def main():
current_time = datetime.now()
current_month_and_yr = datetime.now().strftime("%B %Y")
new_dir = make_directory(DESKTOP_PATH, current_month_and_yr)
#capture = cv2.VideoCapture(-1)
# needed dimensions
scr_w, scr_h = get_monitor_res()
# codec
#fourcc = cv2.VideoWriter_fourcc(*"XVID")
# path
combined_save_path = new_dir + "\\combined_" + current_time.strftime(
DATE_FILE_FORMAT) + FILE_EXT
cap_class = Capture(-1, combined_save_path, [scr_w, scr_h])
#writer
capture = cap_class.capture
writer = cap_class.get_writer()
while True:
img = ImageGrab.grab()
img_np = np.array(img)
screen_frame = cv2.cvtColor(img_np, cv2.COLOR_BGR2RGB)
# Capture frame-by-frame
ret, cam_frame = capture.read()
if not ret:
break
cv2.imshow("Frame", cam_frame)
cam_frame_resized = cap_class.resize(cam_frame)
cam_frame_merged = cap_class.merge_frame(cam_frame_resized)
screen_frame_merged = cap_class.merge_frame(screen_frame)
output = cap_class.get_output(cam_frame_merged, screen_frame_merged)
writer.write(output)
key = cv2.waitKey(1) & 0xFF
if key == ord("q"):
break
# When everything done, release the capture
capture.release()
writer.release()
cv2.destroyAllWindows()
# send email on certain date
if datetime.now().day == SET_DAY:
host, port, address, password = get_settings(SETTINGS_FILE)
sender = EmailSender(host, port, address, password)
message = "Monthly Email of Video Capture"
sender.send_message(message=message, dt_file_path=new_dir, attach=True)
def update_incident():
data_str = request.stream.read()
decoded = json.loads(data_str)
incident_list = parse_incident(decoded)
for incident in incident_list:
short_msg = parse_short_status(incident)
long_msg = parse_long_status(incident)
# Email and SMS update to individual subscriber
from SMSSender import SMSSender
sms_client = SMSSender(short_msg, incident['gps_location'])
sms_client.start()
#print "SMS content: ", short_msg
from EmailSender import EmailSender
email_client = EmailSender('*****@*****.**', 'incidents', long_msg, incident['gps_location'])
email_client.start()
#print "Sent email", long_msg
ret = {
"success": True
}
return jsonify(ret)
def run(self):
first_time = True
logger.info('CityThread start, cityid=%s, zoneid=%s'%(City_Id, Zone_Id))
while True:
city_info = self.get_city_info(City_Id, Zone_Id)
users = city_info['users']
logger.info('Get %d users'%(len(users)))
if not first_time:
# check new user
for user in users:
userId = user['userId']
userName = user['userName']
level = user['level']
if not uid_dict.has_key(userId):
msg = 'Found new user name=%s level=%s'%(userName, level)
logger.info(msg)
es = EmailSender()
es.send_mail(msg, '')
es.close()
else:
first_time = False
for user in users:
userId = user['userId']
uid_dict[userId] = user
logger.info('CityThread will sleep %d seconds'%(Sleep_Time))
time.sleep(Sleep_Time)
def send_verification_email(subscription):
from EmailSender import EmailSender
config = ConfigParser.ConfigParser()
config.read(os.path.dirname(os.path.realpath(__file__)) + '/../../server.cfg')
local_address = config.get('OS', 'subscribe')
emailclient = EmailSender('*****@*****.**', 'incidents')
emailclient.send_email_to(subscription.email, "Verification of Subscription", "Please click the link below to verify your registration."
+ local_address + "verify?hash=" + subscription.email_hash)
def test_mail(to_email, type, context):
env = Environment(loader=FileSystemLoader(os.path.dirname(os.path.realpath(__file__)) + '/templates'))
template = env.get_template('register.html')
rendered = template.render(username=context['username']).encode('utf-8')
email = Email(to_email, 'Subject', rendered)
email_sender = EmailSender(env)
email_sender.send_email(email)
def main():
print "Report server starts."
