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specific.c
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//***************************************************************************
// Automation Control
// File specific.c
// This code is distributed under the terms and conditions of the
// GNU GENERAL PUBLIC LICENSE. See the file LICENSE for details.
// Date 16.04.2021 - Jörg Wendel
//***************************************************************************
#include <dirent.h>
#include <inttypes.h>
#ifndef _NO_RASPBERRY_PI_
# include <wiringPi.h>
#else
# include "gpio.h"
#endif
#include "lib/json.h"
#include "specific.h"
volatile int showerSwitch {0};
//***************************************************************************
// Configuration Items
//***************************************************************************
std::list<Daemon::ConfigItemDef> P4d::configuration
{
// p4d
{ "latitude", ctNum, "50.3", false, "Daemon", "Breitengrad", "" },
{ "longitude", ctNum, "8.79", false, "Daemon", "Längengrad", "" },
{ "interval", ctInteger, "60", false, "Daemon", "Intervall der Aufzeichung", "Datenbank Aufzeichung [s]" },
{ "webPort", ctInteger, "1111", false, "Daemon", "Port des Web Interfaces", "" },
{ "stateCheckInterval", ctInteger, "10", false, "Daemon", "Intervall der Status Prüfung", "Intervall der Status Prüfung [s]" },
{ "arduinoInterval", ctInteger, "10", false, "Daemon", "Intervall der Arduino Messungen", "[s]" },
{ "ttyDevice", ctString, "/dev/ttyUSB0", false, "Daemon", "TTY Device zur S-3200", "Beispiel: '/dev/ttyUsb0'" },
{ "eloquence", ctBitSelect, "1", false, "Daemon", "Log Eloquence", "" },
{ "tsync", ctBool, "0", false, "Daemon", "Zeitsynchronisation", "täglich 3:00" },
{ "maxTimeLeak", ctInteger, "5", false, "Daemon", " bei Abweichung über [s]", "Mindestabweichung für Synchronisation in Sekunden" },
{ "aggregateHistory", ctInteger, "1", false, "Daemon", "Historie [Tage]", "history for aggregation in days (default 0 days -> aggegation turned OFF)" },
{ "aggregateInterval", ctInteger, "15", false, "Daemon", " danach aggregieren über", "aggregation interval in minutes - 'one sample per interval will be build'" },
{ "peakResetAt", ctString, "", true, "Daemon", "", "" },
{ "consumptionPerHour", ctNum, "4", false, "Daemon", "Pellet Verbrauch / Stoker Stunde", "" },
{ "openWeatherApiKey", ctString, "", false, "Daemon", "Openweathermap API Key", "" },
// web
{ "webUrl", ctString, "", false, "WEB Interface", "URL der Visualisierung", "kann mit %weburl% in die Mails eingefügt werden" },
{ "webSSL", ctBool, "", false, "WEB Interface", "Use SSL for WebInterface" },
{ "haUrl", ctString, "", false, "WEB Interface", "URL der Hausautomatisierung", "Zur Anzeige des Menüs als Link" },
{ "heatingType", ctChoice, "", false, "WEB Interface", "Typ der Heizung", "" },
{ "style", ctChoice, "dark", false, "WEB Interface", "Farbschema", "" },
{ "iconSet", ctChoice, "light", false, "WEB Interface", "Status Icon Set", "" },
{ "background", ctChoice, "", false, "WEB Interface", "Background image", "" },
{ "schema", ctChoice, "schema.jpg", false, "WEB Interface", "Schematische Darstellung", "" },
{ "vdr", ctBool, "0", false, "WEB Interface", "VDR (Video Disk Recorder) OSD verfügbar", "" },
{ "chartRange", ctNum, "1.5", true, "WEB Interface", "Chart Range", "" },
{ "chartSensors", ctNum, "VA:0x0", true, "WEB Interface", "Chart Sensors", "" },
// MQTT interface
{ "mqttUrl", ctString, "tcp://localhost:1883", false, "MQTT Interface", "MQTT Broker Url", "URL der MQTT Instanz Beispiel: 'tcp://127.0.0.1:1883'" },
{ "mqttUser", ctString, "", false, "MQTT Interface", "User", "" },
{ "mqttPassword", ctString, "", false, "MQTT Interface", "Password", "" },
{ "mqttSensorTopics", ctString, TARGET "2mqtt/w1/#, " TARGET "2mqtt/arduino/out", false, "MQTT Interface", "Zusätzliche sensor Topics", "" },
// Home Automation MQTT interface
{ "mqttDataTopic", ctString, "", false, "Home Automation Interface (like Home-Assistant, ...)", "Data Topic Name", "<NAME> wird gegen den Messwertnamen und <GROUP> gegen den Namen der Gruppe ersetzt. Beispiel: p4d2mqtt/sensor/<NAME>/state" },
