def get_sensor_data(self, ip):
""" Gets configuration report data from the provided sensor IP and puts it in the instance que. """
command_data = sensor_commands.CreateSensorNetworkCommand(
ip, self.network_timeout, network_get_commands.system_data)
sensor_system = sensor_commands.get_data(command_data).split(",")
try:
sensor_system[3] = app_useful_functions.convert_minutes_string(
sensor_system[3])
except Exception as error:
app_logger.app_logger.error("Sensor Config Report: " + str(error))
command_data.command = network_get_commands.sensor_configuration
sensor_config = sensor_commands.get_data(command_data).split(",")
final_sensor_config = [
str(sensor_system[0]),
str(sensor_system[1]),
str(sensor_system[2]),
str(sensor_config[0]),
str(sensor_config[1]),
str(sensor_config[2]),
str(sensor_config[3]),
str(sensor_config[4]),
str(sensor_config[5])
]
self.data_queue.put([ip, final_sensor_config])
def _connect_to_sensor(self):
""" Prompts for Database to open and opens it. """
ip_list = self.ip_selection.get_verified_ip_list()
if len(ip_list) > 0:
self.selected_ip = ip_list[0]
self.text_connected_to.value = self.text_variables_sensor.text_connected_to[:-2] + self.selected_ip
command = self.sensor_get_commands.database_notes
network_timeout = self.current_config.network_timeout_data
sensor_command = sensor_commands.CreateSensorNetworkCommand(self.selected_ip, network_timeout, command)
test_database_notes = sensor_commands.get_data(sensor_command).split(",")
if str(test_database_notes)[2:-2] == self.text_variables_generic.sensor_return_no_notes:
self._no_sql_notes()
else:
self.database_notes = test_database_notes
sensor_command.command = self.sensor_get_commands.database_note_dates
self.database_notes_dates = sensor_commands.get_data(sensor_command).split(",")
sensor_command.command = self.sensor_get_commands.database_user_note_dates
self.database_user_note_dates = sensor_commands.get_data(sensor_command).split(",")
count = 0
datetime_offset = self.current_config.datetime_offset
for date in self.database_user_note_dates:
new_date = self.adjust_datetime(date, datetime_offset)
self.database_user_note_dates[count] = new_date
count += 1
if len(self.database_notes) > 0:
self.database_notes = self.undue_sterilize_notes(self.database_notes)
self.textbox_total_notes.value = str(len(self.database_notes))
self.checkbox_use_current_datetime.enable()
self.textbox_current_note.enable()
self.textbox_on_number_notes.enable()
self.textbox_current_note.value = self.database_notes[0]
self.textbox_note_date.value = self.database_user_note_dates[0]
self.textbox_on_number_notes.value = "1"
self.button_next_note.enable()
self.button_back_note.enable()
self.button_delete_note.enable()
self.button_new_note.enable()
self.button_update_note.enable()
else:
self.textbox_current_note.enable()
self.textbox_current_note.value = self.text_variables_generic.no_notes_found
self._disable_notes_window_functions()
else:
self._disable_notes_window_functions()
self.text_connected_to.value = self.text_variables_sensor.text_connected_to
app_useful_functions.no_ip_selected_message()
def button_get(self):
""" Displays the selected configuration of the first selected and online sensor. """
ip_list = self.ip_selection.get_verified_ip_list()
if len(ip_list) > 0:
network_commands = app_variables.CreateNetworkGetCommands()
try:
if self.combo_dropdown_selection.value == "Installed Sensors":
command = sensor_commands.CreateSensorNetworkCommand(
ip_list[0], self.current_config.network_timeout_data,
network_commands.installed_sensors_file)
elif self.combo_dropdown_selection.value == "Configuration":
command = sensor_commands.CreateSensorNetworkCommand(
ip_list[0], self.current_config.network_timeout_data,
network_commands.sensor_configuration_file)
elif self.combo_dropdown_selection.value == "Wifi":
command = sensor_commands.CreateSensorNetworkCommand(
ip_list[0], self.current_config.network_timeout_data,
network_commands.wifi_config_file)
elif self.combo_dropdown_selection.value == "Trigger Variances":
command = sensor_commands.CreateSensorNetworkCommand(
ip_list[0], self.current_config.network_timeout_data,
network_commands.variance_config)
else:
command = sensor_commands.CreateSensorNetworkCommand(
ip_list[0], self.current_config.network_timeout_data,
"")
command.command = ""
self.textbox_config.value = str(
sensor_commands.get_data(command))
except Exception as error:
app_logger.sensor_logger.error(str(error))
else:
app_useful_functions.no_ip_selected_message()
def test_app_sensor_commands(self):