email_client = EmailSender('*****@*****.**', 'incidents', "test")
title = 'Crisis Report on ' + str(datetime.datetime.now())
file_name = ReportGenerator.generate_report()
msg = "Dear officer, <br />"
msg += "This is the incident report for the past 30 minutes. <br />"
msg += "Regards, <br />"
msg += "Crisis Management System Singapore"
email_client.send_email_to("*****@*****.**", title, msg, file_name)
def test_mail(to_email, type, context):
env = Environment(loader=FileSystemLoader(
os.path.dirname(os.path.realpath(__file__)) + '/templates'))
template = env.get_template('register.html')
rendered = template.render(username=context['username']).encode('utf-8')
email = Email(to_email, 'Subject', rendered)
email_sender = EmailSender(env)
email_sender.send_email(email)
class Registration:
def __init__(self, db):
self.db = db
#using localhost as SMTP server
self.email_sender = EmailSender("registration@pswdb", "localhost")
def _validate_input(self, login, password, password_validation, name,
last_name, email):
error_message = []
if len(name) < 2 or len(last_name) < 2:
error_message.append(
"name and last name have to be at least 2 characters long")
if not re.match(r"[^@]+@[^@]+\.[^@]+", email):
error_message.append("incorrect e-mail address")
if len(login) < 3:
error_message.append("login has to be at least 3 characters long")
if len(password) < 8:
error_message.append(
"password has to be at least 8 characters long")
if password != password_validation:
error_message.append("passwords do not match")
if len(error_message) != 0:
error_message = ", ".join(error_message)
error_message = f"Error: {error_message}."
raise Exception(error_message)
def register(self, login, password, password_validation, name, last_name,
email):
self._validate_input(login, password, password_validation, name,
last_name, email)
new_user = User(0, name, last_name, login, password, email, "user",
str(datetime.date.today()))
if self.db.is_login_taken(new_user):
raise Exception("Error: login already in use.")
self.db.insert_user(new_user)
try:
self.email_sender.send_email(email, f"{name} {last_name}")
except:
return ("Warning!",
"Account created, but confirmation mail couldn't be sent.")
return ("Success!", "You created an account.")
def emailAboutBooksIfNecessary(self, toAccount, fromAccount, books):
overdueBooks = []
dueTodayBooks = []
for dueDate in books:
if datetime.strptime(dueDate, "%m/%d/%Y").date() < date.today():
for book in books[dueDate]:
overdueBooks.append({'dueDate': dueDate, 'book': book})
if datetime.strptime(dueDate, "%m/%d/%Y").date() == date.today():
for book in books[dueDate]:
dueTodayBooks.append(book)
if len(overdueBooks) > 0 or len(dueTodayBooks) > 0:
es = EmailSender()
dueTodayString = ""
overdueString = ""
if len(dueTodayBooks) > 0:
dueTodayString = "%d book%s due today" % (len(dueTodayBooks), "s" if len(dueTodayBooks) > 0 else "")
if len(overdueBooks) > 0:
overdueString = "%d book%s overdue" % (len(overdueBooks), "s" if len(overdueBooks) > 0 else "")
summaryString = ""
subjectString = ""
if len(dueTodayBooks) > 0 and len(overdueBooks) > 0:
summaryString = "%s and %s" % (dueTodayString, overdueString)
else:
summaryString = "%s%s" % (dueTodayString, overdueString)
subject = message = "There %s %s at the library!" % ("is" if len(dueTodayBooks) + len(overdueBooks) == 1 else "are", summaryString, )
message += "\n"
if len(dueTodayBooks) > 0:
booksDueTodayString = "Due today:\n"
for book in dueTodayBooks:
booksDueTodayString += "%s %s\n" % (book["title"], book["author"])
message += booksDueTodayString
if len(overdueBooks) > 0:
overdueBooksString = "Overdue:\n"
for bookStruct in overdueBooks:
overdueBooksString += "%s %s - Due: %s\n" % (bookStruct["book"]["title"], bookStruct["book"]["author"], bookStruct["dueDate"])
message += overdueBooksString
es.sendEmail(toAccount, fromAccount, subject, message)
def to_two_wave_result(i):
