void
cIpmiSensor::HandleNew( cIpmiDomain *domain )
{
m_sensor_type_string = IpmiSensorTypeToString( m_sensor_type );
m_event_reading_type_string = IpmiEventReadingTypeToString( m_event_reading_type );
m_rate_unit_string = IpmiRateUnitToString( m_rate_unit );
m_base_unit_string = IpmiUnitTypeToString( m_base_unit );
m_modifier_unit_string = IpmiUnitTypeToString( m_modifier_unit );
cIpmiEntityInfo &ents = domain->Entities();
cIpmiEntity *ent = ents.Find( m_mc, m_entity_id, m_entity_instance );
ent->AddSensor( this );
}
void
cIpmiEvent::Log() const
{
assert( m_mc );
unsigned int t = IpmiGetUint32( m_data );
char ts[dDateTimeStringSize];
IpmiDateTimeToString( t, ts );
IpmiLog( "mc 0x%02x, id %d, type %s, time %s, slave addr 0x%02x, rev 0x%02x, sensor type %s, sensor id 0x%02x, dir %s, event type %s, 0x%02x, 0x%02x, 0x%02x\n",
m_mc->GetAddress(), m_record_id,
m_type == 0x02 ? "system event" : "OEM", ts, m_data[4], m_data[6],
IpmiSensorTypeToString( (tIpmiSensorType)( m_data[7]) ),
m_data[8], (m_data[9] >> 7) ? "deassertion" : "assertion",
IpmiEventReadingTypeToString( (tIpmiEventReadingType)( m_data[9] & 0x7f) ),
m_data[10], m_data[11], m_data[12] );
}
