kinda acutally working now

This commit is contained in:
Alex Janka 2022-11-20 10:41:08 +11:00
parent adf716a8f1
commit 17627d909d

View file

@ -4,7 +4,12 @@
#![feature(generic_arg_infer)]
#![feature(generic_const_exprs)]
use std::{path::Path, process::Command};
use std::{
fmt::{self, Debug, Display},
path::Path,
process::Command,
sync::Mutex,
};
use clap::{AppSettings, Parser, Subcommand};
use libmodbus_rs::{Modbus, ModbusClient, ModbusRTU};
@ -18,6 +23,11 @@ const EEPROM_BEGIN: u16 = 0xE000;
const EEPROM_DATA_SIZE: u16 = 0x0021;
// const EEPROM_DATA_SIZE: u16 = 0xE0CD - EEPROM_BEGIN;
static INFO_SCALE: Mutex<Info> = Mutex::new(Info {
v_scale: 1.,
i_scale: 1.,
});
#[derive(Debug)]
struct MpptRam {
// scaling values
@ -92,84 +102,291 @@ struct MpptRam {
#[derive(Debug)]
struct MpptEeprom {
ev_absorp: Datapoint<{ Datatype::Voltage }>,
ev_float: Datapoint<{ Datatype::Voltage }>,
et_absorp: Datapoint<{ Datatype::Raw }>,
et_absorp_ext: Datapoint<{ Datatype::Raw }>,
ev_absorp_ext: Datapoint<{ Datatype::Voltage }>,
ev_float_cancel: Datapoint<{ Datatype::Voltage }>,
et_float_exit_cum: Datapoint<{ Datatype::Raw }>,
ev_eq: Datapoint<{ Datatype::Voltage }>,
et_eqcalendar: Datapoint<{ Datatype::Raw }>,
et_eq_above: Datapoint<{ Datatype::Raw }>,
et_eq_reg: Datapoint<{ Datatype::Raw }>,
et_batt_service: Datapoint<{ Datatype::Raw }>,
ev_tempcomp: Datapoint<{ Datatype::Tempcomp }>,
ev_hvd: Datapoint<{ Datatype::Voltage }>,
ev_hvr: Datapoint<{ Datatype::Voltage }>,
evb_ref_lim: Datapoint<{ Datatype::Voltage }>,
etb_max: Datapoint<{ Datatype::Raw }>,
etb_min: Datapoint<{ Datatype::Raw }>,
ev_soc_g_gy: Datapoint<{ Datatype::Voltage }>,
ev_soc_gy_y: Datapoint<{ Datatype::Voltage }>,
ev_soc_y_yr: Datapoint<{ Datatype::Voltage }>,
ev_soc_yr_r: Datapoint<{ Datatype::Voltage }>,
emodbus_id: Datapoint<{ Datatype::Raw }>,
emeterbus_id: Datapoint<{ Datatype::Raw }>,
eib_lim: Datapoint<{ Datatype::Current }>,
eva_ref_fixed_init: Datapoint<{ Datatype::Voltage }>,
eva_ref_fixed_pct_init: Datapoint<{ Datatype::VoltagePercentage }>,
ev_absorp: Voltage,
ev_float: Voltage,
et_absorp: Raw,
et_absorp_ext: Raw,
ev_absorp_ext: Voltage,
ev_float_cancel: Voltage,
et_float_exit_cum: Raw,
ev_eq: Voltage,
et_eqcalendar: Raw,
et_eq_above: Raw,
et_eq_reg: Raw,
et_batt_service: Raw,
ev_tempcomp: Tempcomp,
ev_hvd: Voltage,
ev_hvr: Voltage,
evb_ref_lim: Voltage,
etb_max: Raw,
etb_min: Raw,
ev_soc_g_gy: Voltage,
ev_soc_gy_y: Voltage,
ev_soc_y_yr: Voltage,
ev_soc_yr_r: Voltage,
emodbus_id: Raw,
emeterbus_id: Raw,
eib_lim: Current,
eva_ref_fixed_init: Voltage,
eva_ref_fixed_pct_init: VoltagePercentage,
}
#[derive(Debug, PartialEq, Eq)]
enum Datatype {
Voltage,
VoltagePercentage,
Tempcomp,
Current,
Raw,
impl Display for MpptEeprom {
fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
write!(
f,
"ev_absorp: {}
ev_float: {}
et_absorp: {}
et_absorp_ext: {}
ev_absorp_ext: {}
ev_float_cancel: {}
et_float_exit_cum: {}
ev_eq: {}
et_eqcalendar: {}
et_eq_above: {}
et_eq_reg: {}
et_batt_service: {}
ev_tempcomp: {}
ev_hvd: {}
ev_hvr: {}
evb_ref_lim: {}
etb_max: {}
etb_min: {}
ev_soc_g_gy: {}
ev_soc_gy_y: {}
ev_soc_y_yr: {}
ev_soc_yr_r: {}
emodbus_id: {}
emeterbus_id: {}
eib_lim: {}
eva_ref_fixed_init: {}
eva_ref_fixed_pct_init: {}",
self.ev_absorp.to_string_v(),
self.ev_float.to_string_v(),
self.et_absorp.to_string_v(),