logger.info('Run PID (%s)...' % os.getpid())
new_df, check_number_new_df = to_one_wave_result(
rid_df_list_new[i], sku_df_list_new[i], answer_df_list_new[i], sku_verification_df_list_new[i],
multi_option_df_list_new[i], year_new[i], i)
old_df, check_number_old_df = to_one_wave_result(
rid_df_list_old[i], sku_df_list_old[i], answer_df_list_old[i], sku_verification_df_list_old[i],
multi_option_df_list_old[i], year_old[i], i)
new_df = pd.merge(new_df, store_new_df, how='left', on='addressIDnum')
old_df = pd.merge(old_df, store_old_df, how='left', on='addressIDnum')
new_df = pd.merge(new_df, old_df, how='left', on='addressIDnum', suffixes=('', '_old'))
new_df.drop_duplicates(subset='rid', inplace=True)
new_df['check_total_shelf'] = new_df.apply(
lambda x: check_vs_pp_total_shelf(x.total_shelf, x.total_shelf_old), axis=1)
new_df['check_pg_shelf'] = new_df.apply(
lambda x: check_vs_pp_pg_shelf(x.pg_shelf, x.pg_shelf_old), axis=1)
new_df['check_pg_display'] = new_df.apply(
lambda x: check_vs_pp_pg_display(x.total_display, x.pg_display, x.total_display_old, x.pg_display_old), axis=1)
new_df['check_pg_sku'] = new_df.apply(
lambda x: check_vs_pp_sku(i, x.actual_sku, x.actual_sku_old), axis=1)
new_df['check_all'] = new_df.apply(
lambda x: check_all(x.check_recent, x.shelf_display_verification_1, x.shelf_display_verification_2,
x.sku_verification_count, x.check_total_shelf, x.check_pg_shelf,
x.check_pg_display, x.check_pg_sku), axis=1)
report_new_df = new_df.reindex(columns=report_order[i])
report_old_df = old_df.reindex(columns=report_order[i])
checkpoint_new_df = new_df.reindex(columns=checkpoint_order[i])
checkpoint_old_df = old_df.reindex(columns=checkpoint_order[i])
report_new_df.to_excel(new_file[i], category[i], columns=report_order[i], index=False)
report_old_df.to_excel(old_file[i], category[i], columns=report_order[i], index=False)
writer_checkpoint = pd.ExcelWriter(checkpoint_file[i])
checkpoint_new_df.to_excel(writer_checkpoint, category[i] + '_new', index=False)
checkpoint_old_df.to_excel(writer_checkpoint, category[i] + '_old', index=False)
check_number_new_df.to_excel(writer_checkpoint, category[i] + '_number_new', index=False)
check_number_old_df.to_excel(writer_checkpoint, category[i] + '_number_old', index=False)
writer_checkpoint.close()
subject = category[i] + datetime.now().strftime('%Y-%m-%d')
contents = ['附件中为前后两月数据及需检查的数据', ]
attachments = [new_file[i], old_file[i], checkpoint_file[i]]
with EmailSender(**email) as email_sender:
email_sender.send_email(to=to, subject=subject, contents=contents, attachments=attachments)
os.remove(new_file[i])
os.remove(old_file[i])
os.remove(checkpoint_file[i])
with MySQLInstance(**mysql_db_bi_task, dict_result=True) as db:
db.executemany(sql_insert_report_new, [tuple(x) for x in new_df.reindex(columns=insert_table_order_new).values])
db.executemany(sql_insert_report_old, [tuple(x) for x in old_df.reindex(columns=insert_table_order_old).values])
def main():
subject = 'P&G_HSM_Checkpoint_' + month_three + '_' + datetime.now().strftime('%Y-%m-%d')
contents = ['附件中为' + month_three + '全部对比复核数据', ]
attachments = pd_file_one
attachments.extend(pd_file_two)
attachments.extend(sku_file)
with EmailSender(**email) as email_sender:
email_sender.send_email(to=to, subject=subject, contents=contents, attachments=attachments)
store_info_df = query_data_frame(mysql_db_ppzck_task, sql_get_store_info)
data = []
for index1 in range(8):
data.append(pd.read_excel(file[index1], category[index1]))
data[index1] = data[index1][data[index1]['check_sku'] == 1]
data[index1].drop_duplicates(subset='addressIDnum', inplace=True)
store_info_df = pd.merge(store_info_df, data[index1].reindex(columns=['addressIDnum', 'rid']),
how='inner', on='addressIDnum', sort=False, copy=False)
result = pd.concat(data)
result['shelf_url'] = 'http://pc.ppznet.com/task_pc//shenhe/aicorrect/images.jsp?responseid=' + result['rid']
