Da ich momentan ein wenig Zeit habe, habe mich nach wieder die Oregon Sensoren gewidmet.
Es gibt zwei Empfänger. Einmal der Empfänger RFXtrx433E und ein zweiter Empfänger SIGNALduino.
list RFXtrx433E
Internals:
CFGFN /media/hdd/fhem/mycfg/schnittstellen_rasp01.cfg
DEF 192.168.17.184:40433 noinit
DeviceName 192.168.17.184:40433
FD 20
FUUID 5c45b037-f33f-f4d2-c63f-c9249b70fbada950
NAME RFXtrx433E_WS
NR 351
NTFY_ORDER 50-RFXtrx433E_WS
PARTIAL
RAWMSG 0a52079a3e0e0038420139
RFXtrx433E_WS_MSGCNT 62664
RFXtrx433E_WS_TIME 2019-12-31 13:16:49
STATE Initialized
TYPE TRX
READINGS:
2019-12-31 13:16:49 state Initialized
Attributes:
alias RFXtrx433E - AB Wetterstation
devStateIcon Initialized:it_network@0CFB0C Open:it_network@red disconnected:it_network@red
do_not_init 1
group Schnittstellen ser2net
icon cul_usb
longids 0
room AB-Wetterstation,_RxTx
rssi 1
list sduino
Internals:
CFGFN /media/hdd/fhem/mycfg/schnittstellen_rasp01.cfg
Clients :IT:CUL_TCM97001:SD_RSL:OREGON:CUL_TX:SD_AS:Hideki:SD_WS07:SD_WS09: :SD_WS:RFXX10REC:Dooya:SOMFY:SD_BELL:SD_UT:SD_WS_Maverick:FLAMINGO:CUL_WS:Revolt: :FS10:CUL_FHTTK:Siro:FHT:FS20:CUL_EM:Fernotron:SD_Keeloq:SIGNALduino_un:
DEF 192.168.17.183:40733
DMSG u52#FFFFFF589120B00303480280C25A
DevState initialized
DeviceName 192.168.17.183:40733
FD 230
FUUID 5c45b037-f33f-f4d2-f28c-b32d699badc97764
LASTDMSG u52#FFFFFF589120B00303480280C25A
LASTDMSGID 52
MSGCNT 43180
NAME sduino
NR 366
PARTIAL
RAWMSG MC;LL=-1023;LH=932;SL=-548;SH=455;D=000000A76EDF4FFCFCB7FD7F3DA5;C=492;L=112;R=250;s49;b2;
RSSI -77
STATE opened
TIME 1577794656.11638
TYPE SIGNALduino
hasCC1101 1
sendworking 0
unknownmessages 2019-12-31 13:15:30-MC;LL=-1050;LH=911;SL=-556;SH=407;D=14EDDBE9FE5F9AFF3FEBB90;C=487;L=91;R=249;s8;b3;#2019-12-31 13:15:44-MC;LL=-1032;LH=875;SL=-524;SH=440;D=FD73FE871E002B99FEB9FF438C;C=478;L=102;R=251;s11;b0;w;#2019-12-31 13:15:44-MU;P0=440;P1=-524;P3=875;P5=-130;P6=276;CP=0;R=251;D=05653531010101010101010101010531053105353531010535;p;#2019-12-31 13:15:44-MC;LL=-1014;LH=924;SL=-518;SH=485;D=FEB9FF438F;C=490;L=40;R=251;s16;b3;#2019-12-31 13:15:44-MU;P0=32001;P1=-1008;P2=1354;P3=552;P4=-22928;CP=2;R=240;D=012121213121312121212121212131213121312121312131213121213121212121312131213121212121212;e;w=0;#2019-12-31 13:15:44-MU;P0=-400;P1=1366;P2=-989;P3=549;P4=-18816;CP=1;R=240;D=01232123212123212121212321232123212121212121;e;w=0;#2019-12-31 13:15:44-MC;LL=-1030;LH=939;SL=-543;SH=438;D=BB7D3FD3F3EFE7FF7718;C=491;L=78;R=251;s2;b1;#2019-12-31 13:16:03-MU;P0=204;P1=-376;P2=369;P3=-854;P4=849;P5=-15092;CP=2;R=237;D=012341414141232323234123414141412341232323234141412323234123412323232323234141414;e;i;w=0;#2019-12-31 13:16:07-MU;P0=-888;P1=328;P2=-641;P3=-1148;P4=796;CP=1;R=26;D=012121212121212121212121213434213421312124212121312124343121242121342131212121212121212121212121212121242121213121212121243421213121242121343121;e;#2019-12-31 13:16:14-MC;LL=-982;LH=979;SL=-478;SH=491;D=5075EDA4BE89FF3F5AAA0;C=488;L=81;R=60;s5;b5;#2019-12-31 13:16:14-MC;LL=-1040;LH=910;SL=-512;SH=486;D=AFEAFE3BD6;C=491;L=39;R=249;s3;b3;#2019-12-31 13:16:43-MU;P0=32001;P1=-996;P2=1366;P3=571;P4=-772;P5=132;CP=2;R=240;D=012121213121312121212121212131213121312121345;e;#2019-12-31 13:16:43-MU;P0=1353;P1=-1002;P2=567;P3=-15948;CP=0;R=240;D=0121010121010101012101210121010101010103;e;#2019-12-31 13:16:43-MU;P0=92;P1=-998;P2=1356;P3=571;P4=-324;CP=2;R=239;D=012121212121312131213121213121312131212131212121213124;e;#2019-12-31 13:16:43-MU;P0=2612;P1=-1031;P2=1349;P3=548;P4=-15628;CP=2;R=239;D=012121213121312121212121212131213121312121312131213121213121212121312131213121212121212;e;w=0;#2019-12-31 13:16:47-MC;LL=-1033;LH=925;SL=-557;SH=417;D=0283AF4547CD9FFCFBB780;C=488;L=86;R=0;s13;b2;#2019-12-31 13:17:17-MC;LL=-1023;LH=943;SL=-513;SH=428;D=02B3B74CABDAFFC0ECC;C=484;L=74;R=249;s34;b23;w;#2019-12-31 13:17:17-MU;P0=2248;P1=-2046;P2=472;P3=-8064;P4=-4120;P5=992;P6=-1324;P7=-920;CP=2;R=235;D=123212124242124212121562157210121212421212421212424212421242124242;p;#2019-12-31 13:17:17-MS;P0=-2060;P1=463;P2=-4166;P3=-8076;P4=-6156;D=1310101212101210101212121010101210101210101212101210121012121210101212101010121012101214;CP=1;SP=3;R=235;e;b=133;s=3;#2019-12-31 13:17:20-MU;P0=-32001;P1=202;P2=-660;P3=92;P4=-1128;P5=313;P6=823;CP=5;R=26;D=012123452526464525262525462545252525252525252525252525252525262525254525252525264625254525262525464525;e;#2019-12-31 13:17:22-MC;LL=-1024;LH=909;SL=-569;SH=411;D=53B76FA7FE7E5DFEBFEE8C0;C=485;L=89;R=247;s9;b9;#2019-12-31 13:17:31-MU;P0=-359;P1=925;P2=358;P3=-854;P4=-260;P5=92;P6=-492;CP=1;R=238;D=01010101010101010101010101010101023231010102310101010231010101023232323102310101010231023245623231;e;#2019-12-31 13:17:42-MU;P1=-970;P2=1371;P3=571;P4=-18572;CP=2;R=240;D=12131213121312121312131213121213121212121312131213121212121212;p;w=0;#2019-12-31 13:17:42-MU;P0=836;P1=-1114;P2=1346;P3=562;P4=-16528;CP=2;R=240;D=01213121312121212121212131213121312121312131213121213121212121312131213121212121212;e;w=0;#2019-12-31 13:17:50-MC;LL=-1035;LH=917;SL=-556;SH=421;D=EDF4FF4FC6FFD7FAD62;C=488;L=76;R=249;s5;b0;
version V 3.3.2.1-rc9 SIGNALduino cc1101 - compiled at Jun 16 2019 20:18:01
versionProtocols 1.10
versionmodul v3.4.1
DoubleMsgIDs:
MatchList:
10:SD_WS07 ^P7#[A-Fa-f0-9]{6}[AFaf][A-Fa-f0-9]{2,3}
11:SD_WS09 ^P9#F[A-Fa-f0-9]+
12:SD_WS ^W\d+x{0,1}#.*
13:RFXX10REC ^(20|29)[A-Fa-f0-9]+
14:Dooya ^P16#[A-Fa-f0-9]+
15:SOMFY ^Ys[0-9A-F]+
16:SD_WS_Maverick ^P47#[A-Fa-f0-9]+
17:SD_UT ^P(?:14|29|30|34|46|68|69|76|81|83|86|90|91|91.1|92|93|95)#.*
18:FLAMINGO ^P13\.?1?#[A-Fa-f0-9]+
19:CUL_WS ^K[A-Fa-f0-9]{5,}
1:IT ^i......
20:Revolt ^r[A-Fa-f0-9]{22}
21:FS10 ^P61#[A-F0-9]+
22:Siro ^P72#[A-Fa-f0-9]+
23:FHT ^81..(04|09|0d)..(0909a001|83098301|c409c401)..
24:FS20 ^81..(04|0c)..0101a001
25:CUL_EM ^E0.................
26:Fernotron ^P82#.*
27:SD_BELL ^P(?:15|32|41|42|57|79|96)#.*
28:SD_Keeloq ^P(?:87|88)#.*
2:CUL_TCM97001 ^s[A-Fa-f0-9]+
3:SD_RSL ^P1#[A-Fa-f0-9]{8}
4:OREGON ^(3[8-9A-F]|[4-6][0-9A-F]|7[0-8]).*
5:CUL_TX ^TX..........
6:SD_AS ^P2#[A-Fa-f0-9]{7,8}
7:Hideki ^P12#75[A-F0-9]+
9:CUL_FHTTK ^T[A-F0-9]{8}
X:SIGNALduino_un ^[u]\d+#.*
QUEUE:
READINGS:
2019-12-04 14:14:30 ccconf freq:433.920MHz bWidth:325KHz rAmpl:42dB sens:4dB (DataRate:5603.79Baud)
2019-12-04 14:14:37 ccpatable C3E = 00 84 00 00 00 00 00 00 => 5_dBm
2019-12-04 14:14:47 cmds V R t X S P C r W x e
2019-12-04 14:15:08 config MS=1;MU=1;MC=1;Mred=1;Mdebug=1_MScnt=4;MuSplitThresh=8000;MdebFifoLimit=120/140
2019-12-04 14:15:18 freeram 558
2019-12-27 12:05:43 ping OK
2019-12-31 12:55:34 state opened
2019-12-04 14:15:54 uptime 0 19:52:41
2019-12-31 12:55:34 version V 3.3.2.1-rc9 SIGNALduino cc1101 - compiled at Jun 16 2019 20:18:01
helper:
keepalive:
ok 1
retry 0
mcIdList:
10
18
52
58
msIdList:
33.1
muIdList:
48
89
Attributes:
alias SIGNALduino - OG2 WebCam
debug 0
devStateIcon Initialized:it_network@0CFB0C opened:it_network@0CFB0C disconnected:it_network@red closed:it_network@red
flashCommand avrdude -c arduino -b 57600 -P [PORT] -p atmega328p -vv -U flash:w:[HEXFILE] 2>[LOGFILE]
group Schnittstellen ser2net
hardware nanoCC1101
icon cul_usb
longids 0
room _RxTx
verbose 5
whitelist_IDs 10,18,33.1,48,52,58,89
Das gesamte System ist aktuell.
Alle Sensoren wurden einmal mit dem autocreate angelegt.
Anschließend wurden die Sensoren unter autocreate mit dem Attribut ignoreTypes (PCR800.*|THGR810.*|THWR800.*|UVN800.*|WGR800.*) hinterlegt.