self.et_absorp_ext.to_string_v(),
self.ev_absorp_ext.to_string_v(),
self.ev_float_cancel.to_string_v(),
self.et_float_exit_cum.to_string_v(),
self.ev_eq.to_string_v(),
self.et_eqcalendar.to_string_v(),
self.et_eq_above.to_string_v(),
self.et_eq_reg.to_string_v(),
self.et_batt_service.to_string_v(),
self.ev_tempcomp.to_string_v(),
self.ev_hvd.to_string_v(),
self.ev_hvr.to_string_v(),
self.evb_ref_lim.to_string_v(),
self.etb_max.to_string_v(),
self.etb_min.to_string_v(),
self.ev_soc_g_gy.to_string_v(),
self.ev_soc_gy_y.to_string_v(),
self.ev_soc_y_yr.to_string_v(),
self.ev_soc_yr_r.to_string_v(),
self.emodbus_id.to_string_v(),
self.emeterbus_id.to_string_v(),
self.eib_lim.to_string_v(),
self.eva_ref_fixed_init.to_string_v(),
self.eva_ref_fixed_pct_init.to_string_v()
)
}
}
#[derive(Debug)]
struct Datapoint<const T: Datatype> {
trait DataPoint {
fn get_scaled(&self) -> f32;
fn get_scaled_from(&self, data: u16) -> f32;
fn get_raw(&self) -> u16;
fn to_string(&self) -> String;
fn to_string_v(&self) -> String {
format!("{}, raw: {}", self.to_string(), self.get_raw())
}
fn get_type(&self) -> String;
fn u16_from_f32(&self, input: f32) -> u16;
fn from_u16(data: u16) -> Self
where
Self: Sized;
}
impl fmt::Debug for dyn DataPoint {
fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result {
writeln!(f, "{}", self.to_string_v())
}
}
#[derive(Debug, Clone, Copy)]
struct Voltage {
data: u16,
info: Option<Info>,
}
impl<const T: Datatype> Datapoint<T> {
fn get_type(&self) -> Datatype {
T
}
impl DataPoint for Voltage {
fn get_scaled(&self) -> f32 {
let info = match &self.info {
Some(info) => info,
None => &Info {
v_scale: 1.,
i_scale: 1.,
},
};
match T {
Datatype::Voltage => self.data as f32 * info.v_scale * f32::powf(2., -15.),
Datatype::VoltagePercentage => self.data as f32 * 100. * f32::powf(2., -16.),
Datatype::Tempcomp => self.data as f32 * info.v_scale * f32::powf(2., -16.),
Datatype::Current => self.data as f32 * info.i_scale * f32::powf(2., -15.),
Datatype::Raw => self.data as f32,
}
self.get_scaled_from(self.data)
}
fn get_scaled_from(&self, data: u16) -> f32 {
let info = INFO_SCALE.lock().expect("Can't lock info");
data as f32 * info.v_scale * f32::powf(2., -15.)
}
fn get_val(dt: Datatype, input: f32, info: &Info) -> u16 {
match dt {
Datatype::Voltage => ((input / f32::powf(2., -15.)) / info.v_scale) as u16,
Datatype::VoltagePercentage => ((input / f32::powf(2., -16.)) / 100.) as u16,
Datatype::Tempcomp => ((input / f32::powf(2., -16.)) / info.v_scale) as u16,
Datatype::Current => ((input / f32::powf(2., -15.)) / info.i_scale) as u16,
Datatype::Raw => input as u16,
}
fn from_u16(data: u16) -> Self {
Self { data }
}
fn from_u16(data: u16, info: Option<Info>) -> Self {
Self { data, info }
fn get_raw(&self) -> u16 {
self.data
}
fn to_string(&self) -> String {
format!("{}V", self.get_scaled())
}
fn get_type(&self) -> String {
String::from("Voltage")
}
fn u16_from_f32(&self, input: f32) -> u16 {
let info = INFO_SCALE.lock().expect("Can't lock info");
((input / f32::powf(2., -15.)) / info.v_scale) as u16
}
}
#[derive(Debug, Clone, Copy)]
struct Current {
data: u16,
}
impl DataPoint for Current {
fn get_scaled(&self) -> f32 {
self.get_scaled_from(self.data)
}
fn get_scaled_from(&self, data: u16) -> f32 {
let info = INFO_SCALE.lock().expect("Can't lock info");
data as f32 * info.i_scale * f32::powf(2., -15.)
