def configuration_values_window(self):
'''
The function will create a QGroupBox for Configuration Values [it is called by the function device_child_window]
'''
self.ThirdGroupBox = QGroupBox("Configuration Values")
labelvalue = [0 for i in np.arange(20)] # 20 is just a hypothetical number
self.confValueBox = [0 for i in np.arange(20)]
ThirdGridLayout = QGridLayout()
_dictionary = self.__dictionary_items
_conf_indices = list(self.__conf_index)
a = 0
for i in np.arange(len(_conf_indices)):
_subIndexItems = list(AnalysisUtils().get_subindex_yaml(dictionary=_dictionary, index=_conf_indices[i], subindex="subindex_items"))
for s in np.arange(len(_subIndexItems)):
subindex_description_item = AnalysisUtils().get_subindex_description_yaml(dictionary=_dictionary, index=_conf_indices[i], subindex=_subIndexItems[s])
labelvalue[a] = QLabel()
labelvalue[a].setText(subindex_description_item + ":")
self.confValueBox[a] = QLineEdit("")
self.confValueBox[a].setStyleSheet("background-color: white; border: 1px inset black;")
self.confValueBox[a].setReadOnly(True)
self.confValueBox[a].setFixedWidth(80)
labelvalue[a].setStatusTip('%s [index = %s & subIndex = %s]' % (subindex_description_item[9:-11], _conf_indices[i], _subIndexItems[s]))
ThirdGridLayout.addWidget(labelvalue[a], a, 0)
ThirdGridLayout.addWidget(self.confValueBox[a], a, 1)
a = a + 1
self.ThirdGroupBox.setLayout(ThirdGridLayout)
def adc_values_window(self):
'''
The function will create a QGroupBox for ADC Values [it is called by the function device_child_window]
'''
# info to read the ADC from the yaml file
self.ADCGroupBox = QGroupBox("ADC Channels")
FirstGridLayout = QGridLayout()
_adc_channels_reg = self.__adc_channels_reg
_dictionary = self.__dictionary_items
_adc_indices = list(self.__adc_index)
for i in np.arange(len(_adc_indices)):
_subIndexItems = list(AnalysisUtils().get_subindex_yaml(dictionary=_dictionary, index=_adc_indices[i], subindex="subindex_items"))
labelChannel = [_subIndexItems[k] for k in np.arange(len(_subIndexItems) * len(_adc_indices))]
self.channelValueBox = [_subIndexItems[k] for k in np.arange(len(_subIndexItems) * len(_adc_indices))]
self.trendingBox = [False for k in np.arange(len(_subIndexItems) * len(_adc_indices))]
self.trendingBotton = [_subIndexItems[k] for k in np.arange(len(_subIndexItems) * len(_adc_indices))]
_start_a = 3 # to start from channel 3
for subindex in np.arange(_start_a, len(_subIndexItems) + _start_a - 1):
s = subindex - _start_a
s_correction = subindex - 2
labelChannel[s] = QLabel()
self.channelValueBox[s] = QLineEdit()
self.channelValueBox[s].setStyleSheet("background-color: white; border: 1px inset black;")
self.channelValueBox[s].setReadOnly(True)
self.channelValueBox[s].setFixedWidth(80)
subindex_description_item = AnalysisUtils().get_subindex_description_yaml(dictionary=_dictionary, index=_adc_indices[i], subindex=_subIndexItems[s_correction])
labelChannel[s].setStatusTip('ADC channel %s [index = %s & subIndex = %s]' % (subindex_description_item[25:29],
_adc_indices[i],
_subIndexItems[s_correction])) # show when move mouse to the icon
labelChannel[s].setText(subindex_description_item[25:29] + ":")
icon = QLabel(self)
if _adc_channels_reg[str(subindex)] == "V":
icon_dir = 'graphicsUtils/icons/icon_voltage.png'
else:
icon_dir = 'graphicsUtils/icons/icon_thermometer.png'
pixmap = QPixmap(icon_dir)
icon.setPixmap(pixmap.scaled(20, 20))
self.trendingBotton[s] = QPushButton()
self.trendingBotton[s].setObjectName(str(subindex))
self.trendingBotton[s].setIcon(QIcon('graphicsUtils/icons/icon_trend.jpg'))
self.trendingBotton[s].setStatusTip('Data Trending for %s' % subindex_description_item[25:29])
# self.trendingBotton[s].clicked.connect(self.show_trendWindow)
# self.trendingBox[s] = QCheckBox("")
# self.trendingBox[s].setChecked(False)
col_len = int(len(_subIndexItems) / 2)
if s < col_len:
FirstGridLayout.addWidget(icon, s, 0)
# FirstGridLayout.addWidget(self.trendingBox[s], s, 1)
FirstGridLayout.addWidget(self.trendingBotton[s], s, 2)