Die Werte der Sensoren werden Großteils auch eingelesen.
Nur befinden sich immer wieder Einträge mit OREGON: Unknown device im log.
2019.12.31 12:00:49.941 3: OREGON: Unknown device WGR800, please define it
Soweit ich es eingrenzen konnte, dürfte der SIGNALduino dafür verantwortlich sein.
Irgendwo muss ich bei den Empfängern einen Fehler übersehen der für diese Logeinträge verantwortlich ist.
RFXtrx433E LOG
2019.12.31 12:45:06.221 5: TRX/RAW: /P͐ ;9
2019.12.31 12:45:06.221 5: TRX: TRX_Read '085002cd1002003b39'
2019.12.31 12:45:06.221 5: TRX_Read rmsg '085002cd1002003b39'
2019.12.31 12:45:06.222 5: TRX_Read TRX_data '085002cd1002003b39'
2019.12.31 12:45:06.222 5: TRX_Parse() '085002cd1002003b39'
2019.12.31 12:45:06.222 5: RFXtrx433E_WS: dispatch 085002cd1002003b39
2019.12.31 12:45:06.223 5: TRX_WEATHER: decoding delay=8.26276803016663 hex=085002cd1002003b39
2019.12.31 12:45:06.223 5: TRX_WEATHER: parsing sensor_id=50 message='085002cd1002003b39'
2019.12.31 12:45:06.224 5: TRX_Read END
2019.12.31 12:45:11.261 5: TRX/RAW: / UΒ ÿ± yVύ y
2019.12.31 12:45:11.261 5: TRX: TRX_Read '0b5502ce12000000ffb11c79105602cf0d000016000b00110000000079'
2019.12.31 12:45:11.261 5: TRX_Read rmsg '0b5502ce12000000ffb11c79105602cf0d000016000b00110000000079'
2019.12.31 12:45:11.261 5: TRX_Read TRX_data '0b5502ce12000000ffb11c79105602cf0d000016000b00110000000079'
2019.12.31 12:45:11.261 5: TRX_Parse() '0b5502ce12000000ffb11c79'
2019.12.31 12:45:11.262 5: RFXtrx433E_WS: dispatch 0b5502ce12000000ffb11c79
2019.12.31 12:45:11.263 5: TRX_WEATHER: decoding delay=5.03960394859314 hex=0b5502ce12000000ffb11c79
2019.12.31 12:45:11.263 5: TRX_WEATHER: parsing sensor_id=55 message='0b5502ce12000000ffb11c79'
2019.12.31 12:45:11.266 5: TRX_Read rmsg '0b5502ce12000000ffb11c79105602cf0d000016000b00110000000079'
2019.12.31 12:45:11.266 5: TRX_Read TRX_data '0b5502ce12000000ffb11c79105602cf0d000016000b00110000000079'
2019.12.31 12:45:11.266 5: TRX_Parse() '105602cf0d000016000b00110000000079'
2019.12.31 12:45:11.267 5: RFXtrx433E_WS: dispatch 105602cf0d000016000b00110000000079
2019.12.31 12:45:11.268 5: TRX_WEATHER: decoding delay=0.00505614280700684 hex=105602cf0d000016000b00110000000079
2019.12.31 12:45:11.268 5: TRX_WEATHER: parsing sensor_id=56 message='105602cf0d000016000b00110000000079'
2019.12.31 12:45:11.294 5: TRX_Read END
2019.12.31 12:45:11.950 5: TRX/RAW: /
RЬ ;*I
RѬ ;*I
2019.12.31 12:45:11.950 5: TRX: TRX_Read '0a5207d02c0e003b2a01490a5207d12c0e003b2a0149'
2019.12.31 12:45:11.950 5: TRX_Read rmsg '0a5207d02c0e003b2a01490a5207d12c0e003b2a0149'
2019.12.31 12:45:11.950 5: TRX_Read TRX_data '0a5207d02c0e003b2a01490a5207d12c0e003b2a0149'
2019.12.31 12:45:11.950 5: TRX_Parse() '0a5207d02c0e003b2a0149'
2019.12.31 12:45:11.951 5: RFXtrx433E_WS: dispatch 0a5207d02c0e003b2a0149
2019.12.31 12:45:11.951 5: TRX_WEATHER: decoding delay=0.683752059936523 hex=0a5207d02c0e003b2a0149
2019.12.31 12:45:11.952 5: TRX_WEATHER: parsing sensor_id=52 message='0a5207d02c0e003b2a0149'
2019.12.31 12:45:11.952 5: TRX_Read rmsg '0a5207d02c0e003b2a01490a5207d12c0e003b2a0149'
2019.12.31 12:45:11.952 5: TRX_Read TRX_data '0a5207d02c0e003b2a01490a5207d12c0e003b2a0149'
2019.12.31 12:45:11.953 5: TRX_Parse() '0a5207d12c0e003b2a0149'
2019.12.31 12:45:11.953 5: RFXtrx433E_WS: dispatch 0a5207d12c0e003b2a0149
2019.12.31 12:45:11.954 5: TRX_WEATHER: decoding delay=0.00219583511352539 hex=0a5207d12c0e003b2a0149
2019.12.31 12:45:11.954 5: TRX_WEATHER: parsing sensor_id=52 message='0a5207d12c0e003b2a0149'
2019.12.31 12:45:11.954 5: TRX_Read END
2019.12.31 12:45:13.224 5: TRX/RAW: /PҜ 㹊2019.12.31 12:45:13.224 5: TRX: TRX_Read '085002d29c0100e339'
2019.12.31 12:45:13.224 5: TRX_Read rmsg '085002d29c0100e339'
2019.12.31 12:45:13.224 5: TRX_Read TRX_data '085002d29c0100e339'
2019.12.31 12:45:13.225 5: TRX_Parse() '085002d29c0100e339'
2019.12.31 12:45:13.225 5: RFXtrx433E_WS: dispatch 085002d29c0100e339
2019.12.31 12:45:13.226 5: TRX_WEATHER: decoding delay=1.27223706245422 hex=085002d29c0100e339
2019.12.31 12:45:13.226 5: TRX_WEATHER: parsing sensor_id=50 message='085002d29c0100e339'
2019.12.31 12:45:13.227 5: TRX_Read END
2019.12.31 12:45:16.580 5: TRX/RAW: /P
ӑ-9
2019.12.31 12:45:16.580 5: TRX: TRX_Read '08500ad3d101012d39'
2019.12.31 12:45:16.580 5: TRX_Read rmsg '08500ad3d101012d39'
2019.12.31 12:45:16.580 5: TRX_Read TRX_data '08500ad3d101012d39'
2019.12.31 12:45:16.580 5: TRX_Parse() '08500ad3d101012d39'
2019.12.31 12:45:16.581 5: RFXtrx433E_WS: dispatch 08500ad3d101012d39
2019.12.31 12:45:16.582 5: TRX_WEATHER: decoding delay=3.3558189868927 hex=08500ad3d101012d39
2019.12.31 12:45:16.582 5: TRX_WEATHER: parsing sensor_id=50 message='08500ad3d101012d39'
2019.12.31 12:45:16.582 5: TRX_Read END
2019.12.31 12:45:24.529 5: TRX/RAW: /Vԍ p y
2019.12.31 12:45:24.529 5: TRX: TRX_Read '105602d40d000070000b00000000000079'
2019.12.31 12:45:24.529 5: TRX_Read rmsg '105602d40d000070000b00000000000079'
2019.12.31 12:45:24.529 5: TRX_Read TRX_data '105602d40d000070000b00000000000079'
2019.12.31 12:45:24.529 5: TRX_Parse() '105602d40d000070000b00000000000079'
2019.12.31 12:45:24.530 5: RFXtrx433E_WS: dispatch 105602d40d000070000b00000000000079
2019.12.31 12:45:24.531 5: TRX_WEATHER: decoding delay=7.94896507263184 hex=105602d40d000070000b00000000000079
2019.12.31 12:45:24.531 5: TRX_WEATHER: parsing sensor_id=56 message='105602d40d000070000b00000000000079'
2019.12.31 12:45:24.555 5: TRX_Read END
2019.12.31 12:45:32.208 5: TRX/RAW: /
Rժ C8 y
2019.12.31 12:45:32.209 5: TRX: TRX_Read '0a5202d52a010043380079'
2019.12.31 12:45:32.210 5: TRX_Read rmsg '0a5202d52a010043380079'
2019.12.31 12:45:32.210 5: TRX_Read TRX_data '0a5202d52a010043380079'
2019.12.31 12:45:32.211 5: TRX_Parse() '0a5202d52a010043380079'
2019.12.31 12:45:32.212 5: RFXtrx433E_WS: dispatch 0a5202d52a010043380079
2019.12.31 12:45:32.214 5: TRX_WEATHER: decoding delay=7.68299293518066 hex=0a5202d52a010043380079
2019.12.31 12:45:32.215 5: TRX_WEATHER: parsing sensor_id=52 message='0a5202d52a010043380079'
2019.12.31 12:45:32.220 5: TRX_Read END
2019.12.31 12:45:38.182 5: TRX/RAW: /
R֯ Y-9
2019.12.31 12:45:38.183 5: TRX: TRX_Read '0a5207d62f0e00592d0139'
2019.12.31 12:45:38.184 5: TRX_Read rmsg '0a5207d62f0e00592d0139'
2019.12.31 12:45:38.184 5: TRX_Read TRX_data '0a5207d62f0e00592d0139'
2019.12.31 12:45:38.185 5: TRX_Parse() '0a5207d62f0e00592d0139'
2019.12.31 12:45:38.186 5: RFXtrx433E_WS: dispatch 0a5207d62f0e00592d0139
2019.12.31 12:45:38.187 5: TRX_WEATHER: decoding delay=5.97341704368591 hex=0a5207d62f0e00592d0139
2019.12.31 12:45:38.188 5: TRX_WEATHER: parsing sensor_id=52 message='0a5207d62f0e00592d0139'
2019.12.31 12:45:38.189 5: TRX_Read END
2019.12.31 12:45:42.750 5: TRX/RAW: /P y
2019.12.31 12:45:42.753 5: TRX: TRX_Read '085003d7ab03001b79'
2019.12.31 12:45:42.754 5: TRX_Read rmsg '085003d7ab03001b79'
2019.12.31 12:45:42.754 5: TRX_Read TRX_data '085003d7ab03001b79'
2019.12.31 12:45:42.755 5: TRX_Parse() '085003d7ab03001b79'
2019.12.31 12:45:42.756 5: RFXtrx433E_WS: dispatch 085003d7ab03001b79
2019.12.31 12:45:42.757 5: TRX_WEATHER: decoding delay=4.57000994682312 hex=085003d7ab03001b79
2019.12.31 12:45:42.760 5: TRX_WEATHER: parsing sensor_id=50 message='085003d7ab03001b79'
2019.12.31 12:45:42.764 5: TRX_Read END
2019.12.31 12:45:43.994 5: TRX/RAW: /Pؐ ;9
2019.12.31 12:45:43.995 5: TRX: TRX_Read '085002d81002003b39'
2019.12.31 12:45:43.995 5: TRX_Read rmsg '085002d81002003b39'
2019.12.31 12:45:43.996 5: TRX_Read TRX_data '085002d81002003b39'
2019.12.31 12:45:43.996 5: TRX_Parse() '085002d81002003b39'
2019.12.31 12:45:43.997 5: RFXtrx433E_WS: dispatch 085002d81002003b39
2019.12.31 12:45:43.999 5: TRX_WEATHER: decoding delay=1.24176907539368 hex=085002d81002003b39
2019.12.31 12:45:44.000 5: TRX_WEATHER: parsing sensor_id=50 message='085002d81002003b39'
2019.12.31 12:45:44.001 5: TRX_Read END
2019.12.31 12:45:50.212 5: TRX/RAW: /Pٻ >9
