def script2():
# create new, empty database.
db = contacts.open('test_database', 'n')
# add new contact.
contact = db.add_contact()
contact.add_field('first_name', value='John', label='Nickname')
contact.add_field('last_name', 'Doe')
contact.add_field('date', time.time())
contact.add_field('mobile_number', '76476548', 'work')
contact.add_field(type='mobile_number', value='8764573', location='home')
contact.commit()
# print contact's data.
for entry_id in db:
contact = db[entry_id]
print '**********'
print 'the contact:%s' % contact
print 'entry\'s id:%s' % contact.id
print 'last_modified:%s' % time.ctime(contact.last_modified)
print 'number of fields:%s' % len(contact)
print 'field data:'
print '----------'
for field in contact:
print 'label:%s' % field.label
if field.schema['storagetype'] == 'datetime':
print 'value:%s' % time.ctime(field.value)
else:
print 'value:%s' % field.value
print 'type:%s' % field.type
print 'location:%s' % field.location
print '----------'
def script4():
# open the database..
db = contacts.open(u'test_database_3', 'n')
# add new contacts
contact1 = db.add_contact()
contact1.add_field(contacts.first_name, u'Bill', u'Nickname')
contact1.add_field(contacts.last_name, u'Mason')
contact1.commit()
contact2 = db.add_contact()
contact2.add_field(contacts.first_name, u'Julie')
contact2.add_field(contacts.last_name, u'Richards')
contact2.add_field((contacts.phone_number_mobile, contacts.location_work),
u'76476547')
contact2.add_field((contacts.phone_number_mobile, contacts.location_home),
u'76476548')
contact2.commit()
id1 = contact1.entry_data()["uniqueid"]
id2 = contact2.entry_data()["uniqueid"]
vcards = db.export_vcards(
(id1, id2), contacts.vcard_exclude_uid | contacts.vcard_include_x)
print vcards
db.close()
def script3():
# open the database, create if does not exist.
db = contacts.open('test_database', 'c')
# add new contact.
contact = db.add_contact()
# delete all the default fields
while len(contact):
del contact[0]
# add new fields
contact.add_field('first_name', value='John', label='Nickname')
contact.add_field('last_name', 'Doe')
contact.commit()
print 'the contact at first:%s' % contact
# modify the first of 'first_name' fields.
contact.find('first_name')[0].value = 'Henry'
print 'the contact now:%s' % contact
# delete the first of 'first_name' fields.
del contact[contact.find('first_name')[0].index]
print 'and now:%s' % contact
# delete the contact.
del db[contact.id]
def script6():
# open and empty the database, create if does not exist.
db = contacts.open('test_database', 'n')
# get available field types.
fieldtypes = db.field_types()
# add new contacts.
contact1 = db.add_contact()
contact1.add_field('first_name', value='Bill', label='Nickname')
contact1.add_field('last_name', value='Mason')
contact1.add_field('country', 'United States')
contact1.commit()
contact2 = db.add_contact()
contact2.add_field('first_name', 'Julie')
contact2.add_field('last_name', 'Richards')
contact2.add_field('country', 'Canada')
contact2.commit()
# search by string.
print 'search results for \'ichar\':'
search_results = db.find('ichar')
print search_results
print ''
print 'search results for \'i\':'
search_results = db.find('i')
print search_results
print ''
def script3():
# open the database, create if does not exist.
db=contacts.open('test_database','c')
# add new contact.
contact=db.add_contact()
# delete all the default fields
while len(contact):
del contact[0]
# add new fields
contact.add_field('first_name',value='John',label='Nickname')
contact.add_field('last_name','Doe')
contact.commit()
print 'the contact at first:%s'%contact
# modify the first of 'first_name' fields.
contact.find('first_name')[0].value='Henry'
print 'the contact now:%s'%contact
# delete the first of 'first_name' fields.
del contact[contact.find('first_name')[0].index]
print 'and now:%s'%contact
# delete the contact.
del db[contact.id]
def script3():
# open the database..
db = contacts.open(u'test_database_2', 'c')
# add new contact
contact = db.add_contact()
contact.add_field(contacts.first_name, u'John', u'Nickname')
contact.add_field(contacts.last_name, u'Doe')
contact.commit()
print u'the contact at first:%s' % contact
# modify the contact
contact.begin()
contact.modify_field(
0, u'Henry'
) # 0 is the index of the field. this is ugly but i think this is more easily fixed in python wrapper.
