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14_SD_UT.pm: added new model xavax & fixed TR-502MSV & RC_10
git-svn-id: https://svn.fhem.de/fhem/trunk@20834 2b470e98-0d58-463d-a4d8-8e2adae1ed80
This commit is contained in:
HomeAuto_User
parent
8a1c1847d5
commit
8a9e170d7d
@ -1,5 +1,10 @@
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# Add changes at the top of the list. Keep it in ASCII, and 80-char wide.
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# Do not insert empty lines here, update check depends on it.
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- feature 14_SD_UT: new model remote control with 4 buttons for dieselheating
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new model for xavax 00111939
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- bugfix: 14_SD_UT: model TR-502MSV, ident was only 8 bit, must be 12 bit long
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!! old devices may be created new !!
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RC_10 button set all work after renaming the device
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- change: 70_SolarEdgeAPI: new default behavior, removed parameter "interval"
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- feature: 37_echodevice.pm:
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add device A1Z88NGR2BK6A2 ECHO Show 8
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@ -52,8 +52,8 @@
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# get sduino_dummy raw MU;;P0=-5476;;P1=592;;P2=-665;;P3=1226;;P4=-1309;;D=01232323232323232323232323412323412323414;;CP=3;;R=1;;
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#} Send Adresse FFF funktioniert nicht 100%ig!
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###############################################################################################################################################################################
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# - TR-502MSV (LIBRA GmbH) [LIDL] Funk-Steckdosendimmer + Schalter | transmitter TR-502MSV - receiver RC-710DX|RC-710 [Protocol 34]
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#{ nibble 0-1 -> Hauscode | nibble 3 ??? | nibble 3-4 -> Tastencode | repeats 3
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# - TR-502MSV (LIBRA GmbH [LIDL] Funk-Steckdosendimmer + Schalter | transmitter TR-502MSV - receiver RC-710DX|RC-710 [Protocol 34]
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#{ nibble 0-2 -> Hauscode | nibble 3-4 -> Tastencode | repeats 3
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# get sduino_dummy raw MU;;P0=-12064;;P1=717;;P2=-669;;P3=1351;;P4=-1319;;D=012323414141234123232323232323232323232323;;
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#} get sduino_dummy raw MU;;P0=697;;P1=-1352;;P2=-679;;P3=1343;;D=01010101010231023232323232323232323232323;CP=0;R=27;;
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###############################################################################################################################################################################
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@ -103,11 +103,11 @@
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# Intervall: 1010 0001 0101 00 1101 00 A15 34
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# ------------------------------------------------
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# i - ident, b - button, a - appended
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# get sduino_dummy raw MU;;P0=-707;;P1=332;;P2=-376;;P3=670;;P5=-15243;;D=01012301232323230123012301232301010123510123012323232301230123012323010101235101230123232323012301230123230101012351012301232323230123012301232301010123510123012323232301230123012323010101235101230123232323012301230123230101012351012301232323230123012301;;CP=1;;R=3;;O;;
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# get sduino_dummy raw MU;;P0=-32001;;P1=348;;P2=-704;;P3=-374;;P4=664;;P5=-15255;;D=01213421343434342134213421343421213434512134213434343421342134213434212134345121342134343434213421342134342121343451213421343434342134213421343421213434512134213434343421342134213434212134345121342134343434213421342134342121343451213421343434342134213421;;CP=1;;R=15;;O;;
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# get sduino_dummy raw MU;;P0=-32001;;P1=326;;P2=-721;;P3=-385;;P4=656;;P5=-15267;;D=01213421343434342134213421343421342134512134213434343421342134213434213421345121342134343434213421342134342134213451213421343434342134213421343421342134512134213434343421342134213434213421345121342134343434213421342134342134213451213421343434342134213421;;CP=1;;R=10;;O;;
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# get sduino_dummy raw MU;;P0=-372;;P1=330;;P2=684;;P3=-699;;P4=-14178;;D=010231020202023102310231020231310231413102310202020231023102310202313102314;;CP=1;;R=253;;
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#} get sduino_dummy raw MU;;P0=-710;;P1=329;;P2=-388;;P3=661;;P4=-14766;;D=01232301410123012323232301230123012323012323014;;CP=1;;R=1;;
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# plus | get sduino_dummy raw MU;;P0=-220;;P1=348;;P2=-702;;P3=-381;;P4=662;;P5=-15257;;D=01213421342134342121343451213421343434342134213421343421213434512134213434343421342134213434212134345121342134343434213421342134342121343451213421343434342134213421343421213434512134213434343421342134213434212134345121342134343434213421342134342121343451;;CP=1;;R=6;;O;;
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# minus | get sduino_dummy raw MU;;P0=-2112;;P1=340;;P2=-708;;P3=-381;;P4=660;;P5=-15243;;D=01213421343434342134213421343421342134512134213434343421342134213434213421345121342134343434213421342134342134213451213421343434342134213421343421342134512134213434343421342134213434213421345121342134343434213421342134342134213451213421343434342134213421;;CP=1;;R=7;;O;;