2019.12.31 12:45:50.213 5: TRX: TRX_Read '085002d9fb01003e39'
2019.12.31 12:45:50.214 5: TRX_Read rmsg '085002d9fb01003e39'
2019.12.31 12:45:50.214 5: TRX_Read TRX_data '085002d9fb01003e39'
2019.12.31 12:45:50.215 5: TRX_Parse() '085002d9fb01003e39'
2019.12.31 12:45:50.219 5: RFXtrx433E_WS: dispatch 085002d9fb01003e39
2019.12.31 12:45:50.220 5: TRX_WEATHER: decoding delay=6.22146105766296 hex=085002d9fb01003e39
2019.12.31 12:45:50.221 5: TRX_WEATHER: parsing sensor_id=50 message='085002d9fb01003e39'
2019.12.31 12:45:50.222 5: TRX_Read END
2019.12.31 12:45:50.724 5: TRX/RAW: /P
ڑ:9
2019.12.31 12:45:50.725 5: TRX: TRX_Read '08500adad101013a39'
2019.12.31 12:45:50.725 5: TRX_Read rmsg '08500adad101013a39'
2019.12.31 12:45:50.726 5: TRX_Read TRX_data '08500adad101013a39'
2019.12.31 12:45:50.726 5: TRX_Parse() '08500adad101013a39'
2019.12.31 12:45:50.727 5: RFXtrx433E_WS: dispatch 08500adad101013a39
2019.12.31 12:45:50.729 5: TRX_WEATHER: decoding delay=0.508356809616089 hex=08500adad101013a39
2019.12.31 12:45:50.729 5: TRX_WEATHER: parsing sensor_id=50 message='08500adad101013a39'
2019.12.31 12:45:50.731 5: TRX_Read END
2019.12.31 12:45:52.523 5: TRX/RAW: /Vۍ yPܜ 㹊2019.12.31 12:45:52.524 5: TRX: TRX_Read '105602db0d000016000b000e0000000079085002dc9c0100e339'
2019.12.31 12:45:52.524 5: TRX_Read rmsg '105602db0d000016000b000e0000000079085002dc9c0100e339'
2019.12.31 12:45:52.525 5: TRX_Read TRX_data '105602db0d000016000b000e0000000079085002dc9c0100e339'
2019.12.31 12:45:52.525 5: TRX_Parse() '105602db0d000016000b000e0000000079'
2019.12.31 12:45:52.526 5: RFXtrx433E_WS: dispatch 105602db0d000016000b000e0000000079
2019.12.31 12:45:52.527 5: TRX_WEATHER: decoding delay=1.79889798164368 hex=105602db0d000016000b000e0000000079
2019.12.31 12:45:52.528 5: TRX_WEATHER: parsing sensor_id=56 message='105602db0d000016000b000e0000000079'
2019.12.31 12:45:52.554 5: TRX_Read rmsg '105602db0d000016000b000e0000000079085002dc9c0100e339'
2019.12.31 12:45:52.555 5: TRX_Read TRX_data '105602db0d000016000b000e0000000079085002dc9c0100e339'
2019.12.31 12:45:52.556 5: TRX_Parse() '085002dc9c0100e339'
2019.12.31 12:45:52.556 5: RFXtrx433E_WS: dispatch 085002dc9c0100e339
2019.12.31 12:45:52.558 5: TRX_WEATHER: decoding delay=0.0304610729217529 hex=085002dc9c0100e339
2019.12.31 12:45:52.559 5: TRX_WEATHER: parsing sensor_id=50 message='085002dc9c0100e339'
2019.12.31 12:45:52.560 5: TRX_Read END
2019.12.31 12:45:55.471 5: TRX/RAW: /
Rݬ ;*I
2019.12.31 12:45:55.473 5: TRX: TRX_Read '0a5207dd2c0e003b2a0149'
2019.12.31 12:45:55.473 5: TRX_Read rmsg '0a5207dd2c0e003b2a0149'
2019.12.31 12:45:55.474 5: TRX_Read TRX_data '0a5207dd2c0e003b2a0149'
2019.12.31 12:45:55.475 5: TRX_Parse() '0a5207dd2c0e003b2a0149'
2019.12.31 12:45:55.475 5: RFXtrx433E_WS: dispatch 0a5207dd2c0e003b2a0149
2019.12.31 12:45:55.477 5: TRX_WEATHER: decoding delay=2.91901707649231 hex=0a5207dd2c0e003b2a0149
2019.12.31 12:45:55.478 5: TRX_WEATHER: parsing sensor_id=52 message='0a5207dd2c0e003b2a0149'
2019.12.31 12:45:55.479 5: TRX_Read END
2019.12.31 12:45:55.824 5: TRX/RAW: / Uޒ ÿ± y
2019.12.31 12:45:55.825 5: TRX: TRX_Read '0b5502de12000000ffb11c79'
2019.12.31 12:45:55.829 5: TRX_Read rmsg '0b5502de12000000ffb11c79'
2019.12.31 12:45:55.830 5: TRX_Read TRX_data '0b5502de12000000ffb11c79'
2019.12.31 12:45:55.831 5: TRX_Parse() '0b5502de12000000ffb11c79'
2019.12.31 12:45:55.831 5: RFXtrx433E_WS: dispatch 0b5502de12000000ffb11c79
2019.12.31 12:45:55.833 5: TRX_WEATHER: decoding delay=0.355767011642456 hex=0b5502de12000000ffb11c79
2019.12.31 12:45:55.834 5: TRX_WEATHER: parsing sensor_id=55 message='0b5502de12000000ffb11c79'
2019.12.31 12:45:55.838 5: TRX_Read END
2019.12.31 12:46:06.036 5: TRX/RAW: /Vߍ y
2019.12.31 12:46:06.067 5: TRX: TRX_Read '105602df0d000016000500000000000079'
2019.12.31 12:46:06.068 5: TRX_Read rmsg '105602df0d000016000500000000000079'
2019.12.31 12:46:06.086 5: TRX_Read TRX_data '105602df0d000016000500000000000079'
2019.12.31 12:46:06.087 5: TRX_Parse() '105602df0d000016000500000000000079'
2019.12.31 12:46:06.088 5: RFXtrx433E_WS: dispatch 105602df0d000016000500000000000079
2019.12.31 12:46:06.089 5: TRX_WEATHER: decoding delay=10.2565610408783 hex=105602df0d000016000500000000000079
2019.12.31 12:46:06.090 5: TRX_WEATHER: parsing sensor_id=56 message='105602df0d000016000500000000000079'
2019.12.31 12:46:06.148 5: TRX_Read END
2019.12.31 12:46:20.070 5: TRX/RAW: /V͠
2019.12.31 12:46:20.273 5: TRX: TRX_Read '105602e00d0000160005000000'
2019.12.31 12:46:20.274 5: TRX_Read END
2019.12.31 12:46:20.577 5: TRX/RAW: V͠ / y
2019.12.31 12:46:20.861 5: TRX: TRX_Read '105602e00d000016000500000000000079'
2019.12.31 12:46:20.862 5: TRX_Read rmsg '105602e00d000016000500000000000079'
2019.12.31 12:46:20.863 5: TRX_Read TRX_data '105602e00d000016000500000000000079'
2019.12.31 12:46:20.864 5: TRX_Parse() '105602e00d000016000500000000000079'
2019.12.31 12:46:21.158 5: RFXtrx433E_WS: dispatch 105602e00d000016000500000000000079
2019.12.31 12:46:21.173 5: TRX_WEATHER: decoding delay=15.083976984024 hex=105602e00d000016000500000000000079
2019.12.31 12:46:21.175 5: TRX_WEATHER: parsing sensor_id=56 message='105602e00d000016000500000000000079'
2019.12.31 12:46:21.470 5: TRX_Read END
2019.12.31 12:46:21.873 5: TRX/RAW: /
Rᵇ Á i
R⯎ Y-9
2019.12.31 12:46:22.035 5: TRX: TRX_Read '0a5202e1750700c11e02690a5207e22f0e00592d0139'
2019.12.31 12:46:22.036 5: TRX_Read rmsg '0a5202e1750700c11e02690a5207e22f0e00592d0139'
2019.12.31 12:46:22.037 5: TRX_Read TRX_data '0a5202e1750700c11e02690a5207e22f0e00592d0139'
2019.12.31 12:46:22.037 5: TRX_Parse() '0a5202e1750700c11e0269'
2019.12.31 12:46:22.038 5: RFXtrx433E_WS: dispatch 0a5202e1750700c11e0269
2019.12.31 12:46:22.317 5: TRX_WEATHER: decoding delay=1.14406681060791 hex=0a5202e1750700c11e0269
2019.12.31 12:46:22.320 5: TRX_WEATHER: parsing sensor_id=52 message='0a5202e1750700c11e0269'
2019.12.31 12:46:22.489 5: TRX_Read rmsg '0a5202e1750700c11e02690a5207e22f0e00592d0139'
2019.12.31 12:46:22.602 5: TRX_Read TRX_data '0a5202e1750700c11e02690a5207e22f0e00592d0139'
2019.12.31 12:46:22.603 5: TRX_Parse() '0a5207e22f0e00592d0139'
2019.12.31 12:46:22.614 5: RFXtrx433E_WS: dispatch 0a5207e22f0e00592d0139
2019.12.31 12:46:22.631 5: TRX_WEATHER: decoding delay=0.313141107559204 hex=0a5207e22f0e00592d0139
2019.12.31 12:46:22.762 5: TRX_WEATHER: parsing sensor_id=52 message='0a5207e22f0e00592d0139'
2019.12.31 12:46:22.879 5: TRX_Read END
2019.12.31 12:46:24.381 5: TRX/RAW: /
R㪁 C8 y
2019.12.31 12:46:24.385 5: TRX: TRX_Read '0a5202e32a010043380079'
2019.12.31 12:46:24.404 5: TRX_Read rmsg '0a5202e32a010043380079'
2019.12.31 12:46:24.406 5: TRX_Read TRX_data '0a5202e32a010043380079'
2019.12.31 12:46:24.406 5: TRX_Parse() '0a5202e32a010043380079'
2019.12.31 12:46:24.407 5: RFXtrx433E_WS: dispatch 0a5202e32a010043380079
2019.12.31 12:46:24.410 5: TRX_WEATHER: decoding delay=1.77953195571899 hex=0a5202e32a010043380079
2019.12.31 12:46:24.531 5: TRX_WEATHER: parsing sensor_id=52 message='0a5202e32a010043380079'
2019.12.31 12:46:24.536 5: TRX_Read END
2019.12.31 12:46:26.017 5: TRX/RAW: /P䐂 :9
2019.12.31 12:46:26.049 5: TRX: TRX_Read '085002e41002003a39'
2019.12.31 12:46:26.049 5: TRX_Read rmsg '085002e41002003a39'
2019.12.31 12:46:26.115 5: TRX_Read TRX_data '085002e41002003a39'
2019.12.31 12:46:26.116 5: TRX_Parse() '085002e41002003a39'
2019.12.31 12:46:26.175 5: RFXtrx433E_WS: dispatch 085002e41002003a39
2019.12.31 12:46:26.177 5: TRX_WEATHER: decoding delay=1.76680898666382 hex=085002e41002003a39
2019.12.31 12:46:26.179 5: TRX_WEATHER: parsing sensor_id=50 message='085002e41002003a39'
2019.12.31 12:46:26.183 5: TRX_Read END
2019.12.31 12:46:27.370 5: TRX/RAW: /P
呁B9
2019.12.31 12:46:27.977 5: TRX: TRX_Read '08500ae5d101014239'
2019.12.31 12:46:28.138 5: TRX_Read rmsg '08500ae5d101014239'
2019.12.31 12:46:28.142 5: TRX_Read TRX_data '08500ae5d101014239'
2019.12.31 12:46:28.143 5: TRX_Parse() '08500ae5d101014239'
