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qt-openzwave/qt-ozwdaemon/mqttpublisher.cpp

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#include <QDateTime>
#include "mqttpublisher.h"
#include "mqttcommands/mqttcommands.h"
Q_LOGGING_CATEGORY(ozwmp, "ozw.mqtt.publisher");
Q_LOGGING_CATEGORY(ozwmpnode, "ozw.mqtt.publisher.node");
Q_LOGGING_CATEGORY(ozwmpvalue, "ozw.mqtt.publisher.value");
mqttNodeModel::mqttNodeModel(QObject *parent)
{
}
QVariant mqttNodeModel::getNodeData(quint8 node, NodeColumns col) {
int row = this->getNodeRow(node);
return this->data(this->index(row, col), Qt::DisplayRole);
}
bool mqttNodeModel::isValidNode(quint8 node) {
if (this->getNodeRow(node) == -1)
return false;
return true;
}
bool mqttNodeModel::populateJsonObject(QJsonObject *jsonobject, quint8 node, QTOZWManager *mgr) {
for (int i = 0; i < this->columnCount(QModelIndex()); i++) {
QVariant data = this->getNodeData(node, static_cast<NodeColumns>(i));
if (data.type() == QVariant::Invalid) {
continue;
}
switch (static_cast<NodeColumns>(i)) {
case NodeColumns::NodeFlags: {
QBitArray flag = data.toBitArray();
QMetaEnum metaEnum = QMetaEnum::fromType<nodeFlags>();
for (int j = 0; j < nodeFlags::flagCount; j++) {
jsonobject->insert(metaEnum.valueToKey(j), flag.at(j));
}
break;
}
default: {
QMetaEnum metaEnum = QMetaEnum::fromType<NodeColumns>();
if (static_cast<QMetaType::Type>(data.type()) == QMetaType::QString) {
jsonobject->insert(metaEnum.valueToKey(i), data.toString());
} else if (static_cast<QMetaType::Type>(data.type()) == QMetaType::Bool) {
jsonobject->insert(metaEnum.valueToKey(i), data.toBool());
} else if (static_cast<QMetaType::Type>(data.type()) == QMetaType::Int) {
jsonobject->insert(metaEnum.valueToKey(i), data.toInt());
} else if (static_cast<QMetaType::Type>(data.type()) == QMetaType::UInt) {
jsonobject->insert(metaEnum.valueToKey(i), data.toInt());
} else {
qCWarning(ozwmpvalue) << "Can't Convert " << data.type() << "(" << metaEnum.valueToKey(i) << ") to store in JsonObject: " << node;
}
break;
}
}
}
/* MetaData */
QJsonObject metadata = jsonobject->value("MetaData").toObject();
QMetaEnum metaEnum = QMetaEnum::fromType<QTOZWManagerSource::QTOZWMetaDataField>();
if (metadata.empty()) {
for (int i = 0; i < QTOZWManagerSource::Identifier; i++) {
metadata.insert(metaEnum.valueToKey(i), mgr->GetMetaData(node, static_cast<QTOZWManagerSource::QTOZWMetaDataField>(i)));
}
metadata.insert("ProductPicBase64", QString(mgr->GetMetaDataProductPic(node).toBase64()));
jsonobject->insert("MetaData", metadata);
}
/* Neighbors */
QVector<quint8> neighbors = mgr->GetNodeNeighbors(node);
if (neighbors.size() > 0) {
QJsonArray N;
for (int i = 0; i < neighbors.count(); i++) {
N.append(neighbors[i]);
}
jsonobject->insert("Neighbors", N);
}
return true;
}
mqttValueIDModel::mqttValueIDModel(QObject *parent) {
}
QVariant mqttValueIDModel::getValueData(quint64 vidKey, ValueIdColumns col) {
int row = this->getValueRow(vidKey);
return this->data(this->index(row, col), Qt::DisplayRole);
}
bool mqttValueIDModel::isValidValueID(quint64 vidKey) {
if (this->getValueRow(vidKey) == -1)
return false;
return true;
}
bool mqttValueIDModel::populateJsonObject(QJsonObject *jsonobject, quint64 vidKey, QTOZWManager *mgr) {
for (int i = 0; i < ValueIdColumns::ValueIdCount; i++) {
QVariant data = this->getValueData(vidKey, static_cast<ValueIdColumns>(i));
switch (static_cast<ValueIdColumns>(i)) {
case ValueFlags: {
QBitArray flag = data.toBitArray();
QMetaEnum metaEnum = QMetaEnum::fromType<ValueIDFlags>();
for (int j = 0; j < ValueIDFlags::FlagCount; j++) {
jsonobject->insert(metaEnum.valueToKey(j), flag.at(j));
}
break;
}
case Value: {
jsonobject->insert("Value", this->encodeValue(vidKey));
break;
}
case Genre: {
QMetaEnum metaEnum = QMetaEnum::fromType<ValueIdGenres>();
jsonobject->insert("Genre", metaEnum.valueToKey(data.toInt()));
break;
}
case Type: {
QMetaEnum metaEnum = QMetaEnum::fromType<ValueIdTypes>();
