def register(): if request.method == 'POST': logger.info('Registration POST: %s%s%s'\ % (request.form['email'], \ request.form['name'],\ request.form['tel'])) user = User() user.name = request.form.get('name', None) user.email = request.form.get('email', None) user.tel = request.form.get('tel', None) user.msg = request.form.get('message', None) if not user.is_valid: logger.error('No valid form. Request:%s' % request) return jsonify(False) try: user.save() except: logger.error('Don\'t save in base. Request:%s' % request) return jsonify('Error') logger.info('Register:Done!') send_email(user) return jsonify(True) else: return jsonify(False)
def main(): # Create the client yesterday = datetime.date.today() - datetime.timedelta(days=1) hc = HillsClient(yesterday, days=2) # File names fname = str(hc.get_date()).replace('/', '-') fname_csv = fname + '.csv' fname_log = fname + '.log' # Logging level = logging.DEBUG root = logging.getLogger() root.setLevel(level) # Run the scraper. all_recs = hc.run() # Write the arrest records to file. with open(fname_csv, "w") as f: write_csv(f, all_recs) # Send the email with results attached. send_email(config.EMAIL_TO, subject="Hillsborough County Arrests", attachment=fname_csv)
def success(): if request.method == 'POST': # the function process' only "POST" requests email = request.form[ "email_name"] # syntax for capturing value sent to the webserver height = request.form["height_name"] # print(email, height) # print(request.form) # print(db.session.query(Data).filter(Data.email_==email).count()) # checks if the email address is already in the database;\ # if the result is "0" the email is not in the database # "pip install psycopg2" + "pip install Flask-SQLAlchemy"\ # in order to access the PostreSQL database if db.session.query(Data).filter(Data.email_ == email).count( ) == 0: # if the email is not in the data base it adds is data = Data(email, height) db.session.add(data) db.session.commit() average_height = db.session.query(func.avg(Data.height_)).scalar() average_height = round(average_height) count = db.session.query(Data.height_).count() send_email(email, height, average_height, count) #print(average_height) return render_template("success.html") # if the email is in the data base it returns to the homepage return render_template( "index.html", text="Seems like we've got something from that email address already!")
def wish(mail,dob,name): while True: d = db.session.query(Data.id).all() if d != None: for id_ in d: date_ = db.session.query(Data.date).filter(Data.id == id_[0]).scalar() if date_.year==dt.now().year and date_.month ==dt.now().month and date_.day ==dt.now().day and dt.now().hour== 0 and dt.now().minute == 0 and dt.now().second ==0: name = db.session.query(Data.name).filter(Data.id==id_[0]).scalar() mail = db.session.query(Data.email).filter(Data.id==id_[0]).scalar() send_email(mail,name)
def recup_entree(): """La fonction recup_entree récupère les données dans les entry box, les attribus à des variables, qui elles mêmes sont attribuées aux variables utilisés dans send_email.py, importer de facon modulaire, pour etre utiliser en tant que id, pw etc... dans le mail final""" s_e = entry_from.get() r_e = entry_to.get() pw = entry_mdp.get() msg = entry_message.get() send_mail.send_email(s_e, r_e, pw, msg) print(f"from ", s_e, " --- to ", r_e, " --- txt : ", r_e, msg, "\n\n time = ", time)
def main(): today = str(datetime.date.today()) year, month, day = [int(x) for x in today.split("-")] month_2 = abs(month - 6) % 12 + 1 start_date = datetime.datetime(year if month - 6 > 0 else year - 1, month_2, 1) end_date = datetime.datetime(year, month, 15) receiver_email = '*****@*****.**' symbols, names = get_symbols() if 'results.csv' in os.listdir(): os.remove('results.csv') for s in range(len(symbols)): analyze_stock(symbols[s], names[s], start_date, end_date) send_email(receiver_email)