2019.12.31 12:46:28.144 5: RFXtrx433E_WS: dispatch 08500ae5d101014239
2019.12.31 12:46:28.147 5: TRX_WEATHER: decoding delay=1.96977114677429 hex=08500ae5d101014239
2019.12.31 12:46:28.148 5: TRX_WEATHER: parsing sensor_id=50 message='08500ae5d101014239'
2019.12.31 12:46:28.150 5: TRX_Read END
2019.12.31 12:46:35.963 5: TRX/RAW: /P朁 㹐V獠; y
2019.12.31 12:46:36.064 5: TRX: TRX_Read '085002e69c0100e339105602e70d00013b0005000b0000000079'
2019.12.31 12:46:36.325 5: TRX_Read rmsg '085002e69c0100e339105602e70d00013b0005000b0000000079'
2019.12.31 12:46:36.334 5: TRX_Read TRX_data '085002e69c0100e339105602e70d00013b0005000b0000000079'
2019.12.31 12:46:36.594 5: TRX_Parse() '085002e69c0100e339'
2019.12.31 12:46:36.607 5: RFXtrx433E_WS: dispatch 085002e69c0100e339
2019.12.31 12:46:36.610 5: TRX_WEATHER: decoding delay=8.46346783638 hex=085002e69c0100e339
2019.12.31 12:46:36.868 5: TRX_WEATHER: parsing sensor_id=50 message='085002e69c0100e339'
2019.12.31 12:46:36.875 5: TRX_Read rmsg '085002e69c0100e339105602e70d00013b0005000b0000000079'
2019.12.31 12:46:36.885 5: TRX_Read TRX_data '085002e69c0100e339105602e70d00013b0005000b0000000079'
2019.12.31 12:46:36.901 5: TRX_Parse() '105602e70d00013b0005000b0000000079'
2019.12.31 12:46:37.139 5: RFXtrx433E_WS: dispatch 105602e70d00013b0005000b0000000079
2019.12.31 12:46:37.403 5: TRX_WEATHER: decoding delay=0.793205976486206 hex=105602e70d00013b0005000b0000000079
2019.12.31 12:46:37.552 5: TRX_WEATHER: parsing sensor_id=56 message='105602e70d00013b0005000b0000000079'
2019.12.31 12:46:37.619 5: TRX_Read END
2019.12.31 12:46:39.748 5: TRX/RAW: /P芁 U9
R鬎 ;+I
2019.12.31 12:46:39.750 5: TRX: TRX_Read '085001e80a010055390a5207e92c0e003b2b0149'
2019.12.31 12:46:39.751 5: TRX_Read rmsg '085001e80a010055390a5207e92c0e003b2b0149'
2019.12.31 12:46:39.751 5: TRX_Read TRX_data '085001e80a010055390a5207e92c0e003b2b0149'
2019.12.31 12:46:39.752 5: TRX_Parse() '085001e80a01005539'
2019.12.31 12:46:39.753 5: RFXtrx433E_WS: dispatch 085001e80a01005539
2019.12.31 12:46:39.755 5: TRX_WEATHER: decoding delay=2.35183620452881 hex=085001e80a01005539
2019.12.31 12:46:39.756 5: TRX_WEATHER: parsing sensor_id=50 message='085001e80a01005539'
2019.12.31 12:46:39.758 5: TRX_Read rmsg '085001e80a010055390a5207e92c0e003b2b0149'
2019.12.31 12:46:39.759 5: TRX_Read TRX_data '085001e80a010055390a5207e92c0e003b2b0149'
2019.12.31 12:46:39.760 5: TRX_Parse() '0a5207e92c0e003b2b0149'
2019.12.31 12:46:39.761 5: RFXtrx433E_WS: dispatch 0a5207e92c0e003b2b0149
2019.12.31 12:46:39.763 5: TRX_WEATHER: decoding delay=0.00744485855102539 hex=0a5207e92c0e003b2b0149
2019.12.31 12:46:39.764 5: TRX_WEATHER: parsing sensor_id=52 message='0a5207e92c0e003b2b0149'
2019.12.31 12:46:39.766 5: TRX_Read END
2019.12.31 12:46:42.645 5: TRX/RAW: /
RꭂhY
2019.12.31 12:46:42.647 5: TRX: TRX_Read '0a5202ea6d020168120259'
2019.12.31 12:46:42.647 5: TRX_Read rmsg '0a5202ea6d020168120259'
2019.12.31 12:46:42.648 5: TRX_Read TRX_data '0a5202ea6d020168120259'
2019.12.31 12:46:42.648 5: TRX_Parse() '0a5202ea6d020168120259'
2019.12.31 12:46:42.649 5: RFXtrx433E_WS: dispatch 0a5202ea6d020168120259
2019.12.31 12:46:42.650 5: TRX_WEATHER: decoding delay=2.88772296905518 hex=0a5202ea6d020168120259
2019.12.31 12:46:42.651 5: TRX_WEATHER: parsing sensor_id=52 message='0a5202ea6d020168120259'
2019.12.31 12:46:42.670 5: TRX_Read END
2019.12.31 12:46:42.816 5: TRX/RAW: / U뒠 ÿ± y
2019.12.31 12:46:42.817 5: TRX: TRX_Read '0b5502eb12000000ffb11c79'
2019.12.31 12:46:42.818 5: TRX_Read rmsg '0b5502eb12000000ffb11c79'
2019.12.31 12:46:42.821 5: TRX_Read TRX_data '0b5502eb12000000ffb11c79'
2019.12.31 12:46:42.822 5: TRX_Parse() '0b5502eb12000000ffb11c79'
2019.12.31 12:46:42.823 5: RFXtrx433E_WS: dispatch 0b5502eb12000000ffb11c79
2019.12.31 12:46:42.825 5: TRX_WEATHER: decoding delay=0.174652099609375 hex=0b5502eb12000000ffb11c79
2019.12.31 12:46:42.826 5: TRX_WEATHER: parsing sensor_id=55 message='0b5502eb12000000ffb11c79'
2019.12.31 12:46:42.832 5: TRX_Read END
2019.12.31 12:46:43.308 5: TRX/RAW: /P쫃 y
2019.12.31 12:46:43.308 5: TRX: TRX_Read '085003ecab03001b79'
2019.12.31 12:46:43.309 5: TRX_Read rmsg '085003ecab03001b79'
2019.12.31 12:46:43.310 5: TRX_Read TRX_data '085003ecab03001b79'
2019.12.31 12:46:43.310 5: TRX_Parse() '085003ecab03001b79'
2019.12.31 12:46:43.311 5: RFXtrx433E_WS: dispatch 085003ecab03001b79
2019.12.31 12:46:43.322 5: TRX_WEATHER: decoding delay=0.497143030166626 hex=085003ecab03001b79
2019.12.31 12:46:43.323 5: TRX_WEATHER: parsing sensor_id=50 message='085003ecab03001b79'
2019.12.31 12:46:43.330 5: TRX_Read END
2019.12.31 12:46:48.231 5: TRX/RAW: /V퍠 y
2019.12.31 12:46:48.232 5: TRX: TRX_Read '105602ed0d000000000500070000000079'
2019.12.31 12:46:48.233 5: TRX_Read rmsg '105602ed0d000000000500070000000079'
2019.12.31 12:46:48.234 5: TRX_Read TRX_data '105602ed0d000000000500070000000079'
2019.12.31 12:46:48.234 5: TRX_Parse() '105602ed0d000000000500070000000079'
2019.12.31 12:46:48.235 5: RFXtrx433E_WS: dispatch 105602ed0d000000000500070000000079
2019.12.31 12:46:48.236 5: TRX_WEATHER: decoding delay=4.91433191299438 hex=105602ed0d000000000500070000000079
2019.12.31 12:46:48.237 5: TRX_WEATHER: parsing sensor_id=56 message='105602ed0d000000000500070000000079'
2019.12.31 12:46:48.263 5: TRX_Read END
sduino LOG
2019.12.31 12:56:03.248 4: sduino: Read, msg: MC;LL=-1003;LH=918;SL=-567;SH=402;D=0000283AF4547CD9FFCFBB780;C=481;L=98;R=4;s42;b7;
2019.12.31 12:56:03.279 4: sduino: Parse_MC, Found manchester Protocol id 10 clock 481 RSSI -72 -> Oregon Scientific v2|v3
2019.12.31 12:56:03.283 5: sduino: Parse_MC, extracted data 1111111111111111110101111100010100001011101010111000001100100110000000000011000001000100100001111111 (bin)
2019.12.31 12:56:03.289 4: sduino: OSV3 protocol detected: msg_start = 22, message_length = 76
2019.12.31 12:56:03.505 4: sduino: OSV3 protocol = F82475703910038848F
2019.12.31 12:56:03.541 4: sduino: OSV3 protocol converted to hex: (50FA2874753019008348F8) with length (80) bits
2019.12.31 12:56:03.542 5: sduino: Dispatch, 50FA2874753019008348F8, test ungleich: disabled
2019.12.31 12:56:03.543 5: sduino: Dispatch, 50FA2874753019008348F8, -72 dB, dispatch
2019.12.31 12:56:03.544 5: sduino: dispatch 50FA2874753019008348F8
2019.12.31 12:56:03.546 5: OREGON: decoding delay=11.3084781169891 hex=50FA2874753019008348F8
2019.12.31 12:56:03.547 5: OREGON: sensor_id=fa28 BitsMsg=80 Bits=80
2019.12.31 12:56:03.548 5: OREGON: checksum2 = 72 berechnet: 72
2019.12.31 12:56:03.549 3: OREGON: Unknown device THGR810_7, please define it
2019.12.31 12:56:03.648 4: sduino: Parse_MC, Found manchester Protocol id 52 clock 481 RSSI -72 -> Oregon Scientific PIR
2019.12.31 12:56:03.759 5: sduino: Parse_MC, extracted data 1111111111111111110101111100010100001011101010111000001100100110000000000011000001000100100001111111 (bin)
2019.12.31 12:56:03.760 4: sduino: Oregon PIR protocol detected: header_pos = 18
2019.12.31 12:56:03.761 5: sduino: Dispatch, u52#FFFFD7C50BAB832600304487F, test ungleich: disabled
2019.12.31 12:56:04.169 5: sduino: Dispatch, u52#FFFFD7C50BAB832600304487F, -72 dB, dispatch
2019.12.31 12:56:04.618 5: sduino: dispatch u52#FFFFD7C50BAB832600304487F
2019.12.31 12:56:04.715 4: SIGNALduino_unknown incomming msg: u52#FFFFD7C50BAB832600304487F
2019.12.31 12:56:04.951 4: SIGNALduino_unknown rawData: FFFFD7C50BAB832600304487F
2019.12.31 12:56:04.955 4: SIGNALduino_unknown Protocol: 52
2019.12.31 12:56:04.956 4: SIGNALduino_unknown converted to bits: 1111111111111111110101111100010100001011101010111000001100100110000000000011000001000100100001111111
2019.12.31 12:56:04.959 4: SIGNALduino_unknown sduino Protocol:52 | To help decode or debug, please add u52! (attr sduino development u52)
2019.12.31 12:56:04.960 4: Unknown, please report
2019.12.31 12:56:04.977 3: sduino: Unknown code u52#FFFFD7C50BAB832600304487F, help me!