jsonobject->insert("Type", metaEnum.valueToKey(data.toInt()));
break;
}
case CommandClass: {
jsonobject->insert("CommandClass", mgr->getCommandClassString(data.toInt()));
break;
}
default: {
QMetaEnum metaEnum = QMetaEnum::fromType<ValueIdColumns>();
if (static_cast<QMetaType::Type>(data.type()) == QMetaType::QString) {
jsonobject->insert(metaEnum.valueToKey(i), data.toString());
} else if (static_cast<QMetaType::Type>(data.type()) == QMetaType::Bool) {
jsonobject->insert(metaEnum.valueToKey(i), data.toBool());
} else if (static_cast<QMetaType::Type>(data.type()) == QMetaType::Int) {
jsonobject->insert(metaEnum.valueToKey(i), data.toInt());
} else if (static_cast<QMetaType::Type>(data.type()) == QMetaType::UInt) {
jsonobject->insert(metaEnum.valueToKey(i), data.toInt());
} else if (static_cast<QMetaType::Type>(data.type()) == QMetaType::Float) {
jsonobject->insert(metaEnum.valueToKey(i), data.toDouble());
} else if (static_cast<QMetaType::Type>(data.type()) == QMetaType::ULongLong) {
jsonobject->insert(metaEnum.valueToKey(i), static_cast<qint64>(data.toULongLong()));
} else {
qCWarning(ozwmpvalue) << "mqttValueIDModel::populateJsonObject: Can't Convert " << data.type() << "(" << metaEnum.valueToKey(i) << ") to store in JsonObject: " << vidKey;
}
break;
}
}
}
return true;
}
QJsonValue mqttValueIDModel::encodeValue(quint64 vidKey) {
QJsonValue value;
QVariant data = this->getValueData(vidKey, mqttValueIDModel::ValueIdColumns::Value);
QTOZW_ValueIds::ValueIdTypes type = this->getValueData(vidKey, mqttValueIDModel::ValueIdColumns::Type).value<QTOZW_ValueIds::ValueIdTypes>();
switch (type) {
case QTOZW_ValueIds::ValueIdTypes::BitSet: {
QJsonArray bitsets;
QTOZW_ValueIDBitSet vidbs = data.value<QTOZW_ValueIDBitSet>();
int size = vidbs.mask.size();
for (int i = 0; i < size; i++) {
if (vidbs.mask[i] == 1) {
QJsonObject bitset;
bitset["Label"] = vidbs.label[i];
bitset["Help"] = vidbs.help[i];
bitset["Value"] = static_cast<bool>(vidbs.values[i]);
bitset["Position"] = i;
bitsets.push_back(bitset);
}
}
value = bitsets;
break;
}
case QTOZW_ValueIds::ValueIdTypes::Bool: {
value = data.toBool();
break;
}
case QTOZW_ValueIds::ValueIdTypes::Button: {
value = data.toBool();
break;
}
case QTOZW_ValueIds::ValueIdTypes::Byte: {
value = data.toInt();
break;
}
case QTOZW_ValueIds::ValueIdTypes::Decimal: {
value = data.toFloat();
break;
}
case QTOZW_ValueIds::ValueIdTypes::Int:{
value = data.toInt();
break;
}
case QTOZW_ValueIds::ValueIdTypes::List: {
QTOZW_ValueIDList vidlist = data.value<QTOZW_ValueIDList>();
int size = vidlist.values.count();
QJsonArray list;
for (int i = 0; i < size; i++) {
QJsonObject entry;
entry["Value"] = static_cast<int>(vidlist.values[i]);
entry["Label"] = vidlist.labels[i];
list.push_back(entry);
}
QJsonObject var;
var["List"] = list;
var["Selected"] = vidlist.selectedItem;
value = var;
break;
}
case QTOZW_ValueIds::ValueIdTypes::Raw: {
qCWarning(ozwmpvalue) << "Raw ValueType not handled in mqttValueIdModel::encodeValue yet";
break;
}
case QTOZW_ValueIds::ValueIdTypes::Schedule: {
qCWarning(ozwmpvalue) << "Raw ValueType not handled in mqttValueIdModel::encodeValue yet";
break;
}
case QTOZW_ValueIds::ValueIdTypes::Short: {
value = data.toInt();
break;
}
case QTOZW_ValueIds::ValueIdTypes::String: {
value = data.toString();
break;
}
case QTOZW_ValueIds::ValueIdTypes::TypeCount: {
qCWarning(ozwmpvalue) << "Unhandled ValueID Type" << type << "in mqttValueIdModel::encodeValue" << vidKey << this->getValueData(vidKey, mqttValueIDModel::ValueIdColumns::Label).toString();
break;
}
}
return value;
}
bool mqttValueIDModel::setData(quint64 vidKey, QVariant data) {
return QTOZW_ValueIds::setData(this->index(this->getValueRow(vidKey), QTOZW_ValueIds::ValueIdColumns::Value), data, Qt::EditRole);
}
mqttpublisher::mqttpublisher(QObject *parent) : QObject(parent)
{
this->m_client = new QMqttClient(this);
this->m_client->setHostname(settings.value("MQTTServer", "127.0.0.1").toString());
