void C1Wire::GetDeviceDetails()
{
if (!m_system)
return;
// Get all devices
std::vector<_t1WireDevice> devices;
m_system->GetDevices(devices);
// Parse our devices (have to test m_stoprequested because it can take some time in case of big networks)
std::vector<_t1WireDevice>::const_iterator itt;
for (itt=devices.begin(); itt!=devices.end() && !m_stoprequested; ++itt)
{
const _t1WireDevice& device=*itt;
// Manage families specificities
switch(device.family)
{
case high_precision_digital_thermometer:
case Thermachron:
case Econo_Digital_Thermometer:
case Temperature_memory:
case programmable_resolution_digital_thermometer:
{
float temperature=m_system->GetTemperature(device);
if (IsTemperatureValid(device.family, temperature))
{
ReportTemperature(device.devid, temperature);
}
break;
}
case Addresable_Switch:
case microlan_coupler:
{
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
break;
}
case dual_addressable_switch_plus_1k_memory:
{
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
if (m_system->GetNbChannels(device) == 2)
ReportLightState(device.devid,1,m_system->GetLightState(device,1));
break;
}
case _8_channel_addressable_switch:
{
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
ReportLightState(device.devid,1,m_system->GetLightState(device,1));
ReportLightState(device.devid,2,m_system->GetLightState(device,2));
ReportLightState(device.devid,3,m_system->GetLightState(device,3));
ReportLightState(device.devid,4,m_system->GetLightState(device,4));
ReportLightState(device.devid,5,m_system->GetLightState(device,5));
ReportLightState(device.devid,6,m_system->GetLightState(device,6));
ReportLightState(device.devid,7,m_system->GetLightState(device,7));
break;
}
case Temperature_IO:
{
float temperature = m_system->GetTemperature(device);
if (IsTemperatureValid(device.family, temperature))
{
ReportTemperature(device.devid, temperature);
}
ReportLightState(device.devid, 0, m_system->GetLightState(device, 0));
ReportLightState(device.devid, 1, m_system->GetLightState(device, 1));
break;
}
case dual_channel_addressable_switch:
case _4k_EEPROM_with_PIO:
{
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
ReportLightState(device.devid,1,m_system->GetLightState(device,1));
break;
}
case Environmental_Monitors:
{
float temperature = m_system->GetTemperature(device);
if (IsTemperatureValid(device.family, temperature))
{
ReportTemperatureHumidity(device.devid, temperature, m_system->GetHumidity(device));
}
break;
}
case _4k_ram_with_counter:
{
ReportCounter(device.devid,0,m_system->GetCounter(device,0));
ReportCounter(device.devid,1,m_system->GetCounter(device,1));
break;
}
case quad_ad_converter:
{
ReportVoltage(0,m_system->GetVoltage(device,0));
ReportVoltage(1,m_system->GetVoltage(device,1));
ReportVoltage(2,m_system->GetVoltage(device,2));
ReportVoltage(3,m_system->GetVoltage(device,3));
break;
}
case Serial_ID_Button:
{
// Nothing to do with these devices for Domoticz ==> Filtered
break;
}
case smart_battery_monitor:
{
float temperature = m_system->GetTemperature(device);
if (IsTemperatureValid(device.family, temperature))
{
ReportTemperature(device.devid, temperature);
}
ReportHumidity(device.devid,m_system->GetHumidity(device));
ReportVoltage(0,m_system->GetVoltage(device,0)); // VAD
ReportVoltage(1,m_system->GetVoltage(device,1)); // VDD
ReportVoltage(2,m_system->GetVoltage(device,2)); // vis
ReportPressure(device.devid,m_system->GetPressure(device));
// Commonly used as illuminescence sensor, see http://www.hobby-boards.com/store/products/Solar-Radiation-Detector.html
ReportIlluminescence(m_system->GetIlluminescence(device));
break;
}
case silicon_serial_number:
{ // this is only chip with id (equal device.filename and device.devid)
break;
}
default: // Device is not actually supported
{
_log.Log(LOG_ERROR,"1-Wire : Device family (%02x) is not actually supported", device.family);
break;
}
}
}
}
void C1Wire::PollSensors()
{
if (!m_system)
return;
if (m_sensors.size() > 2)
{
m_system->StartSimultaneousTemperatureRead();
}
// Parse our devices (have to test m_stoprequested because it can take some time in case of big networks)
std::set<_t1WireDevice>::const_iterator itt;
for (itt=m_sensors.begin(); itt!=m_sensors.end() && !m_stoprequested; ++itt)
{
const _t1WireDevice& device=*itt;
// Manage families specificities
switch(device.family)
{
case high_precision_digital_thermometer:
case Thermachron:
case Econo_Digital_Thermometer:
case Temperature_memory:
case programmable_resolution_digital_thermometer:
case Temperature_IO:
{
float temperature=m_system->GetTemperature(device);