2019.12.31 12:56:04.980 4: sduino: Parse_MC, Found manchester Protocol id 58 clock 481 RSSI -72 -> TFA 30.3208.0
2019.12.31 12:56:04.983 5: sduino: Parse_MC, extracted data 1111111111111111110101111100010100001011101010111000001100100110000000000011000001000100100001111111 (bin)
2019.12.31 12:56:04.987 4: sduino: TFA 30.3208.0 preamble_pos = 20
2019.12.31 12:56:04.989 4: sduino: TFA message start(1)=20 end=98 with length=78
2019.12.31 12:56:04.990 5: sduino: TFA message part(1)=011111000101000010111010101110000011001001100000000000110000010001001000011111
2019.12.31 12:56:05.072 4: sduino: TFA message part(1): message with length=78 is to long
2019.12.31 12:56:05.199 5: sduino: Parse_MC, protocol does not match return from method: ( no duplicate found, message is to long)
2019.12.31 12:56:05.205 3: OREGON: Unknown device THGR810_7, please define it
2019.12.31 12:56:05.299 1: [Freezemon] myFreezemon: possible freeze starting at 12:56:02, delay is 3.298 possibly caused by: tmr-GPIO4_DeviceUpdateLoop(OG2_EDV_R_RT) tmr-I2C_SUSV_Poll_GPIO(SUSV) tmr-GPIO4_DeviceUpdateLoop(OG2_EDV_R_EDVVT) tmr-FHEM::Astro::Update(myAstro) tmr-HTTPMOD_GetUpdate(PV_Anlage_1) tmr-HMUARTLGW_CheckCredits(HmUART_OG1) tmr-HMUARTLGW_CheckCredits(HmUART_AB_GTO) tmr-HMUARTLGW_CheckCredits(HmUART_AB_FR) tmr-HMUARTLGW_CheckCredits(HmUART_EG)
2019.12.31 12:56:06.845 4: sduino: Read, msg: MC;LL=-1078;LH=870;SL=-580;SH=420;D=00055B3EFDBFFFFF8FAF0B85D08;C=491;L=105;R=251;s37;b12;
2019.12.31 12:56:06.846 4: sduino: Parse_MC, Found manchester Protocol id 10 clock 491 RSSI -76.5 -> Oregon Scientific v2|v3
2019.12.31 12:56:06.847 5: sduino: Parse_MC, extracted data 111111111111101010100100110000010000001001000000000000000000000001110000010100001111010001111010001011110111 (bin)
2019.12.31 12:56:06.848 4: sduino: OSV3 protocol detected: msg_start = 17, message_length = 88
2019.12.31 12:56:06.849 4: sduino: OSV3 protocol = 291402100000705871F2A7
2019.12.31 12:56:06.849 4: sduino: OSV3 protocol converted to hex: (5C2A1904120000705078F1A20) with length (92) bits
2019.12.31 12:56:06.850 5: sduino: Dispatch, 5C2A1904120000705078F1A20, test ungleich: disabled
2019.12.31 12:56:06.851 5: sduino: Dispatch, 5C2A1904120000705078F1A20, -76.5 dB, dispatch
2019.12.31 12:56:06.851 5: sduino: dispatch 5C2A1904120000705078F1A20
2019.12.31 12:56:06.853 5: OREGON: decoding delay=1.64844608306885 hex=5C2A1904120000705078F1A20
2019.12.31 12:56:06.854 5: OREGON: sensor_id=2a19 BitsMsg=92 Bits=92
2019.12.31 12:56:06.855 5: OREGON: checksum8 = 47 berechnet: 47
2019.12.31 12:56:06.855 3: OREGON: Unknown device PCR800, please define it
2019.12.31 12:56:06.937 4: sduino: Parse_MC, Found manchester Protocol id 52 clock 491 RSSI -76.5 -> Oregon Scientific PIR
2019.12.31 12:56:06.938 5: sduino: Parse_MC, extracted data 111111111111101010100100110000010000001001000000000000000000000001110000010100001111010001111010001011110111 (bin)
2019.12.31 12:56:06.938 4: sduino: Oregon PIR protocol detected: header_pos = 65
2019.12.31 12:56:06.939 5: sduino: Dispatch, u52#FFFAA4C1024000007050F47A2F7, test ungleich: disabled
2019.12.31 12:56:06.954 5: sduino: Dispatch, u52#FFFAA4C1024000007050F47A2F7, -76.5 dB, dispatch
2019.12.31 12:56:06.956 5: sduino: dispatch u52#FFFAA4C1024000007050F47A2F7
2019.12.31 12:56:06.959 4: SIGNALduino_unknown incomming msg: u52#FFFAA4C1024000007050F47A2F7
2019.12.31 12:56:06.960 4: SIGNALduino_unknown rawData: FFFAA4C1024000007050F47A2F7
2019.12.31 12:56:06.960 4: SIGNALduino_unknown Protocol: 52
2019.12.31 12:56:06.961 4: SIGNALduino_unknown converted to bits: 111111111111101010100100110000010000001001000000000000000000000001110000010100001111010001111010001011110111
2019.12.31 12:56:06.961 4: SIGNALduino_unknown sduino Protocol:52 | To help decode or debug, please add u52! (attr sduino development u52)
2019.12.31 12:56:06.962 4: Unknown, please report
2019.12.31 12:56:06.977 3: sduino: Unknown code u52#FFFAA4C1024000007050F47A2F7, help me!
2019.12.31 12:56:06.978 4: sduino: Parse_MC, Found manchester Protocol id 58 clock 491 RSSI -76.5 -> TFA 30.3208.0
2019.12.31 12:56:06.979 5: sduino: Parse_MC, extracted data 111111111111101010100100110000010000001001000000000000000000000001110000010100001111010001111010001011110111 (bin)
2019.12.31 12:56:06.979 4: sduino: TFA 30.3208.0 preamble_pos = 15
2019.12.31 12:56:06.980 4: sduino: TFA message start(1)=15 end=105 with length=90
2019.12.31 12:56:06.980 5: sduino: TFA message part(1)=010100100110000010000001001000000000000000000000001110000010100001111010001111010001011110
2019.12.31 12:56:06.981 4: sduino: TFA message part(1): message with length=90 is to long
2019.12.31 12:56:06.981 5: sduino: Parse_MC, protocol does not match return from method: ( no duplicate found, message is to long)
2019.12.31 12:56:07.270 4: sduino: Read, msg: MC;LL=-1014;LH=947;SL=-525;SH=436;D=00000141D7AF57F33FF2BEFB78;C=486;L=103;R=244;s47;b2;
2019.12.31 12:56:07.272 4: sduino: Parse_MC, Found manchester Protocol id 10 clock 486 RSSI -80 -> Oregon Scientific v2|v3
2019.12.31 12:56:07.276 5: sduino: Parse_MC, extracted data 11111111111111111111111010111110001010000101000010101000000011001100000000001101010000010000010010000111 (bin)
2019.12.31 12:56:07.276 4: sduino: OSV3 protocol detected: msg_start = 27, message_length = 76
2019.12.31 12:56:07.277 4: sduino: OSV3 protocol = F8241A206600650142C
2019.12.31 12:56:07.278 4: sduino: OSV3 protocol converted to hex: (50FA28142A6006600541C2) with length (80) bits
2019.12.31 12:56:07.279 5: sduino: Dispatch, 50FA28142A6006600541C2, test ungleich: disabled
2019.12.31 12:56:07.279 5: sduino: Dispatch, 50FA28142A6006600541C2, -80 dB, dispatch
2019.12.31 12:56:07.280 5: sduino: dispatch 50FA28142A6006600541C2
2019.12.31 12:56:07.282 5: OREGON: decoding delay=0.428793907165527 hex=50FA28142A6006600541C2
2019.12.31 12:56:07.283 5: OREGON: sensor_id=fa28 BitsMsg=80 Bits=80
2019.12.31 12:56:07.283 5: OREGON: checksum2 = 65 berechnet: 65
2019.12.31 12:56:07.284 3: OREGON: Unknown device THGR810_1, please define it
2019.12.31 12:56:07.365 4: sduino: Parse_MC, Found manchester Protocol id 52 clock 486 RSSI -80 -> Oregon Scientific PIR
2019.12.31 12:56:07.366 5: sduino: Parse_MC, extracted data 11111111111111111111111010111110001010000101000010101000000011001100000000001101010000010000010010000111 (bin)
2019.12.31 12:56:07.367 4: sduino: Oregon PIR protocol detected: header_pos = 23
2019.12.31 12:56:07.368 5: sduino: Dispatch, u52#FFFFFEBE2850A80CC00D410487, test ungleich: disabled
2019.12.31 12:56:07.385 5: sduino: Dispatch, u52#FFFFFEBE2850A80CC00D410487, -80 dB, dispatch
2019.12.31 12:56:07.386 5: sduino: dispatch u52#FFFFFEBE2850A80CC00D410487
2019.12.31 12:56:07.390 4: SIGNALduino_unknown incomming msg: u52#FFFFFEBE2850A80CC00D410487
2019.12.31 12:56:07.390 4: SIGNALduino_unknown rawData: FFFFFEBE2850A80CC00D410487
2019.12.31 12:56:07.391 4: SIGNALduino_unknown Protocol: 52
2019.12.31 12:56:07.392 4: SIGNALduino_unknown converted to bits: 11111111111111111111111010111110001010000101000010101000000011001100000000001101010000010000010010000111
2019.12.31 12:56:07.393 4: SIGNALduino_unknown sduino Protocol:52 | To help decode or debug, please add u52! (attr sduino development u52)
2019.12.31 12:56:07.393 4: Unknown, please report
2019.12.31 12:56:07.408 3: sduino: Unknown code u52#FFFFFEBE2850A80CC00D410487, help me!
2019.12.31 12:56:07.409 4: sduino: Parse_MC, Found manchester Protocol id 58 clock 486 RSSI -80 -> TFA 30.3208.0
2019.12.31 12:56:07.410 5: sduino: Parse_MC, extracted data 11111111111111111111111010111110001010000101000010101000000011001100000000001101010000010000010010000111 (bin)
2019.12.31 12:56:07.411 4: sduino: TFA 30.3208.0 preamble_pos = 25
2019.12.31 12:56:07.411 4: sduino: TFA message start(1)=25 end=103 with length=78
2019.12.31 12:56:07.412 5: sduino: TFA message part(1)=011111000101000010100001010100000001100110000000000110101000001000001001000011
2019.12.31 12:56:07.412 4: sduino: TFA message part(1): message with length=78 is to long
2019.12.31 12:56:07.413 5: sduino: Parse_MC, protocol does not match return from method: ( no duplicate found, message is to long)
2019.12.31 12:56:08.021 4: sduino: Read, msg: MC;LL=-1003;LH=947;SL=-514;SH=481;D=0029DBB7D3FDFF37FFFFF4F6C;C=490;L=98;R=248;s21;b2;
2019.12.31 12:56:08.023 4: sduino: Parse_MC, Found manchester Protocol id 10 clock 490 RSSI -78 -> Oregon Scientific v2|v3
2019.12.31 12:56:08.024 5: sduino: Parse_MC, extracted data 1111111111010110001001000100100000101100000000100000000011001000000000000000000000001011000010010011 (bin)
2019.12.31 12:56:08.024 5: sduino: Parse_MC, protocol does not match return from method: (undef)
2019.12.31 12:56:08.025 4: sduino: Parse_MC, Found manchester Protocol id 52 clock 490 RSSI -78 -> Oregon Scientific PIR
2019.12.31 12:56:08.026 5: sduino: Parse_MC, extracted data 1111111111010110001001000100100000101100000000100000000011001000000000000000000000001011000010010011 (bin)
2019.12.31 12:56:08.026 4: sduino: Oregon PIR protocol detected: header_pos = 84
2019.12.31 12:56:08.027 5: sduino: Dispatch, u52#FFD624482C0200C800000B093, test ungleich: disabled
2019.12.31 12:56:08.045 5: sduino: Dispatch, u52#FFD624482C0200C800000B093, -78 dB, dispatch
2019.12.31 12:56:08.046 5: sduino: dispatch u52#FFD624482C0200C800000B093
2019.12.31 12:56:08.050 4: SIGNALduino_unknown incomming msg: u52#FFD624482C0200C800000B093
2019.12.31 12:56:08.051 4: SIGNALduino_unknown rawData: FFD624482C0200C800000B093
2019.12.31 12:56:08.052 4: SIGNALduino_unknown Protocol: 52
2019.12.31 12:56:08.053 4: SIGNALduino_unknown converted to bits: 1111111111010110001001000100100000101100000000100000000011001000000000000000000000001011000010010011
2019.12.31 12:56:08.054 4: SIGNALduino_unknown sduino Protocol:52 | To help decode or debug, please add u52! (attr sduino development u52)
2019.12.31 12:56:08.057 4: Unknown, please report
2019.12.31 12:56:08.072 3: sduino: Unknown code u52#FFD624482C0200C800000B093, help me!