print("\nThis REQUIRES an online sensor @ " + sensor_ip)
get_network_commands = app_variables.CreateNetworkGetCommands()
send_network_commands = app_variables.CreateNetworkSendCommands()
network_timeout = config_default.network_timeout_data
sensor_command = sensor_commands.CreateSensorNetworkCommand(
sensor_ip, network_timeout, "")
log_download = sensor_commands.CreateSensorNetworkCommand(
sensor_ip, 2, get_network_commands.download_zipped_logs)
zip_log_download_url = "http://" + log_download.ip + ":" + log_download.port + log_download.command
sensor_commands.download_zipped_logs(zip_log_download_url)
sensor_status = sensor_commands.check_sensor_status(
sensor_ip, network_timeout)
self.assertEqual(sensor_status, "Online")
sleep(2)
# self.assertTrue(os.path.isfile(save_to + sensor_ip[-3:].replace(".", "_") + "PrimaryLog.txt"))
# self.assertTrue(os.path.isfile(save_to + sensor_ip[-3:].replace(".", "_") + "NetworkLog.txt"))
# self.assertTrue(os.path.isfile(save_to + sensor_ip[-3:].replace(".", "_") + "SensorsLog.txt"))
sensor_command.command = get_network_commands.sensor_name
old_hostname = sensor_commands.get_data(sensor_command)
verified_bad_hostname = sensor_commands.get_validated_hostname(
"^^$##_###This.is$NOT-Good!**")
self.assertEqual(verified_bad_hostname, "_________This_is_NOT_Good___")
sensor_command.command = send_network_commands.set_host_name
sensor_command.command_data = verified_bad_hostname
sensor_commands.put_command(sensor_command)
sensor_command.command = get_network_commands.sensor_name
verify_hostname = sensor_commands.get_data(sensor_command)
self.assertEqual(verify_hostname, verified_bad_hostname)
sensor_command.command = send_network_commands.set_host_name
sensor_command.command_data = old_hostname
sensor_commands.put_command(sensor_command)
sensor_command.command = get_network_commands.sensor_name
verify_hostname = sensor_commands.get_data(sensor_command)
self.assertEqual(verify_hostname, old_hostname)
def _get_log(self):
""" Displays the chosen remote sensor log. """
ip_list = self.ip_selection.get_verified_ip_list()
if len(ip_list) > 0:
network_timeout = self.current_config.network_timeout_data
command_data = sensor_commands.CreateSensorNetworkCommand(
ip_list[0], network_timeout, "GetNetworkLog")
if self.radio_log_type.value == "Network Log":
log = sensor_commands.get_data(command_data)
elif self.radio_log_type.value == "Primary Log":
command_data.command = "GetPrimaryLog"
log = sensor_commands.get_data(command_data)
elif self.radio_log_type.value == "Sensors Log":
command_data.command = "GetSensorsLog"
log = sensor_commands.get_data(command_data)
else:
app_logger.app_logger.error("Bad Log Request")
log = "Bad Log Request"
self.textbox_log.value = log
else:
app_useful_functions.no_ip_selected_message()
def get_sensor_data(self, ip):
""" Gets system report data from the provided sensor IP and puts it in the instance que. """
command_data = sensor_commands.CreateSensorNetworkCommand(
ip, self.network_timeout, network_get_commands.system_data)
sensor_system = sensor_commands.get_data(command_data).split(",")
try:
sensor_system[3] = app_useful_functions.convert_minutes_string(
sensor_system[3])
except Exception as error:
app_logger.app_logger.error("Sensor System Report: " + str(error))
self.data_queue.put([ip, sensor_system])
def _update_graph(self, x_frame):
""" Update the Live Graph Instance. """
current_time = str(datetime.time(datetime.now()))[:8]
network_timeout = self.current_config.network_timeout_data
command_data = sensor_commands.CreateSensorNetworkCommand(
self.ip, network_timeout, "")
command_data.command = self.get_commands.sensor_name
sensor_name = sensor_commands.get_data(command_data)
sensor_reading, sensor_type_name, measurement_type = self._get_sensor_reading_name_unit(
command_data)
try:
self.ax1.clear()
self.y.append(sensor_reading)
self.x.append(x_frame)
self.ax1.plot(self.x, self.y)
if self.sensor_type is "SensorUpTime":
sensor_reading = app_useful_functions.convert_minutes_string(
sensor_reading)
pyplot.title(sensor_name + " || " + self.ip + "\n" +
sensor_type_name)
pyplot.xlabel("Start Time: " + self.first_datetime +
" || Updated: " + current_time +
"\nCurrent Reading: " + str(sensor_reading) +
measurement_type)
if self.sensor_type is "SensorUpTime":
measurement_type = "Minutes"
pyplot.ylabel(measurement_type)
pyplot.xticks([])
except Exception as error:
app_logger.app_logger.error("Live Graph - Invalid Sensor Data: " +
str(error))
def _remote_sensor_display_selection(self):