this->m_client->setPort(static_cast<quint16>(settings.value("MQTTPort", 1883).toInt()));
/* setup the Commands */
this->m_commands = new MqttCommands(this);
this->m_commands->setupCommands();
connect(this->m_client, &QMqttClient::stateChanged, this, &mqttpublisher::updateLogStateChange);
connect(this->m_client, &QMqttClient::disconnected, this, &mqttpublisher::brokerDisconnected);
connect(this->m_client, &QMqttClient::messageReceived, this, &mqttpublisher::handleMessage);
connect(m_client, &QMqttClient::pingResponseReceived, this, [this]() {
const QString content = QDateTime::currentDateTime().toString()
+ QLatin1String(" PingResponse")
+ QLatin1Char('\n');
qCDebug(ozwmp) << content;
});
this->m_client->setWillTopic(getTopic(MQTT_OZW_STATUS_TOPIC));
QJsonObject willMsg;
willMsg["Status"] = "Offline";
this->m_client->setWillMessage(QJsonDocument(willMsg).toJson());
this->m_client->setWillRetain(true);
connect(&this->m_statsTimer, &QTimer::timeout, this, &mqttpublisher::doStats);
}
void mqttpublisher::doStats() {
QJsonObject stats;
if (!this->m_qtozwdeamon) {
return;
}
QTOZWManager *manager = this->m_qtozwdeamon->getManager();
DriverStatistics ds = manager->GetDriverStatistics();
QJsonObject dsjson;
dsjson["SOFCnt"] = static_cast<qint64>(ds.m_SOFCnt);
dsjson["ACKWaiting"] = static_cast<qint64>(ds.m_ACKWaiting);
dsjson["readAborts"] = static_cast<qint64>(ds.m_readAborts);
dsjson["badChecksum"] = static_cast<qint64>(ds.m_badChecksum);
dsjson["readCnt"] = static_cast<qint64>(ds.m_readCnt);
dsjson["writeCnt"] = static_cast<qint64>(ds.m_writeCnt);
dsjson["CANCnt"] = static_cast<qint64>(ds.m_CANCnt);
dsjson["NAKCnt"] = static_cast<qint64>(ds.m_NAKCnt);
dsjson["ACKCnt"] = static_cast<qint64>(ds.m_ACKCnt);
dsjson["OOFCnt"] = static_cast<qint64>(ds.m_OOFCnt);
dsjson["dropped"] = static_cast<qint64>(ds.m_dropped);
dsjson["retries"] = static_cast<qint64>(ds.m_retries);
dsjson["callbacks"] = static_cast<qint64>(ds.m_callbacks);
dsjson["badroutes"] = static_cast<qint64>(ds.m_badroutes);
dsjson["noack"] = static_cast<qint64>(ds.m_noack);
dsjson["netbusy"] = static_cast<qint64>(ds.m_netbusy);
dsjson["notidle"] = static_cast<qint64>(ds.m_notidle);
dsjson["txverified"] = static_cast<qint64>(ds.m_txverified);
dsjson["nondelivery"] = static_cast<qint64>(ds.m_nondelivery);
dsjson["routedbusy"] = static_cast<qint64>(ds.m_routedbusy);
dsjson["broadcastReadCnt"] = static_cast<qint64>(ds.m_broadcastReadCnt);
dsjson["broadcastWriteCnt"] = static_cast<qint64>(ds.m_broadcastWriteCnt);
stats["Network"] = dsjson;
QJsonObject nodes;
for (int i = 0; i < this->m_nodeModel->rowCount(QModelIndex()); i++) {
QJsonObject nsjson;
int NodeID = this->m_nodeModel->data(this->m_nodeModel->index(i, mqttNodeModel::NodeColumns::NodeID), Qt::DisplayRole).toInt();
NodeStatistics ns = manager->GetNodeStatistics(NodeID);
nsjson["sendCount"] = static_cast<qint64>(ns.sentCount); /**< Number of Packets Sent to the Node */
nsjson["sentFailed"] = static_cast<qint64>(ns.sentFailed); /**< Number of Packets that Failed to be acknowledged by the Node or Controller */
nsjson["retries"] = static_cast<qint64>(ns.retries); /**< Number of times we have had to Retry sending packets to the Node */
nsjson["receivedPackets"] = static_cast<qint64>(ns.receivedPackets); /**< Number of received Packets from the Node */
nsjson["receivedDupPackets"] = static_cast<qint64>(ns.receivedDupPackets); /**< Number of Duplicate Packets received from the Node */
nsjson["receivedUnsolicited"] = static_cast<qint64>(ns.receivedUnsolicited); /**< Number of Unsolicited Packets received from the Node */
nsjson["lastSentTimeStamp"] = ns.lastSentTimeStamp.toSecsSinceEpoch(); /**< TimeStamp of the Last time we sent a packet to the Node */
nsjson["lastRecievedTimeStamp"] = ns.lastReceivedTimeStamp.toSecsSinceEpoch(); /**< Timestamp of the last time we received a packet from the Node */
