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device.cpp
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#include <QFile>
#include "actions/common.h"
#include "properties/common.h"
#include "properties/ias.h"
#include "controller.h"
#include "logger.h"
DeviceList::DeviceList(QSettings *config, QObject *parent) : QObject(parent), m_databaseTimer(new QTimer(this)), m_propertiesTimer(new QTimer(this)), m_names(false), m_permitJoin(false), m_sync(false)
{
PropertyObject::registerMetaTypes();
ActionObject::registerMetaTypes();
BindingObject::registerMetaTypes();
ReportingObject::registerMetaTypes();
PollObject::registerMetaTypes();
ExposeObject::registerMetaTypes();
m_databaseFile.setFileName(config->value("device/database", "/opt/homed-zigbee/database.json").toString());
m_propertiesFile.setFileName(config->value("device/properties", "/opt/homed-zigbee/properties.json").toString());
m_optionsFile.setFileName(config->value("device/options", "/opt/homed-zigbee/options.json").toString());
m_externalDir.setPath(config->value("device/external", "/opt/homed-zigbee/external").toString());
m_libraryDir.setPath(config->value("device/library", "/usr/share/homed-zigbee").toString());
m_offsets = config->value("device/offsets", true).toBool();
connect(m_databaseTimer, &QTimer::timeout, this, &DeviceList::writeDatabase);
connect(m_propertiesTimer, &QTimer::timeout, this, &DeviceList::writeProperties);
m_databaseTimer->setSingleShot(true);
m_propertiesTimer->setSingleShot(true);
}
DeviceList::~DeviceList(void)
{
m_sync = true;
writeDatabase();
writeProperties();
}
void DeviceList::init(void)
{
QJsonObject json;
if (!m_databaseFile.open(QFile::ReadOnly))
return;
json = QJsonDocument::fromJson(m_databaseFile.readAll()).object();
unserializeDevices(json.value("devices").toArray());
m_permitJoin = json.value("permitJoin").toBool();
m_databaseFile.close();
if (!m_propertiesFile.open(QFile::ReadOnly))
return;
unserializeProperties(QJsonDocument::fromJson(m_propertiesFile.readAll()).object());
m_propertiesFile.close();
}
Device DeviceList::byName(const QString &name)
{
for (auto it = begin(); it != end(); it++)
if (it.value()->name() == name)
return it.value();
return value(QByteArray::fromHex(name.toUtf8()));
}
Device DeviceList::byNetwork(quint16 networkAddress)
{
for (auto it = begin(); it != end(); it++)
if (it.value()->networkAddress() == networkAddress)
return it.value();
return Device();
}
Endpoint DeviceList::endpoint(const Device &device, quint8 endpointId)
{
auto it = device->endpoints().find(endpointId);
if (it == device->endpoints().end())
it = device->endpoints().insert(endpointId, Endpoint(new EndpointObject(endpointId, device)));
return it.value();
}
void DeviceList::identityHandler(const Device &device, QString &manufacturerName, QString &modelName)
{
QList <QString> lumi =
{
"aqara",
"XIAOMI"
};
QList <QString> orvibo =
{
"131c854783bc45c9b2ac58088d09571c",
"585fdfb8c2304119a2432e9845cf2623",
"52debf035a1b4a66af56415474646c02",
"75a4bfe8ef9c4350830a25d13e3ab068",
"b2e57a0f606546cd879a1a54790827d6",
"b7e305eb329f497384e966fe3fb0ac69",
"c670e231d1374dbc9e3c6a9fffbd0ae6",
"da2edf1ded0d44e1815d06f45ce02029",
"e70f96b3773a4c9283c6862dbafb6a99",
"fdd76effa0e146b4bdafa0c203a37192"
};
manufacturerName = device->manufacturerName();
modelName = device->modelName();
if (lumi.contains(manufacturerName))
{
manufacturerName = "LUMI";
return;
}
if (orvibo.contains(modelName))
{
manufacturerName = "ORVIBO";
return;
}
if (manufacturerName == "GLEDOPTO" && modelName == "GL-C-007")
{
QMap <quint8, quint16> map;
for (auto it = device->endpoints().begin(); it != device->endpoints().end(); it++)
map.insert(it.key(), it.value()->deviceId());
if (map == QMap <quint8, quint16> {{0x0B, 0x0210}, {0x0D, 0x0210}} || map == QMap <quint8, quint16> {{0x0B, 0x0210}, {0x0C, 0x0102}, {0x0D, 0xE15E}})