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# light_on_off | get sduino_dummy raw MU;;P0=-707;;P1=332;;P2=-376;;P3=670;;P5=-15243;;D=01012301232323230123012301232301010123510123012323232301230123012323010101235101230123232323012301230123230101012351012301232323230123012301232301010123510123012323232301230123012323010101235101230123232323012301230123230101012351012301232323230123012301;;CP=1;;R=3;;O;;
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# delay | get sduino_dummy raw MU;;P0=-944;;P1=341;;P2=-695;;P3=-375;;P4=672;;P5=-15261;;D=01213421343434342134213421343421343421512134213434343421342134213434213434215121342134343434213421342134342134342151213421343434342134213421343421343421512134213434343421342134213434213434215121342134343434213421342134342134342151213421343434342134213421;;CP=1;;R=2;;O;;
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#} intervall | get sduino_dummy raw MU;;P0=-372;;P1=330;;P2=684;;P3=-699;;P4=-14178;;D=010231020202023102310231020231310231413102310202020231023102310202313102314;;CP=1;;R=253;;
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###
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# - Transmitter SF01 01319004 (SF01_01319004_Typ2) 433,92 MHz (BOSCH kitchen) [Protocol 86]
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#{ iiii iiii iiii ii bbbb aa hex
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@ -263,6 +263,14 @@
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# Taste Vol+ MS;P1=-1645;P2=574;P3=-535;P4=-4556;P5=2811;D=24512321212323232323212323232123212123232323;CP=2;SP=4;R=57;m2;#;#;
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#}
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###############################################################################################################################################################################
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# - Remote control with 4 buttons for diesel heating [Protocol 20]
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#{ https://forum.fhem.de/index.php/topic,58397.msg999475.html#msg999475 @ fhem_user0815 2019-12-04
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# RCnoName20_17E9 on MS;P0=-740;P2=686;P3=-283;P5=229;P6=-7889;D=5650505023502323232323235023505023505050235050502323502323505050;CP=5;SP=6;R=67;O;m2;
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# RCnoName20_17E9 off MS;P1=-754;P2=213;P4=681;P5=-283;P6=-7869;D=2621212145214545454545452145212145212121212145214521212121452121;CP=2;SP=6;R=69;O;m2;
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# RCnoName20_17E9 plus MS;P1=-744;P2=221;P3=679;P4=-278;P5=-7860;D=2521212134213434343434342134212134212121213421212134343434212121;CP=2;SP=5;R=66;O;m2;
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# RCnoName20_17E9 minus MS;P0=233;P1=-7903;P3=-278;P5=-738;P6=679;D=0105050563056363636363630563050563050505050505630563050505630505;CP=0;SP=1;R=71;O;m1;
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#}
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###############################################################################################################################################################################
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# !!! ToDo´s !!!
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# - LED lights, counter battery-h reading --> commandref hour_counter module
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# -
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@ -401,6 +409,20 @@ my %models = (
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Protocol => "P34",
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Typ => "remote"
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},
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"xavax" => { "10000111" => "Ch1_on", # 11011010101010110010010101010100 10000111
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"01111000" => "Ch1_off", # 11011010101010110010010101010100 01111000
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"01001011" => "Ch2_on", # 11011010101010110010010101010100 01001011
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"10110100" => "Ch2_off", # 11011010101010110010010101010100 10110100
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"11000011" => "Ch3_on", # 11011010101010110010010101010100 11000011
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"00111100" => "Ch3_off", # 11011010101010110010010101010100 00111100
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"00101101" => "Ch4_on", # 11011010101010110010010101010100 00101101
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"11010010" => "Ch4_off", # 11011010101010110010010101010100 11010010
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"10100101" => "Master_on", # 11011010101010110010010101010100 10100101
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"01011010" => "Master_off",# 11011010101010110010010101010100 01011010
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hex_lengh => "10",
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Protocol => "P26",
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Typ => "remote"
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},
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"TR_502MSV" => { "11101110" => "Ch1_on",
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"11111111" => "Ch1_off",
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"01101100" => "Ch2_on",
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@ -564,6 +586,14 @@ my %models = (