2019.12.31 12:56:08.073 4: sduino: Parse_MC, Found manchester Protocol id 58 clock 490 RSSI -78 -> TFA 30.3208.0
2019.12.31 12:56:08.074 5: sduino: Parse_MC, extracted data 1111111111010110001001000100100000101100000000100000000011001000000000000000000000001011000010010011 (bin)
2019.12.31 12:56:08.074 4: sduino: TFA 30.3208.0 preamble_pos = 12
2019.12.31 12:56:08.075 4: sduino: TFA message start(1)=12 end=98 with length=86
2019.12.31 12:56:08.075 5: sduino: TFA message part(1)=01100010010001001000001011000000001000000000110010000000000000000000000010110000100100
2019.12.31 12:56:08.076 4: sduino: TFA message part(1): message with length=86 is to long
2019.12.31 12:56:08.076 5: sduino: Parse_MC, protocol does not match return from method: ( no duplicate found, message is to long)
2019.12.31 12:56:22.018 4: sduino: Read, msg: MC;LL=-1045;LH=915;SL=-552;SH=427;D=0000014EDDBE9FEFF9FFFFFFE774;C=489;L=111;R=247;s49;b4;
2019.12.31 12:56:22.019 4: sduino: Parse_MC, Found manchester Protocol id 10 clock 489 RSSI -78.5 -> Oregon Scientific v2|v3
2019.12.31 12:56:22.020 5: sduino: Parse_MC, extracted data 1111111111111111111111101011000100100010010000010110000000010000000001100000000000000000000000000001100010001011 (bin)
2019.12.31 12:56:22.021 4: sduino: OSV3 protocol detected: msg_start = 27, message_length = 84
2019.12.31 12:56:22.022 4: sduino: OSV3 protocol = 19840D0010C000000032A
2019.12.31 12:56:22.022 4: sduino: OSV3 protocol converted to hex: (581A89040D10C000000030A2) with length (88) bits
2019.12.31 12:56:22.023 5: sduino: Dispatch, 581A89040D10C000000030A2, test ungleich: disabled
2019.12.31 12:56:22.024 5: sduino: Dispatch, 581A89040D10C000000030A2, -78.5 dB, dispatch
2019.12.31 12:56:22.025 5: sduino: dispatch 581A89040D10C000000030A2
2019.12.31 12:56:22.026 5: OREGON: decoding delay=14.7443330287933 hex=581A89040D10C000000030A2
2019.12.31 12:56:22.027 5: OREGON: sensor_id=1a89 BitsMsg=88 Bits=88
2019.12.31 12:56:22.028 3: OREGON: Unknown device WGR800, please define it
2019.12.31 12:56:22.109 4: sduino: Parse_MC, Found manchester Protocol id 52 clock 489 RSSI -78.5 -> Oregon Scientific PIR
2019.12.31 12:56:22.126 5: sduino: Parse_MC, extracted data 1111111111111111111111101011000100100010010000010110000000010000000001100000000000000000000000000001100010001011 (bin)
2019.12.31 12:56:22.127 4: sduino: Oregon PIR protocol detected: header_pos = 99
2019.12.31 12:56:22.128 5: sduino: Dispatch, u52#FFFFFEB12241601006000000188B, test ungleich: disabled
2019.12.31 12:56:22.143 5: sduino: Dispatch, u52#FFFFFEB12241601006000000188B, -78.5 dB, dispatch
2019.12.31 12:56:22.223 5: sduino: dispatch u52#FFFFFEB12241601006000000188B
2019.12.31 12:56:22.235 4: SIGNALduino_unknown incomming msg: u52#FFFFFEB12241601006000000188B
2019.12.31 12:56:22.244 4: SIGNALduino_unknown rawData: FFFFFEB12241601006000000188B
2019.12.31 12:56:22.259 4: SIGNALduino_unknown Protocol: 52
2019.12.31 12:56:22.274 4: SIGNALduino_unknown converted to bits: 1111111111111111111111101011000100100010010000010110000000010000000001100000000000000000000000000001100010001011
2019.12.31 12:56:22.290 4: SIGNALduino_unknown sduino Protocol:52 | To help decode or debug, please add u52! (attr sduino development u52)
2019.12.31 12:56:22.306 4: Unknown, please report
2019.12.31 12:56:22.336 3: sduino: Unknown code u52#FFFFFEB12241601006000000188B, help me!
2019.12.31 12:56:22.337 4: sduino: Parse_MC, Found manchester Protocol id 58 clock 489 RSSI -78.5 -> TFA 30.3208.0
2019.12.31 12:56:22.338 5: sduino: Parse_MC, extracted data 1111111111111111111111101011000100100010010000010110000000010000000001100000000000000000000000000001100010001011 (bin)
2019.12.31 12:56:22.339 4: sduino: TFA 30.3208.0 preamble_pos = 25
2019.12.31 12:56:22.339 4: sduino: TFA message start(1)=25 end=111 with length=86
2019.12.31 12:56:22.340 5: sduino: TFA message part(1)=01100010010001001000001011000000001000000000110000000000000000000000000000110001000101
2019.12.31 12:56:22.340 4: sduino: TFA message part(1): message with length=86 is to long
2019.12.31 12:56:22.341 5: sduino: Parse_MC, protocol does not match return from method: ( no duplicate found, message is to long)
2019.12.31 12:56:24.352 5: sduino: Read, RAW rmsg: Mu;°ꃻȅ;®;£¸§;C2;REF;D;e;w0;
2019.12.31 12:56:24.354 4: sduino: Read, msg READredu: MU;P0=-1002;P1=1352;P2=558;P3=-10040;CP=2;R=239;D=010101020102010201010201020102010101020202010201020102010102020202;e;w=0;
2019.12.31 12:56:24.356 5: sduino: Parse_MU, start pattern for MU Protocol id 48 -> TFA Dostmann not found, aborting
2019.12.31 12:56:24.358 5: sduino: Read, RAW rmsg: Mu;¶;±惻䅻¤𩻃0;RF1;D!!!!!!!!!!!!!!!!!!!!;e;
2019.12.31 12:56:24.360 4: sduino: Read, msg READredu: MU;P0=566;P1=-998;P2=1380;P4=-10608;CP=0;R=241;D=01212121212121012101210121210121012101212121010101210121012101212101010104;e;
2019.12.31 12:56:24.362 5: sduino: Parse_MU, start pattern for MU Protocol id 48 -> TFA Dostmann not found, aborting
2019.12.31 12:56:24.364 5: sduino: Read, RAW rmsg: Mu;م;±±;킻£¼;ퟃ;C2;RF0;D!!!!!!!!!!!!!#E!!;e;
2019.12.31 12:56:24.365 4: sduino: Read, msg READredu: MU;P0=1369;P1=-945;P2=621;P3=-572;P4=112;P5=-296;CP=2;R=240;D=01010121012101210101210121012101010121212101210121012101012123452121;e;
2019.12.31 12:56:24.366 5: sduino: Parse_MU, start pattern for MU Protocol id 48 -> TFA Dostmann not found, aborting
2019.12.31 12:56:31.950 4: sduino: Read, msg: MC;LL=-995;LH=955;SL=-483;SH=488;D=00000141D7B692F3A7ECFD6A9E;C=486;L=103;R=61;s47;b2;
2019.12.31 12:56:31.958 4: sduino: Parse_MC, Found manchester Protocol id 10 clock 486 RSSI -43.5 -> Oregon Scientific v2|v3
2019.12.31 12:56:31.959 5: sduino: Parse_MC, extracted data 11111111111111111111111010111110001010000100100101101101000011000101100000010011000000101001010101100001 (bin)
2019.12.31 12:56:31.962 4: sduino: OSV3 protocol detected: msg_start = 27, message_length = 76
2019.12.31 12:56:31.963 4: sduino: OSV3 protocol = F8242D61643091825D0
2019.12.31 12:56:31.964 4: sduino: OSV3 protocol converted to hex: (50FA28246D61349081520D) with length (80) bits
2019.12.31 12:56:31.965 5: sduino: Dispatch, 50FA28246D61349081520D, test ungleich: disabled
2019.12.31 12:56:31.968 5: sduino: Dispatch, 50FA28246D61349081520D, -43.5 dB, dispatch
2019.12.31 12:56:31.971 5: sduino: dispatch 50FA28246D61349081520D
2019.12.31 12:56:31.974 5: OREGON: decoding delay=9.94795894622803 hex=50FA28246D61349081520D
2019.12.31 12:56:31.976 5: OREGON: sensor_id=fa28 BitsMsg=80 Bits=80
2019.12.31 12:56:31.981 5: OREGON: checksum2 = 82 berechnet: 82
2019.12.31 12:56:31.987 3: OREGON: Unknown device THGR810_2, please define it
2019.12.31 12:56:32.072 4: sduino: Parse_MC, Found manchester Protocol id 52 clock 486 RSSI -43.5 -> Oregon Scientific PIR
2019.12.31 12:56:32.080 5: sduino: Parse_MC, extracted data 11111111111111111111111010111110001010000100100101101101000011000101100000010011000000101001010101100001 (bin)
2019.12.31 12:56:32.096 4: sduino: Oregon PIR protocol detected: header_pos = 23
2019.12.31 12:56:32.097 5: sduino: Dispatch, u52#FFFFFEBE28496D0C5813029561, test ungleich: disabled
2019.12.31 12:56:32.133 5: sduino: Dispatch, u52#FFFFFEBE28496D0C5813029561, -43.5 dB, dispatch
2019.12.31 12:56:32.140 5: sduino: dispatch u52#FFFFFEBE28496D0C5813029561
2019.12.31 12:56:32.161 4: SIGNALduino_unknown incomming msg: u52#FFFFFEBE28496D0C5813029561
2019.12.31 12:56:32.177 4: SIGNALduino_unknown rawData: FFFFFEBE28496D0C5813029561
2019.12.31 12:56:32.178 4: SIGNALduino_unknown Protocol: 52
2019.12.31 12:56:32.193 4: SIGNALduino_unknown converted to bits: 11111111111111111111111010111110001010000100100101101101000011000101100000010011000000101001010101100001
2019.12.31 12:56:32.194 4: SIGNALduino_unknown sduino Protocol:52 | To help decode or debug, please add u52! (attr sduino development u52)
2019.12.31 12:56:32.211 4: Unknown, please report
2019.12.31 12:56:32.234 3: sduino: Unknown code u52#FFFFFEBE28496D0C5813029561, help me!