def success(): if request.method == "POST": email = request.form['email'] height = request.form['height'] if(db.session.query(Data).filter(Data.email_ == email).count() >= 1): return render_template("index.html",text="Seems like email you enter is duplicate. please try again") data=Data(email,height) db.session.add(data) avg_height = db.session.query(func.avg(Data.height_)).scalar() avg_height = round(avg_height,1) count=db.session.query(Data.height_).count() send_email(email,height,avg_height,count) db.session.commit() return render_template("success.html")
def callback(ch, method, properties, body): data = json.loads(body) print "[>] Received '%s' (try: %d)" % (data.get('mail_from'), 1 + int(properties.priority)) if properties.priority >= max_retries - 1: # example handling retries ch.basic_ack(delivery_tag=method.delivery_tag) print "[!] '%s' rejected after %d retries" % (data.get('mail_from'), 1 + int(properties.priority)) else: try: mail_from = data.get("mail_from") mail_to = data.get("mail_to") mail_body = data.get("mail_body") # print "data :", data res = send_email(mail_from, mail_to, mail_body) if res: print "Error in sending mail" else: # update record entry for mail sent print "Mail sent" # time.sleep(len(data.get('keyword'))) ch.basic_ack(delivery_tag=method.delivery_tag) print "[+] Done" except: print "Exception in sending mail from queue"
def email_page(): if request.method == "POST": e_usr = request.form["from_email"] e_pwd = request.form["password"] e_to = request.form["to_email"] e_sub = request.form["title"] e_msg = request.form["message"] try: #username, password, to email, subject, message send_email(e_usr, e_pwd, e_to, e_sub, e_msg) print("Email Sent...") return redirect("/email") except: print("Error while sending...") return redirect("/email") return render_template("email.html")
def recieve_question(): if request.method == "POST": try: data = request.data data = json.loads(data) question = data['data'] recepient_user_email = data['email_id'] pdf_generation = pdf_generator(question, 'related_questions.pdf') pdf_generation.pdf_generator() attachment = 'related_questions.pdf' sending_mails = send_email( email_creds.email_creds["username"], email_creds.email_creds["password"], recepient_user_email, "related questions", "question related to asked question", fromaddr=email_creds.email_creds["username"], attachment=attachment) sending_mails.send_email() return "Mail sent" except: logging.exception("message")
def open(self, path, flags): full_path = self._full_path(path) uid, gid, pid = fuse_get_context() fd = open("users.reg", "r") users = json.load(fd) fd.close() if (uid != self.idroot): contact = users[str(uid)] fd = open("activation.json", "r") data = json.load(fd) fd.close() info = data[str(contact)] if str(full_path) not in info["files"]: send_mail.send_email(str(contact), full_path) raise FuseOSError(errno.EACCES) else: return os.open(full_path, flags) return os.open(full_path, flags)
def submit_file(): if request.method == 'POST': customer = request.form['customer'] dealer = request.form['dealer'] rating = request.form['rating'] comments = request.form['comments'] if customer == '' or dealer == '': return render_template('index.html', message='Please enter required fields') if db.session.query(feedback_form).filter( feedback_form.customer == customer).count() == 0: data = feedback_form(customer, dealer, rating, comments) db.session.add(data) db.session.commit() send_email(customer, dealer, rating, comments) return render_template('success.html') return render_template('index.html', message='You have already submitted feedback!')
