def __init__(self, url):
Calendar.__init__(self, url)
self.url = url
self.GHelper = GlobalHelper()
self.reqBuilder = SysUtils.getRequestBuilder()
def __init__(self,url): Calendar.__init__(self, url) self.url = url self.GHelper = GlobalHelper() self.reqBuilder = SysUtils.getRequestBuilder()
class CalendarLib(Calendar):
def __init__(self, url):
Calendar.__init__(self, url)
self.url = url
self.GHelper = GlobalHelper()
self.reqBuilder = SysUtils.getRequestBuilder()
def get_calendar_param_by_key(self, **kargs):
'''
kargs['res'] -> {
"id" : "http://*****:*****@openwave.com/webtop_14bc54f58a9",
"name" : "create test2",
"color" : null,
"visible" : true,
"primary" : false,
"personal" : true,
"readOnly" : false,
"sharingUrl" : "http://*****:*****@openwave.com/webtop_14bc54f58a9"
}
kargs['key'] -> eg. "name" means check by name
kargs['exp_value'] -> expect a value of key, eg. "new cal" means calendar name
kargs['get'] -> the param expect to get, eg. "id" means to get calendar id
'''
calendar = eval(kargs['res'])
if calendar[kargs['key']] == kargs['exp_value']:
return calendar[kargs['get']]
else:
raise Exception('Failed to get %s by %s' %
(kargs['get'], kargs['key']))
def get_calendar_id_by_name(self, **kargs):
res = self.list_calendar()
result_id = utils.getIdListByName(name=kargs['name'], res=str(res))
if kargs.has_key('one_string'):
return result_id[0]
if kargs.has_key('index'):
index = int(kargs['index'])
return result_id[index]
return result_id
def del_all_calendars(self):
res = self.list_calendar()
cal_list = eval(res)
print type(cal_list)
for cal in cal_list:
if 'main calendar' not in cal['name']:
kargs = {'params.id': cal['id']}
self.del_calendar(**kargs)
def get_oringinal_event_ids(self, **kargs):
''' kargs['res'] -> report event response
return ids list, if there's a recurrent event, just return the oringinal one '''
eventRes = eval(kargs['res'])['events']['results']
ids = []
for event in eventRes:
if event.has_key('recurrence') and event.has_key('recurrenceOf'):
pass
elif event['@type'] == 'Event':
ids.append(event['uid'])
if kargs.has_key('index'):
index = int(kargs['index'])
return ids[index]
return ids
def get_recurrence_master_event_ids(self, **kargs):
''' kargs['res'] -> report event response
return ids list, only for a recurrent event, just return the oringinal ones '''
eventRes = eval(kargs['res'])['events']['results']
ids = []
for event in eventRes:
if not event.has_key('recurrenceOf') and event.has_key(
'recurrence') and event['@type'] == 'Event':
ids.append(event['uid'])
return ids
def get_recurrence_sub_event_ids(self, **kargs):
''' kargs['res'] -> report event response
kargs['masterId'] -> only one master event Id
kargs['index'] -> from 0 to .., index of sub-event Id
return ids list, only for a recurrent event, just return the sub ones which match the 'masterId' '''
eventRes = eval(kargs['res'])['events']['results']
index = int(kargs['index'])
ids = []
for event in eventRes:
if event.has_key('recurrenceOf'
) and event['recurrenceOf'] == kargs['masterId']:
ids.append(event['uid'])
return ids[index]
def del_events(self, **kargs):
'''kargs -> either 'params.calendarId' and 'ids', means delete all ids from 'ids' list
or 'params.calendarId' and 'params.eventId'
'''
if kargs.has_key('ids'):
ids = kargs['ids']
del kargs['ids']
for id in ids:
kargs['params.eventId'] = id
self.del_event(**kargs)
else:
print 'del a event'
self.del_event(**kargs)
def empty_event(self, **kargs):
'''kargs['name'], params.startTime, params.endTime '''
get_id_h = {'name': kargs['name']}
cal_ids = self.get_calendar_id_by_name(**get_id_h)
report_event_h = {
'params.calendarIds': cal_ids,
'params.startTime': kargs['params.startTime'],
'params.endTime': kargs['params.endTime']
}
events_res = self.report_event(**report_event_h)
original_ids_h = {'res': events_res}
event_ids = self.get_oringinal_event_ids(**original_ids_h)
del_events_h = {'params.calendarId': cal_ids[0], 'ids': event_ids}
self.del_events(**del_events_h)
return 'Empty events done'
def birthday_startTime(self, **kargs):
'''
i.e.
