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esp32-nmea2000-obp60
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esp32-nmea2000-obp60/lib/iictask/GwIicTask.cpp

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#include "GwIicTask.h"
#include "GwHardware.h"
#ifdef _GWIIC
#include <Wire.h>
#endif
#ifdef GWSHT3X
#include "SHT3X.h"
#endif
#ifdef GWQMP6988
#include "QMP6988.h"
#endif
#include "GwTimer.h"
#include "N2kMessages.h"
#include "GwHardware.h"
#include "GwXdrTypeMappings.h"
#ifdef GWBME280
#include <Adafruit_BME280.h>
#endif
//#define GWSHT3X -1
#ifndef GWIIC_SDA
#define GWIIC_SDA -1
#endif
#ifndef GWIIC_SCL
#define GWIIC_SCL -1
#endif
#define CFG_GET(cfg,name,prefix) \
cfg->getValue(name, GwConfigDefinitions::prefix ## name)
#define CSHT3X(name) \
CFG_GET(config,name,SHT3X)
#define CQMP6988(name) \
CFG_GET(config,name,QMP6988)
#define CBME280(name) \
CFG_GET(config,name,BME280)
class SHT3XConfig{
public:
const String prefix="SHT3X";
String tmNam;
String huNam;
int iid;
bool tmAct;
bool huAct;
long intv;
tN2kHumiditySource huSrc;
tN2kTempSource tmSrc;
SHT3XConfig(GwConfigHandler *config){
CSHT3X(tmNam);
CSHT3X(huNam);
CSHT3X(iid);
CSHT3X(tmAct);
CSHT3X(huAct);
CSHT3X(intv);
intv*=1000;
CSHT3X(huSrc);
CSHT3X(tmSrc);
}
};
class QMP6988Config{
public:
const String prefix="QMP6988";
String prNam="Pressure";
int iid=99;
bool prAct=true;
long intv=2000;
tN2kPressureSource prSrc=tN2kPressureSource::N2kps_Atmospheric;
float prOff=0;
QMP6988Config(GwConfigHandler *config){
CQMP6988(prNam);
CQMP6988(iid);
CQMP6988(prAct);
CQMP6988(intv);
intv*=1000;
CQMP6988(prOff);
}
};
class BME280Config{
public:
const String prefix="BME280";
bool prAct=true;
bool tmAct=true;
bool huAct=true;
tN2kTempSource tmSrc=tN2kTempSource::N2kts_InsideTemperature;
tN2kHumiditySource huSrc=tN2kHumiditySource::N2khs_InsideHumidity;
tN2kPressureSource prSrc=tN2kPressureSource::N2kps_Atmospheric;
int iid=99;
long intv=2000;
String tmNam="Temperature";
String huNam="Humidity";
String prNam="Pressure";
float tmOff=0;
float prOff=0;
BME280Config(GwConfigHandler *config){
CBME280(prAct);
CBME280(tmAct);
CBME280(huAct);
CBME280(tmSrc);
CBME280(huSrc);
CBME280(iid);
CBME280(intv);
intv*=1000;
CBME280(tmNam);
CBME280(huNam);
CBME280(prNam);
CBME280(tmOff);
CBME280(prOff);
}
};
template <class CFG>
bool addPressureXdr(GwApi *api, CFG &cfg)
{
if (! cfg.prAct) return false;
if (cfg.prNam.isEmpty()){
api->getLogger()->logDebug(GwLog::LOG, "pressure active for %s, no xdr mapping", cfg.prefix.c_str());
return true;
}
api->getLogger()->logDebug(GwLog::LOG, "adding pressure xdr mapping for %s", cfg.prefix.c_str());
GwXDRMappingDef xdr;
xdr.category = GwXDRCategory::XDRPRESSURE;
xdr.direction = GwXDRMappingDef::M_FROM2K;
xdr.selector = (int)cfg.prSrc;
xdr.instanceId = cfg.iid;
xdr.instanceMode = GwXDRMappingDef::IS_SINGLE;
xdr.xdrName = cfg.prNam;
api->addXdrMapping(xdr);
return true;
}
template <class CFG>
bool addTempXdr(GwApi *api, CFG &cfg)
{
if (!cfg.tmAct) return false;
if (cfg.tmNam.isEmpty()){
api->getLogger()->logDebug(GwLog::LOG, "temperature active for %s, no xdr mapping", cfg.prefix.c_str());
return true;
}
api->getLogger()->logDebug(GwLog::LOG, "adding temperature xdr mapping for %s", cfg.prefix.c_str());
GwXDRMappingDef xdr;
xdr.category = GwXDRCategory::XDRTEMP;