def share_file(self, group, file): html = check_login() file_name = os.path.basename(file) user = cherrypy.session['cur_user'] uemail = [db_handler.fetch_member_email(group)] keys = encrypt_handler.get_aggre_key(group) for i,j in zip(range(0,len(uemail[0].keys())),range(1,len(keys))): out = db_handler.file_share(uemail[0].keys()[i],file_name,keys[j],group) skey = keys[0] msg = " %s shared %s with you! key = %s " % (user,file_name,skey) if out != "Share Exists!": for u in uemail: send_mail.send_email(u.values(),msg) html += """ File Shared, \nResult : %s """ % out else: html += """ File Sharing Failed, \nResult : %s """ % out html += footer return html
def submit(): if request.method == "POST": customer = request.form['cname'] email = request.form['email'] dealer = request.form['dname'] rating = request.form['rate'] comment = request.form['message'] if (not customer) or (not dealer) or (not email): return render_template("index.html", message="Please enter " "required fields") if db.session.query(Feedback).filter(Feedback.email == email).count() == 0: data = Feedback(customer, email, dealer, rating, comment) db.session.add(data) db.session.commit() send_email(customer, dealer, rating, comment, email) return render_template("success.html") return render_template("index.html", message="You have already submitted") else: redirect(url_for('hello_world'), message='')
def share_file(self, group, file): html = check_login() file_name = os.path.basename(file) user = cherrypy.session['cur_user'] uemail = [db_handler.fetch_member_email(group)] keys = encrypt_handler.get_aggre_key(group) for i, j in zip(range(0, len(uemail[0].keys())), range(1, len(keys))): out = db_handler.file_share(uemail[0].keys()[i], file_name, keys[j], group) skey = keys[0] msg = " %s shared %s with you! key = %s " % (user, file_name, skey) if out != "Share Exists!": for u in uemail: send_mail.send_email(u.values(), msg) html += """ File Shared, \nResult : %s """ % out else: html += """ File Sharing Failed, \nResult : %s """ % out html += footer return html
def submit(): if request.method == 'POST': customer = request.form['customer'] editor = request.form['IDE/Text Editor'] rating = request.form['rating'] comments = request.form['comments'] # print(customer, editor, rating, comments) if customer == '' or editor == '': return render_template('index.html', message="Please enter required fields.") if db.session.query(feedback).filter( feedback.customer == customer).count() == 0: data = feedback(customer, editor, rating, comments) db.session.add(data) db.session.commit() send_email(customer, editor, rating, comments) return render_template('success.html') return render_template( 'index.html', message="You have already submitted the feedback.")
def submit(): if request.method == 'POST': customer = request.form['customer'] dealer = request.form['dealer'] rating = request.form['rating'] comments = request.form['comments'] # print(customer, dealer, rating, comments) # return render_template('success.html') # make sure both customer and dealer input are not empty if customer == '' or dealer == '': return render_template('index.html', message="Please enter required fields") # make that customer does not exist before we added into database if db.session.query(Feedback).filter(Feedback.customer == customer).count() == 0: data = Feedback(customer, dealer, rating, comments) db.session.add(data) db.session.commit() send_email(customer, dealer, rating, comments) return render_template('success.html') return render_template('index.html', message="You have already submitted feedback")
def main(q_key, who_are_u, max_result): get_information_arxiv(q_key=q_key, f_max_results=max_result) q_key = q_key.replace(" ", "_") arr = os.listdir(q_key) for i in range(len(arr)): pdfparser(data=q_key + "/" + arr[i], pdf_name=arr[i], dic_q_key=q_key) arr_txt = os.listdir(q_key + "_txt") print(arr_txt) liste = [] pdf_link_lst = [] path_z = str(q_key + "_txt") for i, item in enumerate(arr_txt): ozet = lex_summary_2(file_path=path_z + "/" + arr_txt[i]) print(ozet) pdf_link = str(q_key + "_txt" + "/" + arr_txt[i]) liste.append(ozet) pdf_link_lst.append(pdf_link) print("-------") dataframe = pd.DataFrame({ "text": liste, "pdf_link": pdf_link_lst, }) print(dataframe) pdf_name = create_pdf_page(full_name=q_key, address_parts=[who_are_u], metin=dataframe) send_email(gmail_user="******", gmail_pwd=" ", send_to=who_are_u, subject=q_key + " özetler", text="Akademik özet geç ", path=pdf_name)
def submit(): if request.method == "POST": customer = request.form['customer'] dealer = request.form['dealer'] rating = request.form['rating'] comments = request.form['comments'] #print(customer, dealer, rating, comments) # check customer and dealer fields are not empty if customer == '' or dealer == '': return render_template('index.html', message='Please enter the required fields!') # enable customer to give feedback only once if db.session.query(Feedback).filter(Feedback.customer == customer).count() == 0: data = Feedback(customer, dealer,rating,comments) db.session.add(data) db.session.commit() # send email send_email(customer, dealer, rating, comments) return render_template('success.html') return render_template('index.html', message='You have already submitted feedback!')