}
fn from_u16(data: u16) -> Self {
Self { data }
}
fn get_raw(&self) -> u16 {
self.data
}
fn to_string(&self) -> String {
format!("{}A", self.get_scaled())
}
fn get_type(&self) -> String {
String::from("Current")
}
fn u16_from_f32(&self, input: f32) -> u16 {
let info = INFO_SCALE.lock().expect("Can't lock info");
((input / f32::powf(2., -15.)) / info.i_scale) as u16
}
}
#[derive(Debug, Clone, Copy)]
struct VoltagePercentage {
data: u16,
}
impl DataPoint for VoltagePercentage {
fn get_scaled(&self) -> f32 {
self.get_scaled_from(self.data)
}
fn get_scaled_from(&self, data: u16) -> f32 {
data as f32 * 100. * f32::powf(2., -16.)
}
fn from_u16(data: u16) -> Self {
Self { data }
}
fn get_raw(&self) -> u16 {
self.data
}
fn to_string(&self) -> String {
format!("{}%", self.get_scaled())
}
fn get_type(&self) -> String {
String::from("Voltage Percentage")
}
fn u16_from_f32(&self, input: f32) -> u16 {
((input / f32::powf(2., -16.)) / 100.) as u16
}
}
#[derive(Debug, Clone, Copy)]
struct Tempcomp {
data: u16,
}
impl DataPoint for Tempcomp {
fn get_scaled(&self) -> f32 {
self.get_scaled_from(self.data)
}
fn get_scaled_from(&self, data: u16) -> f32 {
let info = INFO_SCALE.lock().expect("Can't lock info");
data as f32 * info.v_scale * f32::powf(2., -16.)
}
fn from_u16(data: u16) -> Self {
Self { data }
}
fn get_raw(&self) -> u16 {
self.data
}
fn to_string(&self) -> String {
format!("{} - temperature compensation value", self.get_scaled())
}
fn get_type(&self) -> String {
String::from("Temperature Compensation")
}
fn u16_from_f32(&self, input: f32) -> u16 {
let info = INFO_SCALE.lock().expect("Can't lock info");
((input / f32::powf(2., -16.)) / info.v_scale) as u16
}
}
#[derive(Debug, Clone, Copy)]
struct Raw {
data: u16,
}
impl DataPoint for Raw {
fn get_scaled(&self) -> f32 {
self.get_scaled_from(self.data)
}
fn get_scaled_from(&self, data: u16) -> f32 {
data as f32
}
fn from_u16(data: u16) -> Self {
Self { data }
}
fn get_raw(&self) -> u16 {
self.data
}
fn to_string(&self) -> String {
String::from("raw value")
}
fn get_type(&self) -> String {
String::from("Raw Value")
}
fn u16_from_f32(&self, input: f32) -> u16 {
input as u16
}
}
@ -331,54 +548,62 @@ fn main() {
va_ref_fixed_pct: 0.,
};
let eeprom_data = MpptEeprom {
ev_absorp: Datapoint::from_u16(0x0000, None),
ev_float: Datapoint::from_u16(0x0000, None),
et_absorp: Datapoint::from_u16(0x0000, None),
et_absorp_ext: Datapoint::from_u16(0x0000, None),
ev_absorp_ext: Datapoint::from_u16(0x0000, None),
ev_float_cancel: Datapoint::from_u16(0x0000, None),
et_float_exit_cum: Datapoint::from_u16(0x0000, None),
ev_eq: Datapoint::from_u16(0x0000, None),
et_eqcalendar: Datapoint::from_u16(0x0000, None),
et_eq_above: Datapoint::from_u16(0x0000, None),
et_eq_reg: Datapoint::from_u16(0x0000, None),
et_batt_service: Datapoint::from_u16(0x0000, None),
ev_tempcomp: Datapoint::from_u16(0x0000, None),
ev_hvd: Datapoint::from_u16(0x0000, None),
ev_hvr: Datapoint::from_u16(0x0000, None),
evb_ref_lim: Datapoint::from_u16(0x0000, None),
etb_max: Datapoint::from_u16(0x0000, None),
etb_min: Datapoint::from_u16(0x0000, None),
ev_soc_g_gy: Datapoint::from_u16(0x0000, None),
