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rscpguiframe.py
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import logging
import re
logger = logging.getLogger(__name__)
logger.debug('Programmstart')
import locale
import datetime
import json
import os
import threading
import time
import traceback
import sys
import pytz as pytz
import requests
try:
import paho.mqtt.client as paho
except:
logger.warning('Paho-Libary (paho) nicht gefunden, MQTT wird nicht zur Verfügung stehen')
try:
import wx
import wx.dataview
from export import E3DCExport
from gui import MainFrame
from assistant import Assistant
except:
logger.warning('wxPython steht nicht zur Verfügung, Programm beschränkt sich auf die Console')
try:
import telegram
except Exception as e:
logger.warning('Telegram-Libary (python-telegram-bot) nicht gefunden, Telegram-Benachrichtigungen stehen nicht zur Verfügung')
from e3dc._rscp_dto import RSCPDTO
from e3dc.rscp_tag import RSCPTag
from e3dc.rscp_type import RSCPType, WB_TYPE, WB_MODE
from e3dcwebgui import E3DCWebGui
from rscpguimain import RSCPGuiMain
class RSCPGuiFrame(MainFrame, RSCPGuiMain):
class MessageBox(wx.Dialog):
def __init__(self, parent, title, value):
wx.Dialog.__init__(self, parent, title=title)
text = wx.TextCtrl(self, style=wx.TE_READONLY | wx.BORDER_NONE | wx.TE_MULTILINE)
text.SetValue(value)
text.SetBackgroundColour(self.GetBackgroundColour())
self.ShowModal()
self.Destroy()
_time_format = '%d.%m.%Y %H:%M:%S.%f'
_e3dcexportFrame = None
assistantFrame = None
def __init__(self, parent, args):
logger.info('Frame initialisiert')
RSCPGuiMain.__init__(self, args)
MainFrame.__init__(self, parent)
def t(col, ascending = True):
logger.debug('Portal: Sortiere nach Spalte: ' + str(col) + ' Ascending: ' + str(ascending))
if col < self.gPortalList.GetNumberCols():
lst = []
for currow in range(0, self.gPortalList.GetNumberRows()):
data = []
for curcol in range(0, self.gPortalList.GetNumberCols()):
data.append(self.gPortalList.GetCellValue(currow, curcol))
value = self.gPortalList.SortingRowsData[currow][self.gPortalList.SortingColNames[col]]
lst.append((currow, value, data))
result = sorted(lst, key = lambda v: v[1], reverse = ascending)
currow = 0
newrowsdata = []
for oldrow, value, data in result:
newrowsdata.append(self.gPortalList.SortingRowsData[oldrow])
curcol = 0
for value in data:
self.gPortalList.SetCellValue(currow, curcol, value)
curcol += 1
currow += 1
self.gPortalList.SortingRowsData = newrowsdata
else:
return False
self.gPortalList.SortColumn = t
logger.info('Oberfläche geladen')
self.loadConfig()
if self._noconfigfile or self.cfgLoginshow_assistant:
logger.info('Konfigurationsdatei nicht gefunden, starte Assistent!')
self.assistantFrame = Assistant(self)
self.assistantFrame.Bind(wx.EVT_CLOSE, self.AssistantFrameOnClose)
def load_timezones():
logger.debug('Lade Zeitzonen')
for tz in pytz.common_timezones:
self.cbTimezone.Append(str(tz))
logger.info('Zeitzonen geladen')
threading.Thread(target=load_timezones, args=()).start()
self.cbConfigVerbindungsart.SetValue(self.cfgLoginconnectiontype)
self.Bind(wx.EVT_BUTTON, self.bTestClick, self.bTest)
self.Bind(wx.EVT_BUTTON, self.bSaveClick, self.bSave)
self.Bind(wx.EVT_BUTTON, self.bUpdateClick, self.bUpdate)
self.gDCB_row_voltages = None
self.gDCB_row_temp = None
self._wsthread = threading.Thread(target=self.check_e3dcwebgui, args=())
self._wsthread.start()
def preConnect():
try:
g = self.gui
if self._args.export:
logger.debug('Export bei Programmstart aktiviert')
self.bUploadStartOnClick(None)
if self._args.portal:
self.sendToPortalMin()
except:
pass
threading.Thread(target=preConnect, args=()).start()
self._autothread = threading.Thread(target=self.autoUpdate, args=())
self._autothread.start()
if 'paho' not in sys.modules.keys():
logger.debug('Deaktiviere MQTT-Felder, da MQTT nicht zur Verfügung steht (paho nicht installiert)')
self.enabledisableMQTT(False)
if 'telegram' not in sys.modules.keys():
logger.debug('Deaktiviere Telegram-Benachrichtigungen, da Telegram nicht zur Verfügung steht (python-telegram-bot nicht installiert)')
self.enabledisableTelegram(False)
self.chUploadMQTTOnCheck(None)
self.chUploadInfluxOnCheck(None)
locale.setlocale(locale.LC_ALL, '')
logger.info('Init abgeschlossen')
def AssistantFrameOnClose(self, event):
logger.info('Assistent - Dialog geschlossen')
if self.assistantFrame.testresult:
self.txtConfigSeriennummer.SetValue(self.assistantFrame.serial)
self.txtUsername.SetValue(self.assistantFrame.username)
self.txtPassword.SetValue(self.assistantFrame.password)
self.txtIP.SetValue(self.assistantFrame.ip)
self._gui = self.assistantFrame.testgui
self.cfgLoginshow_assistant = not self.assistantFrame.chkAsistantNoShow.GetValue()
self.saveConfig()
self.assistantFrame = None
self.Show()
event.Skip()
def enabledisableTelegram(self, value):
self.chBenachrichtigungTelegram.Enable(value)