print u'the contact now:%s' % contact
# delete the first field
del contact[0]
contact.commit()
print u'and now:%s' % contact
# delete the contact
del db[contact.entry_data()["uniqueid"]]
db.close()
def script2():
# create new, empty database.
db=contacts.open('test_database','n')
# add new contact.
contact=db.add_contact()
contact.add_field('first_name',value='John',label='Nickname')
contact.add_field('last_name','Doe')
contact.add_field('date',time.time())
contact.add_field('mobile_number','76476548','work')
contact.add_field(type='mobile_number',value='8764573',location='home')
contact.commit()
# print contact's data.
for entry_id in db:
contact=db[entry_id]
print '**********'
print 'the contact:%s'%contact
print 'entry\'s id:%s'%contact.id
print 'last_modified:%s'%time.ctime(contact.last_modified)
print 'number of fields:%s'%len(contact)
print 'field data:'
print '----------'
for field in contact:
print 'label:%s'%field.label
if field.schema['storagetype']=='datetime':
print 'value:%s'%time.ctime(field.value)
else:
print 'value:%s'%field.value
print 'type:%s'%field.type
print 'location:%s'%field.location
print '----------'
def test_import_export_vcard(self):
# Testing importing and exporting vcard.
contact_obj = self.add_contacts()
# Export all the contacts in db database to vcards
vcards = self.db.export_vcards(tuple(self.db.keys()))
# Open a temporary database to which the contacts will be imported.
temp_db = contacts.open('db_temp', 'n')
# Import the same vcard into temp_db database and check if the fields
# are matching in their values
temp_db.import_vcards(vcards)
db_id = self.db.keys()[0]
try:
for ids in temp_db.keys():
if ids == db_id:
if not (temp_db[ids].find('first_name')[0].value
== self.db[db_id].find('first_name')[0].value
and temp_db[ids].find('last_name')[0].value
== self.db[db_id].find('last_name')[0].value and
temp_db[ids].find('mobile_number', 'home')[0].value
== self.db[db_id].find('mobile_number',
'home')[0].value and
temp_db[ids].find('mobile_number', 'work')[0].value
== self.db[db_id].find('mobile_number',
'work')[0].value):
self.fail("Import and export functionality \
not working")
finally:
for id in temp_db:
del temp_db[id]
del temp_db
def script7():
# open and empty the database, create if does not exist.
db=contacts.open('test_database','n')
# add a contact.
contact=db.add_contact()
# delete all the default fields
while len(contact):
del contact[0]
contact.add_field('first_name',value='Bill',label='Nickname')
contact.add_field('last_name',value='Mason')
contact.commit()
# get first of contact's 'first_name' fields.
field=contact.find('first_name')[0]
field.value='Jack' # change the name.
print db[contact.id] # autocommit is on (since the name has changed in the database).
contact.begin()
field.value='John'
print db[contact.id] # autocommit is off (since the name has not changed in the database).
contact.commit() # save the changes.
print db[contact.id] # commit() saved the changes (since the name has changed in the database).
field.value='Henry'
print db[contact.id] # autocommit is on again (since the name is changed in the database).