result_gb = result.groupby('addressIDnum').sum()
result_gb.reset_index(inplace=True)
result_gb['category'] = 'total'
result = pd.concat([result, result_gb], sort=False)
result['month'].fillna(method='ffill', inplace=True)
store_info_df.drop(columns=store_info_df.columns[15:], inplace=True)
result = pd.merge(store_info_df, result, how='inner', on='addressIDnum', sort=False, copy=False)
engine = create_engine("mysql+pymysql://{}:{}@{}:{}/{}?charset={}".format(
mysql_db_bi_task['username'], mysql_db_bi_task['password'], mysql_db_bi_task['host'], mysql_db_bi_task['port'],
mysql_db_bi_task['schema'], 'utf8'))
con = engine.connect()
result.to_sql(name='t_pg_report_hsm_visualization', con=con, if_exists='replace', index=False)
con.close()
for i in range(8):
os.remove(pd_file_one[i])
os.remove(pd_file_two[i])
os.remove(sku_file[i])
os.remove(file[i])
def main():
category = ['hair', 'pcc', 'laundry', 'oral', 'fem', 'baby', 'skin', 'br']
report_path = os.path.join(os.path.dirname(os.path.realpath('__file__')),
('pg_hsm_report_' + month + '.xlsx'))
writer = pd.ExcelWriter(report_path)
report_file = []
report_data = []
report_data_number = []
for i in range(8):
report_file.append(
os.path.join(
os.path.dirname(os.path.realpath('__file__')),
('pg_hsm_report_' + category[i] + '_' + month + '.xlsx')))
report_data.append(pd.read_excel(report_file[i], category[i]))
for k in report_data[i].columns:
if '_pic' in k:
report_data[i][k] = report_data[i][k].map(
lambda x: '' if pd.isna(x) else '=' + x)
report_data[i].to_excel(writer, category[i], index=False)
report_data_number.append(
pd.read_excel(report_file[i], category[i] + '_number'))
report_data_number[i].to_excel(writer,
category[i] + '_number',
index=False)
os.remove(report_file[i])
writer.close()
subject = 'P&G_HSM_Report_' + month + '_' + datetime.now().strftime(
'%Y-%m-%d')
contents = [
'附件中为' + month + '全部数据及需检查的数据',
]
attachments = [report_path]
with EmailSender(**email) as email_sender:
email_sender.send_email(to=to,
subject=subject,
contents=contents,
attachments=attachments)
def main():
cnx = mysqllib.get_connection()
cursor = cnx.cursor()
today = datetime.datetime.today()
ts = today.strftime("%Y-%m-%d")
sql = "select code, name from new_stock where `date`='%s'" % (ts)
cursor.execute(sql)
stocks = []
for (code, name) in cursor:
stocks.append("%s-%s" % (code, name))
if len(stocks) > 0:
ns = "申购新股：%s" % (' '.join([f.encode('utf-8') for f in stocks]))
es = EmailSender()
es.send_mail("申购新股", ns)
es.close()
utils.print_with_time(ns.decode('utf-8'))
utils.print_with_time("Done")
cursor.close()
cnx.close()
def notify(msg):
msg = USER_INFO[DEFAULT_USER]['USERNAME'] + ' --- ' + msg
es = EmailSender()
es.send_mail(msg, '')
logger.info('Send an email: "%s"'%(msg))
es.close()
def __init__(self, db):
self.db = db
#using localhost as SMTP server
self.email_sender = EmailSender("registration@pswdb", "localhost")
def to_two_wave_result(i):
logger.info('Run PID (%s)...' % os.getpid())
sku_df_new = query_data_frame(
mysql_db_ppzck_task,
sql_get_sku % (task_new[i], time_selection_new, status_not_in_new))
answer_df_new = query_data_frame(
mysql_db_ppzck_task,
sql_get_answer % (task_new[i], time_selection_new, status_not_in_new))
sku_verification_df_new = query_data_frame(
mysql_db_ppzck_task, sql_get_sku_verification %
(task_new[i], time_selection_new, status_not_in_new))
sku_df_old = query_data_frame(
mysql_db_ppzck_task,
sql_get_sku % (task_old[i], time_selection_old, status_not_in_old))
answer_df_old = query_data_frame(
mysql_db_ppzck_task,
sql_get_answer % (task_old[i], time_selection_old, status_not_in_old))
sku_verification_df_old = query_data_frame(
mysql_db_ppzck_task, sql_get_sku_verification %
(task_old[i], time_selection_old, status_not_in_old))
sku_df_new.drop_duplicates(subset=['rid', 'product_id'], inplace=True)
answer_df_new.drop_duplicates(subset=['rid', 'qid'], inplace=True)