ev_soc_gy_y: Datapoint::from_u16(0x0000, None),
ev_soc_y_yr: Datapoint::from_u16(0x0000, None),
ev_soc_yr_r: Datapoint::from_u16(0x0000, None),
emodbus_id: Datapoint::from_u16(0x0000, None),
emeterbus_id: Datapoint::from_u16(0x0000, None),
eib_lim: Datapoint::from_u16(0x0000, None),
eva_ref_fixed_init: Datapoint::from_u16(0x0000, None),
eva_ref_fixed_pct_init: Datapoint::from_u16(0x0000, None),
ev_absorp: Voltage::from_u16(0x0000),
ev_float: Voltage::from_u16(0x0000),
et_absorp: Raw::from_u16(0x0000),
et_absorp_ext: Raw::from_u16(0x0000),
ev_absorp_ext: Voltage::from_u16(0x0000),
ev_float_cancel: Voltage::from_u16(0x0000),
et_float_exit_cum: Raw::from_u16(0x0000),
ev_eq: Voltage::from_u16(0x0000),
et_eqcalendar: Raw::from_u16(0x0000),
et_eq_above: Raw::from_u16(0x0000),
et_eq_reg: Raw::from_u16(0x0000),
et_batt_service: Raw::from_u16(0x0000),
ev_tempcomp: Tempcomp::from_u16(0x0000),
ev_hvd: Voltage::from_u16(0x0000),
ev_hvr: Voltage::from_u16(0x0000),
evb_ref_lim: Voltage::from_u16(0x0000),
etb_max: Raw::from_u16(0x0000),
etb_min: Raw::from_u16(0x0000),
ev_soc_g_gy: Voltage::from_u16(0x0000),
ev_soc_gy_y: Voltage::from_u16(0x0000),
ev_soc_y_yr: Voltage::from_u16(0x0000),
ev_soc_yr_r: Voltage::from_u16(0x0000),
emodbus_id: Raw::from_u16(0x0000),
emeterbus_id: Raw::from_u16(0x0000),
eib_lim: Current::from_u16(0x0000),
eva_ref_fixed_init: Voltage::from_u16(0x0000),
eva_ref_fixed_pct_init: VoltagePercentage::from_u16(0x0000),
};
(info, ram_data, eeprom_data)
};
// let info = Rc::new(_info);
match args.command {
Some(Commands::Get { name }) => {
let t = match_datapoint_type(name.as_str(), &eeprom_data);
println!("{}: {} - {:?}", name, t.val, t.dt);
let t = match_datapoint(name.as_str(), &eeprom_data);
println!("{name}: {}", t.to_string_v());
return;
}
Some(Commands::Set { name, value: _ }) => {
Some(Commands::Set { name, value }) => {
println!("set var {}", name);
let t = match_datapoint_type(name.as_str(), &eeprom_data);
println!("type: {:?}", t);
let t = match_datapoint(name.as_str(), &eeprom_data);
println!("Existing value:\n {:?}", t);
let val = t.u16_from_f32(value);
println!(
"New value:\n Scaled: {}, Raw: {}",
t.get_scaled_from(val),
val
);
return;
}
Some(Commands::GetRam) => {
println!("ram: {:#?}", ram_data);
}
None => {
println!("eeprom: {:#?}", eeprom_data);
println!("eeprom: {}", eeprom_data);
}
}
}
@ -405,6 +630,12 @@ fn get_data(modbus: &Modbus) -> (Info, MpptRam, MpptEeprom) {
.read_registers(0x0000, RAM_DATA_SIZE + 1, &mut data_in)
.expect("couldnt");
let info = Info::from(&data_in);
let mut a = INFO_SCALE.lock().expect("pee");
a.v_scale = info.v_scale;
a.i_scale = info.i_scale;
drop(a);
let ram_data = MpptRam {
v_pu: info.scale_voltage_f(
data_in[OffsetsRam::V_PU_HI] as f32
@ -480,162 +711,134 @@ fn get_data(modbus: &Modbus) -> (Info, MpptRam, MpptEeprom) {
.expect("could not get eeprom data");
let eeprom_data = MpptEeprom {
ev_absorp: Datapoint::from_u16(data_in[OffsetsEeprom::EV_ABSORP], Some(info.clone())),
ev_float: Datapoint::from_u16(data_in[OffsetsEeprom::EV_FLOAT], Some(info.clone())),