{ "mqttSendWithKeyPrefix", ctString, "", false, "Home Automation Interface (like Home-Assistant, ...)", "Adresse übertragen", "Wenn hier ein Präfix konfiguriert ist wird die Adresse der Sensoren nebst Präfix übertragen" },
{ "mqttHaveConfigTopic", ctBool, "1", false, "Home Automation Interface (like Home-Assistant, ...)", "Config Topic", "Speziell für HomeAssistant" },
// mail
{ "mail", ctBool, "0", false, "Mail", "Mail Benachrichtigung", "Mail Benachrichtigungen aktivieren/deaktivieren" },
{ "mailScript", ctString, "/usr/bin/p4d-mail.sh", false, "Mail", "p4d sendet Mails über das Skript", "" },
{ "stateMailTo", ctString, "", false, "Mail", "Status Mail Empfänger", "Komma getrennte Empfängerliste" },
{ "stateMailStates", ctMultiSelect, "", false, "Mail", " für folgende Status", "" },
{ "errorMailTo", ctString, "", false, "Mail", "Fehler Mail Empfänger", "Komma getrennte Empfängerliste" },
{ "deconzHttpUrl", ctString, "", false, "DECONZ", "deCONZ HTTP URL", "" },
{ "deconzApiKey", ctString, "", false, "DECONZ", "deCONZ API key", "" },
{ "homeMaticInterface", ctBool, "false", false, "HomeMatic CCU", "HomeMatic Interface", "" },
};
//***************************************************************************
// P4d Daemon
//***************************************************************************
P4d::P4d()
: Daemon()
{
webPort = 1111;
sem = new Sem(0x3da00001);
serial = new Serial;
request = new P4Request(serial);
}
P4d::~P4d()
{
free(stateMailAtStates);
delete serial;
delete request;
delete sem;
}
//***************************************************************************
// Init/Exit
//***************************************************************************
int P4d::init()
{
int status = Daemon::init();
getConfigItem("knownStates", knownStates, "");
if (!isEmpty(knownStates))
{
std::vector<std::string> sStates = split(knownStates, ':');
for (const auto& s : sStates)
stateDurations[atoi(s.c_str())] = 0;
tell(eloAlways, "Loaded (%zu) states [%s]", stateDurations.size(), knownStates);
}
sem->p();
serial->open(ttyDevice);
sem->v();
return status;
}
int P4d::exit()
{
serial->close();
return Daemon::exit();
}
//***************************************************************************
// Init/Exit Database
//***************************************************************************
cDbFieldDef minValueDef("MIN_VALUE", "minvalue", cDBS::ffInt, 0, cDBS::ftData);
cDbFieldDef endTimeDef("END_TIME", "endtime", cDBS::ffDateTime, 0, cDBS::ftData);
int P4d::initDb()
{
int status = Daemon::initDb();
tableErrors = new cDbTable(connection, "errors");
if (tableErrors->open() != success) return fail;
tableMenu = new cDbTable(connection, "menu");
if (tableMenu->open() != success) return fail;
tableTimeRanges = new cDbTable(connection, "timeranges"); // #TODO - still needed
if (tableTimeRanges->open() != success) return fail;
tablePellets = new cDbTable(connection, "pellets");
if (tablePellets->open() != success) return fail;
// ----------------
selectAllMenuItems = new cDbStatement(tableMenu);
selectAllMenuItems->build("select ");
selectAllMenuItems->bindAllOut();
selectAllMenuItems->build(" from %s", tableMenu->TableName());
status += selectAllMenuItems->prepare();
// ----------------
selectMenuItemsByParent = new cDbStatement(tableMenu);
selectMenuItemsByParent->build("select ");
selectMenuItemsByParent->bindAllOut();
selectMenuItemsByParent->build(" from %s where ", tableMenu->TableName());
selectMenuItemsByParent->bind("PARENT", cDBS::bndIn | cDBS::bndSet);
status += selectMenuItemsByParent->prepare();
// ----------------
selectMenuItemsByChild = new cDbStatement(tableMenu);
selectMenuItemsByChild->build("select ");
selectMenuItemsByChild->bindAllOut();
selectMenuItemsByChild->build(" from %s where ", tableMenu->TableName());
selectMenuItemsByChild->bind("CHILD", cDBS::bndIn | cDBS::bndSet);
status += selectMenuItemsByChild->prepare();
// ------------------
// select min(value), time from samples
// where address = ? type = ?
