def text_to_contact(self, text, **kwargs):
c = None
try:
c = Contact.Contact()
c.set_from_vcard_string(text.get_string())
except:
c = None
log.warn("Error converting text to contact")
return c
def file_to_contact(self, f, **kwargs):
c = None
if f.get_mimetype().split('/')[0] == "text":
try:
c = Contact.Contact()
c.set_from_vcard_string(f.get_contents_as_text())
except:
c = None
log.warn("Error converting file to contact")
return c
def _get_object(self, LUID):
"""
Retrieve a specific contact object from evolution
"""
obj = self.book.get_contact(LUID)
contact = Contact.Contact()
contact.set_from_vcard_string(obj.get_vcard_string())
contact.set_UID(obj.get_uid())
contact.set_mtime(datetime.datetime.fromtimestamp(obj.get_modified()))
return contact
def get(self, LUID):
DataProvider.TwoWay.get(self, LUID)
fullpath = os.path.join(self.dataDir, LUID)
f = File.File(URI=fullpath)
contact = Contact.Contact()
contact.set_from_vcard_string(f.get_contents_as_text())
contact.set_open_URI(fullpath)
contact.set_mtime(f.get_mtime())
contact.set_UID(LUID)
return contact
config = {
"username": os.environ.get("TEST_USERNAME","*****@*****.**"),
"password": os.environ["TEST_PASSWORD"],
}
test.configure(sink=config)
google = test.get_sink().module
#Log in
try:
google.refresh()
ok("Logged in", google.loggedIn == True)
except Exception, err:
ok("Logged in (%s)" % err, False)
#make a new contact with a random email address (so it doesnt conflict)
contact = Contact.parse_vcf(vcfData % Utils.random_string())[0]
test.do_dataprovider_tests(
supportsGet=True,
supportsDelete=True,
safeLUID=SAFE_CONTACT_ID,
data=contact,
name="contact"
)
#check we get a conflict if we put a contact with a known existing email address
#FIXME: We should actually automatically resolve this conflict...
contact = new_contact(None)
try:
google.put(contact, False)
ok("Detected duplicate email", False)
except Exceptions.SynchronizeConflictError:
def _blob_to_data(self, uid, blob):
parser = xml.dom.minidom.parseString(blob)
root = parser.getElementsByTagName("contact")[0]
c = Contact.Contact()
c.set_UID(uid)
def S(node):
if node and node[0].childNodes:
return node[0].firstChild.wholeText
return ""
for node in root.childNodes:
if node.nodeName == "FileAs":
pass
elif node.nodeName == "FormattedName":
try:
c.vcard.fn
except:
c.vcard.add('fn')
c.vcard.fn.value = S(node.getElementsByTagName('Content'))
elif node.nodeName == "Name":
family = S(node.getElementsByTagName('LastName'))
given = S(node.getElementsByTagName('FirstName'))
try:
c.vcard.n
except:
c.vcard.add('n')
c.vcard.n.value = vobject.vcard.Name(family=family,
given=given)
elif node.nodeName == "Nickname":
pass
elif node.nodeName == "EMail":
email = c.vcard.add('email')
email.value = S(node.getElementsByTagName('Content'))
email.type_param = 'INTERNET'
elif node.nodeName == "Photo":
pass
elif node.nodeName == "Categories":
pass
elif node.nodeName == "Assistant":
pass
elif node.nodeName == "Manager":
pass
elif node.nodeName == "Organization":
pass
elif node.nodeName == "Spouse":
pass
elif node.nodeName == "Telephone":
tel = c.vcard.add('tel')
tel.value = S(node.getElementsByTagName('Content'))
for type_param in node.getElementsByTagName('Type'):
tel.params.setdefault('TYPE', []).append(S([type_param]))
elif node.nodeName == "Title":
pass
elif node.nodeName == "Url":
pass
elif node.nodeName == "Uid":
pass
elif node.nodeName == "Revision":
pass
else:
log.warning("Unhandled node: %s" % node.nodeName)
return c
EMAIL;TYPE=INTERNET:[email protected] END:VCARD BEGIN:VCARD VERSION:3.0 FN:STA Travel Canterbury Uni N:Uni;STA;Travel Canterbury;; EMAIL;TYPE=INTERNET:[email protected] END:VCARD""" c = Contact.Contact() ok("Created blank contact", len(c.get_vcard_string()) > 0) c = Contact.Contact(formattedName="Im Cool", givenName="Steve", familyName="Cool") ok("Created contact", len(c.get_vcard_string()) > 0) contacts = Contact.parse_vcf(vcfData) ok("Parsed vcf file (got %s vcards)" % len(contacts), len(contacts) == vcfData.count("BEGIN:VCARD")) c = contacts[-1] ok("Got vcard data", len(c.get_vcard_string()) > 0) ok("Got email addresses", len(c.get_emails()) > 0) ok("Got name", c.get_name() != None) #now add email addresses emails = ("*****@*****.**","baz@f") numb4 = len(c.get_emails()) c.set_emails(*emails) numAfta = len(c.get_emails()) ok("Added email addresses", numAfta == (numb4 | len(emails))) finished()
def idevice_contact_to_contact(self, data, **kwargs):
c = Contact.Contact(vcard=data.get_vcard())
return c
