Thanks!
Now I got this:
Test_ble_adv 22.05.2020 15:42:18
* string: F7:14:56
0:335
Test_ble_adv 22.05.2020 15:42:18
* number: -35
Test_ble_adv 22.05.2020 15:42:18
* hexstring [21]: 02 01 06 11 FF 99 04 03 38 15 17 C8 38 00 0B 00 02 04 10 0B A1
Next step is parse right data from there. I think that real data what Im looking for starts after FF 99 04. From spec manual : "The data is decoded from "Manufacturer Specific Data" -field, for more details please check this article out. Manufacturer ID is 0x0499."
If I look that spec for payload then:
03 = Data format definition
38 = Humidity ( 38 hex = 56 dec -> 56/2 = 28% )
15 = temperature. 15 hex = 21 celsius
17 = decimals of temperature -> 17 hex = 23
Those all are right values and same as in app (these ruuvitags have own android app for reading values).
Do you have little example script for parsing those parts from data?
Now I got this:
Test_ble_adv 22.05.2020 15:42:18
* string: F7:14:56
0:335Test_ble_adv 22.05.2020 15:42:18
* number: -35
Test_ble_adv 22.05.2020 15:42:18
* hexstring [21]: 02 01 06 11 FF 99 04 03 38 15 17 C8 38 00 0B 00 02 04 10 0B A1
Next step is parse right data from there. I think that real data what Im looking for starts after FF 99 04. From spec manual : "The data is decoded from "Manufacturer Specific Data" -field, for more details please check this article out. Manufacturer ID is 0x0499."
If I look that spec for payload then:
03 = Data format definition
38 = Humidity ( 38 hex = 56 dec -> 56/2 = 28% )
15 = temperature. 15 hex = 21 celsius
17 = decimals of temperature -> 17 hex = 23
Those all are right values and same as in app (these ruuvitags have own android app for reading values).
Do you have little example script for parsing those parts from data?