modelName = "GL-C-007-1ID";
else if (map == QMap <quint8, quint16> {{0x0B, 0x0210}, {0x0D, 0xE15E}, {0x0F, 0x0100}})
modelName = "GL-C-007-2ID";
else if (map == QMap <quint8, quint16> {{0x0B, 0x0210}, {0x0D, 0xE15E}, {0x0F, 0x0220}} || map == QMap <quint8, quint16> {{0x0B, 0x0210}, {0x0C, 0x0102}, {0x0D, 0xE15E}, {0x0F, 0x0100}})
modelName = "GL-C-008-2ID";
return;
}
if (QRegExp("^TS\\d{3}[0-9F][AB]{0,1}$").exactMatch(modelName) || QRegExp("^_TZ[2,3,E]\\d{3}_\\S+$").exactMatch(manufacturerName) || manufacturerName.startsWith("TUYA"))
{
modelName = manufacturerName;
manufacturerName = "TUYA";
}
}
void DeviceList::setupDevice(const Device &device)
{
QList <QDir> list = {m_externalDir, m_libraryDir};
QString manufacturerName, modelName;
device->setSupported(false);
device->options().clear();
for (auto it = device->endpoints().begin(); it != device->endpoints().end(); it++)
{
it.value()->timer()->stop();
it.value()->properties().clear();
it.value()->actions().clear();
it.value()->bindings().clear();
it.value()->reportings().clear();
it.value()->polls().clear();
it.value()->exposes().clear();
}
identityHandler(device, manufacturerName, modelName);
for (auto it = list.begin(); it != list.end() && !device->supported(); it++)
{
QList <QString> list = it->entryList(QDir::Files);
bool check = false;
for (int i = 0; i < list.count(); i++)
{
QFile file(QString("%1/%2").arg(it->path(), list.at(i)));
QJsonArray array;
if (!file.open(QFile::ReadOnly))
continue;
array = QJsonDocument::fromJson(file.readAll()).object().value(manufacturerName).toArray();
file.close();
if (array.isEmpty())
continue;
for (auto it = array.begin(); it != array.end(); it++)
{
QJsonObject json = it->toObject();
QJsonArray modelNames = json.value("modelNames").toArray();
bool found = modelNames.contains(modelName);
if (found || (!check && manufacturerName == "TUYA" && modelNames.contains(device->modelName())))
{
QJsonValue endpoinId = json.value("endpointId");
QList <QVariant> endpoints = endpoinId.type() == QJsonValue::Array ? endpoinId.toArray().toVariantList() : QList <QVariant> {endpoinId.toInt(1)};
if (found)
check = true;
if (json.contains("description"))
device->setDescription(json.value("description").toString());
if (json.contains("options"))
{
QJsonObject options = json.value("options").toObject();
if (endpoinId.type() == QJsonValue::Array)
for (auto it = options.begin(); it != options.end(); it++)
for (int i = 0; i < endpoints.count(); i++)
device->options().insert(QString("%1_%2").arg(it.key(), endpoints.at(i).toString()), it.value().toVariant());
else
device->options().insert(options.toVariantMap());
}
for (int i = 0; i < endpoints.count(); i++)
setupEndpoint(endpoint(device, static_cast <quint8> (endpoints.at(i).toInt())), json, endpoinId.type() == QJsonValue::Array);
device->setSupported(true);
}
}
}
}
if (m_optionsFile.open(QFile::ReadOnly))
{
QString ieeeAddress = device->ieeeAddress().toHex(':');
QJsonObject json = QJsonDocument::fromJson(m_optionsFile.readAll()).object(), options = json.value(json.contains(ieeeAddress) ? ieeeAddress : device->name()).toObject();
for (auto it = options.begin(); it != options.end(); it++)
{
if ((it.key().endsWith("Offset") && !m_offsets) || (it.key().endsWith("Divider") && !it.value().toDouble()))
continue;
device->options().insert(it.key(), it.value().toVariant());
}
m_optionsFile.close();
}
if (device->options().contains("logicalType"))
device->setLogicalType(static_cast <LogicalType> (device->options().value("logicalType").toInt()));
if (device->options().contains("powerSource"))
device->setPowerSource(static_cast <quint8> (device->options().value("powerSource").toInt()));
if (!device->supported())
{
logWarning << "Device" << device->name() << "manufacturer name" << device->manufacturerName() << "and model name" << device->modelName() << "not found in library";
