def create_user(**kwargs):
"""Create user in Caliopen instance."""
from caliopen_main.user.core import User
from caliopen_main.user.parameters import NewUser
from caliopen_main.contact.parameters import NewContact
from caliopen_main.contact.parameters import NewEmail
# Fill core registry
from caliopen_main.message.objects.message import Message
param = NewUser()
param.name = kwargs['email']
if '@' in param.name:
username, domain = param.name.split('@')
param.name = username
# Monkey patch configuration local_domain with provided value
conf = Configuration('global').configuration
conf['default_domain'] = domain
param.password = kwargs['password']
param.recovery_email = u'{}@recovery-caliopen.local'.format(param.name)
contact = NewContact()
contact.given_name = kwargs.get('given_name')
contact.family_name = kwargs.get('family_name')
email = NewEmail()
email.address = param.recovery_email
contact.emails = [email]
param.contact = contact
user = User.create(param)
log.info('User %s (%s) created' % (user.user_id, user.name))
def create_user(**kwargs):
"""Create user in Caliopen instance."""
from caliopen_main.user.core import User
from caliopen_main.user.parameters import NewUser
from caliopen_main.contact.parameters import NewContact
from caliopen_main.contact.parameters import NewEmail
# Fill core registry
from caliopen_main.message.objects.message import Message
param = NewUser()
param.name = kwargs['email']
if '@' in param.name:
username, domain = param.name.split('@')
param.name = username
# Monkey patch configuration local_domain with provided value
conf = Configuration('global').configuration
conf['default_domain'] = domain
param.password = kwargs['password']
param.recovery_email = u'{}@caliopen.local'.format(param.name)
contact = NewContact()
contact.given_name = kwargs.get('given_name')
contact.family_name = kwargs.get('family_name')
email = NewEmail()
email.address = param.recovery_email
contact.emails = [email]
param.contact = contact
user = User.create(param)
log.info('User %s (%s) created' % (user.user_id, user.name))
def collection_post(self):
"""Create a new user."""
contact = self.request.swagger_data['user']['contact']
settings = Settings()
settings.import_data(self.request.swagger_data['user']['settings'])
settings.validate()
param = NewUser({'name': self.request.swagger_data['user']['username'],
'password': self.request.swagger_data['user'][
'password'],
'recovery_email': self.request.swagger_data['user'][
'recovery_email'],
'contact': contact,
'settings': settings,
})
if self.request.swagger_data['user']['contact'] is not None:
param.contact = self.request.swagger_data['user']['contact']
else:
c = NewContact()
c.given_name = param.name
email = NewEmail()
email.address = param.recovery_email
c.emails = [email]
param.contact = c
try:
user = User.create(param)
except Exception as exc:
raise AuthenticationError(exc.message) # why this class of error ?
log.info('Created user {} with name {}'.
format(user.user_id, user.name))
user_url = self.request.route_path('User', user_id=user.user_id)
self.request.response.location = user_url.encode('utf-8')
return {'location': user_url}
def __build_email(self, param):
email = NewEmail()
email.address = param.value
if 'TYPE' in param.params:
email_type = param.params['TYPE'][0].lower()
if email_type in EMAIL_TYPES:
email.type = email_type
if 'PREF' in param.params:
email.is_primary = True
return email
def __build_email(self, param):
email = NewEmail()
email.address = param.value
if 'TYPE' in param.params:
email_type = param.params['TYPE'][0].lower()
if email_type in EMAIL_TYPES:
email.type = email_type
if 'PREF' in param.params:
email.is_primary = True
return email
def collection_post(self):
"""Create a new user."""
settings = Settings()
settings.import_data(self.request.swagger_data['user']['settings'])
try:
settings.validate()
except Exception as exc:
raise Unprocessable(detail=exc.message)
param = NewUser({
'name':
self.request.swagger_data['user']['username'],
'password':
self.request.swagger_data['user']['password'],
'recovery_email':
self.request.swagger_data['user']['recovery_email'],
'settings':
settings,
})
if self.request.swagger_data['user']['contact'] is not None:
param.contact = self.request.swagger_data['user']['contact']
else:
c = NewContact()
c.given_name = param.name
c.family_name = "" # can't guess it !