// and time > ?
minValue.setField(&minValueDef);
selectStokerHours = new cDbStatement(tableSamples);
selectStokerHours->build("select ");
selectStokerHours->bindTextFree("min(value)", &minValue, "", cDBS::bndOut);
selectStokerHours->bind("TIME", cDBS::bndOut, ", ");
selectStokerHours->build(" from %s where ", tableSamples->TableName());
selectStokerHours->bind("ADDRESS", cDBS::bndIn | cDBS::bndSet);
selectStokerHours->bind("TYPE", cDBS::bndIn | cDBS::bndSet, " and ");
selectStokerHours->bindCmp(0, "TIME", 0, ">", " and ");
status += selectStokerHours->prepare();
// ------------------
// state duration
// select value, text, min(time)
// from samples
// where
// address = 1
// and type = 'UD'
// and text is not null
// and date(time) = curdate()
// and time > ?
// and vaue != ?
endTime.setField(&endTimeDef);
selectStateDuration = new cDbStatement(tableSamples);
selectStateDuration->build("select ");
selectStateDuration->bind("VALUE", cDBS::bndOut);
selectStateDuration->bind("TEXT", cDBS::bndOut, ", ");
selectStateDuration->bindTextFree("min(time)", &endTime, ", ", cDBS::bndOut);
selectStateDuration->build(" from %s", tableSamples->TableName());
selectStateDuration->build(" where %s = 1", tableSamples->getField("ADDRESS")->getDbName());
selectStateDuration->build(" and %s = 'UD'", tableSamples->getField("TYPE")->getDbName());
selectStateDuration->build(" and %s is not null", tableSamples->getField("TEXT")->getDbName());
selectStateDuration->build(" and date(%s) = curdate()", tableSamples->getField("TIME")->getDbName());
selectStateDuration->bindCmp(0, "TIME", 0, ">", " and ");
selectStateDuration->bindCmp(0, "VALUE", 0, "!=", " and ");
status += selectStateDuration->prepare();
// ------------------
// all errors
selectAllErrors = new cDbStatement(tableErrors);
selectAllErrors->build("select ");
selectAllErrors->bindAllOut();
selectAllErrors->build(" from %s", tableErrors->TableName());
selectAllErrors->build(" order by time1 desc");
status += selectAllErrors->prepare();
// ------------------
// pending errors
selectPendingErrors = new cDbStatement(tableErrors);
selectPendingErrors->build("select ");
selectPendingErrors->bindAllOut();
selectPendingErrors->build(" from %s where %s <> 'quittiert' and (%s <= 0 or %s is null)",
tableErrors->TableName(),
tableErrors->getField("STATE")->getDbName(),
tableErrors->getField("MAILCNT")->getDbName(),
tableErrors->getField("MAILCNT")->getDbName());
status += selectPendingErrors->prepare();
// ------------------
// select all pellets
selectAllPellets = new cDbStatement(tablePellets);
selectAllPellets->build("select ");
selectAllPellets->bindAllOut();
selectAllPellets->build(" from %s", tablePellets->TableName());
selectAllPellets->build(" order by time");
status += selectAllPellets->prepare();
return status;
}
int P4d::exitDb()
{
delete tablePellets; tablePellets= nullptr;
delete tableMenu; tableMenu = nullptr;
delete tableErrors; tableErrors = nullptr;
delete tableTimeRanges; tableTimeRanges = nullptr;
delete selectAllMenuItems; selectAllMenuItems = nullptr;
delete selectMenuItemsByParent; selectMenuItemsByParent = nullptr;
delete selectMenuItemsByChild; selectMenuItemsByChild = nullptr;
delete selectAllErrors; selectAllErrors = nullptr;
delete selectPendingErrors; selectPendingErrors = nullptr;
delete selectAllPellets; selectAllPellets = nullptr;
delete selectStokerHours; selectStokerHours = nullptr;
delete selectStateDuration; selectStateDuration = nullptr;
return Daemon::exitDb();
}
int P4d::loadStates()
{
Daemon::loadStates();
return done;
}
//***************************************************************************
// Read Configuration
//***************************************************************************
int P4d::readConfiguration(bool initial)
{
Daemon::readConfiguration(initial);
getConfigItem("stateCheckInterval", stateCheckInterval, 10);
getConfigItem("ttyDevice", ttyDevice, "/dev/ttyUSB0");
getConfigItem("tsync", tSync, no);
getConfigItem("maxTimeLeak", maxTimeLeak, 10);
getConfigItem("stateMailStates", stateMailAtStates, "0,1,3,19");
