[gelöst] Erweiterung SD_Keeloq um RIO-Funkprotokoll

[plin]

ich würde dich mal bitten das logfile vom Empfänger auf verbos 4 zu stellen und dein Kommando zu senden.
Davon benötige ich die Zeile
...
Zusätzlich bitte die Version vom Modul + Hardware Firmware.

Mein Output sieht leicht anders aus

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2020.01.18 19:35:15 4: mySIGNALduino: KeepAlive, not ok, retry = 1 -> get ping
2020.01.18 19:35:16 4: mySIGNALduino: Set, raw SR;R=4;P0=-15608;P1=400;P2=-408;P3=-4012;P4=803;P5=-809;D=0121212121212121212121213424242154242151515151542154215424215421515154215154215424215424215424242424242421542424215421515421542421542424242424242424215151;
2020.01.18 19:35:16 4: mySIGNALduino: Read, msg: OK
2020.01.18 19:35:16 4: mySIGNALduino: Read, msg: V 3.4.0-dev SIGNALduino cc1101 (chip CC1101) - compiled at Dec  4 2019 22:02:15
2020.01.18 19:35:16 4: mySIGNALduino: SendFromQueue, msg=SR;R=4;P0=-15608;P1=400;P2=-408;P3=-4012;P4=803;P5=-809;D=0121212121212121212121213424242154242151515151542154215424215421515154215154215424215424215424242424242421542424215421515421542421542424242424242424215151;
2020.01.18 19:35:16 4: mySIGNALduino: Read, msg: SR;nF
2020.01.18 19:35:16 4: mySIGNALduino: Read, sendraw answer: SR;nF
2020.01.18 19:35:16 4: mySIGNALduino: HandleWriteQueue, nothing to send, stopping timer
2020.01.18 19:35:17 4: mySIGNALduino: Read, msg: R=4;P0=-15608;P1=400;P2=-408;P3=-4012;P4=803;P5=-809;D=0121212121212121212121213424242154242151515151542154215424215421515154215154215424215424215424242424242421542424215421515421542421542424242424242424215151;
2020.01.18 19:35:17 4: mySIGNALduino: Read, msg:


Der Signalduino sagt

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version V 3.4.0-dev SIGNALduino cc1101 (chip CC1101) - compiled at Dec 4 2019 22:02:15
versionProtocols 1.12
versionmodul v3.4.1_dev_18.12

[HomeAuto_User]

Danke für den Output.
Wenn du nun ein Update machst bitte und dann erneut probierst, was kommt dann?

Bei Versbose siehst du die hex Ausgabe und welche du normalerweise selbst immer gesendet hattest. Diese wird nun gesendet und hier sehe ich auch eine Reaktion. hm.

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2020.01.18 19:36:33 3: nano_433Mhz: SD_Keeloq_Set - sendMsg (hex) = P88#0x5F48D2FE008B48038#R1
entspricht

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2020.01.18 19:36:33 3: nano_433Mhz: SendFromQueue, msg=SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024103410303030303410341410341414103034103414103410303030303030341414141414141414103414141034103034103414103414141414141414141030303414141;


zum Vergleich dein

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P88#0x57165C04808B48058#R1
wird hier zum

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2020.01.18 19:44:17 3: nano_433Mhz: SendFromQueue, msg=SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024103410341030303414141034103034141034103030341414141414141034141034141414141414103414141034103034103414103414141414141414103410303414141;

[plin]

Wenn du nun ein Update machst bitte und dann erneut probierst, was kommt dann?

Nach einem

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update force https://raw.githubusercontent.com/fhem/SD_Keeloq/pre-release_RIO_send/controls_SD_Keeloq.txt
und einem Motor 2 down mit meinen mitgeschnittenen Commands kommt

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2020.01.18 19:46:09 4: mySIGNALduino: Set, raw SR;R=4;P0=-15608;P1=400;P2=-408;P3=-4012;P4=803;P5=-809;D=0121212121212121212121213424242154242151515151542154215424215421515154215154215424215424215424242424242421542424215421515421542421542424242424242424215151;
2020.01.18 19:46:09 5: mySIGNALduino: AddSendQueue, mySIGNALduino: SR;R=4;P0=-15608;P1=400;P2=-408;P3=-4012;P4=803;P5=-809;D=0121212121212121212121213424242154242151515151542154215424215421515154215154215424215424215424242424242421542424215421515421542421542424242424242424215151; (1)
2020.01.18 19:46:09 5: mySIGNALduino: SimpleWrite, SR;R=4;P0=-15608;P1=400;P2=-408;P3=-4012;P4=803;P5=-809;D=0121212121212121212121213424242154242151515151542154215424215421515154215154215424215424215424242424242421542424215421515421542421542424242424242424215151;
2020.01.18 19:46:09 4: mySIGNALduino: SendFromQueue, msg=SR;R=4;P0=-15608;P1=400;P2=-408;P3=-4012;P4=803;P5=-809;D=0121212121212121212121213424242154242151515151542154215424215421515154215154215424215424215424242424242421542424215421515421542421542424242424242424215151;
2020.01.18 19:46:10 4: mySIGNALduino: Read, msg: SR;R=4;P0=-15608;P1=400;P2=-408;P3=-4012;P4=803;P5=-809;D=0121212121212121212121213424242154242151515151542154215424215421515154215154215424215424215424242424242421542424215421515421542421542424242424242424215151;
2020.01.18 19:46:10 5: mySIGNALduino: Parse, noMsg: SR;R=4;P0=-15608;P1=400;P2=-408;P3=-4012;P4=803;P5=-809;D=0121212121212121212121213424242154242151515151542154215424215421515154215154215424215424215424242424242421542424215421515421542421542424242424242424215151;
2020.01.18 19:46:10 5: mySIGNALduino: Read, msg: regexp=^S(?:R|C|M);. cmd=sendraw msg=SR;R=4;P0=-15608;P1=400;P2=-408;P3=-4012;P4=803;P5=-809;D=0121212121212121212121213424242154242151515151542154215424215421515154215154215424215424215424242424242421542424215421515421542421542424242424242424215151;
2020.01.18 19:46:10 4: mySIGNALduino: Read, sendraw answer: SR;R=4;P0=-15608;P1=400;P2=-408;P3=-4012;P4=803;P5=-809;D=0121212121212121212121213424242154242151515151542154215424215421515154215154215424215424215424242424242421542424215421515421542421542424242424242424215151;
2020.01.18 19:46:10 4: mySIGNALduino: HandleWriteQueue, nothing to send, stopping timer
2020.01.18 19:46:10 4: mySIGNALduino: Read, msg:

[HomeAuto_User]

Zum nachvollziehen, ich nehme deinen RAW

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2020.01.18 19:46:09 4: mySIGNALduino: Set, raw SR;R=4;P0=-15608;P1=400;P2=-408;P3=-4012;P4=803;P5=-809;D=0121212121212121212121213424242154242151515151542154215424215421515154215154215424215424215424242424242421542424215421515421542421542424242424242424215151;
und empfange diesen.

Dann wird der nun kommende String draus beim senden.

Also, wenn du nun ein raw

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SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341410303030303410341034141034103030341030341034141034141034141414141414103414141034103034103414103414141414141414141030303;
absendest mit

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set mySIGNALduino raw SR;;R=1;;P0=400;;P1=-400;;P2=-4000;;P3=-800;;P4=800;;P5=-15600;;D=0101010101010101010101024141410341410303030303410341034141034103030341030341034141034141034141414141414103414141034103034103414103414141414141414141030303;;
passiert dann was?

[plin]

Also, wenn du nun ein raw

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SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341410303030303410341034141034103030341030341034141034141034141414141414103414141034103034103414103414141414141414141030303;
absendest mit

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set mySIGNALduino raw SR;;R=1;;P0=400;;P1=-400;;P2=-4000;;P3=-800;;P4=800;;P5=-15600;;D=0101010101010101010101024141410341410303030303410341034141034103030341030341034141034141034141414141414103414141034103034103414103414141414141414141030303;;
passiert dann was?

Motor 2 bewegt sich

[HomeAuto_User]

Wenn du nun ein

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P88#0x13EA5DA4808B48038#R1

sendest mit

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set mySIGNALduino sendMsg P88#0x13EA5DA4808B48038#R1

bewegt sich dann was?

[plin]

Wenn du nun ein

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P88#0x13EA5DA4808B48038#R1

sendest mit

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set mySIGNALduino sendMsg P88#0x13EA5DA4808B48038#R1

bewegt sich dann was?

jow, Motor 2

[HomeAuto_User]

Wenn jetzt mit

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SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341410303030303410341034141034103030341030341034141034141034141414141414103414141034103034103414103414141414141414141030303414141;
also mit

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set mySIGNALduino raw SR;;R=1;;P0=400;;P1=-400;;P2=-4000;;P3=-800;;P4=800;;P5=-15600;;D=0101010101010101010101024141410341410303030303410341034141034103030341030341034141034141034141414141414103414141034103034103414103414141414141414141030303414141;;

ebenso sich was bewegt, so könnte es nach einem Update aus dem Programm klappen.

Ich habe nun nichts anderes gemacht, als die Hex aus der Logausgabe zu senden.

[plin]

... ebenso sich was bewegt, so könnte es nach einem Update aus dem Programm klappen.

ja, Motor 2 bewegt sich

[plin]

P.S. "Update aus dem Programm" Welches?

[HomeAuto_User]

Dann bitte ich dich nun mal zur Sicherheit ein update zu machen und nach einem shutdown restart deine Remote zu nehmen.
Dann bitte das Device neu anzulegen und sobald du das Device angelegt hast, den selben Befehl aus dem Device zu senden

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update force https://raw.githubusercontent.com/fhem/SD_Keeloq/pre-release_RIO_send/controls_SD_Keeloq.txt
solte sowas liefern

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# $Id: 14_SD_Keeloq.pm 21010 2020-01-18 20:35:00Z v3.4 $

... ob sich da was bewegt 

[plin]

Dann bitte ich dich nun mal zur Sicherheit ein update zu machen und nach einem shutdown restart deine Remote zu nehmen.
Dann bitte das Device neu anzulegen und sobald du das Device angelegt hast, den selben Befehl aus dem Device zu senden

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update force https://raw.githubusercontent.com/fhem/SD_Keeloq/pre-release_RIO_send/controls_SD_Keeloq.txt
solte sowas liefern

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# $Id: 14_SD_Keeloq.pm 21010 2020-01-18 20:35:00Z v3.4 $

done, im Header steht aber

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# $Id: 14_SD_Keeloq.pm 21010 2020-01-18 19:35:00Z v3.4 $


... ob sich da was bewegt 

Nee, da tut sich nix.