def repeat_task(): connections_list = shared_module.get_config_var('connections') for connection in connections_list: connection_in_str = "".join(connection) ssh_obj = Ssh_Util(*connection) command = "ls -l " + connection[ 3] + " | awk -F ' ' '{print $6\" \"$7\" \"$8}'" command_output, result_flag = ssh_obj.execute_command(command) if result_flag: last_timestamp = timestamp_dict.get(connection_in_str) print(last_timestamp) if last_timestamp: if command_output[0] != last_timestamp: #connecting and downloading the target remote file ssh_obj.download_file() #parsing and storing the data into mongodb database ssh_obj.parsefile(connection_in_str, connection[4]) #sendingthe mail to user with updated file as attachement mail_inst = send_email(connection_in_str, connection[4]) mail_inst.send_mail_alert() timestamp_dict[connection_in_str] = command_output[0] else: print("file didn't modified since %s" % (timestamp_dict.get(connection_in_str))) else: timestamp_dict[connection_in_str] = command_output[0] print(timestamp_dict) else: if command_output: print("there is problem while executing the commanda: %s" % (command_output[0])) else: print( "there is problem while executing the command please check the connection" ) print(time.ctime())
""" db = self.client[db_name] colls = db.collection_names() colls = set(colls).difference(set(filtered)) db_error = list() for coll in colls: db[coll].distinct('meta_updated') result = db[coll].count({'meta_updated': {'$gte': self.last_date}}) if result == 0: # slack alarm db_error.append(coll) self.errors.update({db_name: db_error}) def __del__(self): self.client.close() if __name__ == "__main__": cfg_file = sys.argv[1] conf = ConfigParser.ConfigParser() conf.read(cfg_file) monitor = MongoMonitor() for db in ['perimit', 'permit', 'cpdaily', 'jediDB', 'price']: filtered = list() if conf.has_section(db): filtered = conf.items(db)[0][1].replace('[', '').replace( ']', '').replace(' ', '').split(',') monitor.check_insert_stat(db, filtered) send_email( json.dumps(monitor.errors) + "\r\n 表名与数据源关系参照: http://gitlab.****")
logging.info("waiting for next user!!") time.sleep(random.randrange(60, 180, 10)) else : break time.sleep(random.randrange(1, 10, 1)) logging.info("user all done!!") display.stop() ### Send Email on monday #today_week = datetime.date.today().strftime("%w") if today_week == '1' : ### read for log last 47 line of mail body body = '' try: with open('p2p_login_with_reply.log') as fp: data = fp.readlines() for i in data[-47:]: body = body + i finally: fp.close() send_mail.send_email('p2plogin auto loging',body)
# -*- coding: utf-8 -*- from scraper import OLXScraper from database import get_offers, update_offers_table from send_mail import create_email_content, send_email from config import SMTP_SERVER, PORT, SERVER_LOGIN, SERVER_PASSWORD, SENDER, RECEIVERS, SUBJECT, MAX_PRICE if __name__ == '__main__': scraper = OLXScraper() offers = scraper.get_offers() update_offers_table(offers) offers = get_offers(max_price=MAX_PRICE) content = create_email_content(offers) send_email(smtp_server=SMTP_SERVER, port=PORT, server_login=SERVER_LOGIN, server_password=SERVER_PASSWORD, sender=SENDER, receivers=RECEIVERS, message=content, subject=SUBJECT)
' Custom Region', id) elif (st == "40p"): #bplot(df,id,nme) andvil1, andviu1, andvin1, andvia1, sdf1 = predict(df, trshld) aplot(andvil1, andviu1, andvin1, andvia1, sdf1, ' Custom Region', id) elif (st == "lm"): print("No data is available for current month for " + nme) continue print(unique_mail_dict) print(unique_mail_farm_dict) unique_mail_list = list(set(mail)) print("Length of mail: " + str(len(mail))) print("Length of unique_mail_list: " + str(len(unique_mail_list))) status = send_mail.send_email(unique_mail_list, unique_mail_farm_dict) print("results -----------") print("deleting the .png files") delete_image_files() if status == False: print( 'UNABLE TO SEND EMAILs...could not retrieve SMTP server details' ) send_mail.write_to_file( 'ERROR-EMAIL', 'UNABLE TO SEND EMAILs...could not retrieve SMTP server details' ) else: print(status) send_mail.write_to_file('SUCCESS-EMAIL', str(status))