if (IsTemperatureValid(device.family, temperature))
{
ReportTemperature(device.devid, temperature);
}
break;
}
case Environmental_Monitors:
{
float temperature = m_system->GetTemperature(device);
if (IsTemperatureValid(device.family, temperature))
{
ReportTemperatureHumidity(device.devid, temperature, m_system->GetHumidity(device));
}
ReportPressure(device.devid,m_system->GetPressure(device));
break;
}
case _4k_ram_with_counter:
{
ReportCounter(device.devid,0,m_system->GetCounter(device,0));
ReportCounter(device.devid,1,m_system->GetCounter(device,1));
break;
}
case quad_ad_converter:
{
ReportVoltage(device.devid, 0, m_system->GetVoltage(device, 0));
ReportVoltage(device.devid, 1, m_system->GetVoltage(device, 1));
ReportVoltage(device.devid, 2, m_system->GetVoltage(device, 2));
ReportVoltage(device.devid, 3, m_system->GetVoltage(device, 3));
break;
}
case smart_battery_monitor:
{
float temperature = m_system->GetTemperature(device);
if (IsTemperatureValid(device.family, temperature))
{
ReportTemperature(device.devid, temperature);
}
ReportHumidity(device.devid,m_system->GetHumidity(device));
ReportVoltage(device.devid, 0, m_system->GetVoltage(device, 0)); // VAD
ReportVoltage(device.devid, 1, m_system->GetVoltage(device, 1)); // VDD
ReportVoltage(device.devid, 2, m_system->GetVoltage(device, 2)); // vis
ReportPressure(device.devid,m_system->GetPressure(device));
// Commonly used as Illuminance sensor, see http://www.hobby-boards.com/store/products/Solar-Radiation-Detector.html
ReportIlluminance(device.devid, m_system->GetIlluminance(device));
break;
}
default: // not a supported sensor
break;
}
}
}
void C1Wire::GetDeviceDetails()
{
if (!m_system)
return;
// Get all devices
if ((m_devices.size() == 0) || (m_sql.m_bAcceptNewHardware))
{
_log.Log(LOG_STATUS, "1-Wire: Searching devices...");
m_devices.clear();
m_system->GetDevices(m_devices);
}
if (typeid(*m_system) == typeid(C1WireByOWFS) && (m_devices.size() > 2))
{
if (m_mainworker.GetVerboseLevel() == EVBL_DEBUG)
{
_log.Log(LOG_STATUS, "1Wire (OWFS): Sending 'Skip ROM' command");
}
std::ofstream file;
file.open(OWFS_Simultaneous);
if (file.is_open())
{
file << "1";
file.close();
if (m_mainworker.GetVerboseLevel() == EVBL_DEBUG)
{
_log.Log(LOG_STATUS, "1Wire (OWFS): Sent 'Skip ROM' command");
}
}
}
// Parse our devices (have to test m_stoprequested because it can take some time in case of big networks)
std::vector<_t1WireDevice>::const_iterator itt;
for (itt=m_devices.begin(); itt!=m_devices.end() && !m_stoprequested; ++itt)
{
const _t1WireDevice& device=*itt;
// Manage families specificities
switch(device.family)
{
case high_precision_digital_thermometer:
case Thermachron:
case Econo_Digital_Thermometer:
case Temperature_memory:
case programmable_resolution_digital_thermometer:
{
float temperature=m_system->GetTemperature(device);
if (IsTemperatureValid(device.family, temperature))
{
ReportTemperature(device.devid, temperature);
}
break;
}
case Addresable_Switch:
case microlan_coupler:
{
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
break;
}
case dual_addressable_switch_plus_1k_memory:
{
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
if (m_system->GetNbChannels(device) == 2)
ReportLightState(device.devid,1,m_system->GetLightState(device,1));
break;
}
case _8_channel_addressable_switch:
{
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
ReportLightState(device.devid,1,m_system->GetLightState(device,1));
ReportLightState(device.devid,2,m_system->GetLightState(device,2));
ReportLightState(device.devid,3,m_system->GetLightState(device,3));
ReportLightState(device.devid,4,m_system->GetLightState(device,4));
ReportLightState(device.devid,5,m_system->GetLightState(device,5));
ReportLightState(device.devid,6,m_system->GetLightState(device,6));
ReportLightState(device.devid,7,m_system->GetLightState(device,7));
break;
}
case Temperature_IO:
{
float temperature = m_system->GetTemperature(device);
if (IsTemperatureValid(device.family, temperature))
{
ReportTemperature(device.devid, temperature);
}
ReportLightState(device.devid, 0, m_system->GetLightState(device, 0));
ReportLightState(device.devid, 1, m_system->GetLightState(device, 1));
break;
}
case dual_channel_addressable_switch:
case _4k_EEPROM_with_PIO:
{
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
ReportLightState(device.devid,1,m_system->GetLightState(device,1));
break;
}
case Environmental_Monitors:
{
float temperature = m_system->GetTemperature(device);
if (IsTemperatureValid(device.family, temperature))
{
ReportTemperatureHumidity(device.devid, temperature, m_system->GetHumidity(device));