nsjson["lastRequestRTT"] = static_cast<qint64>(ns.lastRequestRTT); /**< Last Round-Trip Time when we made a request to the Node */
nsjson["averageRequestRTT"] = static_cast<qint64>(ns.averageRequestRTT); /**< Average Round-Trip Time when we make requests to a Node */
nsjson["lastResponseRTT"] = static_cast<qint64>(ns.lastResponseRTT); /**< Last Round-Trip Time when we got a Response from a Node */
nsjson["averageResponseRTT"] = static_cast<qint64>(ns.averageResponseRTT); /**< Average Round-Trip Time when got a Response from a Node */
nsjson["quality"] = ns.quality; /**< The Quality of the Signal from the Node, as Reported by the Controller */
nsjson["extendedTXSupported"] = ns.extendedTXSupported; /**< If these statistics support Extended TX Reporting (Controller Dependent) */
nsjson["txTime"] = ns.txTime; /**< The Time it took to Transmit the last packet to the Node */
nsjson["hops"] = ns.hops; /**< The Number of hops the packet traversed to reach the node */
nsjson["rssi_1"] = ns.rssi_1; /**< The RSSI Strength of the first hop */
nsjson["rssi_2"] = ns.rssi_2; /**< The RSSI Strength of the second hop */
nsjson["rssi_3"] = ns.rssi_3; /**< The RSSI Strength of the third hop */
nsjson["rssi_4"] = ns.rssi_4; /**< The RSSI Strength of the fourth hop */
nsjson["rssi_5"] = ns.rssi_5; /**< The RSSI Strength of the final hop */
nsjson["route_1"] = ns.route_1; /**< The NodeId of the First Hop */
nsjson["route_2"] = ns.route_2; /**< The NodeId of the Second Hop */
nsjson["route_3"] = ns.route_3; /**< The NodeId of the third Hop */
nsjson["route_4"] = ns.route_4; /**< The NodeId of the Fourth Hop */
nsjson["ackChannel"] = ns.ackChannel; /**< The Channel that recieved the ACK From the Node */
nsjson["lastTXChannel"] = ns.lastTXChannel; /**< The last Channel we used to communicate with the Node */
nsjson["routeScheme"] = ns.routeScheme; /**< How the Route was calculated when we last communicated with the Node */
nsjson["routeUsed"] = ns.routeUsed; /**< The Route last used to communicate with the Node */
nsjson["routeSpeed"] = ns.routeSpeed; /**< The Speed that was used when we last communicated with the node */
nsjson["routeTries"] = ns.routeTries; /**< The Number of attempts the Controller made to route the packet to the Node */
nsjson["lastFailedLinkFrom"] = ns.lastFailedLinkFrom; /**< The Last Failed Link From */
nsjson["lastFailedLinkTo"] = ns.lastFailedLinkTo; /**< The Last Failed Link To */
nodes[QString::number(NodeID)] = nsjson;
}
stats["Nodes"] = nodes;
this->m_client->publish(QMqttTopicName(getTopic(MQTT_OZW_STATS_TOPIC)), QJsonDocument(stats).toJson(), 0, false);
}
bool mqttpublisher::isValidNode(quint8 node) {
return this->m_nodeModel->isValidNode(node);
}
bool mqttpublisher::isValidValueID(quint64 vidKey) {
return this->m_valueModel->isValidValueID(vidKey);
}
QVariant mqttpublisher::getValueData(quint64 vidKey, mqttValueIDModel::ValueIdColumns col) {
return this->m_valueModel->getValueData(vidKey, col);
}
bool mqttpublisher::setValue(quint64 vidKey, QVariant data) {
return this->m_valueModel->setData(vidKey, data);
}
QString mqttpublisher::getTopic(QString topic) {
return QString(MQTT_OZW_TOP_TOPIC).arg(settings.value("Instance", 1).toInt()).append(topic);
}
QString mqttpublisher::getNodeTopic(QString topic, quint8 node) {
QString t(MQTT_OZW_TOP_TOPIC);
t = t.arg(settings.value("Instance", 1).toInt());
t.append(topic.arg(static_cast<quint8>(node)));
return t;
}
QString mqttpublisher::getValueTopic(QString topic, quint8 node, quint64 vid) {
QString t(MQTT_OZW_TOP_TOPIC);
t = t.arg(settings.value("Instance", 1).toInt());
t.append(topic.arg(static_cast<quint8>(node)).arg(static_cast<quint64>(vid)));
return t;
}
QString mqttpublisher::getCommandTopic() {
QString t(MQTT_OZW_TOP_TOPIC);
t = t.arg(settings.value("Instance", 1).toInt());
t.append(QString(MQTT_OZW_COMMAND_TOPIC));
return t;
}
QString mqttpublisher::getCommandResponseTopic(QString cmd) {
QString t(MQTT_OZW_TOP_TOPIC);
t = t.arg(settings.value("Instance", 1).toInt());