network_timeout = self.current_config.network_timeout_data
ip_list = self.ip_selection.get_verified_ip_list()
if len(ip_list) > 0:
command_data = sensor_commands.CreateSensorNetworkCommand(
ip_list[0], network_timeout, "")
display_message = ""
if self.checkbox_custom_text.value:
add_text = simpledialog.askstring(
"Send Text to Sensor Display", "")
display_message += add_text
if self.checkbox_up_time.value:
command_data.command = get_commands.system_uptime
add_text = sensor_commands.get_data(command_data)
display_message += " UpTime: " + add_text
if self.checkbox_cpu_temp.value:
command_data.command = get_commands.cpu_temp
add_text = sensor_commands.get_data(command_data)
display_message += " CPU Temp: " + add_text
if self.checkbox_temperature.value:
command_data.command = get_commands.environmental_temp
add_text = sensor_commands.get_data(command_data)
display_message += " Env Temp: " + add_text
if self.checkbox_pressure.value:
command_data.command = get_commands.pressure
add_text = sensor_commands.get_data(command_data)
display_message += " Pressure: " + add_text
if self.checkbox_altitude.value:
command_data.command = get_commands.altitude
add_text = sensor_commands.get_data(command_data)
display_message += " Altitude: " + add_text
if self.checkbox_humidity.value:
command_data.command = get_commands.humidity
add_text = sensor_commands.get_data(command_data)
display_message += " Humidity: " + add_text
if self.checkbox_distance.value:
command_data.command = get_commands.distance
add_text = sensor_commands.get_data(command_data)
display_message += " Distance: " + add_text
if self.checkbox_gas.value:
command_data.command = get_commands.gas_reduced
add_text = sensor_commands.get_data(command_data)
display_message += " GAS: " + add_text
if self.checkbox_particulate_matter.value:
command_data.command = get_commands.pm_1
add_text = sensor_commands.get_data(command_data)
display_message += " PM: " + add_text
if self.checkbox_lumen.value:
command_data.command = get_commands.lumen
add_text = sensor_commands.get_data(command_data)
display_message += " Lumen: " + add_text
if self.checkbox_colour.value:
command_data.command = get_commands.rgb
add_text = sensor_commands.get_data(command_data)
display_message += " Colour: " + add_text
if self.checkbox_ultra_violet.value:
command_data.command = get_commands.ultra_violet_a
add_text = sensor_commands.get_data(command_data)
display_message += " UV: " + add_text
if self.checkbox_acc.value:
command_data.command = get_commands.accelerometer_xyz
add_text = sensor_commands.get_data(command_data)
display_message += " Acc: " + add_text
if self.checkbox_mag.value:
command_data.command = get_commands.magnetometer_xyz
add_text = sensor_commands.get_data(command_data)
display_message += " Mag: " + add_text
if self.checkbox_gyro.value:
command_data.command = get_commands.gyroscope_xyz
add_text = sensor_commands.get_data(command_data)
display_message += " Gyro: " + add_text
if display_message != "":
self.send_text_message(display_message)
else:
app_useful_functions.no_ip_selected_message()
def _get_sensor_reading_name_unit(self, command_data):
""" Returns the sensors reading(s), name and unit type based on the provided command_data object. """
if self.sensor_type is self.sql_column_names.system_uptime:
sensor_type_name = self.readable_column_names.system_uptime
measurement_type = self.sensor_measurements.no_measurement
command_data.command = self.get_commands.system_uptime
try:
sensor_reading = int(
round(float(sensor_commands.get_data(command_data)), 0))
except Exception as error:
app_logger.app_logger.debug(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type is self.sql_column_names.cpu_temp:
sensor_type_name = self.readable_column_names.cpu_temp
measurement_type = self.sensor_measurements.celsius
command_data.command = self.get_commands.cpu_temp
try:
sensor_reading = round(
float(sensor_commands.get_data(command_data)), 3)
except Exception as error:
app_logger.app_logger.debug(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type is self.sql_column_names.environmental_temp:
sensor_type_name = self.readable_column_names.environmental_temp
measurement_type = self.sensor_measurements.celsius
try:
if self.current_config.enable_custom_temp_offset:
# Temp offset is set to programs when initiating Live Graph
pass
else:
command_data.command = self.get_commands.env_temp_offset
try:
self.temperature_offset = float(
sensor_commands.get_data(command_data))
except Exception as error:
app_logger.app_logger.warning(
"Live Graph - Invalid Sensor provided temp offset: "