getConfigItem("consumptionPerHour", consumptionPerHour, 0);
getConfigItem("heatingType", heatingType, "P4");
tell(eloDetail, "The heating type is set to '%s'", heatingType);
getConfigItem("knownStates", knownStates, "");
if (!isEmpty(knownStates))
{
std::vector<std::string> sStates = split(knownStates, ':');
for (const auto& s : sStates)
stateDurations[atoi(s.c_str())] = 0;
tell(eloAlways, "Loaded (%zu) states [%s]", stateDurations.size(), knownStates);
}
return done;
}
int P4d::atMeanwhile()
{
return done;
}
//***************************************************************************
// IO Interrupt Handler
//***************************************************************************
void ioInterrupt()
{
}
//***************************************************************************
// Apply Configuration Specials
//***************************************************************************
int P4d::applyConfigurationSpecials()
{
sensors["UD"][udState].record = true;
sensors["UD"][udMode].record = true;
sensors["UD"][udTime].record = true;
return done;
}
//***************************************************************************
// Update Sensors
//***************************************************************************
int P4d::updateSensors()
{
time_t now = time(0);
sem->p();
// check serial connection
int status = request->check();
if (status != success)
{
serial->close();
tell(eloAlways, "Error reading serial interface, reopen now");
serial->open(ttyDevice);
if (request->check() != success)
{
sem->v();
return fail;
}
}
for (const auto& typeSensorsIt : sensors)
{
for (const auto& sensorIt : typeSensorsIt.second)
{
int status {success};
const SensorData* sensor = &sensorIt.second;
cDbRow* row = valueFactOf(sensor->type.c_str(), sensor->address);
if (sensor->type == "SD") // state duration
{
const auto it = stateDurations.find(sensor->address);
if (it == stateDurations.end())
continue;
double theValue = stateDurations[sensor->address] / 60;
if (sensors[sensor->type][sensor->address].value != theValue)
{
sensors[sensor->type][sensor->address].value = theValue;
sensors[sensor->type][sensor->address].valid = true;
sensors[sensor->type][sensor->address].last = now;
}
}
else if (sensor->type == "UD")
{
std::string oldText = sensors[sensor->type][sensor->address].text;
double oldValue = sensors[sensor->type][sensor->address].value;
if (sensor->address == udState)
{
sensors[sensor->type][sensor->address].value = currentState.state;
sensors[sensor->type][sensor->address].text = currentState.stateinfo;
}
else if (sensor->address == udMode)
{
sensors[sensor->type][sensor->address].text = currentState.modeinfo;
sensors[sensor->type][sensor->address].value = currentState.mode;
}
else if (sensor->address == udTime)
{
sensors[sensor->type][sensor->address].text = l2pTime(currentState.time, "%A, %d. %b. %Y %H:%M:%S");
sensors[sensor->type][sensor->address].value = currentState.time;
break;
}
sensors[sensor->type][sensor->address].valid = true;
if (sensors[sensor->type][sensor->address].text != oldText || sensors[sensor->type][sensor->address].value != oldValue)
sensors[sensor->type][sensor->address].last = now;
}
else if (sensor->type == "DO")
{
Fs::IoValue v(sensor->address);
if ((status = request->getDigitalOut(&v)) != success)
{
tell(eloAlways, "Error: Getting digital out 0x%04x failed, error %d", sensor->address, status);
continue;
}
if (sensors[sensor->type][sensor->address].state != (bool)v.state)
{
sensors[sensor->type][sensor->address].state = v.state;
sensors[sensor->type][sensor->address].valid = true;
sensors[sensor->type][sensor->address].last = now;
}
}
else if (sensor->type == "DI")
{
Fs::IoValue v(sensor->address);
if ((status = request->getDigitalIn(&v)) != success)
{
tell(eloAlways, "Error: Getting digital in 0x%04x failed, error %d", sensor->address, status);
continue;
}
if (sensors[sensor->type][sensor->address].state != (bool)v.state)
{
sensors[sensor->type][sensor->address].state = v.state;
sensors[sensor->type][sensor->address].valid = true;
