367 lines
8.9 KiB
C++
367 lines
8.9 KiB
C++
/*
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* This file is part of the "bluetoothheater" distribution
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* (https://gitlab.com/mrjones.id.au/bluetoothheater)
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*
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* Copyright (C) 2018 Ray Jones <ray@mrjones.id.au>
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*
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* This program is free software: you can redistribute it and/or modify
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* it under the terms of the GNU General Public License as published by
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* the Free Software Foundation, either version 3 of the License, or
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* (at your option) any later version.
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*
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* This program is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU General Public License for more details.
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*
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* You should have received a copy of the GNU General Public License
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* along with this program. If not, see <https://www.gnu.org/licenses/>.
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*
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*/
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#ifndef __BTC_NV_STORAGE_H__
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#define __BTC_NV_STORAGE_H__
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#include "BTC_GPIO.h"
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#include "NVCore.h"
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#include "../Utility/helpers.h"
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#include "../RTC/Timers.h" // for sTimer
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void toggle(bool& ref);
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void toggle(uint8_t& ref);
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struct sHeaterTuning : public CESP32_NVStorage {
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uint8_t Pmin;
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uint8_t Pmax;
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uint16_t Fmin;
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uint16_t Fmax;
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uint8_t sysVoltage; // x10
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uint8_t fanSensor;
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uint8_t glowDrive;
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uint8_t lowVolts; // x10
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float pumpCal;
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float tempOfs;
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bool valid() {
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bool retval = true;
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retval &= Pmin < 100;
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retval &= Pmax < 150;
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retval &= Fmin < 5000;
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retval &= Fmax < 6000;
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retval &= sysVoltage == 120 || sysVoltage == 240;
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retval &= fanSensor == 1 || fanSensor == 2;
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retval &= INBOUNDS(glowDrive, 1, 6);
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retval &= INBOUNDS(pumpCal, 0.001, 1.0);
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if(sysVoltage == 120)
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retval &= INBOUNDS(lowVolts, 100, 125);
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else
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retval &= INBOUNDS(lowVolts, 200, 250);
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retval &= INBOUNDS(tempOfs, -10, +10);
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return retval;
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};
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void init() {
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Pmin = 14;
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Pmax = 45;
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Fmin = 1500;
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Fmax = 4500;
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sysVoltage = 120;
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fanSensor = 1;
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glowDrive = 5;
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pumpCal = 0.02;
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lowVolts = 115;
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tempOfs = 0;
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};
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void load();
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void save();
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sHeaterTuning& operator=(const sHeaterTuning& rhs) {
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Pmin = rhs.Pmin;
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Pmax = rhs.Pmax;
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Fmin = rhs.Fmin;
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Fmax = rhs.Fmax;
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sysVoltage = rhs.sysVoltage;
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fanSensor = rhs.fanSensor;
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glowDrive = rhs.glowDrive;
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pumpCal = rhs.pumpCal;
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lowVolts = rhs.lowVolts;
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tempOfs = rhs.tempOfs;
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return *this;
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}
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float getPmin() const;
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float getPmax() const;
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void setPmin(float val);
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void setPmax(float val);
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void setSysVoltage(float val);
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float getLVC() const;
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};
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struct sHomeMenuActions {
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uint8_t onTimeout;
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uint8_t onStart;
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uint8_t onStop;
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bool valid() {
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bool retval = true;
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retval &= onTimeout < 4;
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retval &= onStart < 4;
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retval &= onStop < 4;
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return retval;
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}
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void init() {
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onTimeout = 0;
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onStart = 0;
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onStop = 0;
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}
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sHomeMenuActions& operator=(const sHomeMenuActions& rhs) {
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onTimeout = rhs.onTimeout;
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onStart = rhs.onStart;
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onStop = rhs.onStop;
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return *this;
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}
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};
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struct sCyclicThermostat {
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int8_t Stop;
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int8_t Start;
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bool valid() {
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bool retval = true;
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retval &= INBOUNDS(Start, -10, 0);
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retval &= INBOUNDS(Stop, 0, 10);
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return retval;
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}
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void init() {
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Start = -1;
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Stop = 0;
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}
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bool isEnabled() const {
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return Stop != 0;
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}
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sCyclicThermostat& operator=(const sCyclicThermostat& rhs) {
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Stop = rhs.Stop;
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Start = rhs.Start;
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return *this;
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}
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};
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struct sJSONoptions {
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uint8_t singleElement;
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uint8_t LF;
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uint8_t padding;
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bool valid() {
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bool retval = true;
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retval &= singleElement <= 1;
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retval &= LF <= 1;
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retval &= padding <= 1;
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return retval;
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}
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void init() {
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singleElement = 0;
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LF = 0;
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padding = 0;
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}
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sJSONoptions& operator=(const sJSONoptions& rhs) {
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singleElement = rhs.singleElement;
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LF = rhs.LF;
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padding = rhs.padding;
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return *this;
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}
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};
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struct sCredentials : public CESP32_NVStorage {
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char SSID[32];
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char APpassword[32];
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char webUpdateUsername[32];
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char webUpdatePassword[32];
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void init() {
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strcpy(SSID, "Afterburner");
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strcpy(APpassword, "thereisnospoon");
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strcpy(webUpdateUsername, "Afterburner");
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strcpy(webUpdatePassword, "BurnBabyBurn");
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};
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void load();
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void save();
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bool valid();
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sCredentials& operator=(const sCredentials& rhs) {
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strcpy(SSID, rhs.SSID);