device->setDescription(QString("%1/%2").arg(device->manufacturerName(), device->modelName()));
recognizeDevice(device);
}
}
void DeviceList::setupEndpoint(const Endpoint &endpoint, const QJsonObject &json, bool multiple)
{
Device device = endpoint->device();
QJsonArray properties = json.value("properties").toArray(), actions = json.value("actions").toArray(), bindings = json.value("bindings").toArray(), reportings = json.value("reportings").toArray(), polls = json.value("polls").toArray(), exposes = json.value("exposes").toArray();
bool startTimer = false;
for (auto it = properties.begin(); it != properties.end(); it++)
{
int type = QMetaType::type(QString(it->toString()).append("Property").toUtf8());
if (type)
{
Property property(reinterpret_cast <PropertyObject*> (QMetaType::create(type)));
quint32 timeout = static_cast <quint32> (device->options().value(QString(property->name()).append("Timeout")).toInt());
property->setParent(endpoint.data());
property->setMultiple(multiple);
if (timeout)
{
property->setTimeout(timeout);
startTimer = true;
}
endpoint->properties().append(property);
continue;
}
logWarning << "Device" << device->name() << "endpoint" << QString::asprintf("0x%02x", endpoint->id()) << "property" << it->toString() << "unrecognized";
}
for (auto it = actions.begin(); it != actions.end(); it++)
{
int type = QMetaType::type(QString(it->toString()).append("Action").toUtf8());
if (type)
{
Action action(reinterpret_cast <ActionObject*> (QMetaType::create(type)));
action->setParent(endpoint.data());
endpoint->actions().append(action);
continue;
}
logWarning << "Device" << device->name() << "endpoint" << QString::asprintf("0x%02x", endpoint->id()) << "action" << it->toString() << "unrecognized";
}
for (auto it = bindings.begin(); it != bindings.end(); it++)
{
int type = QMetaType::type(QString(it->toString()).append("Binding").toUtf8());
if (type)
{
Binding binding(reinterpret_cast <BindingObject*> (QMetaType::create(type)));
endpoint->bindings().append(binding);
continue;
}
logWarning << "Device" << device->name() << "endpoint" << QString::asprintf("0x%02x", endpoint->id()) << "binding" << it->toString() << "unrecognized";
}
for (auto it = reportings.begin(); it != reportings.end(); it++)
{
int type = QMetaType::type(QString(it->toString()).append("Reporting").toUtf8());
if (type)
{
Reporting reporting(reinterpret_cast <ReportingObject*> (QMetaType::create(type)));
endpoint->reportings().append(reporting);
continue;
}
logWarning << "Device" << device->name() << "endpoint" << QString::asprintf("0x%02x", endpoint->id()) << "reporting" << it->toString() << "unrecognized";
}
for (auto it = polls.begin(); it != polls.end(); it++)
{
int type = QMetaType::type(QString(it->toString()).append("Poll").toUtf8());
if (type)
{
Poll poll(reinterpret_cast <PollObject*> (QMetaType::create(type)));
endpoint->polls().append(poll);
continue;
}
logWarning << "Device" << device->name() << "endpoint" << QString::asprintf("0x%02x", endpoint->id()) << "poll" << it->toString() << "unrecognized";
}
for (auto it = exposes.begin(); it != exposes.end(); it++)
{
Expose expose;
QString name = it->toString();
QList <QString> list = name.split('_');
QMap <QString, QVariant> option = device->options().value(multiple ? QString("%1_%2").arg(list.value(0), QString::number(endpoint->id())) : list.value(0)).toMap();
int type = QMetaType::type(list.value(0).append("Expose").toUtf8());
if (type)
{
expose = Expose(reinterpret_cast <ExposeObject*> (QMetaType::create(type)));
if (list.count() > 1)
expose->setName(name);
}
else if (option.value("binary").toBool())
expose = Expose(new BinaryObject(name));
else if (option.value("sensor").toBool())
expose = Expose(new SensorObject(name, true));
else if (option.value("boolean").toBool())