email = NewEmail()
email.address = param.recovery_email
c.emails = [email]
param.contact = c
try:
user = User.create(param)
except Exception as exc:
log.exception('Error during user creation {0}'.format(exc))
raise NotAcceptable(detail=exc.message)
log.info('Created user {} with name {}'.format(user.user_id,
user.name))
# default device management
in_device = self.request.swagger_data['user']['device']
if in_device:
try:
in_device['name'] = 'default'
device = Device.create_from_parameter(user, in_device,
self.request.headers)
log.info('Device %r created' % device.device_id)
except Exception as exc:
log.exception('Error during default device creation %r' % exc)
else:
log.warn('Missing default device parameter')
user_url = self.request.route_path('User', user_id=user.user_id)
self.request.response.location = user_url.encode('utf-8')
return {'location': user_url}
def collection_post(self):
"""Create a new user."""
settings = Settings()
settings.import_data(self.request.swagger_data['user']['settings'])
try:
settings.validate()
except Exception as exc:
raise Unprocessable(detail=exc.message)
param = NewUser({
'name':
self.request.swagger_data['user']['username'],
'password':
self.request.swagger_data['user']['password'],
'recovery_email':
self.request.swagger_data['user']['recovery_email'],
'settings':
settings,
})
if self.request.swagger_data['user']['contact'] is not None:
param.contact = self.request.swagger_data['user']['contact']
else:
c = NewContact()
c.given_name = param.name
c.family_name = "" # can't guess it !
email = NewEmail()
email.address = param.recovery_email
c.emails = [email]
param.contact = c
try:
user = User.create(param)
except Exception as exc:
raise NotAcceptable(detail=exc.message)
log.info('Created user {} with name {}'.format(user.user_id,
user.name))
user_url = self.request.route_path('User', user_id=user.user_id)
self.request.response.location = user_url.encode('utf-8')
return {'location': user_url}
def import_email(email, import_path, format, contact_probability, **kwargs):
"""Import emails for an user."""
from caliopen_main.user.core import User
from caliopen_main.contact.core import Contact, ContactLookup
from caliopen_main.message.parsers.mail import MailMessage
from caliopen_main.contact.parameters import NewContact, NewEmail
from caliopen_nats.delivery import UserMessageDelivery
from caliopen_main.message.core import RawMessage
from caliopen_storage.config import Configuration
max_size = int(Configuration("global").get("object_store.db_size_limit"))
if format == 'maildir':
emails = Maildir(import_path, factory=message_from_file)
mode = 'maildir'
else:
if os.path.isdir(import_path):
mode = 'mbox_directory'
emails = {}
files = [
f for f in os.listdir(import_path)
if os.path.isfile(os.path.join(import_path, f))
]
for f in files:
try:
log.debug('Importing mail from file {}'.format(f))
with open('%s/%s' % (import_path, f)) as fh:
emails[f] = message_from_file(fh)
except Exception as exc:
log.error('Error importing email {}'.format(exc))
else:
mode = 'mbox'
emails = mbox(import_path)
user = User.by_local_identity(email)
log.info("Processing mode %s" % mode)
for key, data in emails.iteritems():
# Prevent creating message too large to fit in db.
# (should use inject cmd for large messages)
size = len(data.as_string())
if size > max_size:
log.warn("Message too large to fit into db. \
Please, use 'inject' cmd for importing large emails.")
continue
raw = RawMessage.create(data.as_string())
log.debug('Created raw message {}'.format(raw.raw_msg_id))
message = MailMessage(data.as_string())
dice = random()
if dice <= contact_probability:
for participant in message.participants:
try:
ContactLookup.get(user, participant.address)
except NotFound:
log.info('Creating contact %s' % participant.address)
name, domain = participant.address.split('@')
contact_param = NewContact()
contact_param.family_name = name
if participant.address:
e_mail = NewEmail()
e_mail.address = participant.address
contact_param.emails = [e_mail]
Contact.create(user, contact_param)
log.info('No contact associated to raw {} '.format(raw.raw_msg_id))
processor = UserMessageDelivery(user)
obj_message = processor.process_raw(raw.raw_msg_id)
log.info('Created message {}'.format(obj_message.message_id))
def collection_post(self):
validated = self.request.validated
validated.pop('contact_id')
email = NewEmail(validated)
return self._create(email, 'add_email', ReturnEmail)
def import_email(email, import_path, format, contact_probability, **kwargs):
"""Import emails for an user."""