t.append(QString(MQTT_OZW_RESPONSE_TOPIC).arg(cmd));
return t;
}
void mqttpublisher::setOZWDaemon(qtozwdaemon *ozwdaemon) {
this->m_qtozwdeamon = ozwdaemon;
QTOZWManager *manager = this->m_qtozwdeamon->getManager();
this->m_nodeModel = static_cast<mqttNodeModel *>(manager->getNodeModel());
this->m_valueModel = static_cast<mqttValueIDModel *>(manager->getValueModel());
connect(manager, &QTOZWManager::ready, this, &mqttpublisher::ready);
connect(manager, &QTOZWManager::valueAdded, this, &mqttpublisher::valueAdded);
connect(manager, &QTOZWManager::valueChanged, this, &mqttpublisher::valueChanged);
connect(manager, &QTOZWManager::valueRemoved, this, &mqttpublisher::valueRemoved);
connect(manager, &QTOZWManager::valueRefreshed, this, &mqttpublisher::valueRefreshed);
connect(manager, &QTOZWManager::nodeNew, this, &mqttpublisher::nodeNew);
connect(manager, &QTOZWManager::nodeAdded, this, &mqttpublisher::nodeAdded);
connect(manager, &QTOZWManager::nodeEvent, this, &mqttpublisher::nodeEvent);
connect(manager, &QTOZWManager::nodeReset, this, &mqttpublisher::nodeReset);
connect(manager, &QTOZWManager::nodeNaming, this, &mqttpublisher::nodeNaming);
connect(manager, &QTOZWManager::nodeRemoved, this, &mqttpublisher::nodeRemoved);
connect(manager, &QTOZWManager::nodeProtocolInfo, this, &mqttpublisher::nodeProtocolInfo);
connect(manager, &QTOZWManager::nodeEssentialNodeQueriesComplete, this, &mqttpublisher::nodeEssentialNodeQueriesComplete);
connect(manager, &QTOZWManager::nodeQueriesComplete, this, &mqttpublisher::nodeQueriesComplete);
connect(manager, &QTOZWManager::driverReady, this, &mqttpublisher::driverReady);
connect(manager, &QTOZWManager::driverReset, this, &mqttpublisher::driverReset);
connect(manager, &QTOZWManager::driverFailed, this, &mqttpublisher::driverFailed);
connect(manager, &QTOZWManager::driverRemoved, this, &mqttpublisher::driverRemoved);
connect(manager, &QTOZWManager::driverAllNodesQueried, this, &mqttpublisher::driverAllNodesQueried);
connect(manager, &QTOZWManager::driverAwakeNodesQueried, this, &mqttpublisher::driverAwakeNodesQueried);
connect(manager, &QTOZWManager::driverAllNodesQueriedSomeDead, this, &mqttpublisher::driverAllNodesQueriedSomeDead);
connect(manager, &QTOZWManager::controllerCommand, this, &mqttpublisher::controllerCommand);
connect(manager, &QTOZWManager::ozwNotification, this, &mqttpublisher::ozwNotification);
connect(manager, &QTOZWManager::ozwUserAlert, this, &mqttpublisher::ozwUserAlert);
connect(manager, &QTOZWManager::manufacturerSpecificDBReady, this, &mqttpublisher::manufacturerSpecificDBReady);
connect(manager, &QTOZWManager::starting, this, &mqttpublisher::starting);
connect(manager, &QTOZWManager::started, this, &mqttpublisher::started);
connect(manager, &QTOZWManager::stopped, this, &mqttpublisher::stopped);
this->m_client->connectToHost();
}
void mqttpublisher::updateLogStateChange()
{
const QString content = QDateTime::currentDateTime().toString()
+ QLatin1String(": State Change: " )
+ QString::number(m_client->state());
qCDebug(ozwmp) << content;
if (this->m_client->state() == QMqttClient::ClientState::Connected) {
this->m_client->subscribe(QMqttTopicFilter("/OpenZWave/commands"));
this->m_commands->setupSubscriptions(this->m_client, this->getCommandTopic());
}
}
void mqttpublisher::brokerDisconnected()
{
qCDebug(ozwmp) << "Disconnnected";
}
void mqttpublisher::handleMessage(const QByteArray &message, const QMqttTopicName &topic) {
qCDebug(ozwmp) << "Received: " << topic.name() << ":" << message;
}
bool mqttpublisher::sendStatusUpdate() {
this->m_ozwstatus["TimeStamp"] = QDateTime::currentSecsSinceEpoch();
this->m_client->publish(QMqttTopicName(getTopic(MQTT_OZW_STATUS_TOPIC)), QJsonDocument(this->m_ozwstatus).toJson(), 0, true);
return true;
}
bool mqttpublisher::sendNodeUpdate(quint8 node) {
this->m_nodes[node]["TimeStamp"] = QDateTime::currentSecsSinceEpoch();