expose = Expose(new BooleanObject(name));
else if (option.contains("min") && option.contains("max"))
expose = Expose(new NumberObject(name));
else if (option.contains("enum"))
expose = Expose(new SelectObject(name));
else
expose = Expose(new ExposeObject(name));
expose->setParent(endpoint.data());
expose->setMultiple(multiple);
endpoint->exposes().append(expose);
}
if (!endpoint->polls().isEmpty())
{
quint32 pollInterval = static_cast <quint32> (device->options().value("pollInterval").toInt());
for (int i = 0; i < endpoint->polls().count(); i++)
{
const Poll &poll = endpoint->polls().at(i);
emit pollRequest(endpoint.data(), poll);
}
if (pollInterval)
{
endpoint->setPollInterval(pollInterval);
endpoint->setPollTime(QDateTime::currentSecsSinceEpoch());
startTimer = true;
}
}
if (!startTimer)
return;
connect(endpoint->timer(), &QTimer::timeout, this, &DeviceList::endpointTimeout, Qt::UniqueConnection);
endpoint->timer()->start(1000);
}
void DeviceList::recognizeDevice(const Device &device)
{
for (auto it = device->endpoints().begin(); it != device->endpoints().end(); it++)
{
for (int i = 0; i < it.value()->inClusters().count(); i++)
{
switch (it.value()->inClusters().at(i))
{
case CLUSTER_POWER_CONFIGURATION:
if (!device->batteryPowered())
break;
it.value()->properties().append(Property(new Properties::BatteryPercentage));
it.value()->bindings().append(Binding(new Bindings::Battery));
it.value()->reportings().append(Reporting(new Reportings::BatteryPercentage));
it.value()->exposes().append(Expose(new Sensor::Battery));
break;
case CLUSTER_TEMPERATURE_CONFIGURATION:
it.value()->properties().append(Property(new Properties::DeviceTemperature));
it.value()->bindings().append(Binding(new Bindings::DeviceTemperature));
it.value()->reportings().append(Reporting(new Reportings::DeviceTemperature));
it.value()->exposes().append(Expose(new Sensor::Temperature));
break;
case CLUSTER_ON_OFF:
if (!device->batteryPowered())
{
it.value()->properties().append(Property(new Properties::Status));
it.value()->actions().append(Action(new Actions::Status));
it.value()->bindings().append(Binding(new Bindings::Status));
it.value()->reportings().append(Reporting(new Reportings::Status));
it.value()->exposes().append(it.value()->inClusters().contains(CLUSTER_LEVEL_CONTROL) || it.value()->inClusters().contains(CLUSTER_COLOR_CONTROL) ? Expose(new LightObject) : Expose(new SwitchObject));
break;
}
it.value()->properties().append(Property(new Properties::StatusAction));
break;
case CLUSTER_LEVEL_CONTROL:
if (!device->batteryPowered())
{
QList <QVariant> options = device->options().value(QString("light-%1").arg(it.key())).toList();
it.value()->properties().append(Property(new Properties::Level));
it.value()->actions().append(Action(new Actions::Level));
it.value()->bindings().append(Binding(new Bindings::Level));
it.value()->reportings().append(Reporting(new Reportings::Level));
options.append("level");
device->options().insert(QString("light-%1").arg(it.key()), options);
break;
}
it.value()->properties().append(Property(new Properties::LevelAction));
break;
case CLUSTER_WINDOW_COVERING:
it.value()->properties().append(Property(new Properties::CoverPosition));
it.value()->actions().append(Action(new Actions::CoverStatus));
it.value()->actions().append(Action(new Actions::CoverPosition));
it.value()->bindings().append(Binding(new Bindings::Cover));
it.value()->reportings().append(Reporting(new Reportings::CoverPosition));
it.value()->exposes().append(Expose(new CoverObject));
break;
case CLUSTER_COLOR_CONTROL:
if (!device->batteryPowered() && it.value()->colorCapabilities() && it.value()->colorCapabilities() <= 0x001F)
{
QList <QVariant> options = device->options().value(QString("light-%1").arg(it.key())).toList();
if (it.value()->colorCapabilities() & 0x0001)
{
