script5():
week=7*24*60*60
day=24*60*60
hour=60*60
minute=60
now=time.time()
db=calendar.open()
# create an appointment.
new_entry=db.add_appointment()
new_entry.set_time(now+week,now+week+hour)
new_entry.alarm=now+week-5*minute
new_entry.content='rep debug test'
new_entry.location='somewhere'
# repeat on tuesdays and thursdays every second week except on the exception dates ('exceptions').
repeat={'type':'weekly',
'start':new_entry.start_time,
'end':new_entry.start_time+10*week,
'days':[1,3], # repeat on tuesday and thursday.
'exceptions':list([new_entry.start_time+week+i*day for i in range(7)]), # no repeats on these days.
'interval':2 # repeat every second week.
}
new_entry.set_repeat(repeat)
new_entry.commit()
# print the repeat information.
print new_entry.get_repeat()
def script4():
week = 7 * 24 * 60 * 60
day = 24 * 60 * 60
hour = 60 * 60
minute = 60
now = time.time()
db = calendar.open()
# create an appointment.
new_entry = db.add_appointment() # new appointment.
new_entry.set_time(now + 2 * week, now + 2 * week + hour)
new_entry.alarm = now + week - 5 * minute
new_entry.content = 'repeat test'
new_entry.location = 'somewhere'
# make it repeat weekly for 4 weeks.
repeat = {
'type': 'weekly',
'start': new_entry.start_time,
'end': new_entry.start_time + 4 * week - day
}
new_entry.set_repeat(repeat)
new_entry.commit()
# print the repeat information.
print new_entry.get_repeat()
def script12():
db=calendar.open()
if not len(db):
print 'no entries in db.'
return
for id in db:
entry=db[id]
break
entry.content='TEXT I' # autocommit is now on..
print 'content:%s'%db[entry.id].content # ..since the content has changed in the database.
entry.begin() # autocommit is now off..
entry.content='TEXT II'
print 'content now:%s'%db[entry.id].content # ..since the content has not changed in the database.
entry.commit() # now the changes are saved..
print 'content at last:%s'%db[entry.id].content # ..since the content has changed in the database.
entry.content='TEXT III' # autocommit is now on..
print 'content:%s'%db[entry.id].content # ..since the content has changed in the database.
entry.begin() # autocommit is now off..
entry.content='TEXT IV'
print 'content now:%s'%db[entry.id].content # ..since the content has not changed in the database.
entry.commit() # now the changes are saved (and autocommit is set on again)..
print 'content at last:%s'%db[entry.id].content
def script4():
week=7*24*60*60
day=24*60*60
hour=60*60
minute=60
now=time.time()
db=calendar.open()
# create an appointment.
new_entry=db.add_appointment() # new appointment.
new_entry.set_time(now+2*week,now+2*week+hour)
new_entry.alarm=now+week-5*minute
new_entry.content='repeat test'
new_entry.location='somewhere'
# make it repeat weekly for 4 weeks.
repeat={'type':'weekly',
'start':new_entry.start_time,
'end':new_entry.start_time+4*week-day}
new_entry.set_repeat(repeat)
new_entry.commit()
# print the repeat information.
print new_entry.get_repeat()
def script9():
week = 7 * 24 * 60 * 60
day = 24 * 60 * 60
# open the 'default' database.
db = calendar.open()
# print entry instances occurring this month
# (instance is a pair of entry id and datetime value).
print 'monthly instances:'
print db.monthly_instances(time.time())
# get only todos and events.
print 'monthly todo and event instances:'
print db.monthly_instances(time.time(), events=1, todos=1)
# print instances occurring today.
print 'daily instances:'
print db.daily_instances(time.time())
# print todo and event instances occurring today.
print 'daily todo and event instances:'
print db.daily_instances(time.time(), events=1, todos=1)
# print todo and event instances that have string 'e' in their
# content (as a substring). note that only the instances occurring
# one day are printed (the first day in the given time interval
# that has a matching instance).
print 'instances found by string search:'
print db.find_instances(time.time(), time.time() + 4 * week - day, 'e')
def script12():
db = calendar.open()
if not len(db):
print 'no entries in db.'