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strcpy(APpassword, rhs.APpassword);
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strcpy(webUpdateUsername, rhs.webUpdateUsername);
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strcpy(webUpdatePassword, rhs.webUpdatePassword);
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return *this;
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}
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};
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struct sMQTTparams : public CESP32_NVStorage {
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uint8_t enabled;
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uint16_t port;
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char host[128];
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char username[32];
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char password[32];
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void init() {
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enabled = false;
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port = 1234;
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memset(host, 0, 128);
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memset(username, 0, 32);
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memset(password, 0, 32);
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}
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sMQTTparams& operator=(const sMQTTparams& rhs) {
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enabled = rhs.enabled;
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port = rhs.port;
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memcpy(host, rhs.host, 128);
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memcpy(username, rhs.username, 32);
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memcpy(password, rhs.password, 32);
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host[127] = 0;
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username[31] = 0;
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password[31] = 0;
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return *this;
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}
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void load();
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void save();
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bool valid();
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};
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struct sUserSettings : public CESP32_NVStorage {
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long dimTime;
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long menuTimeout;
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uint8_t degF;
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uint8_t ThermostatMethod; // 0: standard heater, 1: Narrow Hysterisis, 2:Managed Hz mode
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float ThermostatWindow;
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uint8_t useThermostat;
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uint8_t enableWifi;
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uint8_t enableOTA;
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uint16_t FrameRate;
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sCyclicThermostat cyclic;
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sHomeMenuActions HomeMenu;
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sGPIOparams GPIO;
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sJSONoptions JSON;
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bool valid() {
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bool retval = true;
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retval &= INBOUNDS(dimTime, -600000, 600000); // +/- 10 mins
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retval &= INBOUNDS(menuTimeout, 0, 300000); // 5 mins
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retval &= (degF == 0) || (degF == 1);
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retval &= (ThermostatMethod & 0x03) < 3; // only modes 0, 1 or 2
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retval &= INBOUNDS(ThermostatWindow, 0.2f, 10.f);
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retval &= useThermostat < 2;
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retval &= (enableWifi == 0) || (enableWifi == 1);
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retval &= (enableOTA == 0) || (enableOTA == 1);
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retval &= GPIO.inMode < 4;
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retval &= GPIO.outMode < 3;
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retval &= INBOUNDS(FrameRate, 300, 1500);
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retval &= cyclic.valid();
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retval &= HomeMenu.valid();
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retval &= JSON.valid();
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return retval;
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}
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void init() {
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dimTime = 60000;
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menuTimeout = 60000;
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degF = 0;
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ThermostatMethod = 0;
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ThermostatWindow = 1.0;
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useThermostat = 1;
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enableWifi = 1;
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enableOTA = 1;
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GPIO.inMode = GPIOinNone;
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GPIO.outMode = GPIOoutNone;
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GPIO.algMode = GPIOalgNone;
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FrameRate = 1000;
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cyclic.init();
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HomeMenu.init();
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JSON.init();
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};
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void load();
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void save();
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sUserSettings& operator=(const sUserSettings& rhs) {
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dimTime = rhs.dimTime;
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menuTimeout = rhs.menuTimeout;
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degF = rhs.degF;
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ThermostatMethod = rhs.ThermostatMethod;
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ThermostatWindow = rhs.ThermostatWindow;
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useThermostat = rhs.useThermostat;
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enableWifi = rhs.enableWifi;
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enableOTA = rhs.enableOTA;
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GPIO.inMode = rhs.GPIO.inMode;
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GPIO.outMode = rhs.GPIO.outMode;
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GPIO.algMode = rhs.GPIO.algMode;
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FrameRate = rhs.FrameRate;
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cyclic = rhs.cyclic;
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HomeMenu = rhs.HomeMenu;
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JSON = rhs.JSON;
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return *this;
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}
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};
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// the actual data stored to NV memory
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struct sNVStore {
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sHeaterTuning heaterTuning;
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sUserSettings userSettings;
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sTimer timer[14];
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sMQTTparams MQTT;
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sCredentials Credentials;
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bool valid();
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void init();
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sNVStore& operator=(const sNVStore& rhs) {
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heaterTuning = rhs.heaterTuning;
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userSettings = rhs.userSettings;
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for(int i = 0; i < 14; i++)
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timer[i] = rhs.timer[i];
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MQTT = rhs.MQTT;
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Credentials = rhs.Credentials;
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return *this;
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}
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};
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class CHeaterStorage /*: public CESP32_NVStorage*/ {
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protected:
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sNVStore _calValues;
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public:
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CHeaterStorage();
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virtual ~CHeaterStorage() {};
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// TODO: These are only here to allow building without fully
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// fleshing out NV storage for Due, Mega etc
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// these should be removed once complete (pure virtual)
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virtual void init() {};
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virtual void load() {};
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virtual void save() {};
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virtual void doSave() {}
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const sMQTTparams& getMQTTinfo() const;
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const sCredentials& getCredentials() const;
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const sUserSettings& getUserSettings() const;
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const sHeaterTuning& getHeaterTuning() const;
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void getTimerInfo(int idx, sTimer& timerInfo);
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void setTimerInfo(int idx, const sTimer& timerInfo);
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void setMQTTinfo(const sMQTTparams& info);
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void setCredentials(const sCredentials& info);
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CHeaterStorage& operator=(const CHeaterStorage& rhs) {
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_calValues = rhs._calValues;
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return *this;
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}
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void setUserSettings(const sUserSettings& info);
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void setHeaterTuning(const sHeaterTuning& info);
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};
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class CESP32HeaterStorage : public CHeaterStorage {
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bool _bShouldSave;
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public:
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CESP32HeaterStorage();
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virtual ~CESP32HeaterStorage();
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void init();
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void load();
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void save();
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void doSave();
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};
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extern CHeaterStorage& NVstore;
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#endif // __BTC_NV_STORAGE_H__
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