it.value()->properties().append(Property(new Properties::ColorHS));
it.value()->actions().append(Action(new Actions::ColorHS));
it.value()->reportings().append(Reporting(new Reportings::ColorHS));
options.append("color");
}
else if (it.value()->colorCapabilities() & 0x0008)
{
it.value()->properties().append(Property(new Properties::ColorXY));
it.value()->actions().append(Action(new Actions::ColorXY));
it.value()->reportings().append(Reporting(new Reportings::ColorXY));
options.append("color");
}
if (it.value()->colorCapabilities() & 0x0010)
{
it.value()->properties().append(Property(new Properties::ColorTemperature));
it.value()->actions().append(Action(new Actions::ColorTemperature));
it.value()->reportings().append(Reporting(new Reportings::ColorTemperature));
options.append("colorTemperature");
}
it.value()->bindings().append(Binding(new Bindings::Color));
device->options().insert(QString("light-%1").arg(it.key()), options);
break;
}
it.value()->properties().append(Property(new Properties::ColorAction));
break;
case CLUSTER_ILLUMINANCE_MEASUREMENT:
it.value()->properties().append(Property(new Properties::Illuminance));
it.value()->bindings().append(Binding(new Bindings::Illuminance));
it.value()->reportings().append(Reporting(new Reportings::Illuminance));
it.value()->exposes().append(Expose(new Sensor::Illuminance));
break;
case CLUSTER_TEMPERATURE_MEASUREMENT:
it.value()->properties().append(Property(new Properties::Temperature));
it.value()->bindings().append(Binding(new Bindings::Temperature));
it.value()->reportings().append(Reporting(new Reportings::Temperature));
it.value()->exposes().append(Expose(new Sensor::Temperature));
break;
case CLUSTER_PRESSURE_MEASUREMENT:
it.value()->properties().append(Property(new Properties::Pressure));
it.value()->bindings().append(Binding(new Bindings::Pressure));
it.value()->reportings().append(Reporting(new Reportings::Pressure));
it.value()->exposes().append(Expose(new Sensor::Pressure));
break;
case CLUSTER_HUMIDITY_MEASUREMENT:
it.value()->properties().append(Property(new Properties::Humidity));
it.value()->bindings().append(Binding(new Bindings::Humidity));
it.value()->reportings().append(Reporting(new Reportings::Humidity));
it.value()->exposes().append(Expose(new Sensor::Humidity));
break;
case CLUSTER_OCCUPANCY_SENSING:
it.value()->properties().append(Property(new Properties::Occupancy));
it.value()->exposes().append(Expose(new Binary::Occupancy));
break;
case CLUSTER_MOISTURE_MEASUREMENT:
it.value()->properties().append(Property(new Properties::Moisture));
it.value()->bindings().append(Binding(new Bindings::Moisture));
it.value()->reportings().append(Reporting(new Reportings::Moisture));
it.value()->exposes().append(Expose(new Sensor::Moisture));
break;
case CLUSTER_CO2_CONCENTRATION:
it.value()->properties().append(Property(new Properties::CO2));
it.value()->bindings().append(Binding(new Bindings::CO2));
it.value()->reportings().append(Reporting(new Reportings::CO2));
it.value()->exposes().append(Expose(new Sensor::CO2));
break;
case CLUSTER_PM25_CONCENTRATION:
it.value()->properties().append(Property(new Properties::PM25));
it.value()->bindings().append(Binding(new Bindings::PM25));
it.value()->reportings().append(Reporting(new Reportings::PM25));
it.value()->exposes().append(Expose(new Sensor::PM25));
break;
case CLUSTER_SMART_ENERGY_METERING:
it.value()->properties().append(Property(new Properties::Energy));
it.value()->bindings().append(Binding(new Bindings::Energy));
it.value()->reportings().append(Reporting(new Reportings::Energy));
it.value()->exposes().append(Expose(new Sensor::Energy));
break;
case CLUSTER_ELECTRICAL_MEASUREMENT:
it.value()->properties().append(Property(new Properties::Voltage));
it.value()->properties().append(Property(new Properties::Current));