et_absorp: Datapoint::from_u16(data_in[OffsetsEeprom::ET_ABSORP], Some(info.clone())),
et_absorp_ext: Datapoint::from_u16(
data_in[OffsetsEeprom::ET_ABSORP_EXT],
Some(info.clone()),
),
ev_absorp_ext: Datapoint::from_u16(
data_in[OffsetsEeprom::EV_ABSORP_EXT],
Some(info.clone()),
),
ev_float_cancel: Datapoint::from_u16(
data_in[OffsetsEeprom::EV_FLOAT_CANCEL],
Some(info.clone()),
),
et_float_exit_cum: Datapoint::from_u16(
data_in[OffsetsEeprom::ET_FLOAT_EXIT_CUM],
Some(info.clone()),
),
ev_eq: Datapoint::from_u16(data_in[OffsetsEeprom::EV_EQ], Some(info.clone())),
et_eqcalendar: Datapoint::from_u16(
data_in[OffsetsEeprom::ET_EQCALENDAR],
Some(info.clone()),
),
et_eq_above: Datapoint::from_u16(data_in[OffsetsEeprom::ET_EQ_ABOVE], Some(info.clone())),
et_eq_reg: Datapoint::from_u16(data_in[OffsetsEeprom::ET_EQ_REG], Some(info.clone())),
et_batt_service: Datapoint::from_u16(
data_in[OffsetsEeprom::ET_BATT_SERVICE],
Some(info.clone()),
),
ev_tempcomp: Datapoint::from_u16(data_in[OffsetsEeprom::EV_TEMPCOMP], Some(info.clone())),
ev_hvd: Datapoint::from_u16(data_in[OffsetsEeprom::EV_HVD], Some(info.clone())),
ev_hvr: Datapoint::from_u16(data_in[OffsetsEeprom::EV_HVR], Some(info.clone())),
evb_ref_lim: Datapoint::from_u16(data_in[OffsetsEeprom::EVB_REF_LIM], Some(info.clone())),
etb_max: Datapoint::from_u16(data_in[OffsetsEeprom::ETB_MAX], Some(info.clone())),
etb_min: Datapoint::from_u16(data_in[OffsetsEeprom::ETB_MIN], Some(info.clone())),
ev_soc_g_gy: Datapoint::from_u16(data_in[OffsetsEeprom::EV_SOC_G_GY], Some(info.clone())),
ev_soc_gy_y: Datapoint::from_u16(data_in[OffsetsEeprom::EV_SOC_GY_Y], Some(info.clone())),
ev_soc_y_yr: Datapoint::from_u16(data_in[OffsetsEeprom::EV_SOC_Y_YR], Some(info.clone())),
ev_soc_yr_r: Datapoint::from_u16(data_in[OffsetsEeprom::EV_SOC_YR_R], Some(info.clone())),
emodbus_id: Datapoint::from_u16(data_in[OffsetsEeprom::EMODBUS_ID], Some(info.clone())),
emeterbus_id: Datapoint::from_u16(data_in[OffsetsEeprom::EMETERBUS_ID], Some(info.clone())),
eib_lim: Datapoint::from_u16(data_in[OffsetsEeprom::EIB_LIM], Some(info.clone())),
eva_ref_fixed_init: Datapoint::from_u16(
data_in[OffsetsEeprom::EVA_REF_FIXED_INIT],
Some(info.clone()),
),
eva_ref_fixed_pct_init: Datapoint::from_u16(
ev_absorp: Voltage::from_u16(data_in[OffsetsEeprom::EV_ABSORP]),
ev_float: Voltage::from_u16(data_in[OffsetsEeprom::EV_FLOAT]),
et_absorp: Raw::from_u16(data_in[OffsetsEeprom::ET_ABSORP]),
et_absorp_ext: Raw::from_u16(data_in[OffsetsEeprom::ET_ABSORP_EXT]),
ev_absorp_ext: Voltage::from_u16(data_in[OffsetsEeprom::EV_ABSORP_EXT]),
ev_float_cancel: Voltage::from_u16(data_in[OffsetsEeprom::EV_FLOAT_CANCEL]),
et_float_exit_cum: Raw::from_u16(data_in[OffsetsEeprom::ET_FLOAT_EXIT_CUM]),
ev_eq: Voltage::from_u16(data_in[OffsetsEeprom::EV_EQ]),
et_eqcalendar: Raw::from_u16(data_in[OffsetsEeprom::ET_EQCALENDAR]),
et_eq_above: Raw::from_u16(data_in[OffsetsEeprom::ET_EQ_ABOVE]),
et_eq_reg: Raw::from_u16(data_in[OffsetsEeprom::ET_EQ_REG]),
et_batt_service: Raw::from_u16(data_in[OffsetsEeprom::ET_BATT_SERVICE]),
ev_tempcomp: Tempcomp::from_u16(data_in[OffsetsEeprom::EV_TEMPCOMP]),
ev_hvd: Voltage::from_u16(data_in[OffsetsEeprom::EV_HVD]),