return
for id in db:
entry = db[id]
break
entry.content = 'TEXT I' # autocommit is now on..
print 'content:%s' % db[
entry.id].content # ..since the content has changed in the database.
entry.begin() # autocommit is now off..
entry.content = 'TEXT II'
print 'content now:%s' % db[
entry.
id].content # ..since the content has not changed in the database.
entry.commit() # now the changes are saved..
print 'content at last:%s' % db[
entry.id].content # ..since the content has changed in the database.
entry.content = 'TEXT III' # autocommit is now on..
print 'content:%s' % db[
entry.id].content # ..since the content has changed in the database.
entry.begin() # autocommit is now off..
entry.content = 'TEXT IV'
print 'content now:%s' % db[
entry.
id].content # ..since the content has not changed in the database.
entry.commit(
) # now the changes are saved (and autocommit is set on again)..
print 'content at last:%s' % db[entry.id].content
def script10():
# open the 'default' database.
week = 7 * 24 * 60 * 60
db = calendar.open()
td = db.add_todo()
td.set_repeat({
'type': 'daily',
'start': time.time(),
'end': time.time() + week
})
td.commit()
print 'todo lists:'
for list_id in db.todo_lists:
print 'list id: %d' % list_id
print 'list name: %s' % db.todo_lists[list_id].name
for entry_id in db.todo_lists[list_id]:
print 'todo (id) in the list: %d' % entry_id
print 'default todo list: %d' % db.todo_lists.default_list
# create new todo list.
list_id = db.add_todo_list('new todo list')
print 'new todo list name: %s' % db.todo_lists[list_id].name
# rename it.
db.todo_lists[list_id].name = 'renamed new todo list'
print 'todo list name after renaming: %s' % db.todo_lists[list_id].name
# remove the created todo list.
del db.todo_lists[list_id]
def script9():
week=7*24*60*60
day=24*60*60
# open the 'default' database.
db=calendar.open()
# print entry instances occurring this month
# (instance is a pair of entry id and datetime value).
print 'monthly instances:'
print db.monthly_instances(time.time())
# get only todos and events.
print 'monthly todo and event instances:'
print db.monthly_instances(time.time(),events=1,todos=1)
# print instances occurring today.
print 'daily instances:'
print db.daily_instances(time.time())
# print todo and event instances occurring today.
print 'daily todo and event instances:'
print db.daily_instances(time.time(),events=1,todos=1)
# print todo and event instances that have string 'e' in their
# content (as a substring). note that only the instances occurring
# one day are printed (the first day in the given time interval
# that has a matching instance).
print 'instances found by string search:'
print db.find_instances(time.time(),time.time()+4*week-day,'e')
def script10():
# open the 'default' database.
week=7*24*60*60
db=calendar.open()
td=db.add_todo()
td.set_repeat({'type':'daily',
'start':time.time(),
'end':time.time()+week})
td.commit()
print 'todo lists:'
for list_id in db.todo_lists:
print 'list id: %d'%list_id
print 'list name: %s'%db.todo_lists[list_id].name
for entry_id in db.todo_lists[list_id]:
print 'todo (id) in the list: %d'%entry_id
print 'default todo list: %d'%db.todo_lists.default_list
# create new todo list.
list_id=db.add_todo_list('new todo list')
print 'new todo list name: %s'%db.todo_lists[list_id].name
# rename it.
db.todo_lists[list_id].name='renamed new todo list'
print 'todo list name after renaming: %s'%db.todo_lists[list_id].name
# remove the created todo list.
del db.todo_lists[list_id]
def script14():
db=calendar.open()
success=db.compact()
if success:
print 'compacting was successful'
else:
print 'cannot compact the database'
def script14():
db = calendar.open()
success = db.compact()
if success:
print 'compacting was successful'
else:
print 'cannot compact the database'
def script7():
db=calendar.open()
if len(db)==0:
print 'no entries in db'
return
id_list=list()
for id in db:
id_list.append(id)
break # export only one entry.