xdr.direction = GwXDRMappingDef::M_FROM2K;
xdr.field = GWXDRFIELD_TEMPERATURE_ACTUALTEMPERATURE;
xdr.selector = (int)cfg.tmSrc;
xdr.instanceMode = GwXDRMappingDef::IS_SINGLE;
xdr.instanceId = cfg.iid;
xdr.xdrName = cfg.tmNam;
api->addXdrMapping(xdr);
return true;
}
template <class CFG>
bool addHumidXdr(GwApi *api, CFG &cfg)
{
if (! cfg.huAct) return false;
if (cfg.huNam.isEmpty()){
api->getLogger()->logDebug(GwLog::LOG, "humidity active for %s, no xdr mapping", cfg.prefix.c_str());
return true;
}
api->getLogger()->logDebug(GwLog::LOG, "adding humidity xdr mapping for %s", cfg.prefix.c_str());
GwXDRMappingDef xdr;
xdr.category = GwXDRCategory::XDRHUMIDITY;
xdr.direction = GwXDRMappingDef::M_FROM2K;
xdr.field = GWXDRFIELD_HUMIDITY_ACTUALHUMIDITY;
xdr.selector = (int)cfg.huSrc;
xdr.instanceMode = GwXDRMappingDef::IS_SINGLE;
xdr.instanceId = cfg.iid;
xdr.xdrName = cfg.huNam;
api->addXdrMapping(xdr);
return true;
}
template <class CFG>
void sendN2kHumidity(GwApi *api,CFG &cfg,double value, int counterId){
tN2kMsg msg;
SetN2kHumidity(msg,1,cfg.iid,cfg.huSrc,value);
api->sendN2kMessage(msg);
api->increment(counterId,cfg.prefix+String("hum"));
}
template <class CFG>
void sendN2kPressure(GwApi *api,CFG &cfg,double value, int counterId){
tN2kMsg msg;
SetN2kPressure(msg,1,cfg.iid,cfg.prSrc,value);
api->sendN2kMessage(msg);
api->increment(counterId,cfg.prefix+String("press"));
}
template <class CFG>
void sendN2kTemperature(GwApi *api,CFG &cfg,double value, int counterId){
tN2kMsg msg;
SetN2kTemperature(msg,1,cfg.iid,cfg.tmSrc,value);
api->sendN2kMessage(msg);
api->increment(counterId,cfg.prefix+String("temp"));
}
void runIicTask(GwApi *api);
void initIicTask(GwApi *api){
GwLog *logger=api->getLogger();
#ifndef _GWIIC
vTaskDelete(NULL);
return;
#else
bool addTask=false;
#ifdef GWSHT3X
LOG_DEBUG(GwLog::LOG,"SHT3X configured");
SHT3XConfig sht3xConfig(api->getConfig());
api->addCapability(sht3xConfig.prefix,"true");
addHumidXdr(api,sht3xConfig);
addTempXdr(api,sht3xConfig);
if (sht3xConfig.tmAct || sht3xConfig.huAct) addTask=true;
#endif
#ifdef GWQMP6988
LOG_DEBUG(GwLog::LOG,"QMP6988 configured");
QMP6988Config qmp6988Config(api->getConfig());
api->addCapability(qmp6988Config.prefix,"true");
addPressureXdr(api,qmp6988Config);
#endif
#ifdef GWBME280
LOG_DEBUG(GwLog::LOG,"BME280 configured");
BME280Config bme280Config(api->getConfig());
api->addCapability(bme280Config.prefix,"true");
bool bme280Active=false;
if (addPressureXdr(api,bme280Config)) bme280Active=true;
if (addTempXdr(api,bme280Config)) bme280Active=true;
if (addHumidXdr(api,bme280Config)) bme280Active=true;
if (! bme280Active){
LOG_DEBUG(GwLog::DEBUG,"BME280 configured but disabled");
}
else{
addTask=true;
}
#endif
if (addTask){
api->addUserTask(runIicTask,"iicTask",3000);
}
}
void runIicTask(GwApi *api){
GwLog *logger=api->getLogger();
#ifndef _GWIIC
LOG_DEBUG(GwLog::LOG,"no iic defined, iic task stopped");
vTaskDelete(NULL);
return;
#endif
LOG_DEBUG(GwLog::LOG,"iic task started");
bool rt=Wire.begin(GWIIC_SDA,GWIIC_SCL);
if (! rt){
LOG_DEBUG(GwLog::ERROR,"unable to initialize IIC");
vTaskDelete(NULL);
return;
}
GwConfigHandler *config=api->getConfig();
bool runLoop=false;
GwIntervalRunner timers;
int counterId=api->addCounter("iicsensors");
#ifdef GWSHT3X
SHT3X *sht3x=nullptr;
