def sollwert():
value = request.args.get('value')
id = request.args.get('id')
# data = (DB, offset_byte, type)
data = sps_values.get_Sollwerte_DB(id)
# print data, id, value
if data[2] == 'real':
sps_values.set_real(data[0], data[1], value)
elif data[2] == 'int':
sps_values.set_int(data[0], data[1], value)
elif data[2] == 'time':
sps_values.set_time(data[0], data[1], value)
elif data[2] == 'dint':
sps_values.set_dint(data[0], data[1], value)
# Aenderung ins WebUI laden
sql_object = SQLConnector()
try:
received_value = sql_object.select_lastvalueof('sollwerte', id)
except:
# fuer Gas im Anlagebild (Zusatz)-> ist nicht in Tabelle 'sollwerte'
received_value = sql_object.select_lastvalueof('messwerte_1s', id)
# bei time im Zeitformat 'H:MM:SS' wiedergeben
if data[2] == 'time':
sec = received_value.seconds
delta = datetime.timedelta(seconds=sec)
received_value = str(delta)[-8:] # z.B: " 1:01:01"
sql_results = {id: received_value}
print 'sollwert: ', sql_results
return jsonify(sql_results)
def meldung():
sql_object = SQLConnector()
sql_results = sql_object.select_all('stoermeldungen')
# print sql_results
sql_alerts = sql_object.select_alerts(sql_results)
# print sql_alerts
return render_template("meldung.html", sql_results=sql_alerts)
def change_bool():
value = request.args.get('value')
id = request.args.get('id')
data = sps_values.get_Befehle_DB(id)
print id, value
if value == 'change':
old_val = sps_values.get_bool(data[0], data[1], data[2])
new_val = not old_val
sps_values.set_bool(data[0], data[1], data[2], new_val)
# fuer Testbit
elif value == '1':
try:
sps_values.set_bool(data[0], data[1], data[2], 1)
snap = 1
except snap7.common.Snap7Exception as e:
print "snap7 Fehler"
snap = 0
pass
elif value == "0":
sps_values.set_bool(data[0], data[1], data[2], 0)
# Ausgabe an WebUI
# fuer Testbit
if id == 'Quittierung':
sql_object = SQLConnector()
test = sql_object.select_lastvalueof('befehle', 'Quittierung')
#test = sps_values.get_bool(101, 0, 1) #-> Auto, nur fuer Testzwecke
sql_res = {'Testbit': test, 'Snap7': snap}
# print sql_res
return jsonify(sql_res)
else:
return 'None' # alle ausser Testbit
def reaktor():
sql_object = SQLConnector()
sql_results = sql_object.select_newest_row('sollwerte')
# Radio button KV1_auto_aktiv initialisieren
kv1_auto_aktiv = sql_object.select_lastvalueof('befehle', 'KV1_auto_aktiv')
sql_results.update({'KV1_auto_aktiv': kv1_auto_aktiv})
return render_template("reaktor.html", sql_results=sql_results)
def loesche_Eintraege():
sql_object = SQLConnector()
# 7200s = 2h, 604800s = 1 Woche -> 1mil fast 2Wochen
sql_object.loesche_Zeilen_unterhalb('messwerte_1s', int(1e6))
sql_object.loesche_Zeilen_unterhalb('stoermeldungen', 100)
sql_object.loesche_Zeilen_unterhalb('befehle', 1000)
sql_object.loesche_Zeilen_unterhalb('meldungen', 1000)
sql_object.loesche_Zeilen_unterhalb('sollwerte', 1000)
return None
def anlage_const_req():
sql_object = SQLConnector()
# Messwerte
sql_res1 = sql_object.select_newest_row('messwerte_1s')
# Stoermeldungen
sql_res2 = sql_object.select_newest_row('stoermeldungen')
# Betriebsmeldungen
sql_res3 = sql_object.select_newest_row('meldungen')
return jsonify(sql_res1, sql_res2, sql_res3)
def new_diagramm_data():
"""
Aktualierte Daten fuer Echtzeit Diagramm
:return:
"""
sql_object = SQLConnector()
sql_res2 = sql_object.select_newest_row('messwerte_1s')
# print sql_res2
return jsonify(sql_res2)
def input_table_rows():
value = request.args.get('value')
id = request.args.get('id')