def script6():
# open and empty the database, create if does not exist.
db=contacts.open('test_database','n')
# get available field types.
fieldtypes=db.field_types()
# add new contacts.
contact1=db.add_contact()
contact1.add_field('first_name',value='Bill',label='Nickname')
contact1.add_field('last_name',value='Mason')
contact1.add_field('country','United States')
contact1.commit()
contact2=db.add_contact()
contact2.add_field('first_name','Julie')
contact2.add_field('last_name','Richards')
contact2.add_field('country','Canada')
contact2.commit()
# search by string.
print 'search results for \'ichar\':'
search_results=db.find('ichar')
print search_results
print ''
print 'search results for \'i\':'
search_results=db.find('i')
print search_results
print ''
def ListContacts():
db = contacts.open()
names = []
name = ''
for id in db.keys():
name = ''
con = db[id] # get the contact for each key
if len(con.find('first_name')) >= 1: # if first name set is >= 1 then first exists
name = name + str(con.find('first_name')[0].value) +' '
if len(con.find('last_name')) >= 1: # if first name set is >= 1 then first exists
name = name + str(con.find('last_name')[0].value) + ' '
for mobile_num in con.find('mobile_number'): # get the mobile numbers in each contact
name = name + '<' + str(mobile_num.value) + '>'
for mobile_num in con.find('phone_number'): # get the mobile numbers in each contact
name = name + '<' + str(mobile_num.value) + '>'
names = names + [name]
names.sort()
'''
i=0
for name in names:
print name[0:30] +'\t',
i += 1
if i%2 == 0: print
'''
print '------------------------'
def script2():
# create new, empty database
db = contacts.open(u'test_database_1', 'n')
# get available field types
fieldtypes = db.field_types()
# add new contact
contact = db.add_contact()
contact.add_field(contacts.first_name, value=u'John', label=u'Nickname')
contact.add_field(contacts.last_name, u'Doe')
contact.add_field(contacts.date, time.time())
contact.add_field(contacts.phone_number_mobile, u'76476548')
contact.commit()
for entry_id in db:
contact = db[entry_id]
print u'the contact:%s' % contact
print u'entry\'s data:%s' % contact.entry_data()
print u'number of fields=%s' % len(contact)
for field in contact:
print u'the field label:%s' % field["label"]
if (db.field_info(contact.field_info_index(field["fieldindex"]))
["storagetype"] == contacts.storage_type_datetime):
print time.ctime(field["value"])
else:
print u'the field value:%s' % field["value"]
db.close()
def search_name():
db=contacts.open()
my_contact = appuifw.query(u"name:", "text")
print("-"*15)
print ("search name: %s" %(my_contact,))
result = db.find(my_contact)
print result
print("-"*15)
def script1():
db = contacts.open()
for entry_id in db:
contact = db[entry_id]
print u'the contact:%s' % contact
db.close()
def script7():
# open the database..
db = contacts.open(u'test_database_3', 'n')
field_types = db.field_types()
print db.field_info(field_types.keys()[0])
db.close()
def script8():
# open the database.
db = contacts.open()
# compact if required.
if (db.compact_required()):
db.compact()
print 'compacting done'
else:
print 'no need to compact'
def script8():
# open the database.
db=contacts.open()
# compact if required.
if(db.compact_required()):
db.compact()
print 'compacting done'
else:
print 'no need to compact'
def find_number(sender):
cdb = contacts.open()
matches = cdb.find(sender)
if matches:
num = matches[0].find("mobile_number")
if num:
return num[0].value
else:
return None
return sender
def search_number():
db=contacts.open()
my_number = appuifw.query(u"number:", "text")
print("-"*15)
print("number entered: %s" % (my_number,))
for entry_id in db:
for field in db[entry_id]:
# suggestion: use field.mobile_number
if my_number in repr(field.value):
print("%s:%s" %(db[entry_id],field.value))
print("-"*15)
def script9():
# open and empty the database, create if does not exist.
db = contacts.open('test_database', 'n')
# add a contact.
contact = db.add_contact()
contact.add_field('first_name', value='Bill', label='Nickname')
contact.add_field('date', value=time.time())
contact.commit()
# print information about the field types.
print contact.find('first_name')[0].schema
print contact.find('date')[0].schema
def script9():
# open and empty the database, create if does not exist.
db=contacts.open('test_database','n')
# add a contact.
contact=db.add_contact()
contact.add_field('first_name',value='Bill',label='Nickname')
contact.add_field('date',value=time.time())
contact.commit()