Hier der Extrakt aus dem Lob ab autocreate:

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2020.01.18 20:41:42 5: mySIGNALduino: Parse_MS, dispatching bits: 1 1 0 0 1 0 1 1 0 0 1 1 0 1 1 0 0 0 1 1 1 1 1 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 1 0 0 0 1 0 1 1 0 1 0 0 1 0 0 0 0 0 0 0 0 0 0 1 1 0 0 0 with 3 Paddingbits 0
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MS, Decoded matched MS Protocol id 88 dmsg P88#CB363E00808B48018 length 68  RSSI = -29.5
2020.01.18 20:41:42 5: mySIGNALduino: Dispatch, P88#CB363E00808B48018, test ungleich: disabled
2020.01.18 20:41:42 5: mySIGNALduino: Dispatch, P88#CB363E00808B48018, -29.5 dB, dispatch
2020.01.18 20:41:42 5: mySIGNALduino: dispatch P88#CB363E00808B48018
2020.01.18 20:41:42 2: mySIGNALduino: SD_Keeloq_Parse Unknown device unknown with Code 012D101 detected, please define (rawdate=CB363E00808B48018)
2020.01.18 20:41:42 2: autocreate: define SD_Keeloq_012D101 SD_Keeloq 012D101
2020.01.18 20:41:42 3: SD_Keeloq: set attr room to SD_Keeloq
2020.01.18 20:41:42 3: SD_Keeloq: set attr model to unknown
2020.01.18 20:41:42 2: autocreate: define FileLog_SD_Keeloq_012D101 FileLog ./log/SD_Keeloq_012D101-%Y.log SD_Keeloq_012D101
2020.01.18 20:41:42 3: SD_Keeloq: set attr event-min-interval to .*:300
2020.01.18 20:41:42 3: SD_Keeloq: set attr event-on-change-reading to .*
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MS, Matched MS Protocol id 91.1 -> Atlantic security
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MS, Starting demodulation at Position 3
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MS, last part pair=4 reconstructed, last bit=1
2020.01.18 20:41:42 5: mySIGNALduino: Read, RAW rmsg: Ms;▒Ƽ;▒▒▒;▒▒▒;▒▒▒;▒▒▒;▒▒▒;DRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRRR;C1;S3;R59;O;m1;
2020.01.18 20:41:42 4: mySIGNALduino: Read, msg READredu: MS;P0=-15558;P1=402;P2=-410;P3=-4015;P4=-809;P5=796;D=1314145252145214145252141452141452525214141414145252525252525252521452525252525252145252521452141452145252145252525252525252525214101212121212121212121212;CP=1;SP=3;R=89;O;m1;
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MS, Matched MS Protocol id 14 -> LED X-MAS
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MS, Starting demodulation at Position 2
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MS, Found wrong signalpattern 10, catched 64 bits, aborting demodulation
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MS, Matched MS Protocol id 41 -> wireless doorbell
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MS, Starting demodulation at Position 2
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MS, Found wrong signalpattern 10, catched 64 bits, aborting demodulation
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MS, Matched MS Protocol id 87 -> JAROLIFT
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MS, Starting demodulation at Position 2
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MS, last part pair=1 reconstructed, last bit=1
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MS, Matched MS Protocol id 88 -> HCS300/HCS301
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MS, Starting demodulation at Position 2
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MS, last part pair=1 reconstructed, last bit=1
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MS, dispatching bits: 1 1 0 0 1 0 1 1 0 0 1 1 0 1 1 0 0 0 1 1 1 1 1 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 1 0 0 0 1 0 1 1 0 1 0 0 1 0 0 0 0 0 0 0 0 0 0 1 1 0 0 0 with 3 Paddingbits 0
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MS, Decoded matched MS Protocol id 88 dmsg P88#CB363E00808B48018 length 68  RSSI = -29.5
2020.01.18 20:41:42 5: mySIGNALduino: Dispatch, P88#CB363E00808B48018, test gleich
2020.01.18 20:41:42 4: mySIGNALduino: Dispatch, P88#CB363E00808B48018, Dropped due to short time or equal msg
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MS, Matched MS Protocol id 91.1 -> Atlantic security
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MS, Starting demodulation at Position 3
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MS, last part pair=4 reconstructed, last bit=1
2020.01.18 20:41:42 5: mySIGNALduino: Read, RAW rmsg: Mu;▒▒▒;▒▒▒;▒▒▒;▒▒▒;▒▒▒;▒Є;dRRRRRRRRRRRRRRRRRRRRRRRRRRRRRWRRRRRRRRRRRRR;C1;R59;
2020.01.18 20:41:42 4: mySIGNALduino: Read, msg READredu: MU;P1=396;P2=-408;P3=-4015;P4=-812;P5=805;P7=-1232;D=13141452521452141452521414521414525252141414141452525252525252525214525252525252521452525214521457521452521452525252525252525252141;CP=1;R=89;
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 8 -> TX3 Protocol matches, trying to demodulate
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:)((?:14|57){43,})) did not match
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 13.1 -> FLAMINGO FA22RF / FA21RF / LM-101LD not found, aborting
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 16 -> Dooya not found, aborting
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 19 -> minify matches, trying to demodulate
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, part is 1414525214521414525214145214145252521414141414525252525252525252145252525252525214525252145214 starts at position 2 and ends at 96
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, 1. skip demodulation (length 47 is to long) at Pos 2 regex ((?:)((?:52|14){19,}))
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 21 -> Einhell Garagedoor not found, aborting
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 22 -> HAMULiGHT not found, aborting
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 24 -> visivon remote not found, aborting
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 28 -> IC Ledspot not found, aborting
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 29 -> HT12e not found, aborting