from caliopen_main.user.core import User
from caliopen_main.contact.core import Contact, ContactLookup
from caliopen_main.message.parsers.mail import MailMessage
from caliopen_main.contact.parameters import NewContact, NewEmail
from caliopen_nats.delivery import UserMailDelivery
from caliopen_main.message.core import RawMessage
from caliopen_storage.config import Configuration
max_size = int(Configuration("global").get("object_store.db_size_limit"))
if 'to' in kwargs and kwargs['to']:
dest_email = kwargs['to']
else:
dest_email = email
if format == 'maildir':
if dest_email != email:
raise Exception('Cannot change To email using maildir format')
emails = Maildir(import_path, factory=message_from_file)
mode = 'maildir'
else:
if os.path.isdir(import_path):
mode = 'mbox_directory'
emails = {}
files = [
f for f in os.listdir(import_path)
if os.path.isfile(os.path.join(import_path, f))
]
for f in files:
try:
log.debug('Importing mail from file {}'.format(f))
with open('%s/%s' % (import_path, f)) as fh:
data = fh.read()
data = re.sub('^To: (.*)',
'To: %s' % dest_email,
data,
flags=re.MULTILINE)
emails[f] = message_from_string(data)
except Exception as exc:
log.error('Error importing email {}'.format(exc))
else:
mode = 'mbox'
emails = mbox(import_path)
user = User.by_local_identifier(dest_email, 'email')
log.info("Processing mode %s" % mode)
for key, data in emails.iteritems():
# Prevent creating message too large to fit in db.
# (should use inject cmd for large messages)
size = len(data.as_string())
if size > max_size:
log.warn("Message too large to fit into db. \
Please, use 'inject' cmd for importing large emails.")
continue
raw = RawMessage.create(data.as_string())
log.debug('Created raw message {}'.format(raw.raw_msg_id))
message = MailMessage(data.as_string())
dice = random()
if dice <= contact_probability:
for participant in message.participants:
try:
ContactLookup.get(user, participant.address)
except NotFound:
log.info('Creating contact %s' % participant.address)
name, domain = participant.address.split('@')
contact_param = NewContact()
contact_param.family_name = name
if participant.address:
e_mail = NewEmail()
e_mail.address = participant.address
contact_param.emails = [e_mail]
Contact.create(user, contact_param)
else:
log.info('No contact associated to raw {} '.format(raw.raw_msg_id))
processor = UserMailDelivery(
user, user.local_identities[0]) # assume one local identity
try:
obj_message = processor.process_raw(raw.raw_msg_id)
except Exception as exc:
if isinstance(exc, DuplicateMessage):
log.info('duplicate message {}, not imported'.format(
raw.raw_msg_id))
else:
log.exception(exc)
else:
log.info('Created message {}'.format(obj_message.message_id))
def collection_post(self):
"""Create a new user."""
settings = Settings()
settings.import_data(self.request.swagger_data['user']['settings'])
try:
settings.validate()
except Exception as exc:
raise Unprocessable(detail=exc.message)
param = NewUser({'name': self.request.swagger_data['user']['username'],
'password': self.request.swagger_data['user'][
'password'],
'recovery_email': self.request.swagger_data['user'][
'recovery_email'],
'settings': settings,
})
if self.request.swagger_data['user']['contact'] is not None:
param.contact = self.request.swagger_data['user']['contact']
else:
c = NewContact()
c.given_name = param.name
c.family_name = "" # can't guess it !
email = NewEmail()
email.address = param.recovery_email
c.emails = [email]
param.contact = c
try:
user = User.create(param)
except Exception as exc:
log.exception('Error during user creation {0}'.format(exc))
raise NotAcceptable(detail=exc.message)
log.info('Created user {} with name {}'.
