Struct RBMoniData 

pub struct RBMoniData {

    pub board_id: u8,
    pub rate: u16,
    pub tmp_drs: f32,
    pub tmp_clk: f32,
    pub tmp_adc: f32,
    pub tmp_zynq: f32,
    pub tmp_lis3mdltr: f32,
    pub tmp_bm280: f32,
    pub pressure: f32,
    pub humidity: f32,
    pub mag_x: f32,
    pub mag_y: f32,
    pub mag_z: f32,
    pub lost_event_ids: f32,
    pub drs_dvdd_voltage: f32,
    pub drs_dvdd_current: f32,
    pub drs_dvdd_power: f32,
    pub p3v3_voltage: f32,
    pub p3v3_current: f32,
    pub p3v3_power: f32,
    pub zynq_voltage: f32,
    pub zynq_current: f32,
    pub zynq_power: f32,
    pub p3v5_voltage: f32,
    pub p3v5_current: f32,
    pub p3v5_power: f32,
    pub adc_dvdd_voltage: f32,
    pub adc_dvdd_current: f32,
    pub adc_dvdd_power: f32,
    pub adc_avdd_voltage: f32,
    pub adc_avdd_current: f32,
    pub adc_avdd_power: f32,
    pub drs_avdd_voltage: f32,
    pub drs_avdd_current: f32,
    pub drs_avdd_power: f32,
    pub n1v5_voltage: f32,
    pub n1v5_current: f32,
    pub n1v5_power: f32,
    pub timestamp: u64,
}

Sensors on the individual RB

This includes temperatures, power data, pressure, humidity as well as the magnetic sensors

Fields

board_id: u8

rate: u16

tmp_drs: f32

tmp_clk: f32

tmp_adc: f32

tmp_zynq: f32

tmp_lis3mdltr: f32

tmp_bm280: f32

pressure: f32

humidity: f32

mag_x: f32

mag_y: f32

mag_z: f32

lost_event_ids: f32

drs_dvdd_voltage: f32

drs_dvdd_current: f32

drs_dvdd_power: f32

p3v3_voltage: f32

p3v3_current: f32

p3v3_power: f32

zynq_voltage: f32

zynq_current: f32

zynq_power: f32

p3v5_voltage: f32

p3v5_current: f32

p3v5_power: f32

adc_dvdd_voltage: f32

adc_dvdd_current: f32

adc_dvdd_power: f32

adc_avdd_voltage: f32

adc_avdd_current: f32

adc_avdd_power: f32

drs_avdd_voltage: f32

drs_avdd_current: f32

drs_avdd_power: f32

n1v5_voltage: f32

n1v5_current: f32

n1v5_power: f32

timestamp: u64

Implementations

impl RBMoniData

pub fn new() -> Self

pub fn add_rbvcp(&mut self, rb_vcp: &RBVcp)

pub fn add_rbph(&mut self, rb_ph: &RBPh)

pub fn add_rbtemp(&mut self, rb_temp: &RBTemp)

pub fn add_rbmag(&mut self, rb_mag: &RBMag)

pub fn get_mag_tot(&self) -> f32

pub fn get_lost_event_ids_over_rate(&self) -> f32

Get the rate-weighted number of event ids which were found unusable by the RB

Trait Implementations

impl Clone for RBMoniData

fn clone(&self) -> RBMoniData

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for RBMoniData

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Default for RBMoniData

fn default() -> Self

Returns the “default value” for a type.

impl Display for RBMoniData

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl FromRandom for RBMoniData

Available on crate feature random only.

fn from_random() -> RBMoniData

impl MoniData for RBMoniData

fn get(&self, varname: &str) -> Option<f32>

Access the (data) members by name

fn keys() -> Vec<&'static str>

A list of the variables in this MoniData

fn get_timestamp(&self) -> u64

fn set_timestamp(&mut self, ts: u64)

fn get_board_id(&self) -> u8

Monitoring data is always tied to a specific board. This might not be its own board, but maybe the RB the data was gathered from This is an unique identifier for the monitoring data

impl MoniSeries<RBMoniData> for RBMoniDataSeries

fn get_first_ts(&self) -> u64

fn get_data(&self) -> &HashMap<u8, VecDeque<RBMoniData>>

fn get_data_mut(&mut self) -> &mut HashMap<u8, VecDeque<RBMoniData>>

fn get_max_size(&self) -> usize

fn add_timestamp(&mut self, ts: u64)

fn get_timestamps(&self) -> &Vec<u64>

fn get_var(&self, varname: &str) -> HashMap<u8, Vec<f32>>

A HashMap of -> rbid, Vec<var>

fn get_var_for_board(&self, varname: &str, rb_id: &u8) -> Option<Vec<f32>>

Get a certain variable, but only for a single board

fn keys() -> Vec<&'static str>

A list of the variables in this MoniSeries

fn get_board_ids(&self) -> Vec<u8>

A list of boards in this series

fn add(&mut self, data: T)

Add another instance of the data container to the series

fn get_last_moni(&self, board_id: u8) -> Option<T>

impl PartialEq for RBMoniData

fn eq(&self, other: &RBMoniData) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Serialization for RBMoniData

const SIZE: usize

The data size when serialized to a bytestream This needs to be updated when we change the packet layout, e.g. add new members. HEAD + TAIL + sum(sizeof(m) for m in all_members))

const HEAD: u16 = 0xAAAA

Byte marker to mark beginning of payload

const TAIL: u16 = 0x5555

Byte marker to mark end of payload

fn to_bytestream(&self) -> Vec<u8>

Encode a serializable to a bytestream

fn from_bytestream( stream: &Vec<u8>, pos: &mut usize, ) -> Result<RBMoniData, SerializationError>

Decode a serializable from a bytestream

fn guess_size( stream: &Vec<u8>, pos: usize, offset: usize, ) -> Result<(usize, usize, usize), SerializationError>

Guess the size of te packet. This can be a preformance issue if te offset position is far off

fn verify_fixed( stream: &Vec<u8>, pos: &mut usize, ) -> Result<(), SerializationError>

Verify that the serialized representation of the struct has the correct size, including header + footer.

fn from_bytestream_alt( bytestream: &Vec<u8>, pos: &mut usize, ) -> Result<Self, SerializationError>

where Self: Sized,

Decode a serializable from a bytestream. This provides an alternative method to get the packet. If not implemented, it will be the same as from_bytestream.

impl TofPackable for RBMoniData

const TOF_PACKET_TYPE: TofPacketType = TofPacketType::RBMoniData

const TOF_PACKET_TYPE_ALT: TofPacketType = TofPacketType::Unknown

fn pack(&self) -> TofPacket

where Self: Serialization,

Wrap myself in a TofPacket

impl Copy for RBMoniData

impl StructuralPartialEq for RBMoniData