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dsmr_p1_sensor.h
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dsmr_p1_sensor.h
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#include "esphome.h"
#include "dsmr.h"
// * Parsed Data
using MyData = ParsedData<
/* String */ identification,
/* String */ p1_version,
/* String */ timestamp,
/* String */ equipment_id,
/* FixedValue */ energy_delivered_tariff1,
/* FixedValue */ energy_delivered_tariff2,
/* FixedValue */ energy_returned_tariff1,
/* FixedValue */ energy_returned_tariff2,
/* String */ electricity_tariff,
/* FixedValue */ power_delivered,
/* FixedValue */ power_returned,
/* FixedValue */ electricity_threshold,
/* uint8_t */ electricity_switch_position,
/* uint32_t */ electricity_failures,
/* uint32_t */ electricity_long_failures,
/* String */ electricity_failure_log,
/* uint32_t */ electricity_sags_l1,
/* uint32_t */ electricity_sags_l2,
/* uint32_t */ electricity_sags_l3,
/* uint32_t */ electricity_swells_l1,
/* uint32_t */ electricity_swells_l2,
/* uint32_t */ electricity_swells_l3,
/* String */ message_short,
/* String */ message_long,
/* FixedValue */ voltage_l1,
/* FixedValue */ voltage_l2,
/* FixedValue */ voltage_l3,
/* FixedValue */ current_l1,
/* FixedValue */ current_l2,
/* FixedValue */ current_l3,
/* FixedValue */ power_delivered_l1,
/* FixedValue */ power_delivered_l2,
/* FixedValue */ power_delivered_l3,
/* FixedValue */ power_returned_l1,
/* FixedValue */ power_returned_l2,
/* FixedValue */ power_returned_l3,
/* uint16_t */ gas_device_type,
/* String */ gas_equipment_id,
/* uint8_t */ gas_valve_position,
/* TimestampedFixedValue */ gas_delivered,
/* uint16_t */ thermal_device_type,
/* String */ thermal_equipment_id,
/* uint8_t */ thermal_valve_position,
/* TimestampedFixedValue */ thermal_delivered,
/* uint16_t */ water_device_type,
/* String */ water_equipment_id,
/* uint8_t */ water_valve_position,
/* TimestampedFixedValue */ water_delivered,
/* uint16_t */ slave_device_type,
/* String */ slave_equipment_id,
/* uint8_t */ slave_valve_position,
/* TimestampedFixedValue */ slave_delivered
>;
uint8_t req_pin = 5;
unsigned long last;
bool readmessage = false;
P1Reader reader(&Serial,req_pin);
struct Printer {
template<typename Item>
void apply(Item &i) {
if (i.present()) {
ESP_LOGD("DmsrCustom","%s",Item::name);
Serial.print(Item::name);
Serial.print(F(": "));
Serial.print(i.val());
//ESP_LOGD("DmsrCustom","%s",String(i.val()));
Serial.print(Item::unit());
ESP_LOGD("DmsrCustom","%s",Item::unit());
Serial.println();
delay(50);
}
}
};
class DsmrP1CustomSensor : public PollingComponent, public UARTDevice {
public:
DsmrP1CustomSensor(UARTComponent *parent) : UARTDevice(parent) {}
// Sensor *ts_identification = new Sensor(); Not available yet as I do not know how to send a combination of textsensors and sensors
// Sensor *ts_p1_version = new Sensor();
// Sensor *ts_timestamp = new Sensor();
// Sensor *ts_equipment_id = new Sensor();
Sensor *s_energy_delivered_tariff1 = new Sensor();
Sensor *s_energy_delivered_tariff2 = new Sensor();
Sensor *s_energy_returned_tariff1 = new Sensor();
Sensor *s_energy_returned_tariff2 = new Sensor();
// Sensor *ts_electricity_tariff = new Sensor():
Sensor *s_power_delivered = new Sensor();
Sensor *s_power_returned = new Sensor();
// Sensor *instant_power_current_sensor = new Sensor();
// Sensor *instant_power_usage_sensor = new Sensor();
Sensor *s_voltage_l1 = new Sensor();
Sensor *s_current_l1 = new Sensor();
Sensor *s_gas_delivered = new Sensor();
Sensor *actual_tarif_sensor = new Sensor();
Sensor *s_electricity_failures = new Sensor();
Sensor *s_electricity_long_failures = new Sensor();
Sensor *s_electricity_sags_l1 = new Sensor();
Sensor *s_electricity_swells_l1 = new Sensor();
void PublishSensors(MyData data){
//if(data.identification_present) ts_identification->publish_state(data.identification);
//if(data.p1_version_present) ts_p1_version->publish_state(data.p1_version);
//if(data.timestamp_present) ts_timestamp->publish_state(data.timestamp);
//if(data.equipment_id_present) ts_equipment_id->publish_state(data.equipment_id);
if(data.energy_delivered_tariff1_present) s_energy_delivered_tariff1->publish_state(data.energy_delivered_tariff1);
if(data.energy_delivered_tariff2_present) s_energy_delivered_tariff2->publish_state(data.energy_delivered_tariff2);
if(data.energy_returned_tariff1_present) s_energy_returned_tariff1->publish_state(data.energy_returned_tariff1);
if(data.energy_returned_tariff2_present) s_energy_returned_tariff2->publish_state(data.energy_returned_tariff2);
//if(data.electricity_tariff_present) ts_electricity_tariff->publish_state(data.electricity_tariff);
if(data.power_delivered_present) s_power_delivered->publish_state(data.power_delivered);
if(data.power_returned_present) s_power_returned->publish_state(data.power_returned);
delay(100); //Delay is added so home assistant is not overflooded with sensor data and disconnects.
if(data.voltage_l1_present) s_voltage_l1->publish_state(data.voltage_l1);
if(data.current_l1_present) s_current_l1->publish_state(data.current_l1);
if(data.gas_delivered_present) s_gas_delivered->publish_state(data.gas_delivered);
delay(100); //Delay is added so home assistant is not overflooded with sensor data and disconnects.
if(data.electricity_failures_present) s_electricity_failures->publish_state(data.electricity_failures);
if(data.electricity_long_failures_present) s_electricity_long_failures->publish_state(data.electricity_long_failures);
if(data.electricity_sags_l1_present) s_electricity_sags_l1->publish_state(data.electricity_sags_l1);
if(data.electricity_swells_l1_present) s_electricity_swells_l1->publish_state(data.electricity_swells_l1);
};
void setup() override {
MyData data;
pinMode(D5, OUTPUT);
digitalWrite(D5,LOW);
reader.enable(true);
last = millis();
readmessage = false;
}
void update() override {
// Allow the reader to check the serial buffer regularly
reader.loop();
digitalWrite(D5,HIGH);
// Every minute, fire off a one-off reading
unsigned long now = millis();
if (now - last > 15000) {
reader.enable(true);
last = now;
readmessage = false;
}
if (available()) {
MyData data;
String err;
//ESP_LOGD("DmsrCustom","READING....");
if (reader.parse(&data, &err)) {
if (!readmessage){
ESP_LOGD("DmsrCustom","READING READY");
PublishSensors(data);
reader.enable(false);
readmessage = true;
// Parse succesful, print result
//data.applyEach(Printer());
};
} else {
// Parser error, print error
Serial.println(err);
}
}
}
};