format(user.user_id, user.name))
# default device management
in_device = self.request.swagger_data['user']['device']
if in_device:
try:
in_device['name'] = 'default'
device = Device.create_from_parameter(user, in_device,
self.request.headers)
log.info('Device %r created' % device.device_id)
except Exception as exc:
log.exception('Error during default device creation %r' % exc)
else:
log.warn('Missing default device parameter')
user_url = self.request.route_path('User', user_id=user.user_id)
self.request.response.location = user_url.encode('utf-8')
# send notification to apiv2 to trigger post-registration actions
config = Configuration('global').get("message_queue")
try:
tornado.ioloop.IOLoop.current().run_sync(
lambda: notify_new_user(user, config), timeout=5)
except Exception as exc:
log.exception(
'Error when sending new_user notification on NATS : {0}'.
format(exc))
return {'location': user_url}
def create(cls, new_user):
"""Create a new user.
@param: new_user is a parameters/user.py.NewUser object
# 1.check username regex
# 2.check username is not in reserved_name table
# 3.check recovery email validity (TODO : check if email is not within
# the current Caliopen's instance)
# 4.check username availability
# 5.add username to user cassa user_name table (to block the
# availability)
# 6.check password strength (and regex?)
# then
# create user and linked contact
"""
def rollback_username_storage(username):
UserName.get(username).delete()
# 0. check for user email white list and max number of users
cls._check_whitelistes(new_user)
cls._check_max_users()
# 1.
try:
validators.is_valid_username(new_user.name)
except SyntaxError:
raise ValueError("Malformed username")
# 2.
try:
ReservedName.get(new_user.name)
raise ValueError('Reserved user name')
except NotFound:
pass
user_id = uuid.uuid4()
# 3.
if not new_user.recovery_email:
raise ValueError("Missing recovery email")
try:
cls.validate_recovery_email(new_user.recovery_email)
except Exception as exc:
log.info("recovery email failed validation : {}".format(exc))
raise ValueError(exc)
# 4. & 5.
if User.is_username_available(new_user.name.lower()):
# save username immediately to prevent concurrent creation
UserName.create(name=new_user.name.lower(), user_id=user_id)
# NB : need to rollback this username creation if the below
# User creation failed for any reason
else:
raise ValueError("Username already exist")
# 6.
try:
user_inputs = [
new_user.name.encode("utf-8"),
new_user.recovery_email.encode("utf-8")
]
# TODO: add contact inputs if any
password_strength = zxcvbn(new_user.password,
user_inputs=user_inputs)
privacy_features = {
"password_strength": str(password_strength["score"])
}
passwd = new_user.password.encode('utf-8')
new_user.password = bcrypt.hashpw(passwd, bcrypt.gensalt())
except Exception as exc:
log.exception(exc)
rollback_username_storage(new_user.name)
raise exc
try:
new_user.validate() # schematic model validation
except Exception as exc:
rollback_username_storage(new_user.name)
log.info("schematics validation error: {}".format(exc))
raise ValueError("new user malformed")
try:
recovery = new_user.recovery_email
if hasattr(new_user, "contact"):
family_name = new_user.contact.family_name
given_name = new_user.contact.given_name
else:
family_name = ""
given_name = ""
# XXX PI compute
pi = PIModel()
pi.technic = 0
pi.comportment = 0
pi.context = 0
pi.version = 0
shard_id = allocate_user_shard(user_id)
core = super(User, cls).create(
user_id=user_id,
name=new_user.name,
password=new_user.password,
recovery_email=recovery,
params=new_user.params,
date_insert=datetime.datetime.now(tz=pytz.utc),
privacy_features=privacy_features,
pi=pi,
family_name=family_name,
given_name=given_name,
shard_id=shard_id)
except Exception as exc:
log.info(exc)
rollback_username_storage(new_user.name)
raise exc
# **** operations below do not raise fatal error and rollback **** #
# Setup index
setup_index(core)
# Setup others entities related to user
setup_system_tags(core)
setup_settings(core, new_user.settings)
UserRecoveryEmail.create(recovery_email=recovery, user_id=user_id)
# Add a default local identity on a default configured domain
default_domain = Configuration('global').get('default_domain')
default_local_id = '{}@{}'.format(core.name, default_domain)
if not core.add_local_identity(default_local_id):
log.warn('Impossible to create default local identity {}'.format(
default_local_id))
# save and index linked contact
if hasattr(new_user, "contact"):
# add local email to contact
local_mail = NewEmail()
local_mail.address = default_local_id
new_user.contact.emails.append(local_mail)
# create default contact for user
contact = CoreContact.create(core, new_user.contact)
core.model.contact_id = contact.contact_id
log.info("contact id {} for new user {}".format(
contact.contact_id, core.user_id))
else:
log.error("missing contact in new_user params for user {}. "
"Can't create related tables".format(core.user_id))
core.save()
return core
def parse_vcard(vcard):
"""Parse a vcard input and produce a ``NewContact``."""