sensors[sensor->type][sensor->address].last = now;
}
}
else if (sensor->type == "AO")
{
Fs::IoValue v(sensor->address);
if ((status = request->getAnalogOut(&v)) != success)
{
tell(eloAlways, "Error: Getting analog out 0x%04x failed, error %d", sensor->address, status);
continue;
}
if (sensors[sensor->type][sensor->address].state != (bool)v.state)
{
sensors[sensor->type][sensor->address].value = v.state;
sensors[sensor->type][sensor->address].valid = true;
sensors[sensor->type][sensor->address].last = now;
}
}
else if (sensor->type == "VA")
{
Value v(sensor->address);
if ((status = request->getValue(&v)) != success)
{
tell(eloAlways, "Error: Getting value 0x%04x failed, error %d", sensor->address, status);
continue;
}
int dataType = row->getIntValue("SUBTYPE");
int value = dataType == 1 ? (word)v.value : (sword)v.value;
double theValue = value / (double)sensor->factor;
if (sensors[sensor->type][sensor->address].value != theValue)
{
sensors[sensor->type][sensor->address].kind = "value";
sensors[sensor->type][sensor->address].value = theValue;
sensors[sensor->type][sensor->address].valid = true;
sensors[sensor->type][sensor->address].last = now;
}
}
// publish to HA always - we like to draw charts ...
mqttHaPublish(sensors[sensor->type][sensor->address]);
if (sensors[sensor->type][sensor->address].last == now || sensor->type == "UD")
mqttNodeRedPublishSensor(sensors[sensor->type][sensor->address]);
}
}
sem->v();
selectActiveValueFacts->freeResult();
return done;
}
int P4d::standbyUntil()
{
time_t until = min(nextStateAt, nextRefreshAt);
while (time(0) < until && !doShutDown())
{
meanwhile();
usleep(5000);
}
return done;
}
//***************************************************************************
// Do State
//***************************************************************************
int P4d::doLoop()
{
int lastState {currentState.state};
int status = updateState();
if (status != success)
{
sem->p();
serial->close();
tell(eloAlways, "Error reading serial interface, reopen now!");
status = serial->open(ttyDevice);
sem->v();
if (status != success)
{
tell(eloAlways, "Retrying in 10 seconds");
standby(10);
}
return fail;
}
stateChanged = lastState != currentState.state;
if (stateChanged)
{
lastState = currentState.state;
nextRefreshAt = time(0); // force on state change
tell(eloAlways, "State changed to '%s'", currentState.stateinfo);
}
nextStateAt = stateCheckInterval ? time(0) + stateCheckInterval : nextRefreshAt;
return success;
}
//***************************************************************************
// Update State
//***************************************************************************
int P4d::updateState()
{
static time_t nextReportAt = 0;
int status;
time_t now;
// get state
sem->p();
tell(eloDetail, "Checking state ...");
status = request->getStatus(¤tState);
now = time(0);
sem->v();
if (status != success)
return status;
tell(eloDetail, "... got (%d) '%s'%s", currentState.state, toTitle(currentState.state),
isError(currentState.state) ? " -> Störung" : "");
// ----------------------
// check time sync
if (!nextTimeSyncAt)
scheduleTimeSyncIn();
if (tSync && maxTimeLeak && labs(currentState.time - now) > maxTimeLeak)
{
if (now > nextReportAt)
{
tell(eloAlways, "Time drift is %ld seconds", currentState.time - now);
nextReportAt = now + 2 * tmeSecondsPerMinute;
}
if (now > nextTimeSyncAt)
{
scheduleTimeSyncIn(tmeSecondsPerDay);
tell(eloAlways, "Time drift is %ld seconds, syncing now", currentState.time - now);
sem->p();
if (request->syncTime() == success)
tell(eloAlways, "Time sync succeeded");
else
tell(eloAlways, "Time sync failed");
sleep(2); // S-3200 need some seconds to store time :o
status = request->getStatus(¤tState);
now = time(0);
sem->v();
tell(eloAlways, "Time drift now %ld seconds", currentState.time - now);
}
}
sensors["UD"][udState].value = currentState.state;
sensors["UD"][udState].text = currentState.stateinfo;
mqttHaPublish(sensors["UD"][udState]);
mqttNodeRedPublishSensor(sensors["UD"][udState]);
// #TODO -> push also to WS ?