self.txtTelegramToken.Enable(value)
self.txtTelegramEmpfaenger.Enable(value)
def enabledisableMQTT(self, value):
self.scUploadMQTTQos.Enable(value)
self.chUploadMQTT.Enable(value)
self.chUploadMQTTRetain.Enable(value)
self.txtUploadMQTTBroker.Enable(value)
self.txtUploadMQTTPort.Enable(value)
self.txtUploadMQTTUsername.Enable(value)
self.txtUploadMQTTPassword.Enable(value)
self.fpUploadMQTTZertifikat.Enable(value)
self.cbUploadMQTTInsecure.Enable(value)
self.chUploadMQTTSub.Enable(value)
def hideMQTT(self, value = True):
if value:
self.scUploadMQTTQos.Hide()
#self.chUploadMQTT.Hide()
self.chUploadMQTTRetain.Hide()
self.txtUploadMQTTBroker.Hide()
self.txtUploadMQTTPort.Hide()
self.txtUploadMQTTUsername.Hide()
self.txtUploadMQTTPassword.Hide()
self.fpUploadMQTTZertifikat.Hide()
self.cbUploadMQTTInsecure.Hide()
self.chUploadMQTTSub.Hide()
self.m_staticText214.Hide()
self.m_staticText208.Hide()
self.m_staticText209.Hide()
self.m_staticText2091.Hide()
self.m_staticText2101.Hide()
self.m_staticText210.Hide()
else:
self.scUploadMQTTQos.Show()
#self.chUploadMQTT.Show()
self.chUploadMQTTRetain.Show()
self.txtUploadMQTTBroker.Show()
self.txtUploadMQTTPort.Show()
self.txtUploadMQTTUsername.Show()
self.txtUploadMQTTPassword.Show()
self.fpUploadMQTTZertifikat.Show()
self.cbUploadMQTTInsecure.Show()
self.chUploadMQTTSub.Show()
self.m_staticText214.Show()
self.m_staticText208.Show()
self.m_staticText209.Show()
self.m_staticText2091.Show()
self.m_staticText2101.Show()
self.m_staticText210.Show()
def chUploadMQTTOnCheck(self, event):
if self.chUploadMQTT.GetValue():
self.hideMQTT(False)
else:
self.hideMQTT(True)
parent = self.chUploadMQTT.Parent
parent.GetSizer().Layout()
def hideInflux(self, value = True):
if value:
self.m_staticText213.Hide()
self.m_staticText215.Hide()
self.m_staticText216.Hide()
self.m_staticText217.Hide()
self.m_staticText218.Hide()
self.txtUploadInfluxHost.Hide()
self.txtUploadInfluxPort.Hide()
self.txtUploadInfluxDatenbank.Hide()
self.scUploadInfluxTimeout.Hide()
self.txtUploadInfluxName.Hide()
else:
self.m_staticText213.Show()
self.m_staticText215.Show()
self.m_staticText216.Show()
self.m_staticText217.Show()
self.m_staticText218.Show()
self.txtUploadInfluxHost.Show()
self.txtUploadInfluxPort.Show()
self.txtUploadInfluxDatenbank.Show()
self.scUploadInfluxTimeout.Show()
self.txtUploadInfluxName.Show()
def chUploadInfluxOnCheck(self, event):
if self.chUploadInfluxdb.GetValue():
self.hideInflux(False)
else:
self.hideInflux(True)
parent = self.chUploadInfluxdb.Parent
parent.GetSizer().Layout()
def scAutoUpdateOnChange(self, event):
autoupdate = self.scAutoUpdate.GetValue()
if autoupdate > 0 and self._autothread is None:
self._autothread = threading.Thread(target=self.autoUpdate, args=())
self._autothread.start()
def autoUpdate(self):
while True:
autoupdate = self.scAutoUpdate.GetValue()
if autoupdate == 0:
self._autothread = None
return False
else:
self.pMainChanged()
time.sleep(autoupdate)
def bUploadStartOnClick(self, event):
if not self._AutoExportStarted:
self.refreshConfig()
RSCPGuiMain.StartExport(self)
self.bUploadStart.SetLabel('Export beenden')
else:
self._AutoExportStarted = False
self.bUploadStart.Enable(False)
RSCPGuiMain.StopExport(self)
def StartAutoExport(self):
RSCPGuiMain.StartAutoExport(self)
self.bUploadStart.SetLabel('Export starten')
self.bUploadStart.Enable(True)
def bUploadSetDataOnClick(self, event):
self.bUploadSetData.Enable(False)
if self._e3dcexportFrame:
try:
logger.warning('Exportdialog scheinbar noch geöffnet, schließe Dialog')
self._e3dcexportFrame.Close()
except:
logger.exception('Fehler beim schließen des Exportdialogs')
self._e3dcexportFrame = E3DCExport(self, paths=self.cfgExportpaths, names = self.cfgExportpathnames)
self._e3dcexportFrame.Bind(wx.EVT_CLOSE, self.ExportFrameOnClose)
self._e3dcexportFrame.Show()
def ExportFrameOnClose(self, event):
logger.debug('Exportfenster wurde geschlossen')
self.cfgExportpaths = self._e3dcexportFrame.getExportPaths()
self.cfgExportpathnames = self._e3dcexportFrame.getCustomNames()
if len(self.cfgExportpaths) != len(self.cfgExportpathnames):
logger.error('Ausgewählte Pfadanzahl stimmt nicht mit Bezeichneranzahl überein')
self.stUploadCount.SetLabel('Es wurden ' + str(len(self.cfgExportpaths)) + ' Datenfelder angewählt')
for path in self.cfgExportpaths:
if path in self._e3dcexportFrame._customNames:
custom = self._e3dcexportFrame._customNames[path]
logger.debug('Pfad: ' + path + ' angewählt und gespeichert unter dem Namen ' + custom)
else:
logger.debug('Pfad: ' + path + ' angewählt und gespeichert')
self.bUploadSetData.Enable(True)
self._e3dcexportFrame = None
event.Skip()
def pMainChanged(self, event=None):
self.updateTab()
def updateTab(self, page = None):
if page is None:
page = self.pMainregister.GetCurrentPage()
if not self._updateRunning:
self._updateRunning = True
self.disableButtons()
self.gaUpdate.SetValue(0)