print db.export_vcalendars(tuple(id_list))
def script7():
db = calendar.open()
if len(db) == 0:
print 'no entries in db'
return
id_list = list()
for id in db:
id_list.append(id)
break # export only one entry.
print db.export_vcalendars(tuple(id_list))
def script8():
db=calendar.open()
if len(db)==0:
print 'no entries in db'
return
id_list=list()
for id in db:
id_list.append(id)
break # export only one entry.
vcals=db.export_vcalendars(tuple(id_list))
print 'imported following vcals (id:s shown) %s'%str(db.import_vcalendars(vcals))
def script1():
db = calendar.open()
for entry_id in db:
entry = db[entry_id]
print entry
"""
print 'id:%i'%entry.id
print 'content:%s'%entry.content
print 'location:%s'%entry.location
print 'start_time:%s'%time.ctime(entry.start_time)
print 'end_time:%s'%time.ctime(entry.end_time)
print '--------'
"""
print 'number of entries:%i' % len(db)
def script1():
db=calendar.open()
for entry_id in db:
entry=db[entry_id]
print entry
"""
print 'id:%i'%entry.id
print 'content:%s'%entry.content
print 'location:%s'%entry.location
print 'start_time:%s'%time.ctime(entry.start_time)
print 'end_time:%s'%time.ctime(entry.end_time)
print '--------'
"""
print 'number of entries:%i'%len(db)
# Get a list of IDs of the available groups
group_ids = list(iter(db.groups))
# Open the first group in the list
group = db.groups[group_ids[0]]
# Get a list of all the contact IDs
id = contacts.open().keys()
# Add the first contact in the list
group.append(id[0])
print db[id[0]]
print "added to grp"
elif index == 8:
db = calendar.open()
# Create an appointment entry
appointment = db.add_appointment()
# Add the regular information
appointment.content = appuifw.query(u"Enter subject", "text")
appointment.location = appuifw.query(u"Enter location", "text")
# Ask the user for the start and end time
t1 = appuifw.query(u"Enter start hour", "time")
d1 = appuifw.query(u"Enter start date", "date")
t2 = appuifw.query(u"Enter end hour", "time")
d2 = appuifw.query(u"Enter end date", "date")
start_time = t1 + d1
def script6():
week=7*24*60*60
day=24*60*60
hour=60*60
minute=60
now=time.time()
db=calendar.open()
# create an appointment.
new_entry=db.add_appointment()
new_entry.set_time(now+week,now+week+hour)
new_entry.alarm=now+week-5*minute
new_entry.content='daily rep'
new_entry.location='somewhere'
repeat={'type':'daily',
'start':new_entry.start_time,
'end':new_entry.start_time+week-day,
'interval':2} # on every second day.
new_entry.set_repeat(repeat)
new_entry.commit()
# create an another appointment.
new_entry_2=db.add_appointment()
new_entry_2.set_time(now+week,now+week+hour)
new_entry_2.alarm=now+week-5*minute
new_entry_2.content='monthly rep by dates'
new_entry_2.location='somewhere'
# set monthly repeat (by dates) for 90 days.
repeat={'type':'monthly_by_dates',
'start':new_entry_2.start_time,
'end':new_entry_2.start_time+90*day-day,
'days':[9,19] # set the repeat occur 10th and 20th day of the month.
}
new_entry_2.set_repeat(repeat)
new_entry_2.commit()
# create third appointment.
new_entry_3=db.add_appointment()
new_entry_3.set_time(now+week,now+week+hour)
new_entry_3.alarm=now+week-5*minute
new_entry_3.content='monthly rep by days'
new_entry_3.location='somewhere'
# set monthly repeat (by days) for 90 days.
repeat={'type':'monthly_by_days',
'start':new_entry_3.start_time,
'end':new_entry_3.start_time+90*day-day,
'days':[{'week':1,'day':1},{'week':4,'day':4}], # second tuesday and last friday of the month.