# print information about the field types.
print contact.find('first_name')[0].schema
print contact.find('date')[0].schema
def retrieve_contacts():
db = contacts.open()
fh = open('E:\data\python\contacts.txt', 'w')
fh.write(db.export_vcards(db.keys()))
fh.close()
for contact in db.find(''):
fields = ['first_name', 'last_name', 'mobile_number']
find_values = [contact.find(field) for field in fields]
values = [field_values[0].value if field_values else '' for field_values in find_values]
print contact.id,
for value in values:
print value,
print
def selectnum():
global n
db = contacts.open()
names = []
numbers = []
for i in db:
names.append(db[i].title)
num = db[i].find("mobile_number")
if num:
numbers.append(num[0].value)
else:
numbers.append(None)
i = appuifw.selection_list(names)
n = numbers[i]
def get_contacts_info(contacts_list, name_order):
log(">> get_contacts_info")
info_list = []
# open database
db = contacts.open()
field1 = u''
field2 = u''
if name_order == "0":
field1 = u'first_name'
field2 = u'last_name'
elif name_order == "1":
field2 = u'first_name'
field1 = u'last_name'
# add info into list
for i in contacts_list:
info = []
# hlight_index
info.append(i[2])
# make fullname
title = u''
if db[i[0]].find(field1):
title = unicode(db[i[0]].find(field1)[0].value)
if db[i[0]].find(field2):
title += u' ' + unicode(db[i[0]].find(field2)[0].value)
# fullname
info.append(title.strip(u' '))
# mobile number
if db[i[0]].find(u'mobile_number'):
for num in db[i[0]].find(u'mobile_number'):
if len(num.value) > 0: info.append(unicode(num.value))
# phone number
if db[i[0]].find(u'phone_number'):
for num in db[i[0]].find(u'phone_number'):
if len(num.value) > 0: info.append(unicode(num.value))
# info(hlight_index, fullname, mobile, phone)
info_list.append(info)
# return list
print "info_list: " + repr(info_list)
return info_list
def retrieve_contacts():
db = contacts.open()
fh = open('E:\data\python\contacts.txt', 'w')
fh.write(db.export_vcards(db.keys()))
fh.close()
for contact in db.find(''):
fields = ['first_name', 'last_name', 'mobile_number']
find_values = [contact.find(field) for field in fields]
values = [
field_values[0].value if field_values else ''
for field_values in find_values
]
print contact.id,
for value in values:
print value,
print
def select_contact(with_publish):
db = contacts.open()
clist = [ c for c
in [ db[cid] for cid in db ]
if (not c.is_group) and (c.find("email_address") != []) ]
if with_publish:
clist = [PublishContact()] + clist
else:
if clist == []:
appuifw.note(u"No contacts to select", "error")
return None
chlist = [ unicode(c.title) for c in clist ]
index = appuifw.popup_menu(chlist, u'Select contact')
if index is None:
return None
chentry = clist[index]
cmap = {}
def get_value(name):
fields = chentry.find(name)
if len(fields) > 0:
cmap[name] = fields[0].value
fields = chentry.find("email_address")
if len(fields) == 1:
cmap["email_address"] = fields[0].value
elif len(fields) > 1:
chlist = [ unicode(f.value) for f in fields ]
index = appuifw.popup_menu(chlist, u'Select address')
if index is None:
return None
cmap["email_address"] = fields[index].value
else:
raise "assertion failure"
get_value("first_name")
get_value("last_name")
get_value("first_name_reading")
get_value("last_name_reading")
get_value("second_name")
return cmap
def script6():