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hex_lengh => "9",
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Typ => "remote"
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},
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"RCnoName20" => { "000010001111000" => "plus",
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"000000101000100" => "minus",
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"000001010000100" => "off",
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"000100011011000" => "on",
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hex_lengh => "8",
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Protocol => "P20",
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Typ => "remote"
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},
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"unknown" => { Protocol => "any",
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hex_lengh => "",
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Typ => "not_exist"
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@ -573,7 +603,7 @@ my %models = (
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#############################
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sub SD_UT_Initialize($) {
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my ($hash) = @_;
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$hash->{Match} = "^P(?:14|29|30|34|46|68|69|76|81|83|86|90|91|91.1|92|93|95)#.*";
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$hash->{Match} = "^P(?:14|20|26|29|30|34|46|68|69|76|81|83|86|90|91|91.1|92|93|95)#.*";
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$hash->{DefFn} = "SD_UT_Define";
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$hash->{UndefFn} = "SD_UT_Undef";
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$hash->{ParseFn} = "SD_UT_Parse";
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@ -586,7 +616,9 @@ sub SD_UT_Initialize($) {
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"MD_210R.*" => {ATTR => "model:MD_210R", FILTER => "%NAME", autocreateThreshold => "3:180", GPLOT => ""},
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"MD_2018R.*" => {ATTR => "model:MD_2018R", FILTER => "%NAME", autocreateThreshold => "3:180", GPLOT => ""},
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"OR28V.*" => {ATTR => "model:OR28V", FILTER => "%NAME", autocreateThreshold => "3:180", GPLOT => ""},
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"RCnoName20.*" => {ATTR => "model:RCnoName20", FILTER => "%NAME", autocreateThreshold => "3:180", GPLOT => ""},
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"Techmar.*" => {ATTR => "model:Techmar", FILTER => "%NAME", autocreateThreshold => "3:180", GPLOT => ""},
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"xavax.*" => {ATTR => "model:xavax", FILTER => "%NAME", autocreateThreshold => "3:180", GPLOT => ""},
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"unknown_please_select_model" => {ATTR => "model:unknown", FILTER => "%NAME", autocreateThreshold => "5:180", GPLOT => ""},
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};
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}
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@ -622,17 +654,17 @@ sub SD_UT_Define($$) {
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}
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}
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### [2] checks CAME_TOP_432EV & Novy_840029 & Unitec_47031 & TR_502MSV ###
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if (($a[2] eq "CAME_TOP_432EV" || $a[2] eq "Novy_840029" || $a[2] eq "Unitec_47031" || $a[2] eq "TR_502MSV") && not $a[3] =~ /^[0-9a-fA-F]{2}/s) {
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### [2] checks CAME_TOP_432EV & Novy_840029 & Unitec_47031 ###
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if (($a[2] eq "CAME_TOP_432EV" || $a[2] eq "Novy_840029" || $a[2] eq "Unitec_47031") && not $a[3] =~ /^[0-9a-fA-F]{2}/s) {
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return "wrong HEX-Value! ($a[3]) $a[2] HEX-Value to short | long or not HEX (0-9 | a-f | A-F){2}";
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}
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### [3] checks SA_434_1_mini & QUIGG_DMV ###
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if (($a[2] eq "SA_434_1_mini" || $a[2] eq "QUIGG_DMV") && not $a[3] =~ /^[0-9a-fA-F]{3}/s) {
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return "wrong HEX-Value! ($a[3]) $a[2] HEX-Value to short | long or not HEX (0-9 | a-f | A-F){3}";
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### [3] checks SA_434_1_mini & QUIGG_DMV & TR_502MSV ###
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if (($a[2] eq "SA_434_1_mini" || $a[2] eq "QUIGG_DMV" || $a[2] eq "TR_502MSV") && not $a[3] =~ /^[0-9a-fA-F]{3}/s) {
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return "wrong HEX-Value! ($a[3]) $a[2] HEX-Value to short or long (must be 3 chars) or not HEX (0-9 | a-f | A-F){3}";
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}
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### [4] checks Neff SF01_01319004 & BOSCH SF01_01319004_Typ2 & Chilitec_22640 & ESTO KL_RF01###
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if (($a[2] eq "SF01_01319004" || $a[2] eq "SF01_01319004_Typ2" || $a[2] eq "Chilitec_22640" || $a[2] eq "KL_RF01") && not $a[3] =~ /^[0-9a-fA-F]{4}/s) {
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return "wrong HEX-Value! ($a[3]) $a[2] HEX-Value to short | long or not HEX (0-9 | a-f | A-F){4}";