}
new_entry_3.set_repeat(repeat)
new_entry_3.commit()
# create fourth appointment.
new_entry_4=db.add_appointment()
new_entry_4.set_time(now+week,now+week+hour)
new_entry_4.alarm=now+week-5*minute
new_entry_4.content='yearly rep by date'
new_entry_4.location='somewhere'
# set yearly repeat (by date) for 3 years.
repeat={'type':'yearly_by_date',
'start':new_entry_4.start_time,
'end':new_entry_4.start_time+3*365*day-day}
new_entry_4.set_repeat(repeat)
new_entry_4.commit()
# create fifth appointment.
new_entry_5=db.add_appointment()
new_entry_5.set_time(now+week,now+week+hour)
new_entry_5.alarm=now+week-5*minute
new_entry_5.content='yearly rep by day'
new_entry_5.location='somewhere'
# set yearly repeat (by day) on third thursday of june
# during time interval new_entry.start_time -- new_entry.start_time+3*365*day-day.
repeat={'type':'yearly_by_day',
'start':new_entry_5.start_time,
'end':new_entry_5.start_time+3*365*day-day,
'days':{'day':3,'week':2,'month':5}}
new_entry_5.commit()
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
import time, calendar
now = time.time()
cal = calendar.open()
# add new appointment
a = cal.add_appointment()
a.content = 'urgent meeting'
a.description = 'this is the description'
a.set_time(now + 3600, now + 7200) # start and end time
a.commit()
print 'Calendar added'
print '---------------------------------'
todaytime = time.mktime((2008, 7, 14, 0, 0, 0, 0, 0, 0))
daily_instances = cal.daily_instances(todaytime)
print "daily instances:" + str(daily_instances)
for entry_id in cal:
ent = cal[entry_id]
def script2():
# create new empty database.
db=calendar.open('cal_test_db.cdb','n')
week=7*24*60*60
hour=60*60
minute=60
now=time.time()
print 'entries in db:%i'%len(db)
print 'add an appointment..'
new_entry=db.add_appointment() # new appointment.
new_entry.set_time(now+week,now+week+hour)
new_entry.alarm=now+week-5*minute
new_entry.content='the meeting'
new_entry.location='conference room 01'
new_entry.replication='private'
if e32.s60_version_info[0]>=2:
new_entry.priority=1 # high priority.
new_entry.commit()
print 'entries in db now:%i'%len(db)
print '**entry\'s data**'
print 'id:%i'%new_entry.id
print 'content:%s'%new_entry.content
print 'location:%s'%new_entry.location
print 'start_time:%s'%time.ctime(new_entry.start_time)
print 'end_time:%s'%time.ctime(new_entry.end_time)
print 'last modified:%s'%time.ctime(new_entry.last_modified)
print 'alarm datetime:%s'%time.ctime(new_entry.alarm)
print 'replication:%s'%new_entry.replication
if e32.s60_version_info[0]>=2:
print 'priority:%d'%new_entry.priority
print 'crossed out:%s'%new_entry.crossed_out
print '--------'
# cross out the entry.
new_entry.crossed_out=1 # note that autocommit is now on.
print 'after crossing out:'
print 'crossed out:%s'%new_entry.crossed_out
print 'alarm:%s'%str(new_entry.alarm)
print ''
print 'now we\'ll delete the entry..'
del db[new_entry.id]
print 'entries in db now:%i'%len(db)
print ''
# add todo entry.
print 'add a todo..'
new_entry=db.add_todo() # new todo.
new_entry.set_time(now+week)
new_entry.alarm=now+week-5*minute
new_entry.content='the things todo'
new_entry.location='work'
new_entry.replication='private'
new_entry.priority=3 # low priority.