name = page.GetName()
try:
logger.debug('Aktualisiere ' + name)
if page == self.pPortal:
try:
self.fill_portal()
except:
logger.exception('Fehler beim Darstellen der Portal-Daten')
elif page == self.pBenachrichtigungen:
try:
self.fill_benachrichtigungen()
except:
logger.exception('Fehler beim Darstellen der Benachrichtigung')
elif self.gui:
if page == self.pDCDC:
try:
self.fill_dcdc()
except:
logger.exception('Fehler beim Abruf der DCDC-Daten')
elif page == self.pMain:
try:
self.fill_info()
except:
logger.exception('Fehler beim Abruf der INFO-Daten')
elif page == self.pBAT:
try:
self.fill_bat()
self.gDCB.AutoSizeRows()
self.gDCB.AutoSizeColumns()
except:
logger.exception('Fehler beim Abruf der BAT-Daten')
elif page == self.pPVI:
try:
self.fill_pvi()
except:
logger.exception('Fehler beim Abruf der PVI-Daten')
elif page == self.pEMS:
try:
p2 = self.m_notebook2.GetCurrentPage()
if p2 == self.m_panel11: # Modbus
self.fill_mbs()
elif p2 == self.m_panel9: # SYS
self.fill_ems_sys()
elif p2 == self.m_panel8: # Ladeeinstellungen
self.fill_ems_power()
elif p2 == self.m_panel7: # Basis
self.fill_ems_basis()
elif p2 == self.m_panel15: # FEhlermeldungen
self.fill_ems_errors()
except:
logger.exception('Fehler beim Abruf der EMS-Daten')
elif page == self.pPM:
try:
self.fill_pm()
except:
logger.exception('Fehler beim Abruf der PM-Daten')
elif page == self.pWB:
try:
self.fill_wb()
except:
logger.exception('Fehler beim Abruf der WB-Daten')
else:
logger.warning('Konfiguration unvollständig, Verbindung nicht möglich')
except:
logger.exception('Fehler beim Aktualisieren von ' + name)
self.gaUpdate.SetValue(100)
self.enableButtons()
self._updateRunning = False
@property
def gui(self):
if self._gui:
if self.cfgLoginusername == self.txtUsername.GetValue() and self.cfgLoginpassword == self.txtPassword.GetValue() and \
self.cfgLoginaddress == self.txtIP.GetValue() and self.cfgLoginrscppassword == self.txtRSCPPassword.GetValue() and \
self.cfgLoginseriennummer == self.txtConfigSeriennummer.GetValue() and \
self.cfgLoginconnectiontype == self.cbConfigVerbindungsart.GetValue():
return self._gui
self.cfgLoginusername = self.txtUsername.GetValue()
self.cfgLoginpassword = self.txtPassword.GetValue()
self.cfgLoginaddress = self.txtIP.GetValue()
self.cfgLoginrscppassword = self.txtRSCPPassword.GetValue()
self.cfgLoginseriennummer = self.txtConfigSeriennummer.GetValue()
self.cfgLoginconnectiontype = self.cbConfigVerbindungsart.GetValue()
if isinstance(self._gui, E3DCWebGui):
self._gui.e3dc.ws.close()
return RSCPGuiMain.gui.fget(self)
def bEMSUploadChangesOnClick(self, event):
if self._data_ems is None:
RSCPGuiMain.fill_ems(self)
r = []
test = 1 if self.chEMSBatteryBeforeCarMode.GetValue() == False else 0
if test != self._data_ems['EMS_BATTERY_BEFORE_CAR_MODE'].data:
r.append(RSCPDTO(tag=RSCPTag.EMS_REQ_SET_BATTERY_BEFORE_CAR_MODE, rscp_type=RSCPType.UChar8, data=test))
test = 0 if self.chEMSBatteryToCarMode.GetValue() == False else 1
if test != self._data_ems['EMS_BATTERY_TO_CAR_MODE'].data:
r.append(RSCPDTO(tag=RSCPTag.EMS_REQ_SET_BATTERY_TO_CAR_MODE, rscp_type=RSCPType.UChar8, data=test))
temp = []
test = self.chEMSPowerLimitsUsed.GetValue()
if test != self._data_ems['EMS_GET_POWER_SETTINGS']['EMS_POWER_LIMITS_USED'].data:
temp.append(RSCPDTO(tag=RSCPTag.EMS_POWER_LIMITS_USED, rscp_type=RSCPType.Bool, data=test))
test = 1 if self.chEMSPowerSaveEnabled.GetValue() else 0
if test != self._data_ems['EMS_GET_POWER_SETTINGS']['EMS_POWERSAVE_ENABLED'].data:
temp.append(RSCPDTO(tag=RSCPTag.EMS_POWERSAVE_ENABLED, rscp_type=RSCPType.UChar8, data=test))
test = 1 if self.chEMSWeatherRegulatedChargeEnabled.GetValue() else 0
if test != self._data_ems['EMS_GET_POWER_SETTINGS']['EMS_WEATHER_REGULATED_CHARGE_ENABLED'].data:
temp.append(RSCPDTO(tag=RSCPTag.EMS_WEATHER_REGULATED_CHARGE_ENABLED, rscp_type=RSCPType.UChar8, data=test))
test = self.sEMSMaxChargePower.GetValue()
if test != self._data_ems['EMS_GET_POWER_SETTINGS']['EMS_MAX_CHARGE_POWER'].data:
temp.append(RSCPDTO(tag=RSCPTag.EMS_MAX_CHARGE_POWER, rscp_type=RSCPType.Uint32, data=test))
test = self.sEMSMaxDischargePower.GetValue()
if test != self._data_ems['EMS_GET_POWER_SETTINGS']['EMS_MAX_DISCHARGE_POWER'].data:
temp.append(RSCPDTO(tag=RSCPTag.EMS_MAX_DISCHARGE_POWER, rscp_type=RSCPType.Uint32, data=test))
test = self.sEMSMaxDischargeStartPower.GetValue()
if test != self._data_ems['EMS_GET_POWER_SETTINGS']['EMS_DISCHARGE_START_POWER'].data:
temp.append(RSCPDTO(tag=RSCPTag.EMS_DISCHARGE_START_POWER, rscp_type=RSCPType.Uint32, data=test))
if len(temp) > 0:
r.append(RSCPDTO(tag=RSCPTag.EMS_REQ_SET_POWER_SETTINGS, rscp_type=RSCPType.Container, data=temp))
days = ['Mo', 'Di', 'Mi', 'Do', 'Fr', 'Sa', 'So']
for idlePeriod in self._data_ems['EMS_GET_IDLE_PERIODS']['EMS_IDLE_PERIOD']:
if idlePeriod['EMS_IDLE_PERIOD_TYPE'].data == 0:
c = 'Charge'
else:
c = 'Discharge'
