def _get_mailchimp_class() -> mailchimp3.MailChimp:
"""Returns the mailchimp api class. This is separated into a separate
function to facilitate testing.
NOTE: No other functionalities should be added to this function.
Returns:
Mailchimp. A mailchimp class instance with the API key and username
initialized.
"""
# The return value ignore pragma is required for this. This is
# because adding a Union[] type annotation to handle both None and
# mailchimp3.MailChimp causes errors where the return value is called
# (for eg: client.lists), since NoneType does not have an attribute lists.
if not feconf.MAILCHIMP_API_KEY:
logging.exception('Mailchimp API key is not available.')
return None # type: ignore[return-value]
if not feconf.MAILCHIMP_USERNAME:
logging.exception('Mailchimp username is not set.')
return None
# The following is a class initialized in the library with the API key and
# username and hence cannot be tested directly. The mailchimp functions are
# tested with a mock class.
return mailchimp3.MailChimp( # pragma: no cover
mc_api=feconf.MAILCHIMP_API_KEY, mc_user=feconf.MAILCHIMP_USERNAME)
def _get_mailchimp_class():
"""Returns the mailchimp api class. This is separated into a separate
function to facilitate testing.
NOTE: No other functionalities should be added to this function.
Returns:
Mailchimp. A mailchimp class instance with the API key and username
initialized.
Raises:
Exception. Mailchimp API key is not available.
Exception. Mailchimp username is not set.
"""
if not feconf.MAILCHIMP_API_KEY:
raise Exception('Mailchimp API key is not available.')
if not feconf.MAILCHIMP_USERNAME:
raise Exception('Mailchimp username is not set.')
# The following is a class initialized in the library with the API key and
# username and hence cannot be tested directly. The mailchimp functions are
# tested with a mock class.
return mailchimp3.MailChimp( # pragma: no cover
mc_api=feconf.MAILCHIMP_API_KEY,
mc_user=feconf.MAILCHIMP_USERNAME)
def main():
with open('.mailchimp.json') as json_data_file:
data = json.load(json_data_file)
with open(data['csv_file']) as csvfile:
connections = csv.DictReader(csvfile)
for connection in connections:
list_id = data['list_id']
client = mailchimp3.MailChimp(data['secret'], data['user'])
try:
client.lists.members.create(
list_id, {
'email_address': connection['Email Address'],
'status': 'subscribed',
'merge_fields': {
'FNAME': connection['First Name'],
'LNAME': connection['Last Name']
}
})
print(connection['First Name'], connection['Last Name'],
connection['Email Address'])
except Exception as e:
pass
os.remove(data['csv_file'])
return
def get_data_in_batches(
self, resource: str, batch_size: int = 10000
) -> List[Dict[str, Any]]:
client = mailchimp3.MailChimp(mc_user=self.conn.user, mc_api=self.conn.api_key)
mc_resource = getattr(client, resource)
keepgoing = True
offset = 0
while keepgoing:
data = mc_resource.all(count=batch_size, offset=offset)[resource]
if data:
yield data
offset += batch_size
else:
keepgoing = False
import mailchimp3
import hashlib
import json
CREDENTIALS_FILE = "mailchimpCredentials.json"
CREDENTIALS = json.load(open(CREDENTIALS_FILE))
API_KEY = CREDENTIALS["API_KEY"]
LIST_ID = CREDENTIALS["LIST_ID"]
DEFAULT_TAG = 'אין עיר'
NUDNIK_TAG = "נודניק"
api = mailchimp3.MailChimp(API_KEY)
def getHashedEmail(email):
return hashlib.md5(email.encode('utf-8').lower()).hexdigest()
# only tag is tel aviv
# add recurring tag if you want 'nudnik', it'll send a mail three days after
def createOrUpdateMember(email, firstName, lastName, tags=[DEFAULT_TAG], status='subscribed'):
api.lists.members.create_or_update(LIST_ID, subscriber_hash=getHashedEmail(email), data={'email_address': email, 'status': status, 'tags': tags, 'status_if_new': status,
'merge_fields': {'FNAME': firstName, 'LNAME': lastName, }});
def get_mailchimp_client(cls, api, user):
"""Returns a mailchimp3.MailChimp client"""
return mailchimp3.MailChimp(mc_api=api, mc_user=user)
def get_client(self):
return mailchimp3.MailChimp(mc_api=self.api_key)