new_entry.commit()
print 'entries in db now:%i'%len(db)
print '**entry\'s data**'
print 'id:%i'%new_entry.id
print 'content:%s'%new_entry.content
print 'location:%s'%new_entry.location
print 'start_time:%s'%time.ctime(new_entry.start_time)
print 'end_time:%s'%time.ctime(new_entry.end_time)
print 'last modified:%s'%time.ctime(new_entry.last_modified)
print 'alarm datetime:%s'%time.ctime(new_entry.alarm)
print 'replication:%s'%new_entry.replication
print 'priority:%d'%new_entry.priority
print 'crossed out:%s'%new_entry.crossed_out
print '--------'
# cross out the entry.
new_entry.cross_out_time=time.time()
print 'after crossing out:'
print 'crossed out:%s'%new_entry.crossed_out
print 'cross out time:%s'%time.ctime(new_entry.cross_out_time)
print 'alarm:%s'%str(new_entry.alarm)
print ''
# make the todo entry undated.
print 'after making undated:'
new_entry.set_time(None)
print 'start_time:%s'%new_entry.start_time
print 'end_time:%s'%new_entry.end_time
print 'now we\'ll delete the entry..'
del db[new_entry.id]
print 'entries in db now:%i'%len(db)
def script13():
db = calendar.open()
for id in db:
del db[id]
def script11():
db = calendar.open()
for id in db:
db[id].alarm = None # note that autocommit is on.
def script11():
db=calendar.open()
for id in db:
db[id].alarm=None # note that autocommit is on.
def script2():
# create new empty database.
db = calendar.open('cal_test_db.cdb', 'n')
week = 7 * 24 * 60 * 60
hour = 60 * 60
minute = 60
now = time.time()
print 'entries in db:%i' % len(db)
print 'add an appointment..'
new_entry = db.add_appointment() # new appointment.
new_entry.set_time(now + week, now + week + hour)
new_entry.alarm = now + week - 5 * minute
new_entry.content = 'the meeting'
new_entry.location = 'conference room 01'
new_entry.replication = 'private'
if e32.s60_version_info[0] >= 2:
new_entry.priority = 1 # high priority.
new_entry.commit()
print 'entries in db now:%i' % len(db)
print '**entry\'s data**'
print 'id:%i' % new_entry.id
print 'content:%s' % new_entry.content
print 'location:%s' % new_entry.location
print 'start_time:%s' % time.ctime(new_entry.start_time)
print 'end_time:%s' % time.ctime(new_entry.end_time)
print 'last modified:%s' % time.ctime(new_entry.last_modified)
print 'alarm datetime:%s' % time.ctime(new_entry.alarm)
print 'replication:%s' % new_entry.replication
if e32.s60_version_info[0] >= 2:
print 'priority:%d' % new_entry.priority
print 'crossed out:%s' % new_entry.crossed_out
print '--------'
# cross out the entry.
new_entry.crossed_out = 1 # note that autocommit is now on.
print 'after crossing out:'
print 'crossed out:%s' % new_entry.crossed_out
print 'alarm:%s' % str(new_entry.alarm)
print ''
print 'now we\'ll delete the entry..'
del db[new_entry.id]
print 'entries in db now:%i' % len(db)
print ''
# add todo entry.
print 'add a todo..'
new_entry = db.add_todo() # new todo.
new_entry.set_time(now + week)
new_entry.alarm = now + week - 5 * minute
new_entry.content = 'the things todo'
new_entry.location = 'work'
new_entry.replication = 'private'
new_entry.priority = 3 # low priority.