2019.12.31 12:56:32.239 4: sduino: Parse_MC, Found manchester Protocol id 58 clock 486 RSSI -43.5 -> TFA 30.3208.0
2019.12.31 12:56:32.254 5: sduino: Parse_MC, extracted data 11111111111111111111111010111110001010000100100101101101000011000101100000010011000000101001010101100001 (bin)
2019.12.31 12:56:32.255 4: sduino: TFA 30.3208.0 preamble_pos = 25
2019.12.31 12:56:32.275 4: sduino: TFA message start(1)=25 end=103 with length=78
2019.12.31 12:56:32.275 5: sduino: TFA message part(1)=011111000101000010010010110110100001100010110000001001100000010100101010110000
2019.12.31 12:56:32.276 4: sduino: TFA message part(1): message with length=78 is to long
2019.12.31 12:56:32.297 5: sduino: Parse_MC, protocol does not match return from method: ( no duplicate found, message is to long)
2019.12.31 12:56:34.619 4: sduino: KeepAlive, ok, retry = 0
2019.12.31 12:56:36.014 4: sduino: Read, msg: MC;LL=-1051;LH=897;SL=-551;SH=420;D=0000014EDDBE9FEFF9FFFFFFE774;C=486;L=111;R=250;s47;b2;
2019.12.31 12:56:36.017 4: sduino: Parse_MC, Found manchester Protocol id 10 clock 486 RSSI -77 -> Oregon Scientific v2|v3
2019.12.31 12:56:36.020 5: sduino: Parse_MC, extracted data 1111111111111111111111101011000100100010010000010110000000010000000001100000000000000000000000000001100010001011 (bin)
2019.12.31 12:56:36.024 4: sduino: OSV3 protocol detected: msg_start = 27, message_length = 84
2019.12.31 12:56:36.028 4: sduino: OSV3 protocol = 19840D0010C000000032A
2019.12.31 12:56:36.046 4: sduino: OSV3 protocol converted to hex: (581A89040D10C000000030A2) with length (88) bits
2019.12.31 12:56:36.055 5: sduino: Dispatch, 581A89040D10C000000030A2, test ungleich: disabled
2019.12.31 12:56:36.055 5: sduino: Dispatch, 581A89040D10C000000030A2, -77 dB, dispatch
2019.12.31 12:56:36.064 5: sduino: dispatch 581A89040D10C000000030A2
2019.12.31 12:56:36.065 5: OREGON: decoding delay=4.0912880897522 hex=581A89040D10C000000030A2
2019.12.31 12:56:36.066 5: OREGON: sensor_id=1a89 BitsMsg=88 Bits=88
2019.12.31 12:56:36.067 3: OREGON: Unknown device WGR800, please define it
2019.12.31 12:56:36.148 4: sduino: Parse_MC, Found manchester Protocol id 52 clock 486 RSSI -77 -> Oregon Scientific PIR
2019.12.31 12:56:36.150 5: sduino: Parse_MC, extracted data 1111111111111111111111101011000100100010010000010110000000010000000001100000000000000000000000000001100010001011 (bin)
2019.12.31 12:56:36.150 4: sduino: Oregon PIR protocol detected: header_pos = 99
2019.12.31 12:56:36.151 5: sduino: Dispatch, u52#FFFFFEB12241601006000000188B, test ungleich: disabled
2019.12.31 12:56:36.167 5: sduino: Dispatch, u52#FFFFFEB12241601006000000188B, -77 dB, dispatch
2019.12.31 12:56:36.169 5: sduino: dispatch u52#FFFFFEB12241601006000000188B
2019.12.31 12:56:36.172 4: SIGNALduino_unknown incomming msg: u52#FFFFFEB12241601006000000188B
2019.12.31 12:56:36.173 4: SIGNALduino_unknown rawData: FFFFFEB12241601006000000188B
2019.12.31 12:56:36.174 4: SIGNALduino_unknown Protocol: 52
2019.12.31 12:56:36.174 4: SIGNALduino_unknown converted to bits: 1111111111111111111111101011000100100010010000010110000000010000000001100000000000000000000000000001100010001011
2019.12.31 12:56:36.175 4: SIGNALduino_unknown sduino Protocol:52 | To help decode or debug, please add u52! (attr sduino development u52)
2019.12.31 12:56:36.175 4: Unknown, please report
2019.12.31 12:56:36.190 3: sduino: Unknown code u52#FFFFFEB12241601006000000188B, help me!
2019.12.31 12:56:36.191 4: sduino: Parse_MC, Found manchester Protocol id 58 clock 486 RSSI -77 -> TFA 30.3208.0
2019.12.31 12:56:36.192 5: sduino: Parse_MC, extracted data 1111111111111111111111101011000100100010010000010110000000010000000001100000000000000000000000000001100010001011 (bin)
2019.12.31 12:56:36.193 4: sduino: TFA 30.3208.0 preamble_pos = 25
2019.12.31 12:56:36.193 4: sduino: TFA message start(1)=25 end=111 with length=86
2019.12.31 12:56:36.194 5: sduino: TFA message part(1)=01100010010001001000001011000000001000000000110000000000000000000000000000110001000101
2019.12.31 12:56:36.194 4: sduino: TFA message part(1): message with length=86 is to long
2019.12.31 12:56:36.195 5: sduino: Parse_MC, protocol does not match return from method: ( no duplicate found, message is to long)
2019.12.31 12:56:39.449 5: sduino: Read, RAW rmsg: Mu;°; ;²¢;±;;C3;R1B;D############$####$#$###############$#######$$##$###;e;
2019.12.31 12:56:39.451 4: sduino: Read, msg READredu: MU;P0=-1156;P1=160;P2=-674;P3=305;P4=790;CP=3;R=27;D=01232323232323232323040423042303232423232303232404032324232304230323232323232323232323232324232304232303232323240324232303240423042323;e;
2019.12.31 12:56:39.453 5: sduino: Parse_MU, start pattern for MU Protocol id 89 -> TFA 30.3221.02 not found, aborting
2019.12.31 12:56:41.769 4: sduino: Read, msg: MC;LL=-1025;LH=925;SL=-527;SH=480;D=7FAE83CF9FC005733FD741E7CFE002B99FEBA0F3E7F;C=488;L=172;R=252;s4;b0;
2019.12.31 12:56:41.771 4: sduino: Parse_MC, Found manchester Protocol id 10 clock 488 RSSI -76 -> Oregon Scientific v2|v3
2019.12.31 12:56:41.772 5: sduino: Parse_MC, extracted data 1000000001010001011111000011000001100000001111111111101010001100110000000010100010111110000110000011000000011111111111010100011001100000000101000101111100001100000110000000 (bin)
2019.12.31 12:56:41.772 5: sduino: Parse_MC, protocol does not match return from method: (undef)
2019.12.31 12:56:41.773 4: sduino: Parse_MC, Found manchester Protocol id 52 clock 488 RSSI -76 -> Oregon Scientific PIR
2019.12.31 12:56:41.773 5: sduino: Parse_MC, extracted data 1000000001010001011111000011000001100000001111111111101010001100110000000010100010111110000110000011000000011111111111010100011001100000000101000101111100001100000110000000 (bin)
2019.12.31 12:56:41.774 5: sduino: Parse_MC, protocol does not match return from method: ( header not found)
2019.12.31 12:56:41.775 4: sduino: Parse_MC, Found manchester Protocol id 58 clock 488 RSSI -76 -> TFA 30.3208.0
2019.12.31 12:56:41.775 5: sduino: Parse_MC, extracted data 1000000001010001011111000011000001100000001111111111101010001100110000000010100010111110000110000011000000011111111111010100011001100000000101000101111100001100000110000000 (bin)
2019.12.31 12:56:41.776 4: sduino: TFA 30.3208.0 preamble_pos = 55
2019.12.31 12:56:41.777 4: sduino: TFA message start(1)=55 end=107 with length=52
2019.12.31 12:56:41.777 5: sduino: TFA message part(1)=0100011001100000000101000101111100001100000110000000
2019.12.31 12:56:41.778 4: sduino: TFA message part(1)=4660145F0C180
2019.12.31 12:56:41.779 4: sduino: TFA message start(2)=120 end=172 with length=52
2019.12.31 12:56:41.779 5: sduino: TFA message part(2)=0100011001100000000101000101111100001100000110000000
2019.12.31 12:56:41.780 4: sduino: TFA message part(2)=4660145F0C180
2019.12.31 12:56:41.780 4: sduino: repeated hex 4660145F0C180 found 2 times
2019.12.31 12:56:41.781 5: sduino: Dispatch, W58#4660145F0C180, test ungleich: disabled
2019.12.31 12:56:41.781 5: sduino: Dispatch, W58#4660145F0C180, -76 dB, dispatch
2019.12.31 12:56:41.782 5: sduino: dispatch W58#4660145F0C180
2019.12.31 12:56:41.784 4: sduino: SD_WS_Parse protocol 58, rawData 4660145F0C180
2019.12.31 12:56:41.785 4: sduino: SD_WS_Parse 4660145F0C180 protocolid 58 (TFA 30.3208.0) - ERROR prematch
2019.12.31 12:56:46.287 5: sduino: Read, RAW rmsg: Mu;;¡ほ£у;¤¤µ;C2;REE;d######################;e;w0;
2019.12.31 12:56:46.289 4: sduino: Read, msg READredu: MU;P0=856;P1=-355;P2=366;P3=-849;P4=-13604;CP=2;R=238;D=0123010101012301010101232323230123010101012301232323230101012323230123012323232323230101010;e;w=0;
[\code]
Das sieht für mich so aus, als ob noch ein weiterer Sensor erkannt wird. Da Du das Autocreate deaktivier hast, klappt es mit dem Anlegen nicht.
Kannst Du Autocreate temporär erlauben?
Ich denke ich habe den Fehler gefunden.
Ich habe autocreate aktiviert.
Die Sensoren werden nicht neu angelegt, aber sehr wohl die LOG und SVG Files.
Ändere ich den Speicherort im angelegten Filelog, zb. /media/hdd/fhem/log01/autocreate/THGR810_1-%Y-%m-%W.log THGR810_1 auf /media/hdd/fhem/log01/ab/wst/THGR810_1-%Y-%m-%W.log THGR810_1 wo ich die Filelogs haben möchte, wird bei aktivem autocreate sofort die Änderung vom autocreate überschrieben.
Dieser Fall tritt bei mir nur bei den OREGON Sensoren auf.
Da dürfte in der Anlage Routine betreffend Filelog und SVG beim Vergleich ein Fehler sein, sonst würde die manuelle Änderung erkannt werden.
Kannst Du mir ein List von dem Sensor (bevor Autocreate es überschreibt) und anschließend von der Nachricht, welche Filelog überschreibt zukommen lassen?