day = days[int(idlePeriod['EMS_IDLE_PERIOD_DAY'])]
von = 'tpEMS' + c + day + 'Von'
bis = 'tpEMS' + c + day + 'Bis'
ch = 'chEMS' + c + day
ch_data = self.__getattribute__(ch).GetValue()
von_data = self.__getattribute__(von).GetValue().split(':')
if len(von_data) == 2:
von_data_hour = int(von_data[0])
von_data_minute = int(von_data[1])
else:
wx.MessageBox('Dateneingabe im Feld ' + von + ' ist falsch', 'Ladeeinstellungen speichern', wx.ICON_WARNING)
raise Exception('Dateneingabe im Feld ' + von + ' falsch')
bis_data = self.__getattribute__(bis).GetValue().split(':')
if len(bis_data) == 2:
bis_data_hour = int(bis_data[0])
bis_data_minute = int(bis_data[1])
else:
wx.MessageBox('Dateneingabe im Feld ' + bis + ' ist falsch', 'Ladeeinstellungen speichern', wx.ICON_WARNING)
raise Exception('Dateneingabe im Feld ' + bis + ' falsch')
if idlePeriod['EMS_IDLE_PERIOD_ACTIVE'].data != ch_data or \
idlePeriod['EMS_IDLE_PERIOD_START']['EMS_IDLE_PERIOD_HOUR'].data != von_data_hour or \
idlePeriod['EMS_IDLE_PERIOD_START']['EMS_IDLE_PERIOD_MINUTE'].data != von_data_minute or \
idlePeriod['EMS_IDLE_PERIOD_END']['EMS_IDLE_PERIOD_HOUR'].data != bis_data_hour or \
idlePeriod['EMS_IDLE_PERIOD_END']['EMS_IDLE_PERIOD_MINUTE'].data != bis_data_minute:
res = self.gui.setIdlePeriod(type=idlePeriod['EMS_IDLE_PERIOD_TYPE'].data,
active=ch_data,
day=idlePeriod['EMS_IDLE_PERIOD_DAY'].data,
start=str(von_data_hour).zfill(2) + ':' + str(von_data_minute).zfill(2),
end=str(bis_data_hour).zfill(2) + ':' + str(bis_data_minute).zfill(2))
r += res
if len(r) > 0:
try:
res = self.gui.get_data(r, True)
wx.MessageBox('Übertragung abgeschlossen')
except:
traceback.print_exc()
wx.MessageBox('Übertragung fehlgeschlagen')
else:
res = wx.MessageBox('Es wurden keine Änderungen gemacht, aktuelle Einstellungen trotzdem übertragen?',
'Ladeeinstellungen speichern', wx.YES_NO)
if res == wx.YES:
test = 1 if self.chEMSBatteryBeforeCarMode.GetValue() == False else 0
r.append(RSCPDTO(tag=RSCPTag.EMS_REQ_SET_BATTERY_BEFORE_CAR_MODE, rscp_type=RSCPType.UChar8, data=test))
test = 0 if self.chEMSBatteryToCarMode.GetValue() == False else 1
r.append(RSCPDTO(tag=RSCPTag.EMS_REQ_SET_BATTERY_TO_CAR_MODE, rscp_type=RSCPType.UChar8, data=test))
temp = []
test = self.chEMSPowerLimitsUsed.GetValue()
temp.append(RSCPDTO(tag=RSCPTag.EMS_POWER_LIMITS_USED, rscp_type=RSCPType.Bool, data=test))
test = 1 if self.chEMSPowerSaveEnabled.GetValue() else 0
temp.append(RSCPDTO(tag=RSCPTag.EMS_POWERSAVE_ENABLED, rscp_type=RSCPType.UChar8, data=test))
test = 1 if self.chEMSWeatherRegulatedChargeEnabled.GetValue() else 0
temp.append(
RSCPDTO(tag=RSCPTag.EMS_WEATHER_REGULATED_CHARGE_ENABLED, rscp_type=RSCPType.UChar8, data=test))
test = self.sEMSMaxChargePower.GetValue()
temp.append(RSCPDTO(tag=RSCPTag.EMS_MAX_CHARGE_POWER, rscp_type=RSCPType.Uint32, data=test))
test = self.sEMSMaxDischargePower.GetValue()
temp.append(RSCPDTO(tag=RSCPTag.EMS_MAX_DISCHARGE_POWER, rscp_type=RSCPType.Uint32, data=test))
test = self.sEMSMaxDischargeStartPower.GetValue()
temp.append(RSCPDTO(tag=RSCPTag.EMS_DISCHARGE_START_POWER, rscp_type=RSCPType.Uint32, data=test))
r.append(RSCPDTO(tag=RSCPTag.EMS_REQ_SET_POWER_SETTINGS, rscp_type=RSCPType.Container, data=temp))
try:
res = self.gui.get_data(r, True)
wx.MessageBox('Übertragung abgeschlossen')
except:
traceback.print_exc()
wx.MessageBox('Übertragung fehlgeschlagen')
self.fill_ems()
def set_wb_enabled(self):
def set_wb_enableddisabled(value):
self.bWBSave.Enable(value)
self.chWB1PH.Enable(value)
self.chWBSunmode.Enable(value)
self.sWBLadestrom.Enable(value)
self.bWBStopLoading.Enable(value)
if len(self._data_wb) > 0:
set_wb_enableddisabled(True)
else:
set_wb_enableddisabled(False)
if self.txtWBMode.GetValue() == 'LOADING':
self.bWBStopLoading.SetLabel('Ladevorgang abbrechen')
else:
self.bWBStopLoading.SetLabel('Ladevorgang starten')
def bWBStopLoadingClick(self, event):
index = self.cbWallbox.GetSelection()
if len(self._data_wb) > index:
res = wx.MessageBox('Soll der Ladevorgang in WB#' + str(index) + ' wirklich abgebrochen werden?',
'Wallbox Ladevorgang abbrechen', wx.YES_NO | wx.ICON_QUESTION)
if res == wx.YES:
try:
ba = bytearray(6)
ba[4] = 1
req_data = RSCPDTO(tag=RSCPTag.WB_REQ_DATA, rscp_type=RSCPType.Container)
req_data += RSCPDTO(tag=RSCPTag.WB_INDEX, rscp_type=RSCPType.UChar8, data=index)
req_data += RSCPDTO(tag=RSCPTag.WB_REQ_SET_EXTERN, rscp_type=RSCPType.Container, data=
[RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA, rscp_type=RSCPType.ByteArray, data=ba),
RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA_LEN, rscp_type=RSCPType.UChar8, data=6)]
)
print(req_data)
res = self.gui.get_data([req_data], True)
print(res)
wx.MessageBox('Übertragung durchgeführt')
except:
traceback.print_exc()
wx.MessageBox('Übertragung fehlgeschlagen')
else:
wx.MessageBox('Wallbox #' + str(index) + ' existiert nicht, dieser Fehler sollte nicht auftreten!')