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 30 -> diverse not found, aborting
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 32 -> wireless doorbell not found, aborting
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 34 -> QUIGG | LIBRA | Mandolyn | Pollin ISOTRONIC matches, trying to demodulate
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:5)((?:45|75){19,}(?:4|7)?)) did not match
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 36 -> remote not found, aborting
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 37 -> Bresser 7009994 not found, aborting
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 38 -> NC-3911 not found, aborting
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, for MU Protocol id 39, applying filterfunc SIGNALduino_compPattern
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 39 -> X10 Protocol not found, aborting
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 40 -> Romotec  matches, trying to demodulate
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, part is 14525214521414525214145214145252521414141414525252525252525252145252525252525214525252145214 starts at position 0 and ends at 94
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, Starting demodulation (StartStr: 14 first found at 2 regex: (?:14)((?:52|14){12,}) Pos 2) length_min_max (12..) length=46
2020.01.18 20:41:42 5: mySIGNALduino: Parse_MU, dispatching hex: u40#699383FEFEE8
2020.01.18 20:41:42 4: mySIGNALduino: Parse_MU, Decoded matched MU Protocol id 40 dmsg u40#699383FEFEE8 length 48 dispatch(1/4) RSSI = -29.5
2020.01.18 20:41:42 5: mySIGNALduino: Dispatch, u40#699383FEFEE8, test ungleich: disabled
2020.01.18 20:41:42 5: mySIGNALduino: Dispatch, u40#699383FEFEE8, -29.5 dB, dispatch
2020.01.18 20:41:42 5: mySIGNALduino: dispatch u40#699383FEFEE8
2020.01.18 20:41:43 4: SIGNALduino_unknown incomming msg: u40#699383FEFEE8
2020.01.18 20:41:43 4: SIGNALduino_unknown rawData: 699383FEFEE8
2020.01.18 20:41:43 4: SIGNALduino_unknown Protocol: 40
2020.01.18 20:41:43 4: SIGNALduino_unknown converted to bits: 011010011001001110000011111111101111111011101000
2020.01.18 20:41:43 4: SIGNALduino_unknown mySIGNALduino Protocol:40 | To help decode or debug, please add u40! (attr mySIGNALduino development u40)
2020.01.18 20:41:43 4: Unknown, please report
2020.01.18 20:41:43 4: SIGNALduino_unknown incomming msg: u40#699383FEFEE8
2020.01.18 20:41:43 4: SIGNALduino_unknown rawData: 699383FEFEE8
2020.01.18 20:41:43 4: SIGNALduino_unknown Protocol: 40
2020.01.18 20:41:43 4: SIGNALduino_unknown converted to bits: 011010011001001110000011111111101111111011101000
2020.01.18 20:41:43 4: SIGNALduino_unknown mySIGNALduino Protocol:40 | To help decode or debug, please add u40! (attr mySIGNALduino development u40)
2020.01.18 20:41:43 4: Unknown, please report
2020.01.18 20:41:43 3: mySIGNALduino: Unknown code u40#699383FEFEE8, help me!
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, part is 5252145252525252525252525214 starts at position 98 and ends at 128
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, 2. try demodulation at Pos 98
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, dispatching hex: u40#DFF8
2020.01.18 20:41:43 4: mySIGNALduino: Parse_MU, Decoded matched MU Protocol id 40 dmsg u40#DFF8 length 16 dispatch(2/4) RSSI = -29.5
2020.01.18 20:41:43 5: mySIGNALduino: Dispatch, u40#DFF8, test ungleich: disabled
2020.01.18 20:41:43 5: mySIGNALduino: Dispatch, u40#DFF8, -29.5 dB, dispatch
2020.01.18 20:41:43 5: mySIGNALduino: dispatch u40#DFF8
2020.01.18 20:41:43 4: SIGNALduino_unknown incomming msg: u40#DFF8
2020.01.18 20:41:43 4: SIGNALduino_unknown rawData: DFF8
2020.01.18 20:41:43 4: SIGNALduino_unknown Protocol: 40
2020.01.18 20:41:43 4: SIGNALduino_unknown converted to bits: 1101111111111000
2020.01.18 20:41:43 4: SIGNALduino_unknown mySIGNALduino Protocol:40 | To help decode or debug, please add u40! (attr mySIGNALduino development u40)
2020.01.18 20:41:43 4: Unknown, please report
2020.01.18 20:41:43 4: SIGNALduino_unknown incomming msg: u40#DFF8
2020.01.18 20:41:43 4: SIGNALduino_unknown rawData: DFF8
2020.01.18 20:41:43 4: SIGNALduino_unknown Protocol: 40
2020.01.18 20:41:43 4: SIGNALduino_unknown converted to bits: 1101111111111000
2020.01.18 20:41:43 4: SIGNALduino_unknown mySIGNALduino Protocol:40 | To help decode or debug, please add u40! (attr mySIGNALduino development u40)
2020.01.18 20:41:43 4: Unknown, please report
2020.01.18 20:41:43 3: mySIGNALduino: Unknown code u40#DFF8, help me!
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 44 -> BresserTemeo not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 44.1 -> BresserTemeo not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 45 -> Revolt not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 46 -> SKXxxx, GF0x0x not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 48 -> TFA Dostmann not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 49.1 -> GT-9000 not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 49.2 -> GT-9000 not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 56 -> Celexon not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 59 -> AK-HD-4 not found, aborting
2020.01.18 20:41:43 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 60 -> WS2000 matches, trying to demodulate
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, part is 1414525214521414525214145214145252521414141414525252525252525252145252525252525214525252145214 starts at position 2 and ends at 96
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, Starting demodulation ( regex: (?:)((?:14|52){38,}) Pos 0) length_min_max (38..82) length=47
2020.01.18 20:41:43 5: mySIGNALduino: callsub, applying postDemodulation, value before: 1 1 0 0 1 0 1 1 0 0 1 1 0 1 1 0 0 0 1 1 1 1 1 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 1 0 0 0 1 0 1