this->m_client->publish(QMqttTopicName(getNodeTopic(MQTT_OZW_NODE_TOPIC, node)), QJsonDocument(this->m_nodes[node]).toJson(), 0, true);
return true;
}
bool mqttpublisher::sendValueUpdate(quint64 vidKey) {
quint8 node = this->m_valueModel->getValueData(vidKey, QTOZW_ValueIds::Node).value<quint8>();
if (node == 0) {
qCWarning(ozwmp) << "sendValueUpdate: Can't find Node for Value: " << vidKey;
return false;
}
this->m_values[vidKey]["TimeStamp"] = QDateTime::currentSecsSinceEpoch();
this->m_client->publish(QMqttTopicName(getValueTopic(MQTT_OZW_VID_TOPIC, node, vidKey)), QJsonDocument(this->m_values[vidKey]).toJson(), 0, true);
return true;
}
void mqttpublisher::sendCommandUpdate(QString command, QJsonObject js) {
js["TimeStamp"] = QDateTime::currentSecsSinceEpoch();
this->m_client->publish(QMqttTopicName(getCommandResponseTopic(command.toLower())), QJsonDocument(js).toJson(), 0, false);
return;
}
bool mqttpublisher::delNodeTopic(quint8 node) {
this->m_client->publish(QMqttTopicName(getNodeTopic(MQTT_OZW_NODE_TOPIC, node)), NULL, 0, false);
return true;
}
bool mqttpublisher::delValueTopic(quint64 vidKey) {
quint8 node = this->m_valueModel->getValueData(vidKey, QTOZW_ValueIds::Node).value<quint8>();
if (node == 0) {
qCWarning(ozwmp) << "delValueTopic: Can't find Node for Value: " << vidKey;
return false;
}
this->m_client->publish(QMqttTopicName(getValueTopic(MQTT_OZW_VID_TOPIC, node, vidKey)), NULL, 0, false);
return true;
}
void mqttpublisher::ready() {
qCDebug(ozwmp) << "Publishing Event ready:";
this->m_ozwstatus["Status"] = "Ready";
this->sendStatusUpdate();
}
void mqttpublisher::valueAdded(quint64 vidKey) {
qCDebug(ozwmp) << "Publishing Event valueAdded:" << vidKey;
this->m_valueModel->populateJsonObject(&this->m_values[vidKey], vidKey, this->m_qtozwdeamon->getManager());
this->m_values[vidKey]["Event"] = "valueAdded";
this->sendValueUpdate(vidKey);
}
void mqttpublisher::valueRemoved(quint64 vidKey) {
qCDebug(ozwmp) << "Publishing Event valueRemoved:" << vidKey;
this->delValueTopic(vidKey);
}
void mqttpublisher::valueChanged(quint64 vidKey) {
qCDebug(ozwmp) << "Publishing Event valueChanged:" << vidKey;
this->m_values[vidKey]["Event"] = "valueChanged";
this->m_values[vidKey]["Value"] = this->m_valueModel->encodeValue(vidKey);
this->sendValueUpdate(vidKey);
}
void mqttpublisher::valueRefreshed(quint64 vidKey) {
qCDebug(ozwmp) << "Publishing Event valueRefreshed:" << vidKey;
this->m_values[vidKey]["Event"] = "valueRefreshed";
this->m_values[vidKey]["Value"] = this->m_valueModel->encodeValue(vidKey);
this->sendValueUpdate(vidKey);
}
void mqttpublisher::nodeNew(quint8 node) {
qCDebug(ozwmp) << "Publishing Event NodeNew:" << node;
this->m_nodeModel->populateJsonObject(&this->m_nodes[node], node, this->m_qtozwdeamon->getManager());
this->m_nodes[node]["Event"] = "nodeNew";
this->sendNodeUpdate(node);
}
void mqttpublisher::nodeAdded(quint8 node) {
qCDebug(ozwmp) << "Publishing Event NodeAdded:" << node;
this->m_nodeModel->populateJsonObject(&this->m_nodes[node], node, this->m_qtozwdeamon->getManager());
this->m_nodes[node]["Event"] = "nodeAdded";
this->sendNodeUpdate(node);
}
void mqttpublisher::nodeRemoved(quint8 node) {
qCDebug(ozwmp) << "Publishing Event nodeRemoved:" << node;
this->delNodeTopic(node);
}
void mqttpublisher::nodeReset(quint8 node) {
qCDebug(ozwmp) << "Publishing Event nodeReset:" << node;
this->delNodeTopic(node);
}
void mqttpublisher::nodeNaming(quint8 node) {
qCDebug(ozwmp) << "Publishing Event nodeNaming:" << node;
this->m_nodes[node]["Event"] = "nodeNaming";
this->sendNodeUpdate(node);
}
void mqttpublisher::nodeEvent(quint8 node, quint8 event) {
Q_UNUSED(node);
Q_UNUSED(event);
/* we dont do anything here, as NodeEvent is just a BASIC message
* which should be handled via the normal ValueID/ValueChanged Events
*/
}
void mqttpublisher::nodeProtocolInfo(quint8 node) {
qCDebug(ozwmp) << "Publishing Event nodeProtocolInfo:" << node;
this->m_nodeModel->populateJsonObject(&this->m_nodes[node], node, this->m_qtozwdeamon->getManager());