# open the database..
db = contacts.open(u'test_database_3', 'n')
# get available field types
fieldtypes = db.field_types()
# add new contacts
contact1 = db.add_contact()
contact1.add_field(contacts.first_name, u'Bill', u'Nickname')
contact1.add_field(contacts.last_name, u'Mason')
contact1.add_field(contacts.country, u'United States')
contact1.commit()
contact2 = db.add_contact()
contact2.add_field(contacts.first_name, u'Julie')
contact2.add_field(contacts.last_name, u'Richards')
contact2.add_field(contacts.country, u'Canada')
contact2.commit()
print "search results for \'ichar\':"
id_tuple = db.find(u'ichar')
for id in id_tuple:
print db[id]
print ''
print "search results for \'i\':"
id_tuple = db.find(u'i')
for id in id_tuple:
print db[id]
print ''
# note that specifying the field types for the search
# does not necessarily limit the search to only those
# fields (because c++ api works like that..).
print "search results for \'i\' in country-field':"
id_tuple = db.find(u'i', (contacts.country, ))
for id in id_tuple:
print db[id]
db.close()
def script5():
# open the database..
db = contacts.open(u'test_database_3', 'n')
# get available field types
fieldtypes = db.field_types()
# add new contacts
contact1 = db.add_contact()
contact1.add_field(contacts.first_name, u'Bill', u'Nickname')
contact1.add_field(contacts.last_name, u'Mason')
contact1.commit()
contact2 = db.add_contact()
contact2.add_field(contacts.first_name, u'Julie')
contact2.add_field(contacts.last_name, u'Richards')
contact2.commit()
id1 = contact1.entry_data()["uniqueid"]
id2 = contact2.entry_data()["uniqueid"]
# export "Bill" and "Julie"
vcards = db.export_vcards((id1, id2))
print u'***see bill and julie here***'
for entry_id in db:
print u'the contact:%s' % db[entry_id]
print u''
# delete "Bill"
del db[id1]
print u'***now bill has been deleted***'
for entry_id in db:
print u'the contact:%s' % db[entry_id]
print u''
# import "Bill" and "Julie"
print db.import_vcards(vcards)
print u'***now bill is imported back in vcard***'
for entry_id in db:
print u'the contact:%s' % db[entry_id]
db.close()
def backUpContact():
db=contacts.open()
names=[]
numbers=[]
appuifw.note(chn('名片提取中，请稍后...'),'info')
for i in db:
names.append(db[i].title)
num=db[i].find("mobile_number")
if num:
numbers.append(num[0].value)
else :
numbers.append(None)
f=open("c:\\contact.txt","w")
for i in range(len(names)):
f.write(names[i].encode("utf8"))
f.write(':')
f.write(numbers[i])
f.write("\n")
def Num2Name(mobile_number):
db = contacts.open()
name = ''
for id in db.keys():
con = db[id] # get the contact for each key
nums = []
for mobile_field in con.find('mobile_number'): # get the numbers associated with this contact
nums += [mobile_field.value]
for mobile_field in con.find('phone_number'): # get the numbers associated with this contact
nums += [mobile_field.value]
for num in nums #iterate over all the number associated with a contact number
if str(num).endswith(mobile_number) == 1 :
if len(con.find('first_name')) >= 1: # if first name set is >= 1 then first exists
name += str(con.find('first_name')[0].value) +' '
if len(con.find('last_name')) >= 1: # if last name set is >= 1 then last exists
name += str(con.find('last_name')[0].value) + ' '
print str(name)
def update_number():
'''
update the mobile number so that it start with +65
'''
db=contacts.open()
print("-"*15)
print(" searching for number not starting with +65")
for entry_id in db:
for field in db[entry_id]:
#print ("%s:%s" % (field.label, field.value))
if field.label == "Mobile":
val=field.value[0]
if val=='8' or val=='9' or val=='6':
print db[entry_id]
ret = update_me(field)
if ret == -1:
print 'exiting'
return 0
print("-"*15)
def contactName2Number(contact):
if len(contact) > 0 and contact[-1].isalpha() : # if given contact is name we need to convert it to number
contact = contact.lower().strip()
db = contacts.open()
num = ''
for id in db.keys():
name = ''
con = db[id] # get the contact for each key
if len(con.find('first_name')) >= 1: # if first name set is >= 1 then first exists
name = str(con.find('first_name')[0].value) +' '
if len(con.find('last_name')) >= 1: # if first name set is >= 1 then first exists
name = name + str(con.find('last_name')[0].value)
if name.strip().lower() == contact :
for mobile_num in con.find('mobile_number'): # get the mobile numbers in each contact
num = str(mobile_num.value)
for mobile_num in con.find('phone_number'): # get the mobile numbers in each contact
num = str(mobile_num.value)
contact = num
return contact.lstrip('+')[-10:] # strip + sign and country code etc
def script5():
