func main() {
fmt.Println("Teach In packets")
patterns := [][]byte{
{85, 0, 12, 2, 10, 230, 98, 0, 0, 4, 0, 87, 200, 8, 40, 11, 128, 131, 1, 53, 158},
{85, 0, 12, 2, 10, 230, 98, 0, 0, 4, 1, 121, 77, 16, 8, 11, 128, 48, 1, 41, 202},
}
for _, v := range patterns {
err, consumedBytes, e := enocean.NewESPData(v)
if err != nil {
fmt.Printf("ERROR: %v, parse failed on %v. consumed %v, ", err, v, consumedBytes)
}
if (e.TeachIn == false) ||
(e.RORG == 0) ||
(e.FUNC == 0) ||
(e.TYPE == 0) ||
(e.ManufacturerId == 0) {
fmt.Printf("ERROR: %v, teach in data extraction failed on %v. consumed %v, ", e, v, consumedBytes)
return
}
fmt.Printf("\nRaw data: %v\n", e)
err, m := enocean.GetManufacturerName(e.ManufacturerId)
if err != nil {
fmt.Printf("ERROR: %v, manufacturerID is wrong", e.ManufacturerId)
return
}
fmt.Printf("RORG: %x, FUNC: %v, TYPE: %v ManufacturerId: %v\n", e.RORG, e.FUNC, e.TYPE, m)
}
}
func OnMessageReceived(client MQTT.Client, message MQTT.Message) {
buf := message.Payload()
log.Infof("topic:%s / msg:%s", message.Topic(), buf)
// analyze temperture data
err, c, e := enocean.NewESPData(buf)
if err != nil {
log.Errorf("ERROR: %v, parse failed on $v, cosumed %v", err, buf, c)
}
temp := (255 - int(e.PayloadData[2])) * 40.0 / 255
err, m := enocean.GetManufacturerName(e.ManufacturerId)
if err != nil {
log.Errorf("ERROR: %v, manufacturer ID is wrong", e.ManufacturerId)
}
msg := fmt.Sprintf("{\"RawData\": \"%v\", \"TeachIn\": %v, \"manufactuererId\": \"%v\", \"temperature\": %v}", e, e.TeachIn, m, temp)
fmt.Println(msg)
msgPipe <- msg
}
func TestManufacturerIdRange(t *testing.T) {
for _, id := range []int{
int(enocean.MANUFACTURER_RESERVED),
int(enocean.PEHA),
int(enocean.THERMOKON),
int(enocean.SERVODAN),
int(enocean.ECHOFLEX_SOLUTIONS),
int(enocean.OMNIO_AG),
int(enocean.HARDMEIER_ELECTRONICS),
int(enocean.REGULVAR_INC),
int(enocean.AD_HOC_ELECTRONICS),
int(enocean.DISTECH_CONTROLS),
int(enocean.KIEBACK_AND_PETER),
int(enocean.ENOCEAN_GMBH),
int(enocean.PROBARE),
int(enocean.ELTAKO),
int(enocean.LEVITON),
int(enocean.HONEYWELL),
int(enocean.SPARTAN_PERIPHERAL_DEVICES),
int(enocean.SIEMENS),
int(enocean.T_MAC),
int(enocean.RELIABLE_CONTROLS_CORPORATION),
int(enocean.ELSNER_ELEKTRONIK_GMBH),
int(enocean.DIEHL_CONTROLS),
int(enocean.BSC_COMPUTER),
int(enocean.S_AND_S_REGELTECHNIK_GMBH),
int(enocean.MASCO_CORPORATION),
int(enocean.INTESIS_SOFTWARE_SL),
int(enocean.VIESSMANN),
int(enocean.LUTUO_TECHNOLOGY),
int(enocean.SCHNEIDER_ELECTRIC),
int(enocean.SAUTER),
int(enocean.BOOT_UP),
int(enocean.OSRAM_SYLVANIA),
int(enocean.UNOTECH),
int(enocean.DELTA_CONTROLS_INC),
int(enocean.UNITRONIC_AG),
int(enocean.NANOSENSE),
int(enocean.THE_S4_GROUP),
int(enocean.MSR_SOLUTIONS),
int(enocean.GE),
int(enocean.MAICO),
int(enocean.RUSKIN_COMPANY),
int(enocean.MAGNUM_ENERGY_SOLUTIONS),
int(enocean.KMC_CONTROLS),
int(enocean.ECOLOGIX_CONTROLS),
int(enocean.TRIO_2_SYS),
int(enocean.AFRISO_EURO_INDEX),
int(enocean.NEC_ACCESSTECHNICA_LTD),
int(enocean.ITEC_CORPORATION),
int(enocean.SIMICX_CO_LTD),
int(enocean.EUROTRONIC_TECHNOLOGY_GMBH),
int(enocean.ART_JAPAN_CO_LTD),
int(enocean.TIANSU_AUTOMATION_CONTROL_SYSTE_CO_LTD),
int(enocean.GRUPPO_GIORDANO_IDEA_SPA),
int(enocean.ALPHAEOS_AG),
int(enocean.TAG_TECHNOLOGIES),
int(enocean.CLOUD_BUILDINGS_LTD),
int(enocean.GIGA_CONCEPT),
int(enocean.SENSORTEC),
int(enocean.JAEGER_DIREKT),
int(enocean.AIR_SYSTEM_COMPONENTS_INC),
int(enocean.MULTI_USER_MANUFACTURER),
} {
err, val := enocean.GetManufacturerName(id)
if err != nil {
t.Errorf("ID: %v is errored to get its name", id)
}
if "" == val {
t.Errorf("ID: %v does not have its name", id)
}
}
}