name = sps_values.get_Tables(id)
sql_object = SQLConnector()
# value: aus unicode int machen
# print type(value)
sql_object.loesche_Zeilen_unterhalb(name, int(value))
# Anzahl der Zeilen wieder zurueckgeben
rownumber = sql_object.get_rownumber(name)
print name, '-> neue Tabellenlänge: ', rownumber
sql_results = {id: rownumber}
return jsonify(sql_results)
def page_load():
# bei jeder Seitenladung wird SQLConnector() erstellt -> zu langsam
sql_object = SQLConnector()
auto1 = sql_object.select_columns('befehle', 'Auto_Hand',
'id DESC LIMIT 1')
auto = auto1[0][0]
# auto = sps_values.get_bool(101, 0, 1) #ueber snap7
sql_res = {'Auto_Hand': auto}
"""
test = sql_object.select_columns('befehle', 'Quittierung', 'id DESC LIMIT 1')
testbit = test[0][0]
# testbit = sps_values.get_bool(101, 0, 1) #-> Auto, nur fuer Testzwecke
sql_res = {'Testbit': testbit, 'Auto_Hand':auto}
"""
# print sql_res
return jsonify(sql_res)
def diagramm_data_1s():
"""
gibt Diagramm Daten zurueck fuer Echtzeit Diagramm
Limit = 1h
:return:
"""
sql_object = SQLConnector()
# 3600s = 1h
rows = 3600
all_rows = sql_object.get_rownumber('messwerte_1s')
# NUR Limit machen wenn MySQL mehr als rows Datensaetze hat
if (all_rows > rows):
limit = all_rows - rows
else:
limit = 0
#LIMIT mit zwei Zahlen (Offset, Limit) muss sein, weil ASC
sql_res2 = sql_object.select_all('messwerte_1s',
'id ASC LIMIT %s, %s' % (limit, rows))
# print sql_res2
return jsonify(sql_res2)
def vorlage():
sql_object = SQLConnector()
sql_results = sql_object.select_newest_row('sollwerte')
#print sql_results
Notfallvar_aktiv = sql_object.select_lastvalueof('befehle',
'Notfallvar_aktiv')
# Beschickungsvar nicht in sql Datenbank
Beschickungsvar = sps_values.get_int(104, 126)
# Notfallvar_aktiv = sps_values.get_bool(101, 0, 3)
# V2.00 Nachtrag: Truebung als 2. Vorlagebeschickungs-Ausloesung
c_TOC_Trueb = sql_object.select_lastvalueof('befehle', 'c_TOC_Trueb')
sql_results.update({'c_TOC_Trueb': c_TOC_Trueb})
# print "Notfallvar_aktiv: ", Notfallvar_aktiv, "Beschickungsvar: ", Beschickungsvar, "c_TOC_Trueb: ", c_TOC_Trueb
sql_results.update({'Notfallvar_aktiv': Notfallvar_aktiv})
sql_results.update({'Beschickungsvar': Beschickungsvar})
# print sql_results
return render_template("vorlage.html", sql_results=sql_results)
def diagramm_data():
sql_object = SQLConnector()
"""
#mit Limit
# 2880 *30s = 1d / 480*3min = 1d -> 2880+480 = 3360 = 1d
rows = 2900 # 4000
all_rows = sql_object.get_rownumber('messwerte_30s')
# nur LIMIT machen wenn MySQL mehr als 3360 Datensaetze hat
if (all_rows > rows):
limit = all_rows - rows
else:
limit = 0
# mit "limit OFFSET, limit" arbeiten weil amcharts "id ASC" (alte Werte zuerst) fuer Zeiten braucht
sql_res2 = sql_object.select_all('messwerte_30s', 'id ASC LIMIT %s, %s' % (limit, rows))
"""
#ohne Limit
#nur alle zweiten Werte mit Where clause abfragen
sql_res2 = sql_object.select_all('messwerte_30s', 'id ASC',
'WHERE id mod 2=0')
#print sql_res2
return jsonify(sql_res2)
def one_hour_interval_req():
last_value = request.args.get('last_value')
sql_object = SQLConnector()
sm_dict = sql_object.select_newest_row('stoermeldungen')
# Id und Zeit loeschen
sm_dict.pop('Id')
sm_dict.pop('zeit')
sm_list = sm_dict.values()
#Sammelstoerung, wenn nur eine Stoerung=1 dann SS = True
SS = 1 in sm_list
# print "last_value: ", last_value
# last_value ist String!
if SS & (last_value == "false"):
send_Email_V3_00.send_mail(
"Mindestens eine Stoerung in der Biogas Versuchsanlage in Baruth steht an!"