+ str(error))
self.temperature_offset = 0.0
command_data.command = self.get_commands.environmental_temp
try:
sensor_reading = round(
float(sensor_commands.get_data(command_data)) +
float(self.temperature_offset), 3)
except Exception as error:
app_logger.app_logger.warning(
"Live Graph - Invalid Env Temperature: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
except Exception as error:
app_logger.app_logger.debug(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type is self.sql_column_names.pressure:
sensor_type_name = self.readable_column_names.pressure
measurement_type = self.sensor_measurements.pressure
command_data.command = self.get_commands.pressure
try:
sensor_reading = int(
round(float(sensor_commands.get_data(command_data)), 0))
except Exception as error:
app_logger.app_logger.debug(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type is self.sql_column_names.altitude:
sensor_type_name = self.readable_column_names.altitude
measurement_type = self.sensor_measurements.altitude
command_data.command = self.get_commands.altitude
try:
sensor_reading = int(
round(float(sensor_commands.get_data(command_data)), 0))
except Exception as error:
app_logger.app_logger.debug(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type is self.sql_column_names.humidity:
sensor_type_name = self.readable_column_names.humidity
measurement_type = self.sensor_measurements.humidity
command_data.command = self.get_commands.humidity
try:
sensor_reading = int(
round(float(sensor_commands.get_data(command_data)), 0))
except Exception as error:
app_logger.app_logger.debug(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type is self.sql_column_names.distance:
sensor_type_name = self.readable_column_names.distance
measurement_type = self.sensor_measurements.distance
command_data.command = self.get_commands.distance
try:
sensor_reading = int(
round(float(sensor_commands.get_data(command_data)), 0))
except Exception as error:
app_logger.app_logger.debug(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type == self.sql_column_names.gas[0]:
sensor_type_name = self.readable_column_names.gas + " - "
measurement_type = self.sensor_measurements.gas
try:
command_data.command = self.get_commands.gas_index
gas_index_reading = sensor_commands.get_data(command_data)
command_data.command = self.get_commands.gas_oxidised
gas_oxidising_reading = sensor_commands.get_data(command_data)
command_data.command = self.get_commands.gas_reduced
gas_reducing_reading = sensor_commands.get_data(command_data)
command_data.command = self.get_commands.gas_nh3
gas_nh3_reading = sensor_commands.get_data(command_data)
sensor_reading = []
count = 0
if gas_index_reading != "NoSensor":
sensor_reading.append(round(float(gas_index_reading), 3))
sensor_type_name += "Resistance Index "
count += 1
if gas_oxidising_reading != "NoSensor":
sensor_reading.append(
round(float(gas_oxidising_reading), 3))
if count > 0:
sensor_type_name += "||"
sensor_type_name += " Oxidising "
count += 1
if gas_reducing_reading != "NoSensor":
sensor_reading.append(round(float(gas_reducing_reading),
3))
if count > 0:
sensor_type_name += "||"
sensor_type_name += " Reducing "
count += 1
if gas_nh3_reading != "NoSensor":
sensor_reading.append(round(float(gas_nh3_reading), 3))
if count > 0:
sensor_type_name += "||"
sensor_type_name += " NH3"
count += 1
if count == 0:
sensor_reading = self.readable_column_names.no_sensor
except Exception as error:
app_logger.app_logger.warning(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type == self.sql_column_names.particulate_matter[0]:
sensor_type_name = self.readable_column_names.particulate_matter
measurement_type = self.sensor_measurements.particulate_matter
try:
command_data.command = self.get_commands.pm_1
particulate_matter_1_reading = sensor_commands.get_data(
command_data)
command_data.command = self.get_commands.pm_2_5
particulate_matter_2_5_reading = sensor_commands.get_data(
command_data)
command_data.command = self.get_commands.pm_10
particulate_matter_10_reading = sensor_commands.get_data(
command_data)
sensor_reading = []
count = 0
if particulate_matter_1_reading != "NoSensor":
sensor_reading.append(
round(float(particulate_matter_1_reading), 3))
sensor_type_name += " PM1 "
count += 1
if particulate_matter_2_5_reading != "NoSensor":
sensor_reading.append(
round(float(particulate_matter_2_5_reading), 3))
if count > 0:
sensor_type_name += "||"
sensor_type_name += " PM2.5 "
count += 1
if particulate_matter_10_reading != "NoSensor":