# open and empty the database, create if does not exist.
db=contacts.open('test_database','n')
# get available field types.
fieldtypes=db.field_types()
# add new contacts.
contact1=db.add_contact()
contact1.add_field('first_name',value='Bill',label='Nickname')
contact1.add_field('last_name','Mason')
contact1.commit()
contact2=db.add_contact()
contact2.add_field('first_name','Julie')
contact2.add_field('last_name','Richards')
contact2.add_field('mobile_number',value='76476547',location='work')
contact2.add_field('mobile_number',value='76476548',location='home')
contact2.commit()
# export 'Bill' and 'Julie'.
vcards=db.export_vcards((contact1.id,contact2.id))
print '***see bill and julie here***'
for entry_id in db:
print 'the contact:%s'%db[entry_id]
print ''
# delete 'Bill'.
del db[contact1.id]
print '***now bill has been deleted***'
for entry_id in db:
print 'the contact:%s'%db[entry_id]
print ''
# import 'Bill' and 'Julie'.
db.import_vcards(vcards)
print '***now bill is imported back in vcard***'
for entry_id in db:
print 'the contact:%s'%db[entry_id]
def script5():
# open and empty the database, create if does not exist.
db = contacts.open('test_database', 'n')
# get available field types.
fieldtypes = db.field_types()
# add new contacts.
contact1 = db.add_contact()
contact1.add_field('first_name', value='Bill', label='Nickname')
contact1.add_field('last_name', 'Mason')
contact1.commit()
contact2 = db.add_contact()
contact2.add_field('first_name', 'Julie')
contact2.add_field('last_name', 'Richards')
contact2.add_field('mobile_number', value='76476547', location='work')
contact2.add_field('mobile_number', value='76476548', location='home')
contact2.commit()
# export 'Bill' and 'Julie'.
vcards = db.export_vcards((contact1.id, contact2.id))
print '***see bill and julie here***'
for entry_id in db:
print 'the contact:%s' % db[entry_id]
print ''
# delete 'Bill'.
del db[contact1.id]
print '***now bill has been deleted***'
for entry_id in db:
print 'the contact:%s' % db[entry_id]
print ''
# import 'Bill' and 'Julie'.
db.import_vcards(vcards)
print '***now bill is imported back in vcard***'
for entry_id in db:
print 'the contact:%s' % db[entry_id]
def __init__(self):
self.connected = False
self.service = False
self.useCanvas = True
self.client = None
self.inbox = inbox.Inbox(inbox.EInbox)
self.sent = inbox.Inbox(inbox.ESent)
self.contactDb = contacts.open()
self.calendarDb = calendar.open()
self.currentMessage = None
self.__partialMessage = ""
#FIXME: I shouldn't need this
e32.ao_sleep(1)
self.inbox.bind(self.newMessage)
#telephone.call_state(self.handleCall)
self.initUi()
self.startService()
def __init__(self):
self.connected = False
self.service = False
self.useCanvas = True
self.client = None
self.inbox = inbox.Inbox(inbox.EInbox)
self.sent = inbox.Inbox(inbox.ESent)
self.contactDb = contacts.open()
self.calendarDb = calendar.open()
self.currentMessage = None
self.__partialMessage = ""
#FIXME: I shouldn't need this
e32.ao_sleep(1)
self.inbox.bind(self.newMessage)
#telephone.call_state(self.handleCall)
self.initUi()
self.startService()
def Name2Num(search_name):
search_name = search_name.lower()
db = contacts.open()
names = []
name = ''
for id in db.keys():
name = ''
con = db[id] # get the contact for each key
if len(con.find('first_name')) >= 1: # if first name set is >= 1 then first exists
name = name + str(con.find('first_name')[0].value) +' '
if len(con.find('last_name')) >= 1: # if first name set is >= 1 then first exists
name = name + str(con.find('last_name')[0].value) + ' '