output_file = 'processed/' + name_file # PASO 4: Cambia el estado de la imagen procesada en la base de datos update_processed_files( connection, cursor, data['image_pk'], data['design_pk'], output_file) # PASO 5: Envía el email de la imagen procesada send_email( EMAIL_PASSWORD, data['email'], data['creator'], name_file ) print( '{} \t Diseño: "{}" procesado con exito en [{}] con ({},{})px'.format( datetime.now(), data['image'], SIZING_METHOD, default_width, default_height )) except Exception as error: print("{} \t Error en diseño: {} -> {}" .format(datetime.now(), data['image'], error)) close_connection(cursor)
for line in open('mailing list.txt', 'r'): (email, name) = line.split(',') emails[email] = name.strip() except FileNotFoundError as err: print(err) return emails def get_scheduler(): try: scheduler_file = open('scheduler.txt', 'r') schedule = scheduler_file.read() except FileNotFoundError as err: print(err) return schedule if __name__ == '__main__': emails = get_emails() schedule = get_scheduler() forecast = weather.get_weather_forecast() send_mail.send_email(emails, schedule, forecast) print('mail sent!')
the_year = stock_season_report(today.year, season, 'undefined', 'undefined') ## the year season s_df = the_year.merge( last_year, how='inner', on=['公司代號', '公司簡稱'], suffixes=('_%s' % str(today.year), '_%s' % str(today.year - 1))).copy() ## merge 2021_Q3 & 2020_Q3 #### (累計EPS / 去年累計EPS - 1) * 100% s_df['EPS成長%'] = (((s_df.iloc[:, 2] - (s_df.iloc[:, 3]).abs()) / (s_df.iloc[:, 3]).abs()) * 100).round( 2) ## 計算成長% (2021- 2020) /2020 * 100% #s_df['EPS成長%'] = (( (s_df['Q3累積盈餘_2021'] - (s_df['Q3累積盈餘_2020']).abs() )/ (s_df['Q3累積盈餘_2020']).abs() ) * 100 ).round(2) match_row = s_df.sort_values(by=['EPS成長%'], ascending=False).copy() if time.strftime("%H:%M:%S", time.localtime()) > mail_time: #match_row.to_html('hot_news_link.log') if not match_row.empty: body = match_row.to_html(escape=False) #log_date = datetime.date.today().strftime("%Y-%m-%d") send_mail.send_email( '{year} stock_Q{season}_report'.format(year=today.year, season=season), body) else: print(match_row.to_string(index=False))
logging.info("waiting for next user!!") time.sleep(random.randrange(60, 180, 10)) else : break time.sleep(random.randrange(1, 10, 1)) logging.info("user all done!!") display.stop() ### Send Email on monday #today_week = datetime.date.today().strftime("%w") #if today_week == '1' : ### read for log last 47 line of mail body body = '' try: with open('p2p_login_with_reply_drama.log') as fp: data = fp.readlines() for i in data[-47:]: body = body + i finally: fp.close() send_mail.send_email('p2plogin_drama auto loging',body)
time.sleep(random.randrange(60, 180, 10)) else : break time.sleep(random.randrange(1, 10, 1)) logging.info("user all done!!") display.stop() ### Send Email on monday #today_week = datetime.date.today().strftime("%w") if today_week == '1' : ### read for log last 47 line of mail body body = '' log_date = datetime.date.today().strftime("%Y-%m-%d") try: with open('awa_login_with_reply.log') as fp: data = fp.readlines() for i in data[-100:]: if log_date in i: ## read only today log body = body + i finally: fp.close() send_mail.send_email('awalogin auto loging',body)