Vor der autocreate Änderung
list WGR800
Internals:
CODE WGR800
DEF WGR800
FUUID 5c45b058-f33f-f4d2-2fc8-bc86a78fc1759120
IODev RFXtrx433E_WS
LASTInputDev RFXtrx433E_WS
MSGCNT 410
NAME WGR800
NR 12101
RFXtrx433E_WS_MSGCNT 410
RFXtrx433E_WS_RAWMSG 105602200d000124000000000000000079
RFXtrx433E_WS_TIME 2020-01-05 16:04:47
STATE Richtung: 292 <br>Geschwindigkeit: 0 km/h <br>mittlere Geschwindigkeit: 0 km/h
TYPE TRX_WEATHER
READINGS:
2020-01-05 16:04:47 battery ok 100%
2020-01-05 16:04:47 batteryState ok 100%
2020-01-05 16:04:47 rssi 7
2020-01-05 15:57:05 rssi_dB -64
2020-01-05 16:04:47 state W: 0 WA: 0 WD: 292 WDN: WNW BAT: ok
2020-01-05 16:04:20 wavspeed 0
2020-01-05 16:04:33 wdir 292
2020-01-05 16:04:47 wind_avspeed 0
2020-01-05 16:04:47 wind_dir 292 WNW
2020-01-05 16:04:47 wind_speed 0
2020-01-05 16:03:25 wspeed 0
Attributes:
IODev RFXtrx433E_WS
alias AB Wetterstation - Windgeschwindigkeit & Richtung (Oregon)
devStateStyle style="text-align:left;;font-weight:bold;;"
event-min-interval .*:600
event-on-change-reading wspeed,wind_speed,wavspeed,wind_avspeed,wdir,wind_dir,rssi,rssi_dB,battery
group .Sensoren Wind
icon weather_wind_speed
room AB-Wetterstation,_OREGON
stateFormat {sprintf(
"Richtung: %s <br>Geschwindigkeit: %1.f km/h <br>mittlere Geschwindigkeit: %1.f km/h",
ReadingsNum("$name","wind_dir",0),
ReadingsNum("$name","wspeed",0),
ReadingsNum("$name","wavspeed",0))}
userReadings wdir:wind_dir.* {ReadingsNum("$name","wind_dir", -999)},
wspeed:wind_speed.* {(ReadingsNum("$name","wind_speed",0)*3.6)},
wavspeed:wind_avspeed.* {(ReadingsNum("$name","wind_avspeed",0)*3.6)},
rssi_dB:rssi.* {(ReadingsNum("$name","rssi",0)*8)-120}
list FileLog_WGR800
Internals:
CFGFN
DEF /media/hdd/fhem/log01/ab/wst/WGR800-%Y-%m-%W.log WGR800
FD 54
FUUID 5e11fabb-f33f-21bc-4c7e-4c1fc7cc2553dffa
NAME FileLog_WGR800
NOTIFYDEV WGR800
NR 13611
NTFY_ORDER 50-FileLog_WGR800
REGEXP WGR800
STATE active
TYPE FileLog
currentlogfile /media/hdd/fhem/log01/ab/wst/WGR800-2020-01-00.log
logfile /media/hdd/fhem/log01/ab/wst/WGR800-%Y-%m-%W.log
READINGS:
2020-01-05 16:06:12 linesInTheFile 27
Attributes:
alias AB Wetterstation - Windgeschwindigkeit & Richtung (Oregon)
icon edit_paste
logtype wind4windDir4:WindDir/WindSpeed,text
room AB-Wetterstation,_OREGON
list SVG_WGR800
Internals:
CFGFN
DEF FileLog_WGR800:SVG_WGR800:CURRENT
FUUID 5e11fabb-f33f-21bc-63c5-3a06bc4ed2db9c8d
GPLOTFILE SVG_WGR800
LOGDEVICE FileLog_WGR800
LOGFILE CURRENT
NAME SVG_WGR800
NOTIFYDEV global
NR 13612
STATE initialized
TYPE SVG
Attributes:
group Umwelt lokal
label "WGR800 Min $data{min1}, Max $data{max1}, Last $data{currval1}"
room Plots
Nach der autocreate Änderung
list WGR800
Internals:
CODE WGR800
DEF WGR800
FUUID 5c45b058-f33f-f4d2-2fc8-bc86a78fc1759120
IODev RFXtrx433E_WS
LASTInputDev RFXtrx433E_WS
MSGCNT 431
NAME WGR800
NR 12101
RFXtrx433E_WS_MSGCNT 431
RFXtrx433E_WS_RAWMSG 105602640d000124000000000000000079
RFXtrx433E_WS_TIME 2020-01-05 16:09:42
STATE Richtung: 292 <br>Geschwindigkeit: 0 km/h <br>mittlere Geschwindigkeit: 0 km/h
TYPE TRX_WEATHER
READINGS:
2020-01-05 16:09:42 battery ok 100%
2020-01-05 16:09:42 batteryState ok 100%
2020-01-05 16:09:42 rssi 7
2020-01-05 16:07:07 rssi_dB -64
2020-01-05 16:09:42 state W: 0 WA: 0 WD: 292 WDN: WNW BAT: ok
2020-01-05 16:04:20 wavspeed 0
2020-01-05 16:08:46 wdir 292
2020-01-05 16:09:42 wind_avspeed 0
2020-01-05 16:09:42 wind_dir 292 WNW
2020-01-05 16:09:42 wind_speed 0
2020-01-05 16:03:25 wspeed 0
Attributes:
IODev RFXtrx433E_WS
alias AB Wetterstation - Windgeschwindigkeit & Richtung (Oregon)
devStateStyle style="text-align:left;;font-weight:bold;;"
event-min-interval .*:600
event-on-change-reading wspeed,wind_speed,wavspeed,wind_avspeed,wdir,wind_dir,rssi,rssi_dB,battery
group .Sensoren Wind
icon weather_wind_speed
room AB-Wetterstation,_OREGON
stateFormat {sprintf(
"Richtung: %s <br>Geschwindigkeit: %1.f km/h <br>mittlere Geschwindigkeit: %1.f km/h",
ReadingsNum("$name","wind_dir",0),
ReadingsNum("$name","wspeed",0),
ReadingsNum("$name","wavspeed",0))}
userReadings wdir:wind_dir.* {ReadingsNum("$name","wind_dir", -999)},
wspeed:wind_speed.* {(ReadingsNum("$name","wind_speed",0)*3.6)},
wavspeed:wind_avspeed.* {(ReadingsNum("$name","wind_avspeed",0)*3.6)},
rssi_dB:rssi.* {(ReadingsNum("$name","rssi",0)*8)-120}
list FileLog_WGR800
Internals:
CFGFN
DEF /media/hdd/fhem/log01/autocreate/WGR800-%Y-%m-%W.log WGR800
FD 54
FUUID 5e11fbfe-f33f-21bc-b7ed-c348a229ef7e8d52
NAME FileLog_WGR800
NOTIFYDEV WGR800
NR 13682
NTFY_ORDER 50-FileLog_WGR800
REGEXP WGR800
STATE active
TYPE FileLog
currentlogfile /media/hdd/fhem/log01/autocreate/WGR800-2020-01-00.log
logfile /media/hdd/fhem/log01/autocreate/WGR800-%Y-%m-%W.log
READINGS:
2020-01-05 16:10:26 linesInTheFile 4
Attributes:
alias AB Wetterstation - Windgeschwindigkeit & Richtung (Oregon)
icon edit_paste
logtype wind4windDir4:WindDir/WindSpeed,text
room AB-Wetterstation,_OREGON[code]
[b]list SVG_WGR800 [/b]
[code]Internals:
CFGFN
DEF FileLog_WGR800:SVG_WGR800:CURRENT
FUUID 5e11fbfe-f33f-21bc-a2ee-00ecd02ea0d8dfe6
GPLOTFILE SVG_WGR800
LOGDEVICE FileLog_WGR800
LOGFILE CURRENT
NAME SVG_WGR800
NOTIFYDEV global
NR 13683
STATE initialized
TYPE SVG
Attributes:
group Umwelt lokal
label "WGR800 Min $data{min1}, Max $data{max1}, Last $data{currval1}"
room Plots
list SVG_WGR800
Internals:
CFGFN
DEF FileLog_WGR800:SVG_WGR800:CURRENT
FUUID 5e11fd41-f33f-21bc-fd6f-0162a5fd101c799d
GPLOTFILE SVG_WGR800
LOGDEVICE FileLog_WGR800
LOGFILE CURRENT
NAME SVG_WGR800
NOTIFYDEV global
NR 13761
STATE initialized
TYPE SVG
Attributes:
group Umwelt lokal
label "WGR800 Min $data{min1}, Max $data{max1}, Last $data{currval1}"
room Plots
Was mir noch aufgefallen ist, ist das der Sensor UVN800 nur selten empfangen wird, obwohl zwei Empfänger vorhanden sind.
Der RFXtrx433E_WS ist ca. 30m Freifeld entfernt, und der sduino ist ca. 3m unterhalb des Sensors angebracht wo nur die Dachhaut dazwischen liegt.
Der UVN800 hat ein rssi_dB -72 wenn er vom RFXtrx433E_WS empfangen wird.
Alle anderen Sensoren werden aber ohne Probleme empfangen.
PCR800, THGR810_1, THGR810_2, THGR810_6, THGR810_7, THWR800_3, WGR800, UVN800
Der Verursacher wurde ausgemacht.
Diese Meldung wird definitiv vom sduino verursacht.
Sobald ich den sduino ausschalte verschwinden die Meldungen.
Entweder habe ich bei sduino einen Konfigurationsfehler oder der sduino hat ein Problem mit meinen OREGON Sensoren.
Gibt es bei sduino noch etwas zu beachten?
Versteht der sduino den UVN800 nicht?
Sehr seltsam,
ich hab mir echt einen Wolf gesucht... aber jetzt ist es klar.
Dein RFX TRX verwendet das Modul TRX_WEATHER, sieht man auch an TYPE TRX_WEATHER
Das Signalduino verwendet das Modul OREGON.
Ich vermute mal, dass Autocreate den WGR800 nicht überschreibt. Nach grober Durchsicht des autocreate Modules, wird das Filelog aber gelöscht und dann neu geschrieben.
Ich würde wetten, dass Du das verhalten zwischen RFXTRX und Signalduino umdrehen kannst, wenn der Sensor vom Typ OREGON angelegt wird.
Jetzt ist die spannende Frage. Was wäre denn das gewünschte Verhalten? Hast Du überhaupt Sensoren vom Typ OREGON welche durch den Signalduino aktualisiert werden?
GGF. könnte man das autocreate Modul anpassen, so dass es das filelog nicht überschreibt.
Grüße Sidey
Da ich mit dem RFXTRX nicht alle OREGON Sensoren erfassen kann, habe ich zusätzlich den sduino für zwei OREGON Sensoren aktiviert.
Beide Empfänger sind per ser2net an die Hauptinstanz verbunden die die Auswertung durchführt.
Das ist mit den unterschiedlichen Modulen natürlich ein Problem.
ZitatIch würde wetten, dass Du das verhalten zwischen RFXTRX und Signalduino umdrehen kannst, wenn der Sensor vom Typ OREGON angelegt wird.
Nur wie soll ich das umdrehen?
RFXTRX Empfänger ausschalten. Sensoren vom TYP TRX_WEATHER löschen. Sensoren vom Modul sduino anlegen lassen. RFXTRX Empfänger einschalten.
Nur ist dann nicht das Gleiche wie vor nur vertauscht?
Mir sind zwei Dinge noch aufgefallen.
Warum greift eigentlich das Autocreate Attribut ignoreTypes (PCR800|THGR810.*|THWR800|UVN800|WGR800) nicht bei den Sensoren.
Ein weiterer Punkt der mir aufgefallen ist, ist das globale Attribut dupTimeout.
Da liegen unterschiedliche Beschreibungen vor.
Englische Version: https://fhem.de/commandref.html#dupTimeout
Default is 0.5 seconds.
Deutsche Version: commandref_DE.html
Voreingestellt sind 0,5 Sekunden.
Welche Schreibweise ist die richtige?
Zitat von: Burny4600 am 13 Januar 2020, 19:28:41
Nur wie soll ich das umdrehen?
RFXTRX Empfänger ausschalten. Sensoren vom TYP TRX_WEATHER löschen. Sensoren vom Modul sduino anlegen lassen. RFXTRX Empfänger einschalten.
Nur ist dann nicht das Gleiche wie vor nur vertauscht?
Exakt so würde ich es machen.
Das hilft dir in der Tat wenig mit deinem Problem, es würde bestätigen, dass das Problem weder durch das Oregon Modul noch durch das SIGNALduino oder TRX Modul ausgelöst wird.
Zitat von: Burny4600 am 15 Januar 2020, 17:49:34
Mir sind zwei Dinge noch aufgefallen.
Warum greift eigentlich das Autocreate Attribut ignoreTypes (PCR800|THGR810.*|THWR800|UVN800|WGR800) nicht bei den Sensoren.
Hmm, das ist eine berechtigte Frage, auf die ich aktuell keine Antwort parat habe.
Ignore habe ich nicht näher untersucht .
Für den Fall dass Rudi den Post findet, hat er dafür bestimmt schnell eine Erklärung.
Thema wird unter https://forum.fhem.de/index.php/topic,115128.0.html weiter behandelt.