2020.01.18 20:41:43 5: mySIGNALduino: WS2000 protolength: 47, datastart: 0, datalength 47
2020.01.18 20:41:43 4: mySIGNALduino: WS2000 Sensortyp 9 - ERROR typ to big (0-7)
2020.01.18 20:41:43 5: mySIGNALduino: callsub, rcode=0, after calling postDemodulation
2020.01.18 20:41:43 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 61 -> FS10 matches, trying to demodulate
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:)((?:14|14){38,})) did not match
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 62 -> Clarus_Switch not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 66 -> WS7035 not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 69 -> Hoermann not found, aborting
2020.01.18 20:41:43 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 70 -> FHT80TF matches, trying to demodulate
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:)((?:14|14){50,})) did not match
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 72 -> Siro shutter not found, aborting
2020.01.18 20:41:43 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 73 -> FHT80 matches, trying to demodulate
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:)((?:14|14){59,})) did not match
2020.01.18 20:41:43 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 74 -> FS20 matches, trying to demodulate
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:)((?:52|14){50,})) did not match
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 76 -> LED XM21 not found, aborting
2020.01.18 20:41:43 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 79 -> wireless doorbell matches, trying to demodulate
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:31)((?:25|41){12,})) did not match
2020.01.18 20:41:43 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 80 -> EM1000WZ matches, trying to demodulate
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:)((?:14|14){104,})) did not match
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 81 -> SA-434-1 not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 83 -> RH787T not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 84 -> IAN 283582 / TV-4848 not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 85 -> TFA 30.3222.02 not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 86 -> BOSCH | CAME | Novy | Neff | Refsta Topdraft not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 89 -> TFA 30.3221.02 not found, aborting
2020.01.18 20:41:43 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 91 -> Atlantic security matches, trying to demodulate
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:31)((?:41|25){36,}(?:2|4)?)) did not match
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 92 -> KRINNER Lumix not found, aborting
2020.01.18 20:41:43 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 94 -> Atech not found, aborting
2020.01.18 20:42:01 3: SD_Keeloq: set attr model to enjoy_motors_HS
2020.01.18 20:42:05 5: HttpUtils url=http://192.168.3.147:23/
2020.01.18 20:42:05 4: IP: 192.168.3.147 -> 192.168.3.147
2020.01.18 20:42:06 4: mySIGNALduino: KeepAlive, ok, retry = 0
2020.01.18 20:42:13 3: SD_Keeloq: set attr verbose to 5
2020.01.18 20:42:18 5: mySIGNALduino: Read, RAW rmsg: Ms;▒▒;▒▒▒;▒▒▒;▒▒▒;▒▒▒;▒▒▒;▒▒▒;d▒4$$!T$$$$!T!T!T!T!T!T!QQT!T!T!T$!T$$$$$$!T$$!T!QT!T$!T$$$$$$$$$!Q!!!!!!!!!da;C1;S3;R59;O;m2;
2020.01.18 20:42:18 4: mySIGNALduino: Read, msg READredu: MS;P0=-15608;P1=398;P2=-412;P3=-4014;P4=799;P5=-811;P6=-572;D=1342424215424242424215421542154215421542154215151542154215421542421542424242424242154242421542151542154242154242424242424242424215101212121212121212121646;CP=1;SP=3;R=89;O;m2;
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MS, Matched MS Protocol id 14 -> LED X-MAS
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MS, Starting demodulation at Position 2
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MS, Found wrong signalpattern 10, catched 64 bits, aborting demodulation
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MS, Matched MS Protocol id 41 -> wireless doorbell
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MS, Starting demodulation at Position 2
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MS, Found wrong signalpattern 10, catched 64 bits, aborting demodulation
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MS, Matched MS Protocol id 87 -> JAROLIFT
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MS, Starting demodulation at Position 2
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MS, last part pair=1 reconstructed, last bit=1
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MS, Matched MS Protocol id 88 -> HCS300/HCS301
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MS, Starting demodulation at Position 2
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MS, last part pair=1 reconstructed, last bit=1
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MS, dispatching bits: 0 0 0 1 0 0 0 0 0 1 0 1 0 1 0 1 0 1 0 1 0 1 1 1 0 1 0 1 0 1 0 0 1 0 0 0 0 0 0 0 1 0 0 0 1 0 1 1 0 1 0 0 1 0 0 0 0 0 0 0 0 0 0 1 1 0 0 0 with 3 Paddingbits 0
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MS, Decoded matched MS Protocol id 88 dmsg P88#10555754808B48018 length 68  RSSI = -29.5
2020.01.18 20:42:18 5: mySIGNALduino: Dispatch, P88#10555754808B48018, test ungleich: disabled
2020.01.18 20:42:18 5: mySIGNALduino: Dispatch, P88#10555754808B48018, -29.5 dB, dispatch
2020.01.18 20:42:18 5: mySIGNALduino: dispatch P88#10555754808B48018
2020.01.18 20:42:18 4: mySIGNALduino: SD_Keeloq_Parse device enjoy_motors_HS with rawData=10555754808B48018, hlen=17
2020.01.18 20:42:18 5: ######## DEBUG PARSE - START ########
2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse - bitData = 00010000010101010101011101010100100000001000101101001000000000011000