ev_hvr: Voltage::from_u16(data_in[OffsetsEeprom::EV_HVR]),
evb_ref_lim: Voltage::from_u16(data_in[OffsetsEeprom::EVB_REF_LIM]),
etb_max: Raw::from_u16(data_in[OffsetsEeprom::ETB_MAX]),
etb_min: Raw::from_u16(data_in[OffsetsEeprom::ETB_MIN]),
ev_soc_g_gy: Voltage::from_u16(data_in[OffsetsEeprom::EV_SOC_G_GY]),
ev_soc_gy_y: Voltage::from_u16(data_in[OffsetsEeprom::EV_SOC_GY_Y]),
ev_soc_y_yr: Voltage::from_u16(data_in[OffsetsEeprom::EV_SOC_Y_YR]),
ev_soc_yr_r: Voltage::from_u16(data_in[OffsetsEeprom::EV_SOC_YR_R]),
emodbus_id: Raw::from_u16(data_in[OffsetsEeprom::EMODBUS_ID]),
emeterbus_id: Raw::from_u16(data_in[OffsetsEeprom::EMETERBUS_ID]),
eib_lim: Current::from_u16(data_in[OffsetsEeprom::EIB_LIM]),
eva_ref_fixed_init: Voltage::from_u16(data_in[OffsetsEeprom::EVA_REF_FIXED_INIT]),
eva_ref_fixed_pct_init: VoltagePercentage::from_u16(
data_in[OffsetsEeprom::EVA_REF_FIXED_PCT_INIT],
Some(info.clone()),
),
};
return (info, ram_data, eeprom_data);
}
// fn match_datapoint(name: &str, data: &MpptEeprom) -> Datapoint<{ t }> {
// match name.to_lowercase().as_str() {
// "ev_absorp" => data.ev_absorp,
// "ev_float" => data.ev_float,
// "et_absorp" => data.et_absorp,
// "et_absorp_ext" => data.et_absorp_ext,
// "ev_absorp_ext" => data.ev_absorp_ext,
// "ev_float_cancel" => data.ev_float_cancel,
// "et_float_exit_cum" => data.et_float_exit_cum,
// "ev_eq" => data.ev_eq,
// "et_eqcalendar" => data.et_eqcalendar,
// "et_eq_above" => data.et_eq_above,
// "et_eq_reg" => data.et_eq_reg,
// "et_batt_service" => data.et_batt_service,
// "ev_tempcomp" => data.ev_tempcomp,
// "ev_hvd" => data.ev_hvd,
// "ev_hvr" => data.ev_hvr,
// "evb_ref_lim" => data.evb_ref_lim,
// "etb_max" => data.etb_max,
// "etb_min" => data.etb_min,
// "ev_soc_g_gy" => data.ev_soc_g_gy,
// "ev_soc_gy_y" => data.ev_soc_gy_y,
// "ev_soc_y_yr" => data.ev_soc_y_yr,
// "ev_soc_yr_r" => data.ev_soc_yr_r,
// "emodbus_id" => data.emodbus_id,
// "emeterbus_id" => data.emeterbus_id,
// "eib_lim" => data.eib_lim,
// "eva_ref_fixed_init" => data.eva_ref_fixed_init,
// "eva_ref_fixed_pct_init" => data.eva_ref_fixed_pct_init,
fn match_datapoint(name: &str, data: &MpptEeprom) -> Box<dyn DataPoint> {
match name.to_lowercase().as_str() {
"ev_absorp" => Box::new(data.ev_absorp),
"ev_float" => Box::new(data.ev_float),
"et_absorp" => Box::new(data.et_absorp),
"et_absorp_ext" => Box::new(data.et_absorp_ext),
"ev_absorp_ext" => Box::new(data.ev_absorp_ext),
"ev_float_cancel" => Box::new(data.ev_float_cancel),
"et_float_exit_cum" => Box::new(data.et_float_exit_cum),
"ev_eq" => Box::new(data.ev_eq),
"et_eqcalendar" => Box::new(data.et_eqcalendar),
"et_eq_above" => Box::new(data.et_eq_above),
"et_eq_reg" => Box::new(data.et_eq_reg),
"et_batt_service" => Box::new(data.et_batt_service),
"ev_tempcomp" => Box::new(data.ev_tempcomp),
"ev_hvd" => Box::new(data.ev_hvd),
"ev_hvr" => Box::new(data.ev_hvr),
"evb_ref_lim" => Box::new(data.evb_ref_lim),
"etb_max" => Box::new(data.etb_max),
"etb_min" => Box::new(data.etb_min),
"ev_soc_g_gy" => Box::new(data.ev_soc_g_gy),
"ev_soc_gy_y" => Box::new(data.ev_soc_gy_y),