logger.error('Wallbox #' + str(index) + ' existiert nicht!')
self.pMainChanged()
def bWBSaveOnClick(self, event):
index = self.cbWallbox.GetSelection()
data = self._data_wb[index]
index = data['WB_INDEX'].data
r = []
test_changed = self.chWBSunmode.GetValue()
test_orig = (data['WB_EXTERN_DATA_ALG']['WB_EXTERN_DATA'].data[2] & 128) == 128
if test_changed != test_orig:
ba = bytearray(6)
ba[0] = 1 if test_changed else 2
req_data = RSCPDTO(tag=RSCPTag.WB_REQ_DATA, rscp_type=RSCPType.Container)
req_data += RSCPDTO(tag=RSCPTag.WB_INDEX, rscp_type=RSCPType.UChar8, data=index)
req_data += RSCPDTO(tag=RSCPTag.WB_REQ_SET_EXTERN, rscp_type=RSCPType.Container, data=
[RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA, rscp_type=RSCPType.ByteArray, data=ba),
RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA_LEN, rscp_type=RSCPType.UChar8, data=6)]
)
r.append(req_data)
test_changed = self.chWB1PH.GetValue()
test_orig = (data['WB_EXTERN_DATA_ALG']['WB_EXTERN_DATA'].data[1] == 1)
if test_changed != test_orig:
ba = bytearray(6)
ba[3] = 1 if test_changed else 3
req_data = RSCPDTO(tag=RSCPTag.WB_REQ_DATA, rscp_type=RSCPType.Container)
req_data += RSCPDTO(tag=RSCPTag.WB_INDEX, rscp_type=RSCPType.UChar8, data=index)
req_data += RSCPDTO(tag=RSCPTag.WB_REQ_SET_EXTERN, rscp_type=RSCPType.Container, data=
[RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA, rscp_type=RSCPType.ByteArray, data=ba),
RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA_LEN, rscp_type=RSCPType.UChar8, data=6)]
)
r.append(req_data)
test_changed = self.sWBLadestrom.GetValue()
param_1 = bytearray(data['WB_RSP_PARAM_1']['WB_EXTERN_DATA'].data)
if test_changed != param_1[2]:
param_1[2] = test_changed
req_data = RSCPDTO(tag=RSCPTag.WB_REQ_DATA, rscp_type=RSCPType.Container)
req_data += RSCPDTO(tag=RSCPTag.WB_INDEX, rscp_type=RSCPType.UChar8, data=index)
req_data += RSCPDTO(tag=RSCPTag.WB_REQ_SET_PARAM_1, rscp_type=RSCPType.Container, data=
[RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA, rscp_type=RSCPType.ByteArray, data=param_1),
RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA_LEN, rscp_type=RSCPType.UChar8, data=6)]
)
r.append(req_data)
for i in r:
print(i)
if len(r) > 0:
try:
res = self.gui.get_data(r, True)
print(res)
wx.MessageBox('Übertragung abgeschlossen')
except:
traceback.print_exc()
wx.MessageBox('Übertragung fehlgeschlagen')
else:
res = wx.MessageBox('Es wurden keine Änderungen gemacht, aktuelle Einstellungen trotzdem übertragen?',
'Wallbox speichern', wx.YES_NO)
if res == wx.YES:
r = []
test_changed = self.chWBSunmode.GetValue()
ba = bytearray(6)
ba[0] = 1 if test_changed else 2
req_data = RSCPDTO(tag=RSCPTag.WB_REQ_DATA, rscp_type=RSCPType.Container)
req_data += RSCPDTO(tag=RSCPTag.WB_INDEX, rscp_type=RSCPType.UChar8, data=index)
req_data += RSCPDTO(tag=RSCPTag.WB_REQ_SET_EXTERN, rscp_type=RSCPType.Container, data=
[RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA, rscp_type=RSCPType.ByteArray, data=ba),
RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA_LEN, rscp_type=RSCPType.UChar8, data=6)]
)
r.append(req_data)
test_changed = self.chWB1PH.GetValue()
ba = bytearray(6)
ba[3] = 1 if test_changed else 3
req_data = RSCPDTO(tag=RSCPTag.WB_REQ_DATA, rscp_type=RSCPType.Container)
req_data += RSCPDTO(tag=RSCPTag.WB_INDEX, rscp_type=RSCPType.UChar8, data=index)
req_data += RSCPDTO(tag=RSCPTag.WB_REQ_SET_EXTERN, rscp_type=RSCPType.Container, data=
[RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA, rscp_type=RSCPType.ByteArray, data=ba),
RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA_LEN, rscp_type=RSCPType.UChar8, data=6)]
)
r.append(req_data)
test_changed = self.sWBLadestrom.GetValue()
param_1[2] = test_changed
req_data = RSCPDTO(tag=RSCPTag.WB_REQ_DATA, rscp_type=RSCPType.Container)
req_data += RSCPDTO(tag=RSCPTag.WB_INDEX, rscp_type=RSCPType.UChar8, data=index)
req_data += RSCPDTO(tag=RSCPTag.WB_REQ_SET_PARAM_1, rscp_type=RSCPType.Container, data=
[RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA, rscp_type=RSCPType.ByteArray, data=param_1),
RSCPDTO(tag=RSCPTag.WB_EXTERN_DATA_LEN, rscp_type=RSCPType.UChar8, data=6)]
)
r.append(req_data)
for i in r:
print(i)
try:
res = self.gui.get_data(r, True)
print(res)