2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse - model = enjoy_motors_HS
2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse - DMSG  = P88#10555754808B48018
2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse                                encoded     <- | ->     decrypts
2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse                sync counter |discriminat.| bt |           serial           | bt |V|R|padding
2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse - bitData = 0001000001010101 010101110101 0100 1000000010001011010010000000 0001 1 0
2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse - bitData = |->     must be calculated!    <-| 0000000100101101000100000001 1000 1 0

2020.01.18 20:42:18 5: ######## DEBUG without LSB & MSB Keys ########
2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse - decrypts button                      = stop
2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse - decrypts serial (hex)                = 012D101 (for each channel)
2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse - decrypts serial (bin)                = 100101101000100000001 (for each channel)
2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse - decrypts channel (from serial)       = 2
2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse - decrypts Voltage LOW indicator       = 1
2020.01.18 20:42:18 5: mySIGNALduino: SD_Keeloq_Parse - decrypts Repeat indicator            = 0
2020.01.18 20:42:18 5: ######## DEBUG END ########

2020.01.18 20:42:18 4: mySIGNALduino: Parse_MS, Matched MS Protocol id 91.1 -> Atlantic security
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MS, Starting demodulation at Position 3
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MS, last part pair=2 reconstructed, last bit=0
2020.01.18 20:42:18 5: mySIGNALduino: Read, RAW rmsg: Mu;▒▒▒;▒▒▒;▒▒▒;▒▒▒;▒▒▒;DBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB;C1;R59;
2020.01.18 20:42:18 4: mySIGNALduino: Read, msg READredu: MU;P1=401;P2=-412;P3=-4014;P4=797;P5=-830;D=134242421542424242421542154215421542154215421515154215421542154242154242424242424215424242154215154215424215424242424242424242421515;CP=1;R=89;
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 13.1 -> FLAMINGO FA22RF / FA21RF / LM-101LD not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 16 -> Dooya not found, aborting
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 19 -> minify matches, trying to demodulate
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, part is 4242421542424242421542154215421542154215421515154215421542154242154242424242424215424242154215154215424215424242424242424242421515 starts at position 2 and ends at 132
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, 1. skip demodulation (length 65 is to long) at Pos 2 regex ((?:)((?:42|15){19,}))
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 21 -> Einhell Garagedoor not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 22 -> HAMULiGHT not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 24 -> visivon remote not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 28 -> IC Ledspot not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 29 -> HT12e not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 30 -> diverse not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 32 -> wireless doorbell not found, aborting
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 34 -> QUIGG | LIBRA | Mandolyn | Pollin ISOTRONIC matches, trying to demodulate
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:4)((?:54|54){19,}(?:5)?)) did not match
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 36 -> remote not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 37 -> Bresser 7009994 not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 38 -> NC-3911 not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, for MU Protocol id 39, applying filterfunc SIGNALduino_compPattern
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 39 -> X10 Protocol not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 40 -> Romotec  not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 44 -> BresserTemeo not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 44.1 -> BresserTemeo not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 45 -> Revolt not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 46 -> SKXxxx, GF0x0x not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 48 -> TFA Dostmann not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 49.1 -> GT-9000 not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 49.2 -> GT-9000 not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 56 -> Celexon not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 59 -> AK-HD-4 not found, aborting
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 60 -> WS2000 matches, trying to demodulate
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, part is 4242421542424242421542154215421542154215421515154215421542154242154242424242424215424242154215154215424215424242424242424242421515 starts at position 2 and ends at 132
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, Starting demodulation ( regex: (?:)((?:15|42){38,}) Pos 0) length_min_max (38..82) length=65
2020.01.18 20:42:18 5: mySIGNALduino: callsub, applying postDemodulation, value before: 0 0 0 1 0 0 0 0 0 1 0 1 0 1 0 1 0 1 0 1 0 1 1 1 0 1 0 1 0 1 0 0 1 0 0 0 0 0 0 0 1 0 0 0 1 0 1 1 0 1 0 0 1 0 0 0 0 0 0 0 0 0 0 1 1
2020.01.18 20:42:18 5: mySIGNALduino: WS2000 protolength: 65, datastart: 3, datalength 62
2020.01.18 20:42:18 4: mySIGNALduino: WS2000 Sensortyp 0 - ERROR lenght of message 60 (35)
2020.01.18 20:42:18 5: mySIGNALduino: callsub, rcode=0, after calling postDemodulation
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 61 -> FS10 matches, trying to demodulate
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, part is 4242421542424242421542154215421542154215421515154215421542154242154242424242424215424242154215154215424215424242424242424242421515 starts at position 2 and ends at 132
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, 1. skip demodulation (length 65 is to long) at Pos 2 regex ((?:)((?:15|42){38,}))
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 62 -> Clarus_Switch not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 66 -> WS7035 not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 69 -> Hoermann not found, aborting
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 70 -> FHT80TF matches, trying to demodulate
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, part is 4242421542424242421542154215421542154215421515154215421542154242154242424242424215424242154215154215424215424242424242424242421515 starts at position 2 and ends at 132
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, 1. skip demodulation (length 65 is to long) at Pos 2 regex ((?:)((?:15|42){50,}))
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 72 -> Siro shutter not found, aborting
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 73 -> FHT80 matches, trying to demodulate
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:)((?:42|42){59,})) did not match
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 74 -> FS20 matches, trying to demodulate
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, part is 4242421542424242421542154215421542154215421515154215421542154242154242424242424215424242154215154215424215424242424242424242421515 starts at position 2 and ends at 132
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, Starting demodulation ( regex: (?:)((?:15|42){50,}) Pos 0) length_min_max (50..67) length=65
2020.01.18 20:42:18 5: mySIGNALduino: callsub, applying postDemodulation, value before: 0 0 0 1 0 0 0 0 0 1 0 1 0 1 0 1 0 1 0 1 0 1 1 1 0 1 0 1 0 1 0 0 1 0 0 0 0 0 0 0 1 0 0 0 1 0 1 1 0 1 0 0 1 0 0 0 0 0 0 0 0 0 0 1 1
2020.01.18 20:42:18 5: mySIGNALduino: FS20 - pos=3 length=61
2020.01.18 20:42:18 5: mySIGNALduino: FS20 ERROR - wrong length=61 (must be 45 or 54)
2020.01.18 20:42:18 5: mySIGNALduino: callsub, rcode=0, after calling postDemodulation
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 76 -> LED XM21 not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 79 -> wireless doorbell not found, aborting
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 80 -> EM1000WZ matches, trying to demodulate
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:)((?:15|42){104,})) did not match
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 81 -> SA-434-1 not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 83 -> RH787T not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 84 -> IAN 283582 / TV-4848 not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 85 -> TFA 30.3222.02 not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 86 -> BOSCH | CAME | Novy | Neff | Refsta Topdraft not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 89 -> TFA 30.3221.02 not found, aborting
2020.01.18 20:42:18 4: mySIGNALduino: Parse_MU, Fingerprint for MU Protocol id 91 -> Atlantic security matches, trying to demodulate
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, 0. try, regex ((?:34)((?:51|24){36,}(?:5|2)?)) did not match
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 92 -> KRINNER Lumix not found, aborting
2020.01.18 20:42:18 5: mySIGNALduino: Parse_MU, start pattern for MU Protocol id 94 -> Atech not found, aborting
2020.01.18 20:42:31 4: ######## DEBUG SET - START ########
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - cmd=down
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - encoded, from bitMSG      = 00010000010101010101011101010100
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - Serial                    = 012D101
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - Serial bits               = 0000000100101101000100000001
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - Serial bits reverse       = 1000000010001011010010000000
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - Button                    = down
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - Button_bits               = 1100
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - Button_bits reverse       = 0011
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - Voltage LOW indicator (V) = 1
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - Repeat indicator (R)      = 0
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - Padding bits (SD intern)  = 00