sku_df_old.drop_duplicates(subset=['rid', 'product_id'], inplace=True)
answer_df_old.drop_duplicates(subset=['rid', 'qid'], inplace=True)
if i == 0 or i == 1 or i == 2:
multi_option_df_new = query_data_frame(
mysql_db_ppzck_task, sql_get_multi_option % ('联合陈列_', task_new[i]))
multi_option_df_new.drop_duplicates(subset=['qid', 'option_index'],
inplace=True)
multi_option_df_old = query_data_frame(
mysql_db_ppzck_task, sql_get_multi_option % ('联合陈列_', task_old[i]))
multi_option_df_old.drop_duplicates(subset=['qid', 'option_index'],
inplace=True)
elif i == 5:
multi_option_df_new = query_data_frame(
mysql_db_ppzck_task, sql_get_multi_option % ('样品展示_', task_new[i]))
multi_option_df_new.drop_duplicates(subset=['qid', 'option_index'],
inplace=True)
multi_option_df_old = query_data_frame(
mysql_db_ppzck_task, sql_get_multi_option % ('样品展示_', task_old[i]))
multi_option_df_old.drop_duplicates(subset=['qid', 'option_index'],
inplace=True)
else:
multi_option_df_new = DataFrame()
multi_option_df_old = DataFrame()
new_df, check_number_new_df = to_one_wave_result(rid_df_list_new[i],
sku_df_new, answer_df_new,
sku_verification_df_new,
multi_option_df_new,
year_new[i], i)
old_df, check_number_old_df = to_one_wave_result(rid_df_list_old[i],
sku_df_old, answer_df_old,
sku_verification_df_old,
multi_option_df_old,
year_old[i], i)
new_df = pd.merge(new_df, store_new_df, how='left', on='addressIDnum')
old_df = pd.merge(old_df, store_old_df, how='left', on='addressIDnum')
new_df = pd.merge(new_df,
old_df,
how='left',
on='addressIDnum',
suffixes=('', '_old'))
new_df.drop_duplicates(subset='rid', inplace=True)
new_df['check_total_shelf'] = new_df.apply(
lambda x: check_vs_pp_total_shelf(x.total_shelf, x.total_shelf_old),
axis=1)
new_df['check_pg_shelf'] = new_df.apply(
lambda x: check_vs_pp_pg_shelf(x.pg_shelf, x.pg_shelf_old), axis=1)
new_df['check_pg_display'] = new_df.apply(lambda x: check_vs_pp_pg_display(
x.total_display, x.pg_display, x.total_display_old, x.pg_display_old),
axis=1)
new_df['check_pg_sku'] = new_df.apply(
lambda x: check_vs_pp_sku(i, x.actual_sku, x.actual_sku_old), axis=1)
new_df['check_all'] = new_df.apply(lambda x: check_all(
x.check_recent, x.shelf_display_verification_1, x.
shelf_display_verification_2, x.sku_verification_count, x.
check_total_shelf, x.check_pg_shelf, x.check_pg_display, x.check_pg_sku
),
axis=1)
report_new_df = new_df.reindex(columns=report_order[i])
report_old_df = old_df.reindex(columns=report_order[i])
checkpoint_new_df = new_df.reindex(columns=checkpoint_order[i])
checkpoint_old_df = old_df.reindex(columns=checkpoint_order[i])
report_new_df.to_excel(new_file[i],
category[i],
columns=report_order[i],
index=False)
report_old_df.to_excel(old_file[i],
category[i],
columns=report_order[i],
index=False)
writer_checkpoint = pd.ExcelWriter(checkpoint_file[i])
checkpoint_new_df.to_excel(writer_checkpoint,
category[i] + '_new',
index=False)
checkpoint_old_df.to_excel(writer_checkpoint,
category[i] + '_old',
index=False)
check_number_new_df.to_excel(writer_checkpoint,
category[i] + '_number_new',
index=False)
check_number_old_df.to_excel(writer_checkpoint,
category[i] + '_number_old',
index=False)
writer_checkpoint.close()
subject = category[i] + datetime.now().strftime('%Y-%m-%d')
contents = [
'附件中为前后两月数据及需检查的数据',
]
attachments = [new_file[i], old_file[i], checkpoint_file[i]]
with EmailSender(**email) as email_sender:
email_sender.send_email(to=to,
subject=subject,
contents=contents,
attachments=attachments)
os.remove(new_file[i])
os.remove(old_file[i])
os.remove(checkpoint_file[i])
from EmailSender import EmailSender
import pandas
# Read Emails
contact_emails = pandas.read_csv("./Recipients_list.csv")
Emails = contact_emails["Email"].to_list()
# text- This is a list, 1st element will be in normal font, 2nd element will be in bold, 3rd element will in normal font ....