(refer to ${birth day} makeContactField label=birthday type=lzPersonal value=19860608 primary=false)
${birthday_startTime} birthday_startTime birthday=${birth day}
'''
return str(kargs['birthday']['value']) + 'T000000'
def empty_tasklist(self, **kargs):
list_tasklist_params = {'params.calendarId': kargs['calendarId']}
list_tasklist_res = self.list_tasklist(**list_tasklist_params)
GHelper_params = {'res': list_tasklist_res, 'all': 'true'}
tasklist_id_list = self.GHelper.get_id_list_by_name(**GHelper_params)
for id in tasklist_id_list:
del_tasklist_params = {
'params.calendarId': kargs['calendarId'],
'params.taskListId': id
}
self.del_tasklist(**del_tasklist_params)
return 'All tasklist are deleted'
def empty_todos(self, **kargs):
''' kargs['name'] = ${common_from}${common_domain}'s main calendar'''
calid = self.get_calendar_id_by_name(**kargs)
list_task_h = {'params.calendarId': calid}
list_task_res = self.list_task(**list_task_h)
todo_list = eval(list_task_res)['toDos']['results']
uid_k = {'res': todo_list, 'all': True}
uid_list = self.GHelper.get_id_list_by_name(**uid_k)
del_task_k = {'params.calendarId': calid}
# del_task params.calendarId=${cal ids} params.toDoId=${created_uid}
for uid in uid_list:
del_task_k['params.toDoId'] = uid
self.del_task(**del_task_k)
print 'del ' + str(uid)
return 'empty_todos done for the calendar'
# ---------------------------------------old func----------------------------------------------
def get_cal_id_by_name(self, **kargs):
res = self.list_calendar()
result_list = utils.getCalendarIDListByName(kargs['name'], res)
if len(result_list) == 0:
raise Exception('Can not find calendar(name : %s) !' %
kargs['name'])
return result_list[0]
def create_max_calendar(self, **kargs):
if not kargs.has_key('calendarMax'):
raise Exception('Missing calendarMax in parameters!')
exceedNumber = int(kargs['calendarMax']) + 1
for i in range(exceedNumber):
try:
kargs['name'] = 'testmax' + str(i)
self.create_calendar(**kargs)
print 'create number ' + str(i)
except Exception, ex:
if (i == int(kargs['calendarMax'])
): #to do:need to assert the error msg
return 'One more than Max raise exception, case pass!'
else:
print 'number ' + str(i) + ' failed'
raise ex
raise Exception(
'Exceed the nested layer limitation %s! No error found in response.'
% str(exceedNumber))
class CalendarLib(Calendar):
def __init__(self,url):
Calendar.__init__(self, url)
self.url = url
self.GHelper = GlobalHelper()
self.reqBuilder = SysUtils.getRequestBuilder()
def get_calendar_param_by_key(self, **kargs):
'''
kargs['res'] -> {
"id" : "http://*****:*****@openwave.com/webtop_14bc54f58a9",
"name" : "create test2",
"color" : null,
"visible" : true,
"primary" : false,
"personal" : true,
"readOnly" : false,
"sharingUrl" : "http://*****:*****@openwave.com/webtop_14bc54f58a9"
}
kargs['key'] -> eg. "name" means check by name
kargs['exp_value'] -> expect a value of key, eg. "new cal" means calendar name
kargs['get'] -> the param expect to get, eg. "id" means to get calendar id
'''
calendar = eval(kargs['res'])
if calendar[kargs['key']] == kargs['exp_value']:
return calendar[kargs['get']]
else:
raise Exception('Failed to get %s by %s'%(kargs['get'],kargs['key'] ))
def get_calendar_id_by_name(self, **kargs):
res = self.list_calendar()
result_id = utils.getIdListByName(name=kargs['name'], res=str(res))
if kargs.has_key('one_string'):
return result_id[0]
if kargs.has_key('index'):
index = int(kargs['index'])
return result_id[index]
return result_id
def del_all_calendars(self):
res = self.list_calendar()
cal_list = eval(res)
print type(cal_list)
for cal in cal_list:
if 'main calendar' not in cal['name']:
kargs = {'params.id': cal['id']}
self.del_calendar(**kargs)
def get_oringinal_event_ids(self, **kargs):
''' kargs['res'] -> report event response
return ids list, if there's a recurrent event, just return the oringinal one '''
eventRes = eval(kargs['res'])['events']['results']
ids = []
for event in eventRes:
if event.has_key('recurrence') and event.has_key('recurrenceOf'):
pass
elif event['@type'] == 'Event':
ids.append(event['uid'])
if kargs.has_key('index'):
index = int(kargs['index'])
return ids[index]
return ids