2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set                                  encoded     <- | ->     decrypts
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_set - should (HCS301),   sync cnt |discriminat.| bt |           serial           | bt |V|R|padding
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - is device,          encoded (Rolling code)    |           serial           | bt |V|R|padding
2020.01.18 20:42:31 4: mySIGNALduino: SD_Keeloq_Set - bits (send) = 00010000010101010101011101010100 1000000010001011010010000000 0011 1 0 00

2020.01.18 20:42:31 3: mySIGNALduino: SD_Keeloq_Set - sendMsg (hex) = P88#0x10555754808B48038#R1
2020.01.18 20:42:31 3: mySIGNALduino: SD_Keeloq_Set - sendMsg (bits) = P88#00010000010101010101011101010100100000001000101101001000000000111P#R3
2020.01.18 20:42:31 5: mySIGNALduino: Write, sending via Set sendMsg P88#0x10555754808B48038#R1
2020.01.18 20:42:31 5: mySIGNALduino: Set, sendmsg msg=P88#0x10555754808B48038#R1
2020.01.18 20:42:31 5: mySIGNALduino: Set, sendmsg Preparing rawsend command for protocol=88, repeats=1, clock=400 bits=00010000010101010101011101010100100000001000101101001000000000111000
2020.01.18 20:42:31 5: mySIGNALduino: AddSendQueue, mySIGNALduino: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141; (1)
2020.01.18 20:42:31 4: mySIGNALduino: Set, sending via SendMsg: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:42:31 5: mySIGNALduino: SimpleWrite, SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:42:31 4: mySIGNALduino: SendFromQueue, msg=SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:42:32 4: mySIGNALduino: Read, msg: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:42:32 5: mySIGNALduino: Parse, noMsg: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:42:32 5: mySIGNALduino: Read, msg: regexp=^S(?:R|C|M);. cmd=sendraw msg=SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:42:32 4: mySIGNALduino: Read, sendraw answer: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:42:32 4: mySIGNALduino: HandleWriteQueue, nothing to send, stopping timer
2020.01.18 20:42:32 4: mySIGNALduino: Read, msg:
2020.01.18 20:43:00 4: ######## DEBUG SET - START ########
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - cmd=up
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - encoded, from bitMSG      = 00010000010101010101011101010100
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - Serial                    = 012D101
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - Serial bits               = 0000000100101101000100000001
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - Serial bits reverse       = 1000000010001011010010000000
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - Button                    = up
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - Button_bits               = 1010
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - Button_bits reverse       = 0101
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - Voltage LOW indicator (V) = 1
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - Repeat indicator (R)      = 0
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - Padding bits (SD intern)  = 00

2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set                                  encoded     <- | ->     decrypts
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_set - should (HCS301),   sync cnt |discriminat.| bt |           serial           | bt |V|R|padding
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - is device,          encoded (Rolling code)    |           serial           | bt |V|R|padding
2020.01.18 20:43:00 4: mySIGNALduino: SD_Keeloq_Set - bits (send) = 00010000010101010101011101010100 1000000010001011010010000000 0101 1 0 00