FirstGridLayout.addWidget(labelChannel[s], s, 3)
FirstGridLayout.addWidget(self.channelValueBox[s], s, 4)
else:
FirstGridLayout.addWidget(icon, s - col_len, 5)
# FirstGridLayout.addWidget(self.trendingBox[s], s-col_len, 6)
FirstGridLayout.addWidget(self.trendingBotton[s], s - col_len, 7)
FirstGridLayout.addWidget(labelChannel[s], s - col_len, 8)
FirstGridLayout.addWidget(self.channelValueBox[s], s - col_len , 9)
self.ADCGroupBox.setLayout(FirstGridLayout)
def __init__(self):
super(OpcuaWindow, self).__init__(None)
self.conf_cic = AnalysisUtils().open_yaml_file(file=config_dir +
"config.yaml",
directory=lib_dir)
dev = AnalysisUtils().open_yaml_file(file=config_dir + "MOPS_cfg.yml",
directory=lib_dir)
self.__adc_channels_reg = dev["adc_channels_reg"]["adc_channels"]
self.__dictionary_items = dev["Application"]["index_items"]
self.__adc_index = dev["adc_channels_reg"]["adc_index"]
pass
def update_opcua_config_box(self):
self.conf_cic = AnalysisUtils().open_yaml_file(file=config_dir+ "config.yaml", directory=lib_dir)
dev = AnalysisUtils().open_yaml_file(file=config_dir + "MOPS_cfg.yml", directory=lib_dir)
self.__deviceName = dev["Application"]["device_name"]
self.__version = dev['Application']['device_version']
self.__appIconDir = dev["Application"]["icon_dir"]
self.__chipId = dev["Application"]["chipId"]
self.__nodeIds = dev["Application"]["nodeIds"]
self.__dictionary_items = dev["Application"]["index_items"]
self.__index_items = list(self.__dictionary_items.keys())
self.__adc_channels_reg = dev["adc_channels_reg"]["adc_channels"]
self.__adc_index = dev["adc_channels_reg"]["adc_index"]
self.__mon_index = dev["adc_channels_reg"]["mon_index"]
self.__conf_index = dev["adc_channels_reg"]["conf_index"]
self.__resistor_ratio = dev["Hardware"]["resistor_ratio"]
def _settingsMenu(self, menuBar, mainwindow):
settingsMenu = menuBar.addMenu('&settings')
self.MainWindow.update_device_box()
self.__device = self.MainWindow.get_deviceName()
conf = AnalysisUtils().open_yaml_file(file=config_dir + self.__device +
"_cfg.yml",
directory=lib_dir)
self.__appIconDir = conf["Application"]["icon_dir"]
def show_add_node():
self.NodeWindow = QMainWindow()
self.add_node(self.NodeWindow, conf)
self.NodeWindow.show()
def show_edit_adc():
self.adcWindow = QMainWindow()
self.edit_adc(self.adcWindow, conf)
self.adcWindow.show()
DeviceSettings = QAction(QIcon('graphics_Utils/icons/icon_nodes.png'),
'Device settings', mainwindow)
DeviceSettings.setStatusTip("Add Nodes to the Node menu")
DeviceSettings.triggered.connect(show_add_node)
ADCNodes = QAction(QIcon('graphics_Utils/icons/icon_nodes.png'),
'MOPS ADC settings', mainwindow)
ADCNodes.setStatusTip("Edit ADC settings")
ADCNodes.triggered.connect(show_edit_adc)
settingsMenu.addAction(DeviceSettings)
settingsMenu.addAction(ADCNodes)
def _save_items():
if (nodeListBox.count() != 0):
_nodes = [
nodeListBox.item(x).text()
for x in range(nodeListBox.count())
]
_chipId = str(chipIdSpinBox.value())
_resistorRatio = str(hardwareIdSpinBox.value())
conf["Application"]["nodeIds"] = _nodes
conf["Application"]["chipId"] = _chipId
conf["Hardware"]["resistor_ratio"] = _resistorRatio
file = config_dir + self.__device + "_cfg.yml"
AnalysisUtils().dump_yaml_file(file=file,
loaded=conf,
directory=lib_dir)
self.logger.info("Saving Information to the file %s" % file)
else:
self.logger.error("No data to be saved.....")
def _save_items():
if (channelListBox.count() != 0 or parameterListBox.count() != 0):
_adc_channels = [
channelListBox.item(x).text()
for x in range(channelListBox.count())
]
_parameters = [
parameterListBox.item(x).text()
for x in range(parameterListBox.count())
]
for i in range(len(_adc_channels)):
conf["adc_channels_reg"]["adc_channels"][
_adc_channels[i]] = _parameters[i]
file = config_dir + self.__device + "_cfg.yml"
AnalysisUtils().dump_yaml_file(file=file,
loaded=conf,
directory=lib_dir)
self.logger.info("Saving Information to the file %s" % file)
else:
self.logger.error("No data to be saved.....")