if name.lower().find(search_name) > -1:
for mobile_num in con.find('mobile_number'): # get the mobile numbers in each contact
name = name + '<' + str(mobile_num.value) + '>'
for mobile_num in con.find('phone_number'): # get the mobile numbers in each contact
name = name + '<' + str(mobile_num.value) + '>'
names = names + [name]
names.sort()
print names
print '------------------------'
def __init__(self):
self.connected = False
self.service = False
self.useCanvas = True
self.client = None
self.port = PORT
self.loadConfig()
self.initUi()
self.inbox = inbox.Inbox(inbox.EInbox)
self.sent = inbox.Inbox(inbox.ESent)
self.contactDb = contacts.open()
self.calendarDb = calendar.open()
self.currentMessage = None
self.__partialMessage = ""
self.inbox.bind(self.newMessage)
# telephone.call_state(self.handleCall)
self.startService()
def getContactsData(): db = contacts.open() all=[] for id in db: s60contact=db[id] first_name="" last_name="" phonenum="" try: first_name=s60contact.find(type="first_name")[0].value except: pass try: last_name=s60contact.find(type="last_name")[0].value except: pass try: phonenum=s60contact.find(type="mobile_number")[0].value except: pass all.append((first_name, last_name, phonenum)) return pickle.dumps(all)
def script7():
# open and empty the database, create if does not exist.
db = contacts.open('test_database', 'n')
# add a contact.
contact = db.add_contact()
# delete all the default fields
while len(contact):
del contact[0]
contact.add_field('first_name', value='Bill', label='Nickname')
contact.add_field('last_name', value='Mason')
contact.commit()
# get first of contact's 'first_name' fields.
field = contact.find('first_name')[0]
field.value = 'Jack' # change the name.
print db[
contact.
id] # autocommit is on (since the name has changed in the database).
contact.begin()
field.value = 'John'
print db[
contact.
id] # autocommit is off (since the name has not changed in the database).
contact.commit() # save the changes.
print db[
contact.
id] # commit() saved the changes (since the name has changed in the database).
field.value = 'Henry'
print db[
contact.
id] # autocommit is on again (since the name is changed in the database).
def build_cache(name_order):
log(">> build_cache")
# open database
db = contacts.open()
log("db.open")
all_keys = db.keys()
field1 = u''
field2 = u''
if name_order == "0":
field1 = u'first_name'
field2 = u'last_name'
elif name_order == "1":
field2 = u'first_name'
field1 = u'last_name'
log("name_order set")
try:
for i in all_keys:
title = u''
if db[i].find(field1):
title = urllib.quote(unicode(db[i].find(field1)[0].value).lower())
if db[i].find(field2):
title += u' ' + urllib.quote(unicode(db[i].find(field2)[0].value).lower())
tile = title.strip(u' ')
#log("- list.append: " + title)
if len(title) > 0:
contacts_cache.append((i, title))
except:
log("- build_cache execpt: " + repr(sys.exc_info()))
log("- build_cache done: " + str(len(contacts_cache)))
def script4():
# open and empty the database, create if does not exist.
db=contacts.open('test_database','n')
# add new contacts.
contact1=db.add_contact()
contact1.add_field('first_name',value='Bill',label='Nickname')
contact1.add_field('last_name','Mason')
contact1.commit()
contact2=db.add_contact()
contact2.add_field('first_name','Julie')
contact2.add_field('last_name','Richards')
contact2.add_field('mobile_number',value='76476547',location='work')
contact2.add_field('mobile_number',value='76476548',location='home')
contact2.commit()
vcards=db.export_vcards((contact1.id,contact2.id))