sensor_reading.append(
round(float(particulate_matter_10_reading), 3))
if count > 0:
sensor_type_name += "||"
sensor_type_name += " PM10"
if count == 0:
sensor_reading = self.readable_column_names.no_sensor
except Exception as error:
app_logger.app_logger.warning(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type is self.sql_column_names.lumen:
sensor_type_name = self.readable_column_names.lumen
measurement_type = self.sensor_measurements.lumen
command_data.command = self.get_commands.lumen
try:
sensor_reading = int(
round(float(sensor_commands.get_data(command_data)), 0))
except Exception as error:
app_logger.app_logger.debug(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type == self.sql_column_names.six_chan_color[0]:
sensor_type_name = self.readable_column_names.colours
measurement_type = self.sensor_measurements.rgb
command_data.command = self.get_commands.rgb
try:
ems_colors = sensor_commands.get_data(
command_data)[1:-1].split(",")
colors = []
for color in ems_colors:
colors.append(color)
if len(colors) > 3:
sensor_reading = [
round(float(colors[0]), 3),
round(float(colors[1]), 3),
round(float(colors[2]), 3),
round(float(colors[3]), 3),
round(float(colors[4]), 3),
round(float(colors[5]), 3)
]
measurement_type = self.sensor_measurements.six_chan_color
else:
sensor_reading = [
round(float(colors[0]), 3),
round(float(colors[1]), 3),
round(float(colors[2]), 3)
]
except Exception as error:
app_logger.app_logger.debug(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type == self.sql_column_names.ultra_violet[0]:
sensor_type_name = self.readable_column_names.ultra_violet
measurement_type = self.sensor_measurements.ultra_violet
try:
command_data.command = self.get_commands.ultra_violet_a
ultra_violet_a_reading = sensor_commands.get_data(command_data)
command_data.command = self.get_commands.ultra_violet_b
ultra_violet_b_reading = sensor_commands.get_data(command_data)
sensor_reading = []
count = 0
if ultra_violet_a_reading != "NoSensor":
sensor_reading.append(
round(float(ultra_violet_a_reading), 3))
sensor_type_name += " UVA "
count += 1
if ultra_violet_b_reading != "NoSensor":
sensor_reading.append(
round(float(ultra_violet_b_reading), 3))
if count > 0:
sensor_type_name += "||"
sensor_type_name += " UVB"
if count == 0:
sensor_reading = self.readable_column_names.no_sensor
except Exception as error:
app_logger.app_logger.warning(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type == self.sql_column_names.accelerometer_xyz[0]:
sensor_type_name = self.readable_column_names.accelerometer_xyz
measurement_type = self.sensor_measurements.xyz
command_data.command = self.get_commands.accelerometer_xyz
try:
var_x, var_y, var_z = sensor_commands.get_data(
command_data)[1:-1].split(",")
sensor_reading = [
round(float(var_x), 3),
round(float(var_y), 3),
round(float(var_z), 3)
]
except Exception as error:
app_logger.app_logger.debug(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type == self.sql_column_names.magnetometer_xyz[0]:
sensor_type_name = self.readable_column_names.magnetometer_xyz
measurement_type = self.sensor_measurements.xyz
command_data.command = self.get_commands.magnetometer_xyz
try:
var_x, var_y, var_z = sensor_commands.get_data(
command_data)[1:-1].split(",")
sensor_reading = [
round(float(var_x), 3),
round(float(var_y), 3),
round(float(var_z), 3)
]
except Exception as error:
app_logger.app_logger.debug(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
elif self.sensor_type == self.sql_column_names.gyroscope_xyz[0]:
sensor_type_name = self.readable_column_names.gyroscope_xyz
measurement_type = self.sensor_measurements.xyz
command_data.command = self.get_commands.gyroscope_xyz
try:
var_x, var_y, var_z = sensor_commands.get_data(
command_data)[1:-1].split(",")
sensor_reading = [
round(float(var_x), 3),
round(float(var_y), 3),
round(float(var_z), 3)
]
except Exception as error:
app_logger.app_logger.debug(
"Live Graph - Invalid Sensor Data: " + str(error))
sensor_reading = self.readable_column_names.no_sensor
else:
sensor_reading = "N/A"
sensor_type_name = "Invalid Sensor"
measurement_type = " Missing Program Support"
return sensor_reading, sensor_type_name, measurement_type
def get_sensor_data(self, ip):
""" Gets readings report data from the provided sensor IP and puts it in the instance que. """
command_data = sensor_commands.CreateSensorNetworkCommand(
ip, self.network_timeout, network_get_commands.sensor_readings)
sensor_data = sensor_commands.get_data(command_data).split(",")
self.data_queue.put([ip, sensor_data])