it.value()->properties().append(Property(new Properties::Power));
it.value()->bindings().append(Binding(new Bindings::Power));
it.value()->reportings().append(Reporting(new Reportings::Voltage));
it.value()->reportings().append(Reporting(new Reportings::Current));
it.value()->reportings().append(Reporting(new Reportings::Power));
it.value()->exposes().append(Expose(new Sensor::Voltage));
it.value()->exposes().append(Expose(new Sensor::Current));
it.value()->exposes().append(Expose(new Sensor::Power));
break;
case CLUSTER_IAS_ZONE:
switch (it.value()->zoneType())
{
case 0x000D:
it.value()->properties().append(Property(new PropertiesIAS::Occupancy));
it.value()->exposes().append(Expose(new Binary::Occupancy));
break;
case 0x0015:
it.value()->properties().append(Property(new PropertiesIAS::Contact));
it.value()->exposes().append(Expose(new Binary::Contact));
break;
case 0x002A:
it.value()->properties().append(Property(new PropertiesIAS::WaterLeak));
it.value()->exposes().append(Expose(new Binary::WaterLeak));
break;
default:
it.value()->properties().append(Property(new PropertiesIAS::ZoneStatus));
it.value()->exposes().append(Expose(new BinaryObject));
break;
}
it.value()->exposes().append(Expose(new Binary::BatteryLow));
it.value()->exposes().append(Expose(new Binary::Tamper));
break;
}
}
}
for (auto it = device->endpoints().begin(); it != device->endpoints().end(); it++)
{
if (!it.value()->properties().isEmpty())
{
QList <QString> list;
for (int i = 0; i < it.value()->properties().count(); i++)
{
const Property &property = it.value()->properties().at(i);
property->setParent(it.value().data());
recognizeMultipleProperty(device, it.value(), property);
if (list.contains(property->name()))
continue;
list.append(property->name());
}
logInfo << "Device" << device->name() << "endpoint" << QString::asprintf("0x%02x", it.value()->id()) << "properties recognized:" << list.join(", ");
}
if (!it.value()->actions().isEmpty())
{
QList <QString> list;
for (int i = 0; i < it.value()->actions().count(); i++)
{
const Action &action = it.value()->actions().at(i);
action->setParent(it.value().data());
if (list.contains(action->name()))
continue;
list.append(action->name());
}
logInfo << "Device" << device->name() << "endpoint" << QString::asprintf("0x%02x", it.value()->id()) << "actions recognized:" << list.join(", ");
}
if (!it.value()->exposes().isEmpty())
{
QList <QString> list;
for (int i = 0; i < it.value()->exposes().count(); i++)
{
const Expose &expose = it.value()->exposes().at(i);
expose->setParent(it.value().data());
recognizeMultipleExpose(device, it.value(), expose);
if (list.contains(expose->name()))
continue;
list.append(expose->name());
}
logInfo << "Device" << device->name() << "endpoint" << QString::asprintf("0x%02x", it.value()->id()) << "exposes:" << list.join(", ");
}
}
}
void DeviceList::recognizeMultipleProperty(const Device &device, const Endpoint &endpoint, const Property &property)
{
for (auto it = device->endpoints().begin(); it != device->endpoints().end(); it++)
{
if (it.value() == endpoint)
continue;
for (int i = 0; i < it.value()->properties().count(); i++)
{
if (it.value()->properties().at(i)->name() == property->name())
{
property->setMultiple(true);
return;
}
}
}
}
void DeviceList::recognizeMultipleExpose(const Device &device, const Endpoint &endpoint, const Expose &expose)
{
for (auto it = device->endpoints().begin(); it != device->endpoints().end(); it++)
{
if (it.value() == endpoint)
continue;
for (int i = 0; i < it.value()->exposes().count(); i++)
{
if (it.value()->exposes().at(i)->name() == expose->name())
{
expose->setMultiple(true);
return;
}
}
}
}
void DeviceList::removeDevice(const Device &device)
{
if (device->name() != device->ieeeAddress().toHex(':'))
{
insert(device->ieeeAddress(), Device(new DeviceObject(device->ieeeAddress(), device->networkAddress(), device->name(), true)));