else : u_num = len(myusername_list) ## seat is all full ### Waiting next trun user if u_num < (len(myusername_list)-1): logging.info("waiting for next user!!") time.sleep(random.randrange(60, 180, 10)) else : break web.quit() display.stop() body = '' log_date = datetime.date.today().strftime("%Y-%m-%d") try: with open('kingbus.log') as fp: data = fp.readlines() for i in data[-100:]: if log_date in i: ## read only today log body = body + i finally: fp.close() send_mail.send_email('kingbus auto booking ',body)
def main(filePar): """Lancia l'esperimento. In un file ricopia il file della rete ed il file dei parametri. Salva anche un grafico della rete. Salva le prestazioni medie della rete durante i fold ed invia una mail con i risultati a esperimento concluso. """ # leggo il file della rete neurale come stringa with open(filePar, 'r') as ymlfile: cfg = yaml.load(ymlfile, Loader=yaml.FullLoader) pathNetwork = cfg["Alg"]["path"] nomeFileNetwork = cfg["Alg"]["file"] nDirOut = cfg["file"]["outputDir"] nomeFileRete=pathNetwork + nomeFileNetwork +".py" print(nomeFileRete) # leggo il file della rete neurale come stringa fin = open(nomeFileRete, "r") file_rete = fin.readlines() fin.close() # leggo il file dei parametri come stringa fin = open(filePar, "r") parametri = fin.readlines() fin.close() # Genera il nome del file di output nFOut = local_lib.nomeFileOut(filePar) # controlla che esista la dir, altrimenti la crea if not os.path.exists(nDirOut): os.makedirs(nDirOut) nFilePre = os.path.join(nDirOut, nFOut) # apre il file #>>>>>>>>>>>>>>>>>>>>>> with open(nFilePre + "_descr_rete.net", "w") as f: # inserisce le informazioni nel file dei risultati #======================================================= # scrive le stringhe del file della rete e dei parametri f.write("File_rete\n") f.write("".join(file_rete)) f.write("Parametri_passati\n") f.write("".join(parametri)) # ======================================================= print("carica il dataset e crea la lista di indici del k-fold") df, fold = local_lib.prepara_ambiente(filePar) # esegue il test ottenendo le medie # dei parametri di output print("eseguo l'esperimento") ### tempo di run <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<< start_time = time.time() M_acc, M_prec, M_rec = re.test(df, fold, filePar ) ### TEMPO DI run <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<< runtime = (time.time() - start_time) # scrivere i risultati in un file #nFOut = local_lib.nomeFileOut(filePar) # apre il file # >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> with open(nFilePre + "_totale_training.csv", "w") as f: f.write("Tempo totale di run (in sec)" + ","+ str(runtime) + "\n") f.write("Media Accuracy"+ "," + str(M_acc)+ "\n") f.write("Media Precision"+","+ str(M_prec)+ "\n") f.write("Media Recall"+","+ str(M_rec)+ "\n") # email risultati subject = "Esperimenti prova " + nFilePre body = "finiti tutti gli esperimenti" + "\n" body += "Accuracy media :" + str( M_acc) + "\n" body += "Precision media:" + str( M_prec) + "\n" body += "Recall media:" + str( M_rec) + "\n" sm.send_email(dm.user, dm.pwd, dm.recipient, subject, body)
web.quit() ### Waiting next trun user if num < (len(myusername_list) - 1): logging.info("waiting for next user!!") time.sleep(random.randrange(60, 180, 10)) else: break time.sleep(random.randrange(1, 10, 1)) logging.info("user all done!!") display.stop() ### Send Email on monday #today_week = datetime.date.today().strftime("%w") #if today_week == '1' : ### read for log last 47 line of mail body body = '' try: with open('p2p_login_with_reply_software.log') as fp: data = fp.readlines() for i in data[-47:]: body = body + i finally: fp.close() send_mail.send_email('p2plogin_software auto loging', body)