new_contact = NewContact()
n = False
for parcours in vcard.contents:
if parcours == 'n':
n = True
if n:
new_contact.family_name = vcard.contents['n'][0].value.family
new_contact.given_name = vcard.contents['n'][0].value.given
if vcard.contents['n'][0].value.additional:
for a in vcard.contents['n'][0].value.additional:
if len(a) == 1:
tmp = vcard.contents['n'][0].value.additional
new_contact.additional_name = tmp
else:
liste = vcard.contents['n'][0].value.additional
new_contact.additional_name = liste[0]
new_contact.name_prefix = vcard.contents['n'][0].value.prefix
if vcard.contents['n'][0].value.suffix:
for a in vcard.contents['n'][0].value.suffix:
if len(a) == 1:
tmp = vcard.contents['n'][0].value.suffix
new_contact.additional_name = tmp
else:
liste = vcard.contents['n'][0].value.suffix
new_contact.name_suffix = liste[0]
else:
for v in vcard.contents:
if v == 'sn':
for sn in vcard.contents['sn']:
new_contact.family_name = sn.value
elif v == 'cn':
for cn in vcard.contents['cn']:
ind = 0
prems = False
for a in cn.value:
if a != ' ' and not prems:
ind += 1
else:
prems = True
new_contact.given_name = cn.value[:ind]
new_contact.family_name = cn.value[ind + 1:]
elif v == 'name':
for name in vcard.contents['name']:
ind = 0
prems = False
for a in name.value:
if a == ' ' and not prems:
ind += 1
else:
prems = True
new_contact.given_name = name.value[ind + 1:]
new_contact.family_name = name.value[:ind]
elif v == 'fn':
for fn in vcard.contents['fn']:
ind = 0
prems = False
for a in fn.value:
if a != ' ' and not prems:
ind += 1
else:
prems = True
new_contact.given_name = fn.value[:ind]
new_contact.family_name = fn.value[ind + 1:]
for v in vcard.contents:
if v == 'adr':
for ad in vcard.contents['adr']:
add = NewPostalAddress()
add.city = ad.value.city
if ad.value.country != "":
add.country = ad.value.country
add.is_primary = False
add.postal_code = ad.value.code
add.region = ad.value.region
add.street = ad.value.street
for i in ADDRESS_TYPES:
if i == ad.type_param:
add.type = ad.type_param
if not add.type:
add.type = ADDRESS_TYPES[2]
new_contact.addresses.append(add)
elif v == 'email':
for mail in vcard.contents['email']:
email_tmp = NewEmail()
try:
ad = validate_email(mail.value)
email_tmp.address = ad
email_tmp.is_primary = False
if mail.params:
if mail.params.get('TYPE')[0]:
for i in EMAIL_TYPES:
if i == mail.params.get('TYPE')[0]:
email_tmp.type = i
new_contact.emails.append(email_tmp)
except:
pass
elif v == 'impp':
for i in vcard.contents['impp']:
impp = NewIM()
try:
impp_tmp = validate_email(i.value)
impp.address = impp_tmp
impp.is_primary = False
if i.params:
for j in IM_TYPES:
if j == i.params.get('TYPE')[0]:
impp.type = j
new_contact.ims.append(impp)
except:
pass
elif v == 'org':
for o in vcard.contents['org']:
for orga in o.value:
org = NewOrganization()
org.is_primary = False
org.label = orga
org.name = orga
new_contact.organizations.append(org)
elif v == 'key':
test = False
for key in vcard.contents['key']:
ke = NewPublicKey()
if key.params:
if key.params.get('ENCODING'):
test = False
else:
test = True
if test:
ke.key = vcard.contents['key'][0].value
if "1024" in key.value:
ke.size = 1024
elif "2048" in key.value:
ke.size = 2048
elif "4096" in key.value:
ke.size = 4096
if (key.params):
for j in KEY_CHOICES:
if j == 'gpg':
j = 'pgp'
j = j.upper()
if j == key.params.get('TYPE'):
j = j.lower()
if j == 'pgp':
j = 'gpg'
ke.type = j
ke.name = ('key{}{}'.format(ke.type, ke.size))
new_contact.public_keys.append(ke)
elif v == 'tel':
for tel in vcard.contents['tel']:
phone = NewPhone()
phone.is_primary = False
try:
func = PhoneNumberType.validate_phone
phone.number = func(PhoneNumberType(), tel.value)
new_contact.phones.append(phone)
except:
pass
return new_contact
def import_email(email, import_path, format, contact_probability,
**kwargs):
"""Import emails for an user."""
from caliopen_main.user.core import User, UserIdentity
from caliopen_main.contact.core import Contact, ContactLookup
from caliopen_main.message.parsers.mail import MailMessage
from caliopen_main.contact.parameters import NewContact, NewEmail
from caliopen_nats.delivery import UserMailDelivery
from caliopen_main.message.core import RawMessage
from caliopen_storage.config import Configuration
max_size = int(Configuration("global").get("object_store.db_size_limit"))
if 'to' in kwargs and kwargs['to']:
dest_email = kwargs['to']
else:
dest_email = email
if format == 'maildir':
if dest_email != email:
raise Exception('Cannot change To email using maildir format')
emails = Maildir(import_path, factory=message_from_file)
mode = 'maildir'
else:
if os.path.isdir(import_path):
mode = 'mbox_directory'
emails = {}
files = [f for f in os.listdir(import_path) if
os.path.isfile(os.path.join(import_path, f))]
for f in files:
try:
log.debug('Importing mail from file {}'.format(f))
with open('%s/%s' % (import_path, f)) as fh:
data = fh.read()
data = re.sub('^To: (.*)', 'To: %s' % dest_email,
data, flags=re.MULTILINE)
emails[f] = message_from_string(data)
except Exception as exc:
log.error('Error importing email {}'.format(exc))
else:
mode = 'mbox'
emails = mbox(import_path)
user = User.by_local_identifier(dest_email, 'email')
log.info("Processing mode %s" % mode)
for key, data in emails.iteritems():
# Prevent creating message too large to fit in db.
# (should use inject cmd for large messages)
size = len(data.as_string())
if size > max_size:
log.warn("Message too large to fit into db. \
Please, use 'inject' cmd for importing large emails.")
continue
raw = RawMessage.create(data.as_string())
log.debug('Created raw message {}'.format(raw.raw_msg_id))
message = MailMessage(data.as_string())
dice = random()
if dice <= contact_probability:
for participant in message.participants:
try:
ContactLookup.get(user, participant.address)
except NotFound:
log.info('Creating contact %s' % participant.address)
name, domain = participant.address.split('@')
contact_param = NewContact()
contact_param.family_name = name
if participant.address:
e_mail = NewEmail()
e_mail.address = participant.address
contact_param.emails = [e_mail]
Contact.create(user, contact_param)
log.info('No contact associated to raw {} '.format(raw.raw_msg_id))
processor = UserMailDelivery(user,
user.local_identities[0]) # assume one local identity
try:
obj_message = processor.process_raw(raw.raw_msg_id)
except Exception as exc:
log.exception(exc)
else:
log.info('Created message {}'.format(obj_message.message_id))