# For Line gaps and all used """ """ comment and define the element
text = ["normal text", "Bold text"]
# Send Emails
mailer = EmailSender(sender_email=" ", sender_password="******",
mail_subject=" ", mail_body=text)
mailer.send_mails(driver_path="./chromedriver.exe", emails=Emails)
def monitoringServer(interval, ADDRESS, PASSWORD, TO_ADDR):
emailSender = EmailSender(ADDRESS, PASSWORD, TO_ADDR)
print('\nserver:launch server\n')
#IPv4を指定
for res in socket.getaddrinfo(HOST, PORT, socket.AF_INET,
socket.SOCK_STREAM, 0, socket.AI_PASSIVE):
af, socktype, proto, canonname, sa = res
try:
sock0 = socket.socket(af, socktype, proto)
except socket.error as msg:
sock0 = None
print('server:' + msg)
continue
try:
sock0.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
sock0.bind(sa)
sock0.listen(5)
except socket.error as e:
print(e)
sock0.close()
print('server:socket error')
sock0 = None
continue
break
if sock0 is None:
print('could not open socket')
import sys
sys.exit(1)
finalconftime = {} #addr -> time 辞書型配列
deathflag = {} #addr -> (0 or 1) 辞書型配列
readfds = [sock0]
print('server:runninng')
try:
while True:
rready, wready, xready = select.select(readfds, [], [], 1)
for sock in rready:
if sock is sock0: #接続要求があった場合
conn, (address, port) = sock.accept()
# conn, address= sock.accept()
print(address)
print('server:connected from ' + address)
#新たなクライアントと通信する場合
if address not in finalconftime:
print('server:confirmed new client')
elif deathflag[address] == 1:
print('server:a dead client has revived')
subject = 'monitoring info'
body = address + ' has revived'
if emailSender.send(subject, body):
print('server:success to send email')
else:
print('server:due to an error, cannot send email')
finalconftime[address] = time.time()
deathflag[address] = 0
readfds.append(conn)
else: #データの送信があった場合
try:
msg = sock.recv(bufsize).decode()
#EOF
if len(msg) == 0 or len(msg) == -1:
sock.close()
readfds.remove(sock)
#サーバー停止処理
elif msg == 'kill':
print('server:received termination signal')
return
#クライアントの離脱処理
elif msg == 'close':
finalconftime.pop(address) #(addr:time)辞書型配列
deathflag.pop(address)
#データを受け取った場合
else:
print('server:message received \"' + msg + '\"')
sock.send(msg.encode())
except socket.timeout:
pass
except Exception as e:
print("server:an error occurred")
print("server:errror " + str(e))
#print("server:message "+e.message)
for addr, fct in finalconftime.items():
#基準時間以降応答がない場合応答なしの場合メール送信
if fct + interval < time.time() and deathflag[addr] == 0:
print('server:death confirmed')
subject = 'monitoring info'
body = addr + ' is dead'
if emailSender.send(subject, body):
print('server:success to send email')
else:
print('server:due to an error, cannot send email')
deathflag[addr] = 1
except KeyboardInterrupt:
print("server:KeyboardInterrupt")
pass
finally:
for sock in readfds:
sock.close()
print('server:all socket closed')
def send_email_report(sender, receiver, subject, text, attachments, server,
server_user, server_pw, ssl, unsecure):
print("Composing your email...")
print("Sender:", sender)
print("Receiver:", receiver)
print("Server:", server)
if ssl is None:
ssl = False
elif ssl.lower() == "true":
ssl = True
else:
ssl = False
if unsecure is None:
unsecure = False
elif unsecure.lower() == "true":
unsecure = True
else:
unsecure = False
if server_user.lower() == "none":
server_user = None
if server_pw.lower() == "none":
server_pw = None
reporter = EmailSender()
reporter.set_sender_address(sender_address=sender)
reporter.set_receiver_addresses(receiver_addresses=receiver)
reporter.set_subject(subject=subject)
reporter.set_server(server=server, use_ssl=ssl, use_unsecure=unsecure)
reporter.set_server_auth(usr=server_user, pw=server_pw)
reporter.prepare_header()
reporter.prepare_payload(text=text, attachments=attachments)
reporter.send()
print("email sent to: ", receiver)