new_entry.commit()
print 'entries in db now:%i' % len(db)
print '**entry\'s data**'
print 'id:%i' % new_entry.id
print 'content:%s' % new_entry.content
print 'location:%s' % new_entry.location
print 'start_time:%s' % time.ctime(new_entry.start_time)
print 'end_time:%s' % time.ctime(new_entry.end_time)
print 'last modified:%s' % time.ctime(new_entry.last_modified)
print 'alarm datetime:%s' % time.ctime(new_entry.alarm)
print 'replication:%s' % new_entry.replication
print 'priority:%d' % new_entry.priority
print 'crossed out:%s' % new_entry.crossed_out
print '--------'
# cross out the entry.
new_entry.cross_out_time = time.time()
print 'after crossing out:'
print 'crossed out:%s' % new_entry.crossed_out
print 'cross out time:%s' % time.ctime(new_entry.cross_out_time)
print 'alarm:%s' % str(new_entry.alarm)
print ''
# make the todo entry undated.
print 'after making undated:'
new_entry.set_time(None)
print 'start_time:%s' % new_entry.start_time
print 'end_time:%s' % new_entry.end_time
print 'now we\'ll delete the entry..'
del db[new_entry.id]
print 'entries in db now:%i' % len(db)
def script13():
db=calendar.open()
for id in db:
del db[id]
def script6():
week = 7 * 24 * 60 * 60
day = 24 * 60 * 60
hour = 60 * 60
minute = 60
now = time.time()
db = calendar.open()
# create an appointment.
new_entry = db.add_appointment()
new_entry.set_time(now + week, now + week + hour)
new_entry.alarm = now + week - 5 * minute
new_entry.content = 'daily rep'
new_entry.location = 'somewhere'
repeat = {
'type': 'daily',
'start': new_entry.start_time,
'end': new_entry.start_time + week - day,
'interval': 2
} # on every second day.
new_entry.set_repeat(repeat)
new_entry.commit()
# create an another appointment.
new_entry_2 = db.add_appointment()
new_entry_2.set_time(now + week, now + week + hour)
new_entry_2.alarm = now + week - 5 * minute
new_entry_2.content = 'monthly rep by dates'
new_entry_2.location = 'somewhere'
# set monthly repeat (by dates) for 90 days.
repeat = {
'type': 'monthly_by_dates',
'start': new_entry_2.start_time,
'end': new_entry_2.start_time + 90 * day - day,
'days': [9, 19] # set the repeat occur 10th and 20th day of the month.
}
new_entry_2.set_repeat(repeat)
new_entry_2.commit()
# create third appointment.
new_entry_3 = db.add_appointment()
new_entry_3.set_time(now + week, now + week + hour)
new_entry_3.alarm = now + week - 5 * minute
new_entry_3.content = 'monthly rep by days'
new_entry_3.location = 'somewhere'
# set monthly repeat (by days) for 90 days.
repeat = {
'type': 'monthly_by_days',
'start': new_entry_3.start_time,
'end': new_entry_3.start_time + 90 * day - day,
'days': [{
'week': 1,
'day': 1
}, {
'week': 4,
'day': 4
}], # second tuesday and last friday of the month.
}
new_entry_3.set_repeat(repeat)
new_entry_3.commit()
# create fourth appointment.
new_entry_4 = db.add_appointment()
new_entry_4.set_time(now + week, now + week + hour)
new_entry_4.alarm = now + week - 5 * minute
new_entry_4.content = 'yearly rep by date'
new_entry_4.location = 'somewhere'
# set yearly repeat (by date) for 3 years.
repeat = {
'type': 'yearly_by_date',
'start': new_entry_4.start_time,
'end': new_entry_4.start_time + 3 * 365 * day - day
}
new_entry_4.set_repeat(repeat)
new_entry_4.commit()
# create fifth appointment.
new_entry_5 = db.add_appointment()
new_entry_5.set_time(now + week, now + week + hour)
new_entry_5.alarm = now + week - 5 * minute
new_entry_5.content = 'yearly rep by day'
new_entry_5.location = 'somewhere'
# set yearly repeat (by day) on third thursday of june
# during time interval new_entry.start_time -- new_entry.start_time+3*365*day-day.
repeat = {
'type': 'yearly_by_day',
'start': new_entry_5.start_time,
'end': new_entry_5.start_time + 3 * 365 * day - day,
'days': {
'day': 3,
'week': 2,
'month': 5
}
}
new_entry_5.commit()