return status;
}
//***************************************************************************
// Schedule Time Sync In
//***************************************************************************
void P4d::scheduleTimeSyncIn(int offset)
{
struct tm tm = {0};
time_t now;
now = time(0);
localtime_r(&now, &tm);
tm.tm_sec = 0;
tm.tm_min = 0;
tm.tm_hour = 3;
tm.tm_isdst = -1; // force DST auto detect
nextTimeSyncAt = mktime(&tm);
nextTimeSyncAt += offset;
}
//***************************************************************************
// Send State Mail
//***************************************************************************
int P4d::sendStateMail()
{
std::string subject = "Heizung - Status: " + std::string(currentState.stateinfo);
std::string mailBodyHtml;
for (const auto& typeSensorsIt : sensors)
{
for (const auto& sensorIt : typeSensorsIt.second)
{
const SensorData* sensor = &sensorIt.second;
if (sensor->type == "WEA")
continue;
if (sensor->text.length())
mailBodyHtml += " <tr><td>" + sensor->title + "</td><td>" + sensor->text + "</td></tr>\n";
else if (sensor->kind == "status")
mailBodyHtml += " <tr><td>" + sensor->title + "</td><td>" + std::string(sensor->state ? "on" : "off") + "</td></tr>\n";
else
{
char value[100];
sprintf(value, "%.2f", sensor->value);
mailBodyHtml += " <tr><td>" + sensor->title + "</td><td>" + std::string(value) + "</td></tr>\n";
}
}
}
// check
if (!isMailState() || isEmpty(mailScript) || !mailBodyHtml.length() || isEmpty(stateMailTo))
return done;
// HTML mail
char* html {nullptr};
loadHtmlHeader();
asprintf(&html,
"<html>\n"
" %s\n"
" <body>\n"
" <font face=\"Arial\"><br/>WEB Interface: <a href=\"%s\">S 3200</a><br/></font>\n"
" <br/>\n"
" <table>\n"
" <thead>\n"
" <tr class=\"head\">\n"
" <th><font>Parameter</font></th>\n"
" <th><font>Wert</font></th>\n"
" </tr>\n"
" </thead>\n"
" <tbody>\n"
"%s"
" </tbody>\n"
" </table>\n"
" <br/>\n"
" </body>\n"
"</html>\n",
htmlHeader.c_str(), webUrl, mailBodyHtml.c_str());
int result = sendMail(stateMailTo, subject.c_str(), html, "text/html");
free(html);
mailBodyHtml = "";
return result;
}
//***************************************************************************
// Is Mail State
//***************************************************************************
int P4d::isMailState()
{
int result = no;
char* mailStates = 0;
if (isEmpty(stateMailAtStates))
return yes;
mailStates = strdup(stateMailAtStates);
for (const char* p = strtok(mailStates, ","); p; p = strtok(0, ","))
{
if (atoi(p) == currentState.state)
{
result = yes;
break;
}
}
free(mailStates);
return result;
}
//***************************************************************************
// Perform Jobs
//***************************************************************************
int P4d::performJobs()
{
return done;
}
//***************************************************************************
// After Update
//***************************************************************************
void P4d::afterUpdate()
{
Daemon::afterUpdate();
updateErrors();
calcStateDuration();
if (mail && errorsPending)
sendErrorMail();
if (mail && stateChanged)
sendStateMail();
json_t* oJson = json_object();
s3200State2Json(oJson);
pushOutMessage(oJson, "s3200-state");
}
//***************************************************************************
// Process
//***************************************************************************
int P4d::process()
{
return success;
}
//***************************************************************************
// Report Actual State
//***************************************************************************
void P4d::logReport()
{
}
//***************************************************************************
// Initialize Menu Structure
//***************************************************************************
int P4d::initMenu(bool updateParameterValues)
{
int status;
Fs::MenuItem m;
int count = 0;
// check serial communication
if (request->check() != success)
{
serial->close();
return fail;
}
tableMenu->truncate();
tableMenu->clear();
// ...
