|
|
Hello {firstname}!
|
You have received this message for your account verification
|
Follow the link: link to complete the verification process.
|
For any support
Reach Out
support@mermsemr.com
https://www.mermsemr.com/
|
"""
msg = MIMEMultipart()
msg['Subject'] = subject
msg['From'] = sender_email
msg['To'] = receiver_email
msg.attach(MIMEText(html_body, 'html')) # or 'html' for HTML content
try:
# For Gmail, use 'smtp.gmail.com' and port 587 (TLS) or 465 (SSL)
# For other providers, consult their documentation for SMTP server and port
server = smtplib.SMTP('smtp.gmail.com', 587)
# server.starttls() # Enable TLS encryption
server.login(sender_email, sender_password)
server.sendmail(sender_email, receiver_email, msg.as_string())
print("Email sent successfully!")
except Exception as e:
print(f"Error sending email: {e}")
logger.error(f"Error sending email: {e}")
finally:
server.quit() # Close the connection
@classmethod
def validate_data(cls, data, schema):
"""
Validate input data based on the provided schema.
"""
logger.info(f"Processing {cls.TRANSACTION_TYPE} request")
return schema.load(data)
# @classmethod
# def get_or_create_customer(cls, validated_data):
#
# """
# Check if a customer exists; if not, create one.
# """
#
# customer = Customer.query.filter_by(id=validated_data.get("customerId")).first()
# if not customer:
# customer = Customer.create_customer(
# id=validated_data.get("customerId"),
# msisdn=validated_data.get("msisdn"),
# country_code=validated_data.get("countryCode"),
# account_id=validated_data.get("accountId"),
# )
# return customer
# @classmethod
# def validate_account_ownership(cls, account_id, customer_id):
# """
# Check if the provided account belongs to the customer.
# """
# is_valid = Account.is_valid_account(account_id, customer_id)
# return is_valid
# @classmethod
# def log_transaction(cls, validated_data):
# """
# Create a new transaction.
# """
# channel = "USSD" if validated_data.get("channel") is None else validated_data.get("channel")
#
# return Transaction.create_transaction(
# transaction_id = validated_data.get("transactionId"),
# customer_id = validated_data.get('customerId', None),
# account_id = validated_data.get("accountId", None),
# type = cls.TRANSACTION_TYPE,
# channel = channel,
# )
@classmethod
def async_send_settings_refresh_to_kafka(cls, settings_data, subscription_uid, topic):
KafkaIntegration.send_setting_refresh_request(settings_data=settings_data, subscription_uid=subscription_uid,
topic=topic)
KafkaIntegration.flush()
@classmethod
def async_send_to_kafka(cls, loan_data, request_id, topic):
KafkaIntegration.send_loan_request(loan_data=loan_data, request_id=request_id, topic=topic)
KafkaIntegration.flush()
@staticmethod
def get_site_imges_data(provision_uid, primary_server, provision_port, selected_flavor):
destination_server = "http://" + str(primary_server) + ":" + str(provision_port)
api_url = destination_server + "/api/props"
try:
payload = {'provision_uid': provision_uid, 'flavor': selected_flavor}
logger.info(f"api_url: {str(api_url)}")
logger.info(f"selected_flavor: {str(selected_flavor)}")
# Make the GET request
res_data = []
response = requests.get(api_url, params=payload)
if response.status_code == 200:
logger.info(f"Response Site Images: {res_data}")
# Convert the JSON response to a Python dictionary
res_data = response.json()
logger.info(f"Response Site Images: {res_data}")
response_data = {
"provision_uid": str(provision_uid),
"data": res_data,
# "product_id": product_id,
}
return response_data
except Exception as e:
logger.error(f"An error occurred while get_site_imges_data data: {str(e)}", exc_info=True)
return None
@staticmethod
def write_cache_data(cacheSection, cacheId, cacheData):
try:
cacheKey = "MERMS-" + cacheSection + '-' + cacheId # note theh use of -
logger.info(f"write_cache_data () key {cacheKey}", exc_info=True)
# Define connection parameters and connect
r = redis.Redis(host=BaseService.CACHE_SERVER, port=BaseService.CACHE_PORT,
password=BaseService.CACHE_PASSWORD,
decode_responses=True)
if r.exists(cacheKey):
r.unlink(cacheKey)
# Set a key 'foo' with value 'bar'
json_string = json.dumps(cacheData, indent=4)
r.set(cacheKey, json_string, ex=BaseService.CACHE_DEFAULT_EXPIRE)
# Verify by getting the value
value = r.get(cacheKey)
print(f"Value of {cacheKey}: {value}") # Output: Value of 'foo': bar
response_data = {
"session_details": value,
# "product_id": product_id,
}
return response_data
except Exception as e:
logger.error(f"An error occurred while write_cache_data data: {str(e)}", exc_info=True)
return None
#
# @classmethod
# def calculate_charges(cls, offer, amount):
# """
# Calculates and returns the charges for the given offer and amount.
#
# Args:
# offer (Offer): The offer object that contains the charges.
# amount (float): The requested loan amount.
#
# Returns:
# dict: A dictionary containing the calculated charges.
# """
# if not offer or not offer.charges:
# logger.error(f"No charges found for offer ID {offer.id}")
# return {"error": "No charges found for the offer"}
#
# loan_charges = offer.charges
# tenor = offer.schedule # offer.tenor // 30 # Convert to months
# interest = cls.get_charge_detail(rates = offer.interest_rate, charges = loan_charges, code = "INTEREST", amount = amount)
# management = cls.get_charge_detail(rates = offer.management_rate, charges = loan_charges, code = "MGTFEE", amount = amount)
# insurance = cls.get_charge_detail(rates = offer.insurance_rate, charges = loan_charges, code = "INSURANCE", amount = amount)
# vat = cls.get_charge_detail(rates = offer.vat_rate, charges = loan_charges, code = "VAT", amount = amount, management_fee = management["fee"])
#
# # Separate fees into upfront and postpaid
# upfront_fees = [
# fee["fee"]
# for fee in [interest, management, insurance, vat]
# if fee["due_days"] == 0
# ]
#
# postpaid_fees = [
# fee["fee"]
# for fee in [interest, management, insurance, vat]
# if fee["due_days"] != 0
# ]
# vat_test = vat["fee"]
# logger.info(f"VAT fee == *************** : {vat_test}")
#
# # Up-front payment: (only those fees due immediately i.e due_days == 0)
# # upfront_payment = sum(upfront_fees)
# if offer.schedule == 1:
# upfront_payment = vat["fee"] + management["fee"] + insurance["fee"] + interest["fee"]
# interest_amount = interest["fee"]
# repayment_amount = amount
# else:
# upfront_payment = vat["fee"] + insurance["fee"]+management["fee"]
# interest_amount = interest["fee"]*offer.schedule
# repayment_amount = amount + interest_amount
#
#
# # Repayment amount: (principal + only those fees not due immediately i.e due_days != 0)
# # repayment_amount = amount + (sum(postpaid_fees) * tenor)
#
# # Total amount: (upfront_payment + repayment_amount)
# total_amount = upfront_payment + repayment_amount
#
# # Calculate the installment amount
# installment_amount = repayment_amount / offer.schedule
#
# return {
# "interest": interest,
# "interest_amount": interest_amount,
# "management": management,
# "insurance": insurance,
# "vat": vat,
# "upfront_payment": round(upfront_payment, 2),
# "repayment_amount": round(repayment_amount, 2),
# "installment_amount": round(installment_amount, 2),
# "total_amount": round(total_amount, 2)
# }
#
#