def get_recurrence_master_event_ids(self, **kargs):
''' kargs['res'] -> report event response
return ids list, only for a recurrent event, just return the oringinal ones '''
eventRes = eval(kargs['res'])['events']['results']
ids = []
for event in eventRes:
if not event.has_key('recurrenceOf') and event.has_key('recurrence') and event['@type'] == 'Event':
ids.append(event['uid'])
return ids
def get_recurrence_sub_event_ids(self, **kargs):
''' kargs['res'] -> report event response
kargs['masterId'] -> only one master event Id
kargs['index'] -> from 0 to .., index of sub-event Id
return ids list, only for a recurrent event, just return the sub ones which match the 'masterId' '''
eventRes = eval(kargs['res'])['events']['results']
index = int(kargs['index'])
ids = []
for event in eventRes:
if event.has_key('recurrenceOf') and event['recurrenceOf'] == kargs['masterId']:
ids.append(event['uid'])
return ids[index]
def del_events(self, **kargs):
'''kargs -> either 'params.calendarId' and 'ids', means delete all ids from 'ids' list
or 'params.calendarId' and 'params.eventId'
'''
if kargs.has_key('ids'):
ids = kargs['ids']
del kargs['ids']
for id in ids:
kargs['params.eventId'] = id
self.del_event(**kargs)
else:
print 'del a event'
self.del_event(**kargs)
def empty_event(self, **kargs):
'''kargs['name'], params.startTime, params.endTime '''
get_id_h = {'name': kargs['name']}
cal_ids = self.get_calendar_id_by_name(**get_id_h)
report_event_h = {'params.calendarIds':cal_ids,'params.startTime': kargs['params.startTime'], 'params.endTime': kargs['params.endTime']}
events_res = self.report_event(**report_event_h)
original_ids_h = {'res': events_res}
event_ids = self.get_oringinal_event_ids(**original_ids_h)
del_events_h = {'params.calendarId':cal_ids[0], 'ids': event_ids}
self.del_events(**del_events_h)
return 'Empty events done'
def birthday_startTime(self, **kargs):
'''
i.e.
(refer to ${birth day} makeContactField label=birthday type=lzPersonal value=19860608 primary=false)
${birthday_startTime} birthday_startTime birthday=${birth day}
'''
return str(kargs['birthday']['value'])+'T000000'
def empty_tasklist(self, **kargs):
list_tasklist_params = {'params.calendarId':kargs['calendarId']}
list_tasklist_res = self.list_tasklist(**list_tasklist_params)
GHelper_params = {'res':list_tasklist_res, 'all':'true'}
tasklist_id_list = self.GHelper.get_id_list_by_name(**GHelper_params)
for id in tasklist_id_list:
del_tasklist_params = {'params.calendarId':kargs['calendarId'], 'params.taskListId':id}
self.del_tasklist(**del_tasklist_params)
return 'All tasklist are deleted'
def empty_todos(self, **kargs):
''' kargs['name'] = ${common_from}${common_domain}'s main calendar'''
calid = self.get_calendar_id_by_name(**kargs)
list_task_h = {'params.calendarId': calid}
list_task_res = self.list_task(**list_task_h)
todo_list = eval(list_task_res)['toDos']['results']
uid_k = {'res':todo_list, 'all':True}
uid_list = self.GHelper.get_id_list_by_name(**uid_k)
del_task_k = {'params.calendarId': calid}
# del_task params.calendarId=${cal ids} params.toDoId=${created_uid}
for uid in uid_list:
del_task_k['params.toDoId'] = uid
self.del_task(**del_task_k)
print 'del '+str(uid)
return 'empty_todos done for the calendar'
# ---------------------------------------old func----------------------------------------------
def get_cal_id_by_name(self, **kargs):
res = self.list_calendar()
result_list = utils.getCalendarIDListByName(kargs['name'], res)
if len(result_list) == 0:
raise Exception('Can not find calendar(name : %s) !'%kargs['name'])
return result_list[0]
def create_max_calendar(self,**kargs):
if not kargs.has_key('calendarMax'):
raise Exception('Missing calendarMax in parameters!')
exceedNumber = int(kargs['calendarMax']) + 1
for i in range(exceedNumber):
try:
kargs['name'] = 'testmax' + str(i)
self.create_calendar(**kargs)
print 'create number '+str(i)
except Exception,ex:
if (i == int(kargs['calendarMax'])): #to do:need to assert the error msg
return 'One more than Max raise exception, case pass!'
else:
print 'number '+str(i)+' failed'
raise ex
raise Exception('Exceed the nested layer limitation %s! No error found in response.'%str(exceedNumber))