for (status = request->getFirstMenuItem(&m); status != Fs::wrnLast && !doShutDown();
status = request->getNextMenuItem(&m))
{
if (status == wrnSkip)
continue;
if (status != success)
break;
tell(eloDebug, "%3d) Address: 0x%4x, parent: 0x%4x, child: 0x%4x; '%s'",
count++, m.parent, m.address, m.child, m.description);
// update table
tableMenu->clear();
tableMenu->setValue("STATE", "D");
tableMenu->setValue("UNIT", m.type == mstAnlOut && isEmpty(m.unit) ? "%" : m.unit);
tableMenu->setValue("PARENT", m.parent);
tableMenu->setValue("CHILD", m.child);
tableMenu->setValue("ADDRESS", m.address);
tableMenu->setValue("TITLE", m.description);
tableMenu->setValue("TYPE", m.type);
tableMenu->setValue("UNKNOWN1", m.unknown1);
tableMenu->setValue("UNKNOWN2", m.unknown2);
tableMenu->insert();
count++;
}
tell(eloAlways, "Read %d menu items", count);
if (updateParameterValues)
{
count = 0;
tell(eloAlways, "Update menu parameters");
tableMenu->clear();
for (int f = selectAllMenuItems->find(); f; f = selectAllMenuItems->fetch())
{
updateParameter(tableMenu);
count++;
}
tell(eloAlways, "Updated %d menu parameters", count);
}
return success;
}
//***************************************************************************
// Update Parameter
//***************************************************************************
int P4d::updateParameter(cDbTable* tableMenu)
{
int type = tableMenu->getIntValue("TYPE");
int paddr = tableMenu->getIntValue("ADDRESS");
int child = tableMenu->getIntValue("CHILD");
tell(eloDetail, "Update parameter %d/%d ...", type, paddr);
sem->p();
if (type == mstFirmware)
{
Fs::Status s;
if (request->getStatus(&s) == success)
{
if (tableMenu->find())
{
tableMenu->setValue("VALUE", s.version);
tableMenu->setValue("UNIT", "");
tableMenu->update();
}
}
}
else if (type == mstDigOut || type == mstDigIn || type == mstAnlOut)
{
int status;
Fs::IoValue v(paddr);
if (type == mstDigOut)
status = request->getDigitalOut(&v);
else if (type == mstDigIn)
status = request->getDigitalIn(&v);
else
status = request->getAnalogOut(&v);
if (status == success)
{
char* buf = 0;
if (type == mstAnlOut)
{
if (v.mode == 0xff)
asprintf(&buf, "%d (A)", v.state);
else
asprintf(&buf, "%d (%d)", v.state, v.mode);
}
else
asprintf(&buf, "%s (%c)", v.state ? "on" : "off", v.mode);
if (tableMenu->find())
{
tableMenu->setValue("VALUE", buf);
tableMenu->setValue("UNIT", "");
tableMenu->update();
}
free(buf);
}
}
else if (type == mstMesswert || type == mstMesswert1)
{
int status;
Fs::Value v(paddr);
tableValueFacts->clear();
tableValueFacts->setValue("TYPE", "VA");
tableValueFacts->setValue("ADDRESS", paddr);
if (tableValueFacts->find())
{
double factor = tableValueFacts->getIntValue("FACTOR");
const char* unit = tableValueFacts->getStrValue("UNIT");
int dataType = tableValueFacts->getIntValue("SUBTYPE");
status = request->getValue(&v);
if (status == success)
{
char* buf = 0;
int value = dataType == 1 ? (word)v.value : (sword)v.value;