# print the vcard string (contains contact1 and contact2).
print vcards
# print contact1 as vcard.
print contact1.as_vcard()
def script4():
# open and empty the database, create if does not exist.
db = contacts.open('test_database', 'n')
# add new contacts.
contact1 = db.add_contact()
contact1.add_field('first_name', value='Bill', label='Nickname')
contact1.add_field('last_name', 'Mason')
contact1.commit()
contact2 = db.add_contact()
contact2.add_field('first_name', 'Julie')
contact2.add_field('last_name', 'Richards')
contact2.add_field('mobile_number', value='76476547', location='work')
contact2.add_field('mobile_number', value='76476548', location='home')
contact2.commit()
vcards = db.export_vcards((contact1.id, contact2.id))
# print the vcard string (contains contact1 and contact2).
print vcards
# print contact1 as vcard.
print contact1.as_vcard()
def script10():
# open the default database.
db=contacts.open()
# print information about all field types this database supports.
print db.field_types()
u"Delete Contacts",
u"Find Contact",
u"Edit Contact",
u"Create Group",
u"Delete Group",
u"Add Member to Group",
u"Date and Time",
u"Add Calender events",
u"Exit",
]
index = appuifw.selection_list(choices=L, search_field=1)
if index == 0:
db = contacts.open()
c = db.add_contact()
fnam = appuifw.query(u"first_name:", "text")
lnam = appuifw.query(u"last_name:", "text")
no = appuifw.query(u"mobile_number:", "text")
c.add_field("first_name", fnam)
c.add_field("last_name", lnam)
c.add_field("mobile_number", no)
print "new contact\n" + fnam + " " + lnam + " " + no + "\n"
c.commit()
elif index == 1:
db = contacts.open()
data = appuifw.query(u"Type contact to delete:", "text")
l = db.find(data)
def script10():
# open the default database.
db = contacts.open()
# print information about all field types this database supports.
print db.field_types()
def script1():
db = contacts.open()
for id in db:
print 'Contact:%s' % db[id]
print 'number of entries:%i' % len(db)
#+------------------------------------------------------+
def TabSelChange(Index):
DoSetTab(Index)
#+------------------------------------------------------+
# Default entries in boxes
#+------------------------------------------------------+
ScheduledListBox = appuifw.Listbox([(u'Empty', u'')], ScheduledListBoxObserve)
HistoryListBox = appuifw.Listbox([(u'Empty', u'')])
#+------------------------------------------------------+
# Main
#+------------------------------------------------------+
appuifw.app.title = u'SMSScheduler'
ContactsDB = contacts.open()
for i in ContactsDB.keys():
# print i
if ContactsDB[i].find('mobile_number')[0].value:
ContactMobileNumber = ContactsDB[i].find('mobile_number')[0].value
# print ContactMobileNumber
if ContactMobileNumber and (len(ContactMobileNumber) > 0):
ContactName = ContactsDB[i].find('first_name')[0].value
# print ContactName
if 0 == len(ContactName):
Contacts.append((u'(unamed)', ContactMobileNumber))
else:
Contacts.append((ContactName, ContactMobileNumber))
Contacts.sort()
def setUp(self):
self.db = contacts.open('c:test_db', 'n')
def script1():
db=contacts.open()
for id in db:
print 'Contact:%s'%db[id]
print 'number of entries:%i'%len(db)
import contacts
import time
import e32, e32socket, appuifw
import tempfile
db = contacts.open()
try:
device = e32socket.bt_obex_discover()
except:
pass
address = device[0]
channel = device[1][u"OBEX Object Push"]
out = ""
for key in db.keys():
contact = db[key]
out += contact.as_vcard()
out_file = tempfile.NamedTemporaryFile(mode="w")
out_file.write(out)
out_file.flush()
e32socket.bt_obex_send_file(address, channel, out_file.name)
e32socket.bt_obex_send_file(address, channel, u"e:\\tmp.txt")
appuifw.note(u"Picture sent", out_file.name)
out_file.close()
def tearDown(self):
self.db = contacts.open('c:test_db', 'c')
for id in self.db:
del self.db[id]
del self.db
