LilyGo-LoRa-Series/examples/Sensor/QMC63xx_GetDataExample/QmcServices.cpp

#include "QmcServices.h"

#include <TBeamClock.h>
#include <TBeamStorage.h>
#include <TBeamWeb.h>

#ifndef BOARD_ID
#define BOARD_ID "NODE"
#endif

#ifndef NODE_LABEL
#define NODE_LABEL BOARD_ID
#endif

#ifndef LOG_AP_IP_OCTET
#define LOG_AP_IP_OCTET 25
#endif

namespace {

tbeam::TBeamClock clockService(Wire1);
tbeam::TBeamStorage storageService(::Serial);
tbeam::TBeamWeb webService(::Serial);

bool servicesStarted = false;
uint32_t lastFlushMs = 0;
uint32_t lastClockUpdateMs = 0;
char logPath[128] = {};

void openRunLog()
{
    if (!storageService.ready()) {
        return;
    }

    char runId[64] = {};
    tbeam::DateTime rtc;
    int64_t epoch = 0;
    if (clockService.readValidRtc(rtc, &epoch)) {
        tbeam::TBeamClock::makeRunId(rtc, BOARD_ID, runId, sizeof(runId));
    } else {
        snprintf(runId, sizeof(runId), "%s_%lu", BOARD_ID, static_cast<unsigned long>(millis() / 1000));
    }

    snprintf(logPath, sizeof(logPath), "/logs/qmc63xx/%s.log", runId);
    if (!storageService.openLog(logPath)) {
        ::Serial.printf("[qmc-services] log open failed: %s\n", storageService.lastError());
        logPath[0] = '\0';
        return;
    }

    storageService.println("# test: qmc63xx");
    storageService.print("# board_id: ");
    storageService.println(BOARD_ID);
    storageService.print("# node_label: ");
    storageService.println(NODE_LABEL);
    storageService.print("# log_path: ");
    storageService.println(logPath);
    if (clockService.valid()) {
        char iso[32] = {};
        tbeam::TBeamClock::formatIsoUtc(clockService.lastRtc(), iso, sizeof(iso));
        storageService.print("# rtc_utc: ");
        storageService.println(iso);
    }
    storageService.println("# serial_tee: enabled");
    storageService.flush();
}

}  // namespace

QmcSerialTee QmcSerial;

void QmcSerialTee::begin(unsigned long baud)
{
    ::Serial.begin(baud);
}

size_t QmcSerialTee::write(uint8_t value)
{
    const size_t serialWritten = ::Serial.write(value);
    if (servicesStarted && storageService.isLogOpen()) {
        storageService.write(&value, 1);
    }
    return serialWritten;
}

size_t QmcSerialTee::write(const uint8_t* buffer, size_t size)
{
    const size_t serialWritten = ::Serial.write(buffer, size);
    if (servicesStarted && storageService.isLogOpen()) {
        storageService.write(buffer, size);
    }
    return serialWritten;
}

void QmcSerialTee::flush()
{
    ::Serial.flush();
    if (servicesStarted && storageService.isLogOpen()) {
        storageService.flush();
    }
}

void qmcServicesBegin()
{
    if (servicesStarted) {
        return;
    }

    tbeam::ClockConfig clockConfig;
    clockConfig.beginWire = false;
    clockService.begin(clockConfig);
    clockService.update();

    tbeam::StorageConfig storageConfig;
    storageConfig.logDir = "/logs/qmc63xx";
    storageConfig.enablePinDumps = false;
    storageService.begin(storageConfig);

    openRunLog();

    tbeam::WebConfig webConfig;
    webConfig.ssidPrefix = "GPSQA";
    webConfig.boardId = BOARD_ID;
    webConfig.password = nullptr;
    webConfig.ipOctet = LOG_AP_IP_OCTET;
    webConfig.enableDelete = true;
    webService.begin(storageService, webConfig);

    servicesStarted = true;

    ::Serial.printf("[qmc-services] board=%s label=%s\n", BOARD_ID, NODE_LABEL);
    if (clockService.valid()) {
        char iso[32] = {};
        tbeam::TBeamClock::formatIsoUtc(clockService.lastRtc(), iso, sizeof(iso));
        ::Serial.printf("[qmc-services] rtc=%s\n", iso);
    } else {
        ::Serial.printf("[qmc-services] rtc invalid: %s\n", clockService.lastError());
    }
    ::Serial.printf("[qmc-services] log=%s\n", logPath[0] ? logPath : "(not open)");
    if (webService.ready()) {
        ::Serial.printf("[qmc-services] web=http://%s/ ssid=%s\n",
                        webService.ip().toString().c_str(),
                        webService.ssid());
    } else {
        ::Serial.printf("[qmc-services] web unavailable: %s\n", webService.lastError());
    }
}

void qmcServicesUpdate()
{
    if (!servicesStarted) {
        return;
    }

    const uint32_t now = millis();
    storageService.update();
    webService.update();

    if (now - lastClockUpdateMs >= 1000) {
        lastClockUpdateMs = now;
        clockService.update();
    }

    if (now - lastFlushMs >= 2000) {
        lastFlushMs = now;
        storageService.flush();
    }
}

const char* qmcServicesLogPath()
{
    return logPath;
}