)
else:
pass
# last_value aktualisieren
last_value = SS
return jsonify(last_value)
def mysql():
sql_object = SQLConnector()
# aenderbare Werte in sql_results schreiben
bf = sql_object.get_rownumber('befehle')
meld = sql_object.get_rownumber('meldungen')
st = sql_object.get_rownumber('stoermeldungen')
sw = sql_object.get_rownumber('sollwerte')
mw_1s = sql_object.get_rownumber('messwerte_1s')
mw_30s = sql_object.get_rownumber('messwerte_30s')
sql_results = {
'tab-sollwerte': sw,
'tab-befehle': bf,
'tab-meldungen': meld,
'tab-messwerte_1s': mw_1s,
'tab-messwerte_30s': mw_30s,
'tab-stoermeldungen': st
}
return render_template("mysql.html", sql_results=sql_results)
def __init__(self,
title='Table with famous writers (example)',
table_name='Writers',
params='Id INT PRIMARY KEY AUTO_INCREMENT, Name VARCHAR(25)',
russian_keys=None,
local=True,
data=None):
"""
title: what this table about
table_name: what there is actual name of a table in database
params: what table CREATE params do you want to add
local: is it local database
NOTE: if you want to connect to your server, you must set 'local' at True
"""
self.sqlConnector = SQLConnector(local=local)
self.title = title
self.DATABASE = 'data2you1'
self.table_name = '{0}.{1}'.format(self.DATABASE, table_name)
self.params = params
self.local = local
self.data = None
self.russian_keys = russian_keys
def anlage():
sql_object = SQLConnector()
sql_res1 = sql_object.select_newest_row('meldungen')
sql_res2 = sql_object.select_newest_row('messwerte_1s')
sql_results = sql_object.select_newest_row('stoermeldungen')
# print sql_res1
sql_results.update(sql_res1)
sql_results.update(sql_res2)
# Drehzahlen aus Tabelle sollwerte entnehmen
n = sql_object.select_columns('sollwerte', 'n_R1, n_P2, n_P3',
'id DESC LIMIT 1')
n_R1 = n[0][0]
n_P2 = n[0][1]
n_P3 = n[0][2]
sql_results.update({'n_R1': n_R1, 'n_P2': n_P2, 'n_P3': n_P3})
# print sql_results
return render_template("anlage.html", sql_results=sql_results)
# columns gibt Spalten in dieser Reihenfolge aus,
# es koennen auch Spalten weggelassen werden -> dann werden diese in der .csv auch weggelassen!
df = pd.DataFrame(dict_in_list, columns=header)
df.to_csv('../csv/' + zeit + '.csv', sep=',', index=False)#, index_label = header_real)
return None
def Message(title, text):
tk.Tk().withdraw() # hide the root window
messagebox.showinfo(title, text) # show the messagebox
if __name__ == "__main__":
sql_object = SQLConnector()
sql_results = sql_object.select_all('messwerte_30s', 'id ASC')
""" 180515 wieder rausgenommen!
# V3.00: Wert[i-1] = Wert[i] -> Wert[i] = None (NULL) -> update fuer TOC und N_ges
sql_results_update = update_dict_in_list(sql_results)
"""
# header als list in richtiger Reihenfolge schreiben
# richtige Reihenfolge mittels pandas (siehe import), in fcn write_csv_file
header = ['zeit', 'MID', 'pH1', 'LF', 'TOC', 'N_ges', 'Redox', 'Truebung',
'pH2', 'Vega1', 'Vega1_l', 'c_TOC_Vorlage',
'pH3', 'Vega2', 'Temp', 'Gas', 'P1_EIN', 'P2_EIN','Temp_Re']
""" 180515 wieder rausgenommen!
if ReadingPlan.is_reading_plan(line):
if curr_reading_plan is not None:
reading_plans.append(curr_reading_plan)
curr_reading_plan = ReadingPlan(reading_day)
reading_day += 1
elif curr_reading_plan is not None:
curr_reading_plan.add_reading(line)
if curr_reading_plan is not None:
reading_plans.append(curr_reading_plan)
# 2. Read texts from bible database
bible_db_path = f"{BIBLE_DB_PATH_PREFIX}/{BIBLE_TYPE_TO_DB[bible_type]}"
bible_connector = SQLConnector(bible_db_path)
for idx_plan in range(len(reading_plans)):
print(
f"Reading text from database for Day {reading_plans[idx_plan].reading_day} ..."
)
for idx_readings in range(len(reading_plans[idx_plan].readings)):
curr_text_list = bible_connector.read_text_list(
reading_plans[idx_plan].readings[idx_readings])
reading_plans[idx_plan].readings[idx_readings].update_text_list(
curr_text_list)
bible_connector.close_connection()
# 3. Make epub files
for reading_plan in reading_plans:
def ruhrwerk():
sql_object = SQLConnector()
sql_results = sql_object.select_newest_row('sollwerte')
return render_template("ruhrwerk.html", sql_results=sql_results)
def not_abschaltung():
sql_object = SQLConnector()
sql_results = sql_object.select_newest_row('sollwerte')
return render_template("not_abschaltung.html", sql_results=sql_results)