return;
}
remove(device->ieeeAddress());
}
void DeviceList::storeDatabase(void)
{
m_sync = true;
m_databaseTimer->start(STORE_DATABASE_DELAY);
}
void DeviceList::storeProperties(void)
{
m_propertiesTimer->start(STORE_PROPERTIES_DELAY);
}
void DeviceList::unserializeDevices(const QJsonArray &devices)
{
quint16 count = 0;
for (auto it = devices.begin(); it != devices.end(); it++)
{
QJsonObject json = it->toObject();
if (json.contains("ieeeAddress") && json.contains("networkAddress"))
{
Device device(new DeviceObject(QByteArray::fromHex(json.value("ieeeAddress").toString().toUtf8()), static_cast <quint16> (json.value("networkAddress").toInt()), json.value("name").toString(), json.value("removed").toBool()));
if (!device->removed())
{
QJsonArray endpoints = json.value("endpoints").toArray(), neighbors = json.value("neighbors").toArray();
device->setLogicalType(static_cast <LogicalType> (json.value("logicalType").toInt()));
device->setManufacturerCode(static_cast <quint16> (json.value("manufacturerCode").toInt()));
device->setVersion(static_cast <quint8> (json.value("version").toInt()));
device->setPowerSource(static_cast <quint8> (json.value("powerSource").toInt()));
device->setManufacturerName(json.value("manufacturerName").toString());
device->setModelName(json.value("modelName").toString());
device->setFirmware(json.value("firmware").toString());
device->setLastSeen(json.value("lastSeen").toInt());
device->setLinkQuality(json.value("linkQuality").toInt());
for (auto it = endpoints.begin(); it != endpoints.end(); it++)
{
QJsonObject json = it->toObject();
if (json.contains("endpointId"))
{
quint8 endpointId = static_cast <quint8> (json.value("endpointId").toInt());
Endpoint endpoint(new EndpointObject(endpointId, device));
QJsonArray inClusters = json.value("inClusters").toArray(), outClusters = json.value("outClusters").toArray();
endpoint->setProfileId(static_cast <quint16> (json.value("profileId").toInt()));
endpoint->setDeviceId(static_cast <quint16> (json.value("deviceId").toInt()));
endpoint->setColorCapabilities(static_cast <quint16> (json.value("colorCapabilities").toInt()));
endpoint->setZoneType(static_cast <quint16> (json.value("zoneType").toInt()));
for (const QJsonValue &clusterId : inClusters)
endpoint->inClusters().append(static_cast <quint16> (clusterId.toInt()));
for (const QJsonValue &clusterId : outClusters)
endpoint->outClusters().append(static_cast <quint16> (clusterId.toInt()));
device->endpoints().insert(endpointId, endpoint);
}
}
for (auto it = neighbors.begin(); it != neighbors.end(); it++)
{
QJsonObject json = it->toObject();
if (!json.contains("networkAddress") || !json.contains("linkQuality"))
continue;
device->neighbors().insert(static_cast <quint16> (json.value("networkAddress").toInt()), static_cast <quint8> (json.value("linkQuality").toInt()));
}
if (json.value("interviewFinished").toBool())
{
device->setInterviewFinished();
setupDevice(device);
}
count++;
}
insert(device->ieeeAddress(), device);
}
}
if (count)
logInfo << count << "devices loaded";
}
void DeviceList::unserializeProperties(const QJsonObject &properties)
{
bool check = false;
for (auto it = begin(); it != end(); it++)
{
const Device &device = it.value();
QJsonObject json = properties.value(it.value()->ieeeAddress().toHex(':')).toObject();
if (device->removed() || json.isEmpty())
continue;
for (auto it = device->endpoints().begin(); it != device->endpoints().end(); it++)
{
for (int i = 0; i < it.value()->properties().count(); i++)
{
const Property &property = it.value()->properties().at(i);
QVariant value = json.value(property->multiple() ? QString("%1_%2").arg(property->name()).arg(it.value()->id()) : property->name()).toVariant();
if (!value.isValid())
continue;
property->setValue(value);
check = true;
}