"ev_soc_y_yr" => Box::new(data.ev_soc_y_yr),
"ev_soc_yr_r" => Box::new(data.ev_soc_yr_r),
"emodbus_id" => Box::new(data.emodbus_id),
"emeterbus_id" => Box::new(data.emeterbus_id),
"eib_lim" => Box::new(data.eib_lim),
"eva_ref_fixed_init" => Box::new(data.eva_ref_fixed_init),
"eva_ref_fixed_pct_init" => Box::new(data.eva_ref_fixed_pct_init),
&_ => todo!(),
}
}
// fn match_datapoint_type(name: &str, data: &MpptEeprom) -> DatapointDisplay {
// // let a = data.ev_absorp;
// let t = match name.to_lowercase().as_str() {
// "ev_absorp" => data.ev_absorp.get_type(),
// "ev_float" => data.ev_float.get_type(),
// "et_absorp" => data.et_absorp.get_type(),
// "et_absorp_ext" => data.et_absorp_ext.get_type(),
// "ev_absorp_ext" => data.ev_absorp_ext.get_type(),
// "ev_float_cancel" => data.ev_float_cancel.get_type(),
// "et_float_exit_cum" => data.et_float_exit_cum.get_type(),
// "ev_eq" => data.ev_eq.get_type(),
// "et_eqcalendar" => data.et_eqcalendar.get_type(),
// "et_eq_above" => data.et_eq_above.get_type(),
// "et_eq_reg" => data.et_eq_reg.get_type(),
// "et_batt_service" => data.et_batt_service.get_type(),
// "ev_tempcomp" => data.ev_tempcomp.get_type(),
// "ev_hvd" => data.ev_hvd.get_type(),
// "ev_hvr" => data.ev_hvr.get_type(),
// "evb_ref_lim" => data.evb_ref_lim.get_type(),
// "etb_max" => data.etb_max.get_type(),
// "etb_min" => data.etb_min.get_type(),
// "ev_soc_g_gy" => data.ev_soc_g_gy.get_type(),
// "ev_soc_gy_y" => data.ev_soc_gy_y.get_type(),
// "ev_soc_y_yr" => data.ev_soc_y_yr.get_type(),
// "ev_soc_yr_r" => data.ev_soc_yr_r.get_type(),
// "emodbus_id" => data.emodbus_id.get_type(),
// "emeterbus_id" => data.emeterbus_id.get_type(),
// "eib_lim" => data.eib_lim.get_type(),
// "eva_ref_fixed_init" => data.eva_ref_fixed_init.get_type(),
// "eva_ref_fixed_pct_init" => data.eva_ref_fixed_pct_init.get_type(),
// &_ => todo!(),
// }
// };
// let v = match name.to_lowercase().as_str() {
// "ev_absorp" => data.ev_absorp.get_scaled(),
// "ev_float" => data.ev_float.get_scaled(),
// "et_absorp" => data.et_absorp.get_scaled(),
// "et_absorp_ext" => data.et_absorp_ext.get_scaled(),
// "ev_absorp_ext" => data.ev_absorp_ext.get_scaled(),
// "ev_float_cancel" => data.ev_float_cancel.get_scaled(),
// "et_float_exit_cum" => data.et_float_exit_cum.get_scaled(),
// "ev_eq" => data.ev_eq.get_scaled(),
// "et_eqcalendar" => data.et_eqcalendar.get_scaled(),
// "et_eq_above" => data.et_eq_above.get_scaled(),
// "et_eq_reg" => data.et_eq_reg.get_scaled(),
// "et_batt_service" => data.et_batt_service.get_scaled(),
// "ev_tempcomp" => data.ev_tempcomp.get_scaled(),
// "ev_hvd" => data.ev_hvd.get_scaled(),
// "ev_hvr" => data.ev_hvr.get_scaled(),
// "evb_ref_lim" => data.evb_ref_lim.get_scaled(),
// "etb_max" => data.etb_max.get_scaled(),
// "etb_min" => data.etb_min.get_scaled(),
// "ev_soc_g_gy" => data.ev_soc_g_gy.get_scaled(),
// "ev_soc_gy_y" => data.ev_soc_gy_y.get_scaled(),
// "ev_soc_y_yr" => data.ev_soc_y_yr.get_scaled(),
// "ev_soc_yr_r" => data.ev_soc_yr_r.get_scaled(),
// "emodbus_id" => data.emodbus_id.get_scaled(),
// "emeterbus_id" => data.emeterbus_id.get_scaled(),