this->m_nodes[node]["Event"] = "nodeProtocolInfo";
this->sendNodeUpdate(node);
}
void mqttpublisher::nodeEssentialNodeQueriesComplete(quint8 node) {
qCDebug(ozwmp) << "Publishing Event nodeEssentialNodeQueriesComplete:" << node;
this->m_nodeModel->populateJsonObject(&this->m_nodes[node], node, this->m_qtozwdeamon->getManager());
this->m_nodes[node]["Event"] = "nodeEssentialNodeQueriesComplete";
this->sendNodeUpdate(node);
}
void mqttpublisher::nodeQueriesComplete(quint8 node) {
qCDebug(ozwmp) << "Publishing Event nodeQueriesComplete:" << node;
this->m_nodeModel->populateJsonObject(&this->m_nodes[node], node, this->m_qtozwdeamon->getManager());
this->m_nodes[node]["Event"] = "nodeQueriesComplete";
this->sendNodeUpdate(node);
}
void mqttpublisher::driverReady(quint32 homeID) {
qCDebug(ozwmp) << "Publishing Event driverReady:" << homeID;
this->m_ozwstatus["Status"] = "driverReady";
this->m_ozwstatus["homeID"] = QJsonValue(static_cast<int>(homeID));
this->sendStatusUpdate();
}
void mqttpublisher::driverFailed(quint32 homeID) {
qCDebug(ozwmp) << "Publishing Event driverFailed:" << homeID;
this->m_ozwstatus["Status"] = "driverFailed";
this->m_ozwstatus["homeID"] = QJsonValue(static_cast<int>(homeID));
this->sendStatusUpdate();
}
void mqttpublisher::driverReset(quint32 homeID) {
qCDebug(ozwmp) << "Publishing Event driverReset:" << homeID;
this->m_ozwstatus["Status"] = "driverReset";
this->m_ozwstatus["homeID"] = QJsonValue(static_cast<int>(homeID));
this->sendStatusUpdate();
}
void mqttpublisher::driverRemoved(quint32 homeID) {
qCDebug(ozwmp) << "Publishing Event driverRemoved:" << homeID;
this->m_ozwstatus["Status"] = "driverRemoved";
this->m_ozwstatus["homeID"] = QJsonValue(static_cast<int>(homeID));
this->sendStatusUpdate();
}
void mqttpublisher::driverAllNodesQueriedSomeDead() {
qCDebug(ozwmp) << "Publishing Event driverAllNodesQueriedSomeDead:" ;
this->m_ozwstatus["Status"] = "driverAllNodesQueriedSomeDead";
this->sendStatusUpdate();
}
void mqttpublisher::driverAllNodesQueried() {
qCDebug(ozwmp) << "Publishing Event driverAllNodesQueried:" ;
this->m_ozwstatus["Status"] = "driverAllNodesQueried";
this->sendStatusUpdate();
}
void mqttpublisher::driverAwakeNodesQueried() {
qCDebug(ozwmp) << "Publishing Event driverAwakeNodesQueried:" ;
this->m_ozwstatus["Status"] = "driverAwakeNodesQueried";
this->sendStatusUpdate();
}
void mqttpublisher::controllerCommand(quint8 node, NotificationTypes::QTOZW_Notification_Controller_Cmd command, NotificationTypes::QTOZW_Notification_Controller_State state, NotificationTypes::QTOZW_Notification_Controller_Error error) {
qCDebug(ozwmp) << "Publishing Event controllerCommand" << node << command << state << error;
QJsonObject js;
if (node > 0)
js["Node"] = node;
QMetaEnum metaEnum = QMetaEnum::fromType<NotificationTypes::QTOZW_Notification_Controller_State>();
js["State"] = metaEnum.valueToKey(state);
if (error != NotificationTypes::QTOZW_Notification_Controller_Error::Ctrl_Error_None) {
metaEnum = QMetaEnum::fromType<NotificationTypes::QTOZW_Notification_Controller_Error>();
js["Error"] = metaEnum.valueToKey(error);
}
switch(command) {
case NotificationTypes::Ctrl_Cmd_None: {
qCWarning(ozwmp) << "Got a controllerCommand Event with no Controller Command" << command << state << error;
break;
}
case NotificationTypes::Ctrl_Cmd_AddNode: {
this->sendCommandUpdate("AddNode", js);
break;
}
case NotificationTypes::Ctrl_Cmd_AssignReturnRoute: {
this->sendCommandUpdate("AssignReturnRoute", js);
break;
}
case NotificationTypes::Ctrl_Cmd_CreateButton: {
js["Command"] = QMetaEnum::fromType<NotificationTypes::QTOZW_Notification_Controller_Cmd>().valueToKey(command);
this->sendCommandUpdate("ControllerCommand", js);
break;
}
case NotificationTypes::Ctrl_Cmd_CreateNewPrimary: {
js["Command"] = QMetaEnum::fromType<NotificationTypes::QTOZW_Notification_Controller_Cmd>().valueToKey(command);
