Struct DataLoggerConfig

pub struct DataLoggerConfig {

    pub active: bool,
    pub execute: bool,
    pub use_sql_timestamp: bool,
    pub logging_interval: u64,
    pub filter_coefficient_water_temperature: IIRFilterConfig<()>,
    pub filter_coefficient_pH: IIRFilterConfig<()>,
    pub filter_coefficient_conductivity: IIRFilterConfig<()>,
    pub output_to_disk: bool,
    pub output_file_name_timestamp: String,
    pub output_file_name_water_temperature: String,
    pub output_file_name_water_temperature_filtered: String,
    pub output_file_name_pH: String,
    pub output_file_name_pH_filtered: String,
    pub output_file_name_conductivity: String,
    pub output_file_name_conductivity_filtered: String,
    pub output_file_name_tank_level_switch_position: String,
    pub output_file_name_tank_level_switch_invalid: String,
    pub output_file_name_tank_level_switch_position_stabilized: String,
    pub output_file_name_ventilation_is_on: String,
    pub output_file_name_heating_is_on: String,
    pub output_file_name_ambient_temperature: String,
    pub output_file_name_humidity: String,
    pub output_file_name_refill_in_progress: String,
    pub initial_sleep_time_millis: u64,
}

Holds the configuration data for the regular data logging to SQL database. The configuration is loaded from the .toml configuration file. This struct does not contain any implementation.

Fields

active: bool

data logging will only be active when the flag is set to true

execute: bool

indicates if the thread shall be started or not

use_sql_timestamp: bool

switch indicating if a self-generated timestamp or the database-generated timestamp shall be used

logging_interval: u64

interval of the data logger in seconds

filter_coefficient_water_temperature: IIRFilterConfig<()>

filter coefficient for the filtered version of the water temperature signal

filter_coefficient_pH: IIRFilterConfig<()>

filter coefficient for the filtered version of the pH signal

filter_coefficient_conductivity: IIRFilterConfig<()>

filter coefficient for the filtered version of the conductivity signal

output_to_disk: bool

switch if output to file (in ramdisk) shall be written

output_file_name_timestamp: String

output file name (in ramdisk) for the current timestamp

output_file_name_water_temperature: String

output file name (in ramdisk) for current value of water temperature

output_file_name_water_temperature_filtered: String

output file name (in ramdisk) for current value of water temperature filtered

output_file_name_pH: String

output file name (in ramdisk) for the current value of pH

output_file_name_pH_filtered: String

output file name (in ramdisk) for the current value of pH filtered

output_file_name_conductivity: String

output file name (in ramdisk) for the current value of conductivity

output_file_name_conductivity_filtered: String

output file name (in ramdisk) for the current value of conductivity filtered

output_file_name_tank_level_switch_position: String

output file name (in ramdisk) for the current value of tank level switch position

output_file_name_tank_level_switch_invalid: String

output file name (in ramdisk) for the current value of tank level switch invalid

output_file_name_tank_level_switch_position_stabilized: String

output file name (in ramdisk) for the current value of tank level switch position stabilized

output_file_name_ventilation_is_on: String

output file name (in ramdisk) for the current value of ventilation

output_file_name_heating_is_on: String

output file name (in ramdisk) for the current value of heating

output_file_name_ambient_temperature: String

output file name (in ramdisk) for the current value of ambient air temperature

output_file_name_humidity: String

output file name (in ramdisk) for the current value of air humidity

output_file_name_refill_in_progress: String

output file name (in ramdisk) for the current refill pump status

initial_sleep_time_millis: u64

sleep time in milliseconds before starting the data recording

Trait Implementations

impl<'de> Deserialize<'de> for DataLoggerConfig

fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.