// "eib_lim" => data.eib_lim.get_scaled(),
// "eva_ref_fixed_init" => data.eva_ref_fixed_init.get_scaled(),
// "eva_ref_fixed_pct_init" => data.eva_ref_fixed_pct_init.get_scaled(),
// &_ => todo!(),
// };
// DatapointDisplay { dt: t, val: v }
// }
#[derive(Debug)]
struct DatapointDisplay {
dt: Datatype,
val: f32,
}
fn match_datapoint_type(name: &str, data: &MpptEeprom) -> DatapointDisplay {
// let a = data.ev_absorp;
let t = match name.to_lowercase().as_str() {
"ev_absorp" => data.ev_absorp.get_type(),
"ev_float" => data.ev_float.get_type(),
"et_absorp" => data.et_absorp.get_type(),
"et_absorp_ext" => data.et_absorp_ext.get_type(),
"ev_absorp_ext" => data.ev_absorp_ext.get_type(),
"ev_float_cancel" => data.ev_float_cancel.get_type(),
"et_float_exit_cum" => data.et_float_exit_cum.get_type(),
"ev_eq" => data.ev_eq.get_type(),
"et_eqcalendar" => data.et_eqcalendar.get_type(),
"et_eq_above" => data.et_eq_above.get_type(),
"et_eq_reg" => data.et_eq_reg.get_type(),
"et_batt_service" => data.et_batt_service.get_type(),
"ev_tempcomp" => data.ev_tempcomp.get_type(),
"ev_hvd" => data.ev_hvd.get_type(),
"ev_hvr" => data.ev_hvr.get_type(),
"evb_ref_lim" => data.evb_ref_lim.get_type(),
"etb_max" => data.etb_max.get_type(),
"etb_min" => data.etb_min.get_type(),
"ev_soc_g_gy" => data.ev_soc_g_gy.get_type(),
"ev_soc_gy_y" => data.ev_soc_gy_y.get_type(),
"ev_soc_y_yr" => data.ev_soc_y_yr.get_type(),
"ev_soc_yr_r" => data.ev_soc_yr_r.get_type(),
"emodbus_id" => data.emodbus_id.get_type(),
"emeterbus_id" => data.emeterbus_id.get_type(),
"eib_lim" => data.eib_lim.get_type(),
"eva_ref_fixed_init" => data.eva_ref_fixed_init.get_type(),
"eva_ref_fixed_pct_init" => data.eva_ref_fixed_pct_init.get_type(),
&_ => todo!(),
};
let v = match name.to_lowercase().as_str() {
"ev_absorp" => data.ev_absorp.get_scaled(),
"ev_float" => data.ev_float.get_scaled(),
"et_absorp" => data.et_absorp.get_scaled(),
"et_absorp_ext" => data.et_absorp_ext.get_scaled(),
"ev_absorp_ext" => data.ev_absorp_ext.get_scaled(),
"ev_float_cancel" => data.ev_float_cancel.get_scaled(),
"et_float_exit_cum" => data.et_float_exit_cum.get_scaled(),
"ev_eq" => data.ev_eq.get_scaled(),
"et_eqcalendar" => data.et_eqcalendar.get_scaled(),
"et_eq_above" => data.et_eq_above.get_scaled(),
"et_eq_reg" => data.et_eq_reg.get_scaled(),
"et_batt_service" => data.et_batt_service.get_scaled(),
"ev_tempcomp" => data.ev_tempcomp.get_scaled(),
"ev_hvd" => data.ev_hvd.get_scaled(),
"ev_hvr" => data.ev_hvr.get_scaled(),
"evb_ref_lim" => data.evb_ref_lim.get_scaled(),
"etb_max" => data.etb_max.get_scaled(),
"etb_min" => data.etb_min.get_scaled(),
"ev_soc_g_gy" => data.ev_soc_g_gy.get_scaled(),
"ev_soc_gy_y" => data.ev_soc_gy_y.get_scaled(),
"ev_soc_y_yr" => data.ev_soc_y_yr.get_scaled(),
"ev_soc_yr_r" => data.ev_soc_yr_r.get_scaled(),
"emodbus_id" => data.emodbus_id.get_scaled(),
"emeterbus_id" => data.emeterbus_id.get_scaled(),
"eib_lim" => data.eib_lim.get_scaled(),
"eva_ref_fixed_init" => data.eva_ref_fixed_init.get_scaled(),
"eva_ref_fixed_pct_init" => data.eva_ref_fixed_pct_init.get_scaled(),
&_ => todo!(),
};
DatapointDisplay { dt: t, val: v }
}