}
}
if (check)
logInfo << "Properties restored";
}
QJsonArray DeviceList::serializeDevices(void)
{
QJsonArray array;
for (auto it = begin(); it != end(); it++)
{
const Device &device = it.value();
QJsonObject json = {{"ieeeAddress", QString(device->ieeeAddress().toHex(':'))}, {"networkAddress", device->networkAddress()}};
if (!device->removed())
{
json.insert("logicalType", static_cast <quint8> (device->logicalType()));
if (device->name() != device->ieeeAddress().toHex(':'))
json.insert("name", device->name());
if (device->version())
json.insert("version", device->version());
if (!device->manufacturerName().isEmpty())
json.insert("manufacturerName", device->manufacturerName());
if (!device->modelName().isEmpty())
json.insert("modelName", device->modelName());
if (!device->firmware().isEmpty())
json.insert("firmware", device->firmware());
if (device->logicalType() != LogicalType::Coordinator)
{
json.insert("supported", device->supported());
json.insert("interviewFinished", device->interviewFinished());
json.insert("manufacturerCode", device->manufacturerCode());
json.insert("powerSource", device->powerSource());
if (device->lastSeen())
json.insert("lastSeen", device->lastSeen());
if (device->linkQuality())
json.insert("linkQuality", device->linkQuality());
if (!device->description().isEmpty())
json.insert("description", device->description());
}
if (!device->endpoints().isEmpty())
{
QJsonArray endpoints;
for (auto it = device->endpoints().begin(); it != device->endpoints().end(); it++)
{
QJsonObject json;
if (!it.value()->profileId() && !it.value()->deviceId())
continue;
json.insert("endpointId", it.key());
json.insert("profileId", it.value()->profileId());
json.insert("deviceId", it.value()->deviceId());
if (it.value()->colorCapabilities())
json.insert("colorCapabilities", it.value()->colorCapabilities());
if (it.value()->zoneType())
json.insert("zoneType", it.value()->zoneType());
if (!it.value()->inClusters().isEmpty())
{
QJsonArray inClusters;
for (int i = 0; i < it.value()->inClusters().count(); i++)
inClusters.append(it.value()->inClusters().at(i));
json.insert("inClusters", inClusters);
}
if (!it.value()->outClusters().isEmpty())
{
QJsonArray outClusters;
for (int i = 0; i < it.value()->outClusters().count(); i++)
outClusters.append(it.value()->outClusters().at(i));
json.insert("outClusters", outClusters);
}
endpoints.append(json);
}
if (!endpoints.isEmpty())
json.insert("endpoints", endpoints);
}
if (!device->neighbors().isEmpty())
{
QJsonArray neighbors;
for (auto it = device->neighbors().begin(); it != device->neighbors().end(); it++)
neighbors.append(QJsonObject {{"networkAddress", it.key()}, {"linkQuality", it.value()}});
json.insert("neighbors", neighbors);
}
}
else
{
json.insert("name", device->name());
json.insert("removed", true);
}
array.append(json);
}
return array;
}
QJsonObject DeviceList::serializeProperties(void)
{
QJsonObject json;
for (auto it = begin(); it != end(); it++)
{
const Device &device = it.value();
QJsonObject properties;
for (auto it = device->endpoints().begin(); it != device->endpoints().end(); it++)
{
for (int i = 0; i < it.value()->properties().count(); i++)
{
const Property &property = it.value()->properties().at(i);
if (!property->value().isValid())
continue;
properties.insert(property->multiple() ? QString("%1_%2").arg(property->name()).arg(it.value()->id()) : property->name(), QJsonValue::fromVariant(property->value()));
}
}
if (properties.isEmpty())
continue;
json.insert(it.value()->ieeeAddress().toHex(':'), properties);
}
return json;
}
bool DeviceList::writeFile(QFile &file, const QByteArray &data, bool sync)
{
bool check = true;
if (!file.open(QFile::WriteOnly))
{
logWarning << "File" << file.fileName() << "open error:" << file.errorString();
return false;
}
if (file.write(data) != data.length())