this->sendCommandUpdate("ControllerCommand", js);
break;
}
case NotificationTypes::Ctrl_Cmd_DeleteAllReturnRoute: {
this->sendCommandUpdate("DeleteAllReturnRoute", js);
break;
}
case NotificationTypes::Ctrl_Cmd_DeleteButton: {
js["Command"] = QMetaEnum::fromType<NotificationTypes::QTOZW_Notification_Controller_Cmd>().valueToKey(command);
this->sendCommandUpdate("ControllerCommand", js);
break;
}
case NotificationTypes::Ctrl_Cmd_HasNodeFailed: {
this->sendCommandUpdate("HasNodeFailed", js);
break;
}
case NotificationTypes::Ctrl_Cmd_ReceiveConfiguration: {
js["Command"] = QMetaEnum::fromType<NotificationTypes::QTOZW_Notification_Controller_Cmd>().valueToKey(command);
this->sendCommandUpdate("ControllerCommand", js);
break;
}
case NotificationTypes::Ctrl_Cmd_RemoveFailedNode: {
this->sendCommandUpdate("RemoveFailedNode", js);
break;
}
case NotificationTypes::Ctrl_Cmd_RemoveNode: {
this->sendCommandUpdate("RemoveNode", js);
break;
}
case NotificationTypes::Ctrl_Cmd_ReplaceFailedNode: {
this->sendCommandUpdate("ReplaceFailedNode", js);
break;
}
case NotificationTypes::Ctrl_Cmd_ReplicationSend: {
js["Command"] = QMetaEnum::fromType<NotificationTypes::QTOZW_Notification_Controller_Cmd>().valueToKey(command);
this->sendCommandUpdate("ControllerCommand", js);
break;
}
case NotificationTypes::Ctrl_Cmd_RequestNetworkUpdate: {
this->sendCommandUpdate("RequestNetworkUpdate", js);
break;
}
case NotificationTypes::Ctrl_Cmd_RequestNodeNeighborUpdate: {
this->sendCommandUpdate("RequestNodeNeighborUpdate", js);
break;
}
case NotificationTypes::Ctrl_Cmd_SendNodeInformation: {
this->sendCommandUpdate("SendNodeInformation", js);
break;
}
case NotificationTypes::Ctrl_Cmd_TransferPrimaryRole: {
js["Command"] = QMetaEnum::fromType<NotificationTypes::QTOZW_Notification_Controller_Cmd>().valueToKey(command);
this->sendCommandUpdate("ControllerCommand", js);
break;
}
case NotificationTypes::Ctrl_Cmd_count: {
qWarning() << "Recieved controllerCommand for a unknown Command:" << command;
return;
}
};
}
void mqttpublisher::ozwNotification(quint8 node, NotificationTypes::QTOZW_Notification_Code event) {
qCDebug(ozwmp) << "Publishing Event ozwNotification";
QJsonObject js;
QMetaEnum metaEnum = QMetaEnum::fromType<NotificationTypes::QTOZW_Notification_Code>();
js["Node"] = node;
js["Event"] = metaEnum.valueToKey(event);
this->sendCommandUpdate("Notification", js);
}
void mqttpublisher::ozwUserAlert(quint8 node, NotificationTypes::QTOZW_Notification_User event, quint8 retry) {
qCDebug(ozwmp) << "Publishing Event ozwNotification";
QJsonObject js;
QMetaEnum metaEnum = QMetaEnum::fromType<NotificationTypes::QTOZW_Notification_User>();
js["Node"] = node;
js["Event"] = metaEnum.valueToKey(event);
if (event == NotificationTypes::QTOZW_Notification_User::Notification_User_ApplicationStatus_Retry) {
js["Retry"] = static_cast<int>(retry);
}
this->sendCommandUpdate("UserAlert", js);
}
void mqttpublisher::manufacturerSpecificDBReady() {
qCDebug(ozwmp) << "Publishing Event manufacturerSpecificDBReady";
this->m_ozwstatus["ManufacturerSpecificDBReady"] = true;
this->sendStatusUpdate();
}
void mqttpublisher::starting() {
qCDebug(ozwmp) << "Publishing Event starting";
this->m_ozwstatus["Status"] = "starting";
this->sendStatusUpdate();
}
void mqttpublisher::started(quint32 homeID) {
qCDebug(ozwmp) << "Publishing Event started";
this->m_ozwstatus["Status"] = "started";
this->m_ozwstatus["homeID"] = QJsonValue(static_cast<int>(homeID));
this->sendStatusUpdate();
this->m_statsTimer.start(10000);
}
void mqttpublisher::stopped(quint32 homeID) {
qCDebug(ozwmp) << "Publishing Event stopped";
this->m_ozwstatus["Status"] = "stopped";
this->m_ozwstatus["homeID"] = QJsonValue(static_cast<int>(homeID));
this->sendStatusUpdate();
this->m_statsTimer.stop();
}
//void error(QTOZWErrorCodes errorcode);
QTOZWManager *mqttpublisher::getQTOZWManager() {
return this->m_qtozwdeamon->getManager();
}
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