2020.01.18 20:43:00 3: mySIGNALduino: SD_Keeloq_Set - sendMsg (hex) = P88#0x10555754808B48058#R1
2020.01.18 20:43:00 3: mySIGNALduino: SD_Keeloq_Set - sendMsg (bits) = P88#00010000010101010101011101010100100000001000101101001000000001011P#R3
2020.01.18 20:43:00 5: mySIGNALduino: Write, sending via Set sendMsg P88#0x10555754808B48058#R1
2020.01.18 20:43:00 5: mySIGNALduino: Set, sendmsg msg=P88#0x10555754808B48058#R1
2020.01.18 20:43:00 5: mySIGNALduino: Set, sendmsg Preparing rawsend command for protocol=88, repeats=1, clock=400 bits=00010000010101010101011101010100100000001000101101001000000001011000
2020.01.18 20:43:00 5: mySIGNALduino: AddSendQueue, mySIGNALduino: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414103410303414141; (1)
2020.01.18 20:43:00 4: mySIGNALduino: Set, sending via SendMsg: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414103410303414141;
2020.01.18 20:43:00 5: mySIGNALduino: SimpleWrite, SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414103410303414141;
2020.01.18 20:43:00 4: mySIGNALduino: SendFromQueue, msg=SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414103410303414141;
2020.01.18 20:43:01 4: mySIGNALduino: Read, msg: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414103410303414141;
2020.01.18 20:43:01 5: mySIGNALduino: Parse, noMsg: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414103410303414141;
2020.01.18 20:43:01 5: mySIGNALduino: Read, msg: regexp=^S(?:R|C|M);. cmd=sendraw msg=SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414103410303414141;
2020.01.18 20:43:01 4: mySIGNALduino: Read, sendraw answer: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414103410303414141;
2020.01.18 20:43:01 4: mySIGNALduino: HandleWriteQueue, nothing to send, stopping timer
2020.01.18 20:43:01 4: mySIGNALduino: Read, msg:
2020.01.18 20:43:06 4: mySIGNALduino: KeepAlive, ok, retry = 0
2020.01.18 20:43:08 5: HttpUtils url=http://192.168.3.147:23/
2020.01.18 20:43:08 4: IP: 192.168.3.147 -> 192.168.3.147
2020.01.18 20:43:09 4: ######## DEBUG SET - START ########
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - cmd=down
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - encoded, from bitMSG      = 00010000010101010101011101010100
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - Serial                    = 012D101
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - Serial bits               = 0000000100101101000100000001
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - Serial bits reverse       = 1000000010001011010010000000
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - Button                    = down
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - Button_bits               = 1100
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - Button_bits reverse       = 0011
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - Voltage LOW indicator (V) = 1
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - Repeat indicator (R)      = 0
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - Padding bits (SD intern)  = 00

2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set                                  encoded     <- | ->     decrypts
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_set - should (HCS301),   sync cnt |discriminat.| bt |           serial           | bt |V|R|padding
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - is device,          encoded (Rolling code)    |           serial           | bt |V|R|padding
2020.01.18 20:43:10 4: mySIGNALduino: SD_Keeloq_Set - bits (send) = 00010000010101010101011101010100 1000000010001011010010000000 0011 1 0 00

2020.01.18 20:43:10 3: mySIGNALduino: SD_Keeloq_Set - sendMsg (hex) = P88#0x10555754808B48038#R1
2020.01.18 20:43:10 3: mySIGNALduino: SD_Keeloq_Set - sendMsg (bits) = P88#00010000010101010101011101010100100000001000101101001000000000111P#R3
2020.01.18 20:43:10 5: mySIGNALduino: Write, sending via Set sendMsg P88#0x10555754808B48038#R1
2020.01.18 20:43:10 5: mySIGNALduino: Set, sendmsg msg=P88#0x10555754808B48038#R1
2020.01.18 20:43:10 5: mySIGNALduino: Set, sendmsg Preparing rawsend command for protocol=88, repeats=1, clock=400 bits=00010000010101010101011101010100100000001000101101001000000000111000
2020.01.18 20:43:10 5: mySIGNALduino: AddSendQueue, mySIGNALduino: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141; (1)
2020.01.18 20:43:10 4: mySIGNALduino: Set, sending via SendMsg: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:43:10 5: mySIGNALduino: SimpleWrite, SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:43:10 4: mySIGNALduino: SendFromQueue, msg=SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:43:11 4: mySIGNALduino: Read, msg: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:43:11 5: mySIGNALduino: Parse, noMsg: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:43:11 5: mySIGNALduino: Read, msg: regexp=^S(?:R|C|M);. cmd=sendraw msg=SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:43:11 4: mySIGNALduino: Read, sendraw answer: SR;R=1;P0=400;P1=-400;P2=-4000;P3=-800;P4=800;P5=-15600;D=0101010101010101010101024141410341414141410341034103410341034103410303034103410341034141034141414141414103414141034103034103414103414141414141414141030303414141;
2020.01.18 20:43:11 4: mySIGNALduino: HandleWriteQueue, nothing to send, stopping timer
2020.01.18 20:43:11 4: mySIGNALduino: Read, msg:


[HomeAuto_User]

Das verstehe ich echt nicht.
Wenn wir uns den jetzt zu letzt genommenen Motor nehmen und so senden

Wenn du nun ein

Code Auswählen Erweitern

P88#0x10555754808B48058#R1

sendest mit

Code Auswählen Erweitern

set mySIGNALduino sendMsg P88#0x10555754808B48058#R1

bewegt sich dann was?

ging doch vorhin das?

[plin]

Das verstehe ich echt nicht.
Wenn wir uns den jetzt zu letzt genommenen Motor nehmen und so senden
ging doch vorhin das?

na ja, es waren zwei unterschiedliche Sequenzen

Code Auswählen Erweitern

set mySIGNALduino sendMsg P88#0x13EA5DA4808B48038#R1 -> ok
set mySIGNALduino sendMsg P88#0x10555754808B48058#R1 -> nok


Update: Der P88#0x10555754808B48058#R1 stand im da-tut-sich-nix-Log

[HomeAuto_User]

na ja, es waren zwei unterschiedliche Sequenzen

Code Auswählen Erweitern

set mySIGNALduino sendMsg P88#0x13EA5DA4808B48038#R1 -> ok
set mySIGNALduino sendMsg P88#0x10555754808B48058#R1 -> nok


dann geht diese weiterhin?
set mySIGNALduino sendMsg P88#0x13EA5DA4808B48038#R1