wx.MessageBox('Übertragung abgeschlossen')
except:
traceback.print_exc()
wx.MessageBox('Übertragung fehlgeschlagen')
self.pMainChanged()
def sEMSMaxChargePowerOnScroll(self, event):
self.txtEMSMaxChargePower.SetValue(str(self.sEMSMaxChargePower.GetValue()) + ' W')
def sEMSMaxDischargePowerOnScroll(self, event):
self.txtEMSMaxDischargePower.SetValue(str(self.sEMSMaxDischargePower.GetValue()) + ' W')
def sEMSMaxDischargeStartPowerOnScroll(self, event):
self.txtEMSMaxDischargeStartPower.SetValue(str(self.sEMSMaxDischargeStartPower.GetValue()) + ' W')
def fill_info(self):
RSCPGuiMain.fill_info(self)
d = self._data_info
self.txtProductionDate.SetValue(repr(d['INFO_PRODUCTION_DATE']))
sn = repr(d['INFO_SERIAL_NUMBER'])
self.txtSerialnumber.SetValue(sn)
self.txtModelname.SetLabel(RSCPGuiMain.getModelFromSerial(self, sn))
self.txtSwRelease.SetValue(repr(d['INFO_SW_RELEASE']))
self.txtA35Serial.SetValue(repr(d['INFO_A35_SERIAL_NUMBER']))
dd = datetime.datetime.utcfromtimestamp(float(d['INFO_TIME'].data))
self.txtTime.SetValue(str(dd.strftime(self._time_format)))
self.cbTimezone.SetValue(repr(d['INFO_TIME_ZONE']))
dd = datetime.datetime.utcfromtimestamp(float(d['INFO_UTC_TIME'].data))
self.txtTimeUTC.SetValue(str(dd))
self.txtUpdateStatus.SetValue(repr(d['UM_UPDATE_STATUS']))
self.txtIPAdress.SetValue(repr(d['INFO_IP_ADDRESS']))
self.txtSubnetmask.SetValue(repr(d['INFO_SUBNET_MASK']))
self.txtMacAddress.SetValue(repr(d['INFO_MAC_ADDRESS']))
self.txtGateway.SetValue(repr(d['INFO_GATEWAY']))
self.txtDNSServer.SetValue(repr(d['INFO_DNS']))
self.chDHCP.SetValue(d['INFO_DHCP_STATUS'].data)
self.chSRVIsOnline.SetValue(d['SRV_IS_ONLINE'].data)
self.chSYSReboot.SetValue(d['SYS_IS_SYSTEM_REBOOTING'].data)
self.txtRSCPUserLevel.SetValue(repr(d['RSCP_USER_LEVEL']))
self.gInfoFilesystem.SetValue(int(d['INFO_GET_FS_USAGE']['INFO_FS_USE_PERCENT'].data[:-1]))
self.txtFilesystemPercent.SetValue(repr(d['INFO_GET_FS_USAGE']['INFO_FS_USE_PERCENT']))
ts = repr(d['INFO_GET_FS_USAGE']['INFO_FS_USED']) + ' von ' + repr(d['INFO_GET_FS_USAGE']['INFO_FS_SIZE']) + ' in Verwendung, ' + repr(d['INFO_GET_FS_USAGE']['INFO_FS_AVAILABLE']) + ' frei'
self.txtFilesystem.SetValue(ts)
self.chUPNP.SetValue(d['INFO_UPNP_STATUS'].data)
self.chRSCPPasswordSet.SetValue(d['INFO_IS_RSCP_PASSWORD_SET'].data)
if 'INFO_MODULES_SW_VERSIONS' in d:
self.gSoftwaremodules.Show()
self.gSoftwaremodules.DeleteRows(0, self.gSoftwaremodules.GetNumberRows())
self.gSoftwaremodules.AppendRows(len(d['INFO_MODULES_SW_VERSIONS']))
row = 0
regex = r"([\d\.]*) \[(.*)\] \(SVN: *([\da-zA-Z]*)\)"
for moduleversion in d['INFO_MODULES_SW_VERSIONS']:
module = moduleversion['INFO_MODULE'].data
self.gSoftwaremodules.SetCellValue(row, 0, module)
versiondata = moduleversion['INFO_VERSION'].data
try:
matches = re.findall(regex, versiondata)[0]
version = matches[0]
dt = matches[1]
svn = matches[2]
self.gSoftwaremodules.SetCellValue(row, 1, version)
self.gSoftwaremodules.SetCellValue(row, 2, dt)
self.gSoftwaremodules.SetCellValue(row, 3, svn)
except Exception as e:
self.gSoftwaremodules.SetCellValue(row, 1, versiondata)
logger.error('Fehler beim Parsen der Modul-Software-Versionen (' + str(module) + ' / ' + str(versiondata) + '): ' + str(e))
row+=1
self.gSoftwaremodules.AutoSizeColumns()
else:
self.gSoftwaremodules.Hide()
def fill_ems(self):
RSCPGuiMain.fill_ems(self)
d = self._data_ems
self.fill_ems_basis(d)
self.fill_ems_sys(d['EMS_GET_SYS_SPECS'])
self.fill_ems_power(d)
self.fill_ems_errors(d)
def fill_ems_errors(self, d=None):
if not d:
d = self.gui.get_data(self.gui.getEMSBasis(), True)
if 'EMS_STORED_ERRORS' in d:
errors = d['EMS_STORED_ERRORS']
self.gStorederrors.Show()
if self.gStorederrors.GetNumberRows() > 0:
self.gStorederrors.DeleteRows(0, self.gStorederrors.GetNumberRows())
if len(errors) > 0:
self.gStorederrors.AppendRows(len(errors))
row = 0
for err in errors:
typ = err['EMS_ERROR_TYPE'].data
self.gStorederrors.SetCellValue(row, 0, str(typ))
source = err['EMS_ERROR_SOURCE'].data
self.gStorederrors.SetCellValue(row, 1, str(source))
msg = err['EMS_ERROR_MESSAGE'].data
self.gStorederrors.SetCellValue(row, 2, msg)
code = err['EMS_ERROR_CODE'].data
self.gStorederrors.SetCellValue(row, 3, str(code))
try:
ts = float(err['EMS_ERROR_TIMESTAMP'].data)