int addr=GWSHT3X;
if (addr < 0) addr=0x44; //default
SHT3XConfig sht3xConfig(config);
if (sht3xConfig.huAct || sht3xConfig.tmAct){
sht3x=new SHT3X();
sht3x->init(addr,&Wire);
LOG_DEBUG(GwLog::LOG,"initialized SHT3X at address %d, intv %ld",(int)addr,sht3xConfig.intv);
runLoop=true;
timers.addAction(sht3xConfig.intv,[logger,api,sht3x,sht3xConfig,counterId](){
int rt=0;
if ((rt=sht3x->get())==0){
double temp=sht3x->cTemp;
temp=CToKelvin(temp);
double humid=sht3x->humidity;
LOG_DEBUG(GwLog::DEBUG,"SHT3X measure temp=%2.1f, humid=%2.0f",(float)temp,(float)humid);
if (sht3xConfig.huAct){
sendN2kHumidity(api,sht3xConfig,humid,counterId);
}
if (sht3xConfig.tmAct){
sendN2kTemperature(api,sht3xConfig,temp,counterId);
}
}
else{
LOG_DEBUG(GwLog::DEBUG,"unable to query SHT3X: %d",rt);
}
});
}
#endif
#ifdef GWQMP6988
int qaddr=GWQMP6988;
if (qaddr < 0) qaddr=0x56;
QMP6988Config qmp6988Config(api->getConfig());
QMP6988 *qmp6988=nullptr;
if (qmp6988Config.prAct){
runLoop=true;
qmp6988=new QMP6988();
qmp6988->init(qaddr,&Wire);
LOG_DEBUG(GwLog::LOG,"initialized QMP6988 at address %d, intv %ld",qaddr,qmp6988Config.intv);
timers.addAction(qmp6988Config.intv,[logger,api,qmp6988,qmp6988Config,counterId](){
float pressure=qmp6988->calcPressure();
float computed=pressure+qmp6988Config.prOff;
LOG_DEBUG(GwLog::DEBUG,"qmp6988 measure %2.0fPa, computed %2.0fPa",pressure,computed);
sendN2kPressure(api,qmp6988Config,computed,counterId);
});
}
#endif
#ifdef GWBME280
int baddr=GWBME280;
if (baddr < 0) baddr=0x76;
BME280Config bme280Config(api->getConfig());
if (bme280Config.tmAct || bme280Config.prAct|| bme280Config.huAct){
Adafruit_BME280 *bme280=new Adafruit_BME280();
if (bme280->begin(baddr,&Wire)){
uint32_t sensorId=bme280->sensorID();
bool hasHumidity=sensorId == 0x60; //BME280, else BMP280
if (bme280Config.tmOff != 0){
bme280->setTemperatureCompensation(bme280Config.tmOff);
}
if (hasHumidity || bme280Config.tmAct || bme280Config.prAct)
{
LOG_DEBUG(GwLog::LOG, "initialized BME280 at %d, sensorId 0x%x", baddr, sensorId);
timers.addAction(bme280Config.intv, [logger, api, bme280, bme280Config, counterId, hasHumidity](){
if (bme280Config.prAct){
float pressure=bme280->readPressure();
float computed=pressure+bme280Config.prOff;
LOG_DEBUG(GwLog::DEBUG,"BME280 measure %2.0fPa, computed %2.0fPa",pressure,computed);
sendN2kPressure(api,bme280Config,computed,counterId);
}
if (bme280Config.tmAct){
float temperature=bme280->readTemperature(); //offset is handled internally
temperature=CToKelvin(temperature);
LOG_DEBUG(GwLog::DEBUG,"BME280 measure temp=%2.1f",temperature);
sendN2kTemperature(api,bme280Config,temperature,counterId);
}
if (bme280Config.huAct && hasHumidity){
float humidity=bme280->readHumidity();
LOG_DEBUG(GwLog::DEBUG,"BME280 read humid=%02.0f",humidity);
sendN2kHumidity(api,bme280Config,humidity,counterId);
}
});
runLoop = true;
}
else{
LOG_DEBUG(GwLog::ERROR,"BME280 only humidity active, but sensor does not have it");
}
}
else{
LOG_DEBUG(GwLog::ERROR,"unable to initialize BME280 sensor at address %d",baddr);
}
}
#endif
if (! runLoop){
LOG_DEBUG(GwLog::LOG,"nothing to do for IIC task, finish");
vTaskDelete(NULL);
return;
}
while(true){
delay(100);
timers.loop();
}
vTaskDelete(NULL);
#endif
}
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