}
ReportPressure(device.devid,m_system->GetPressure(device));
break;
}
case _4k_ram_with_counter:
{
ReportCounter(device.devid,0,m_system->GetCounter(device,0));
ReportCounter(device.devid,1,m_system->GetCounter(device,1));
break;
}
case quad_ad_converter:
{
ReportVoltage(device.devid, 0, m_system->GetVoltage(device, 0));
ReportVoltage(device.devid, 1, m_system->GetVoltage(device, 1));
ReportVoltage(device.devid, 2, m_system->GetVoltage(device, 2));
ReportVoltage(device.devid, 3, m_system->GetVoltage(device, 3));
break;
}
case Serial_ID_Button:
{
// Nothing to do with these devices for Domoticz ==> Filtered
break;
}
case smart_battery_monitor:
{
float temperature = m_system->GetTemperature(device);
if (IsTemperatureValid(device.family, temperature))
{
ReportTemperature(device.devid, temperature);
}
ReportHumidity(device.devid,m_system->GetHumidity(device));
ReportVoltage(device.devid, 0, m_system->GetVoltage(device, 0)); // VAD
ReportVoltage(device.devid, 1, m_system->GetVoltage(device, 1)); // VDD
ReportVoltage(device.devid, 2, m_system->GetVoltage(device, 2)); // vis
ReportPressure(device.devid,m_system->GetPressure(device));
// Commonly used as Illuminance sensor, see http://www.hobby-boards.com/store/products/Solar-Radiation-Detector.html
ReportIlluminance(device.devid, m_system->GetIlluminance(device));
break;
}
case silicon_serial_number:
{ // this is only chip with id (equal device.filename and device.devid)
break;
}
default: // Device is not actually supported
{
_log.Log(LOG_ERROR,"1-Wire : Device family (%02x) is not actually supported", device.family);
break;
}
}
}
}
void C1Wire::GetDeviceDetails()
{
if (!m_system)
return;
// Get all devices
std::vector<_t1WireDevice> devices;
m_system->GetDevices(devices);
// Parse our devices (have to test m_stoprequested because it can take some time in case of big networks)
std::vector<_t1WireDevice>::const_iterator itt;
for (itt=devices.begin(); itt!=devices.end() && !m_stoprequested; ++itt)
{
const _t1WireDevice& device=*itt;
// Manage families specificities
switch(device.family)
{
case high_precision_digital_thermometer:
case Thermachron:
case Econo_Digital_Thermometer:
case Temperature_memory:
case programmable_resolution_digital_thermometer:
{
float temperature=m_system->GetTemperature(device);
// Filter invalid temperature
if (IsTemperatureValid(device.family,temperature))
ReportTemperature(device.devid,temperature);
break;
}
case Addresable_Switch:
case microlan_coupler:
{
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
break;
}
case dual_addressable_switch_plus_1k_memory:
{
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
if (m_system->GetNbChannels(device) == 2)
ReportLightState(device.devid,1,m_system->GetLightState(device,1));
break;
}
case _8_channel_addressable_switch:
{
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
ReportLightState(device.devid,1,m_system->GetLightState(device,1));
ReportLightState(device.devid,2,m_system->GetLightState(device,2));
ReportLightState(device.devid,3,m_system->GetLightState(device,3));
ReportLightState(device.devid,4,m_system->GetLightState(device,4));
ReportLightState(device.devid,5,m_system->GetLightState(device,5));
ReportLightState(device.devid,6,m_system->GetLightState(device,6));
ReportLightState(device.devid,7,m_system->GetLightState(device,7));
break;
}
case Temperature_IO:
{
ReportTemperature(device.devid,m_system->GetTemperature(device));
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
ReportLightState(device.devid,1,m_system->GetLightState(device,1));
break;
}
case dual_channel_addressable_switch:
case _4k_EEPROM_with_PIO:
{
ReportLightState(device.devid,0,m_system->GetLightState(device,0));
ReportLightState(device.devid,1,m_system->GetLightState(device,1));
break;
}
case Environmental_Monitors:
{
ReportTemperatureHumidity(device.devid,m_system->GetTemperature(device),m_system->GetHumidity(device));
break;
}
case _4k_ram_with_counter:
{
ReportCounter(device.devid,0,m_system->GetCounter(device,0));
ReportCounter(device.devid,1,m_system->GetCounter(device,1));
break;
}
case quad_ad_converter:
{
ReportVoltage(0,m_system->GetVoltage(device,0));
ReportVoltage(1,m_system->GetVoltage(device,1));
ReportVoltage(2,m_system->GetVoltage(device,2));
ReportVoltage(3,m_system->GetVoltage(device,3));
break;
}
case Serial_ID_Button:
{
// Nothing to do with these devices for Domoticz ==> Filtered
break;
}
default: // Device is not actually supported
{
_log.Log(LOG_NORM,"1-Wire : Device family (%02x) is not actualy supported", device.family);
break;
}
}
}
}