dd = datetime.datetime.fromtimestamp(ts/1000)
self.gStorederrors.SetCellValue(row, 4, dd.strftime(self._time_format))
except:
self.gStorederrors.SetCellValue(row, 4, str(ts))
row += 1
if row > 0:
self.gStorederrors.AutoSizeColumns()
else:
self.gStorederrors.Hide()
def fill_ems_basis(self, d = None):
if not d:
d = self.gui.get_data(self.gui.getEMSBasis(), True)
self.txtEMSPowerPV.SetValue(repr(d['EMS_POWER_PV']) + ' W')
self.txtEMSPowerHome.SetValue(repr(d['EMS_POWER_HOME']) + ' W')
self.txtEMSPowerBat.SetValue(repr(d['EMS_POWER_BAT']) + ' W')
self.txtEMSPowerGrid.SetValue(repr(d['EMS_POWER_GRID']) + ' W')
self.txtEMSPowerAdd.SetValue(repr(d['EMS_POWER_ADD']) + ' W')
self.txtEMSAutarkie.SetValue(str(round(d['EMS_AUTARKY'], 2)) + ' %')
self.gEMSAutarkie.SetValue(int(round(d['EMS_AUTARKY'], 0)))
self.txtEMSSelfConsumption.SetValue(str(round(d['EMS_SELF_CONSUMPTION'], 2)) + ' %')
self.gEMSSelfConsumption.SetValue(int(round(d['EMS_SELF_CONSUMPTION'], 0)))
self.txtEMSBatSoc.SetValue(str(round(d['EMS_BAT_SOC'], 2)) + ' %')
self.mgEMSBatSoc.SetValue(round(d['EMS_BAT_SOC'], 0))
self.txtEMSCouplingMode.SetValue(repr(d['EMS_COUPLING_MODE']))
self.txtEMSMode.SetValue(repr(d['EMS_MODE']))
balancedphases = "{0:b}".format(d['EMS_BALANCED_PHASES'].data).replace('1', 'X ').replace('0', '0 ')
self.txtEMSBalancedPhases.SetValue(balancedphases)
self.txtEMSExtSrcAvailable.SetValue(repr(d['EMS_EXT_SRC_AVAILABLE']))
self._extsrcavailable = d['EMS_EXT_SRC_AVAILABLE'].data
self.txtEMSInstalledPeakPower.SetValue(repr(d['EMS_INSTALLED_PEAK_POWER']) + ' Wp')
self.txtEMSDerateAtPercent.SetValue(str(round(d['EMS_DERATE_AT_PERCENT_VALUE'], 3) * 100) + ' %')
self.txtEMSDerateAtPower.SetValue(repr(d['EMS_DERATE_AT_POWER_VALUE']) + ' W')
self.txtEMSUsedChargeLimit.SetValue(repr(d['EMS_USED_CHARGE_LIMIT']) + ' W')
self.txtEMSUserChargeLimit.SetValue(repr(d['EMS_USER_CHARGE_LIMIT']) + ' W')
self.txtEMSBatChargeLimit.SetValue(repr(d['EMS_BAT_CHARGE_LIMIT']) + ' W')
self.txtEMSDCDCChargeLimit.SetValue(repr(d['EMS_DCDC_CHARGE_LIMIT']) + ' W')
self.txtEMSRemainingBatChargePower.SetValue(repr(d['EMS_REMAINING_BAT_CHARGE_POWER']) + ' W')
self.txtEMSUsedDischargeLimit.SetValue(repr(d['EMS_USED_DISCHARGE_LIMIT']) + ' W')
self.txtEMSUserDischargeLimit.SetValue(repr(d['EMS_USER_DISCHARGE_LIMIT']) + ' W')
self.txtEMSBatDischargeLimit.SetValue(repr(d['EMS_BAT_DISCHARGE_LIMIT']) + ' W')
self.txtEMSDCDCDischargeLimit.SetValue(repr(d['EMS_DCDC_DISCHARGE_LIMIT']) + ' W')
self.txtEMSRemainingBatDischargePower.SetValue(repr(d['EMS_REMAINING_BAT_DISCHARGE_POWER']) + ' W')
self.txtEMSEmergencyPowerStatus.SetValue(repr(d['EMS_EMERGENCY_POWER_STATUS']))
self.txtEMSStatus.SetValue(repr(d['EMS_STATUS']))
eptest = d['EMS_EMERGENCYPOWER_TEST_STATUS']['EMS_EPTEST_RUNNING'].data
if eptest:
self.bEMSEPTest.Enable(False)
else:
self.bEMSEPTest.Enable(True)
self.chEMSEPTestRunning.SetValue(eptest)
self.txtEMSEPTestCounter.SetValue(repr(d['EMS_EMERGENCYPOWER_TEST_STATUS']['EMS_EPTEST_START_COUNTER']))
self.txtEMSEPTestTimestamp.SetValue(repr(d['EMS_EMERGENCYPOWER_TEST_STATUS']['EMS_EPTEST_NEXT_TESTSTART']))
self.txtEMSPowerWBAll.SetValue(repr(d['EMS_POWER_WB_ALL']) + ' W')
self.txtEMSPowerWBSolar.SetValue(repr(d['EMS_POWER_WB_SOLAR']) + ' W')
self.chEMSAlive.SetValue(d['EMS_ALIVE'].data)
manChargeActive = d['EMS_GET_MANUAL_CHARGE']['EMS_MANUAL_CHARGE_ACTIVE'].data
self.chEMSGetManualCharge.SetValue(manChargeActive)
if manChargeActive:
self.bEMSManualChargeStart.Enable(False)
else:
self.bEMSManualChargeStart.Enable(True)
startcounter = d['EMS_GET_MANUAL_CHARGE']['EMS_MANUAL_CHARGE_START_COUNTER'].data / 1000
try:
dd = datetime.datetime.fromtimestamp(startcounter)
self.txtEMSManualChargeStartCounter.SetValue(dd.strftime(self._time_format))
except:
logger.warning(f'EMS_MANUAL_CHARGE_START_COUNTER konnte nicht konvertiert werden. value: {startcounter}')
self.txtEMSManualChargeEnergyCounter.SetValue(str(
round(d['EMS_GET_MANUAL_CHARGE']['EMS_MANUAL_CHARGE_ENERGY_COUNTER'], 5)) + ' kWh')
laststart = d['EMS_GET_MANUAL_CHARGE']['EMS_MANUAL_CHARGE_LASTSTART'].data
try:
dd = datetime.datetime.fromtimestamp(laststart)
self.txtEMSManualChargeLaststart.SetValue(dd.strftime(self._time_format))
except:
logger.warning(f'EMS_MANUAL_CHARGE_LASTSTART konnte nicht konvertiert werden value: {laststart}')
self.chEPIsland.SetValue(d['EP_IS_ISLAND_GRID'].data)
self.chEPReadyForSwitch.SetValue(d['EP_IS_READY_FOR_SWITCH'].data)
self.chEPISGridConnected.SetValue(d['EP_IS_GRID_CONNECTED'].data)
self.chEPPossible.SetValue(d['EP_IS_POSSIBLE'].data)
self.chEPInvalid.SetValue(d['EP_IS_INVALID_STATE'].data)
def fill_ems_power(self, d = None):
if not d:
d = self.gui.get_data(self.gui.getEMSPowerSettings() + self.gui.getEMSIdlePeriods() + self.gui.getEMSSysSpecs(), True)
for sysspec in d['EMS_GET_SYS_SPECS']['EMS_SYS_SPEC']:
if sysspec['EMS_SYS_SPEC_NAME'].data == 'maxStartChargePower':
self.sEMSMaxDischargeStartPower.SetMax(sysspec['EMS_SYS_SPEC_VALUE_INT'].data)
elif sysspec['EMS_SYS_SPEC_NAME'].data == 'maxChargePower':
self.sEMSMaxChargePower.SetMax(sysspec['EMS_SYS_SPEC_VALUE_INT'].data)
elif sysspec['EMS_SYS_SPEC_NAME'].data == 'maxDischargePower':
self.sEMSMaxDischargePower.SetMax(sysspec['EMS_SYS_SPEC_VALUE_INT'].data)
self.sEMSMaxChargePower.SetValue(d['EMS_GET_POWER_SETTINGS']['EMS_MAX_CHARGE_POWER'].data)
self.txtEMSMaxChargePower.SetValue(repr(d['EMS_GET_POWER_SETTINGS']['EMS_MAX_CHARGE_POWER']) + ' W')
self.sEMSMaxDischargePower.SetValue(d['EMS_GET_POWER_SETTINGS']['EMS_MAX_DISCHARGE_POWER'].data)
self.txtEMSMaxDischargePower.SetValue(repr(d['EMS_GET_POWER_SETTINGS']['EMS_MAX_DISCHARGE_POWER']) + ' W')
self.sEMSMaxDischargeStartPower.SetValue(d['EMS_GET_POWER_SETTINGS']['EMS_DISCHARGE_START_POWER'].data)
self.txtEMSMaxDischargeStartPower.SetValue(repr(d['EMS_GET_POWER_SETTINGS']['EMS_DISCHARGE_START_POWER']) + ' W')
self.chEMSPowerLimitsUsed.SetValue(d['EMS_GET_POWER_SETTINGS']['EMS_POWER_LIMITS_USED'].data)
self.chEMSPowerSaveEnabled.SetValue(d['EMS_GET_POWER_SETTINGS']['EMS_POWERSAVE_ENABLED'].data)
self.chEMSWeatherRegulatedChargeEnabled.SetValue(
d['EMS_GET_POWER_SETTINGS']['EMS_WEATHER_REGULATED_CHARGE_ENABLED'].data)
if d['EMS_BATTERY_BEFORE_CAR_MODE'].data == 1:
self.chEMSBatteryBeforeCarMode.SetValue(False)
else:
self.chEMSBatteryBeforeCarMode.SetValue(True)
if d['EMS_BATTERY_TO_CAR_MODE'].data == 1:
self.chEMSBatteryToCarMode.SetValue(True)
else:
self.chEMSBatteryToCarMode.SetValue(False)
days = ['Mo', 'Di', 'Mi', 'Do', 'Fr', 'Sa', 'So']
if 'EMS_GET_IDLE_PERIODS' in d and 'EMS_IDLE_PERIOD' in d['EMS_GET_IDLE_PERIODS']:
for idlePeriod in d['EMS_GET_IDLE_PERIODS']['EMS_IDLE_PERIOD']:
if idlePeriod['EMS_IDLE_PERIOD_TYPE'].data == 0:
c = 'Charge'
else:
c = 'Discharge'
day = days[int(idlePeriod['EMS_IDLE_PERIOD_DAY'])]
von = 'tpEMS' + c + day + 'Von'
bis = 'tpEMS' + c + day + 'Bis'
ch = 'chEMS' + c + day
self.__getattribute__(ch).SetValue(idlePeriod['EMS_IDLE_PERIOD_ACTIVE'].data)
self.__getattribute__(von).SetValue(
str(idlePeriod['EMS_IDLE_PERIOD_START']['EMS_IDLE_PERIOD_HOUR'].data).zfill(2) + ':' + str(
idlePeriod['EMS_IDLE_PERIOD_START']['EMS_IDLE_PERIOD_MINUTE'].data).zfill(2))
self.__getattribute__(bis).SetValue(
str(idlePeriod['EMS_IDLE_PERIOD_END']['EMS_IDLE_PERIOD_HOUR'].data).zfill(2) + ':' + str(
idlePeriod['EMS_IDLE_PERIOD_END']['EMS_IDLE_PERIOD_MINUTE'].data).zfill(2))
def fill_ems_sys(self, d = None):
if not d:
d = self.gui.get_data(self.gui.getEMSSysSpecs(), True)
for sysspec in d['EMS_SYS_SPEC']:
if sysspec['EMS_SYS_SPEC_NAME'].data == 'hybridModeSupported':
self.txtEMSHybridModeSupported.SetValue(repr(sysspec['EMS_SYS_SPEC_VALUE_INT']))
elif sysspec['EMS_SYS_SPEC_NAME'].data == 'installedBatteryCapacity':
self.txtEMSInstalledBatteryCapacity.SetValue(repr(sysspec['EMS_SYS_SPEC_VALUE_INT']))
elif sysspec['EMS_SYS_SPEC_NAME'].data == 'maxAcPower':
self.txtEMSMaxAcPower.SetValue(repr(sysspec['EMS_SYS_SPEC_VALUE_INT']))
elif sysspec['EMS_SYS_SPEC_NAME'].data == 'maxBatChargePower':
self.txtEMSMaxBatChargePower.SetValue(repr(sysspec['EMS_SYS_SPEC_VALUE_INT']))
elif sysspec['EMS_SYS_SPEC_NAME'].data == 'maxBatDischargPower':
self.txtEMSMaxBatDischargePower.SetValue(repr(sysspec['EMS_SYS_SPEC_VALUE_INT']))
elif sysspec['EMS_SYS_SPEC_NAME'].data == 'maxChargePower':
self.txtEMSMaxChargePowerSys.SetValue(repr(sysspec['EMS_SYS_SPEC_VALUE_INT']))
elif sysspec['EMS_SYS_SPEC_NAME'].data == 'maxDischargePower':
self.txtEMSMaxDischargePowerSys.SetValue(repr(sysspec['EMS_SYS_SPEC_VALUE_INT']))