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### [4 nibble] checks Neff SF01_01319004 & BOSCH SF01_01319004_Typ2 & Chilitec_22640 & ESTO KL_RF01 & RCnoName20 & xavax ###
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if (($a[2] eq "SF01_01319004" || $a[2] eq "SF01_01319004_Typ2" || $a[2] eq "Chilitec_22640" || $a[2] eq "KL_RF01" || $a[2] eq "RCnoName20" || $a[2] eq "xavax") && not $a[3] =~ /^[0-9a-fA-F]{4}/s) {
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return "Wrong HEX-Value! ($a[3]) $a[2] Hex-value to short or long (must be 4 chars) or not hex (0-9 | a-f | A-F) {4}";
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}
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### [6] checks Manax | mumbi ###
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if ($a[2] eq "RC_10" && not $a[3] =~ /^[0-9a-fA-F]{4}_([ABCD]|all)$/s) {
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@ -645,8 +677,10 @@ sub SD_UT_Define($$) {
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return "wrong HEX-Value! ($a[3]) $a[2] HEX-Value to short | long or not HEX (0-9 | a-f | A-F){7}" if (($a[2] eq "HSM4" || $a[2] eq "Krinner_LUMIX") && not $a[3] =~ /^[0-9a-fA-F]{7}/s);
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### [7] checks Tedsen_SKX1xx, Tedsen_SKX2xx, Tedsen_SKX4xx, Tedsen_SKX6xx (tristate code)###
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return "Wrong tristate code! ($a[3]) $a[2] code to short or long (must be 7 chars) or values not 0, 1 or F" if (($a[2] eq "Tedsen_SKX1xx" || $a[2] eq "Tedsen_SKX2xx" || $a[2] eq "Tedsen_SKX4xx" || $a[2] eq "Tedsen_SKX6xx") && not $a[3] =~ /^[01fF]{7}$/s);
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### [8 nibble] checks Techmar remote control ###
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return "Wrong HEX-Value! ($a[3]) $a[2] Hex-value to short or long (must be 8 chars) or not hex (0-9 | a-f | A-F)" if ($a[2] eq "Techmar" && not $a[3] =~ /^[0-9a-fA-F]{8}$/s);
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### [8 nibble] checks Techmar ###
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if (($a[2] eq "Techmar") && not $a[3] =~ /^[0-9a-fA-F]{8}$/s) {
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return "Wrong HEX-Value! ($a[3]) $a[2] Hex-value to short or long (must be 8 chars) or not hex (0-9 | a-f | A-F)";
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}
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### [9] checks Hoermann HS1-868-BS ###
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return "wrong HEX-Value! ($a[3]) $a[2] HEX-Value to short | long or not HEX (0-9 | a-f | A-F){9}" if ($a[2] eq "HS1_868_BS" && not $a[3] =~ /^[0-9a-fA-F]{9}/s);
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### [14] checks LED_XM21_0 ###
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@ -688,139 +722,133 @@ sub SD_UT_Set($$$@) {
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my $repeats = AttrVal($name,'repeats', '5');
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Log3 $name, 4, "$ioname: SD_UT_Set attr_model=$model name=$name (before check)" if($cmd ne "?");
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return $ret if ($defs{$name}->{DEF} eq "unknown"); # no setlist
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return $ret if ($defs{$name}->{DEF} eq "unknown"); # no setlist
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############ Westinghouse_Delancey RH787T ############
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if ($model eq "RH787T" && $cmd ne "?") {
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my @definition = split(" ", $hash->{DEF}); # split adress from def
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my $adr = sprintf( "%04b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 4 digits
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$msg = $models{$model}{Protocol} . "#0" . $adr ."1";
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$msgEnd = "#R" . $repeats;
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############ Westinghouse Buttons_five ############
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} elsif ($model eq "Buttons_five" && $cmd ne "?") {
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my @definition = split(" ", $hash->{DEF}); # split adress from def
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my $adr = sprintf( "%04b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 4 digits
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$msg = $models{$model}{Protocol} . "#";
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$msgEnd .= "11".$adr."#R" . $repeats;
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############ SA_434_1_mini ############
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} elsif ($model eq "SA_434_1_mini" && $cmd ne "?") {
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my @definition = split(" ", $hash->{DEF}); # split adress from def
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my $bitData = sprintf( "%012b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 12 digits
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$msg = $models{$model}{Protocol} . "#" . $bitData . "#R" . $repeats;
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############ Tedsen_SKX1xx, Tedsen_SKX2xx, Tedsen_SKX4xx, Tedsen_SKX6xx ############
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} elsif (($model eq "Tedsen_SKX1xx" || $model eq "Tedsen_SKX2xx" || $model eq "Tedsen_SKX4xx" || $model eq "Tedsen_SKX6xx") && $cmd ne "?") {
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my @definition = split(" ", $hash->{DEF}); # split adress from def
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my $adr = SD_UT_tristate2bin($definition[1]); # argument 1 - adress tristate to bin with 18 bits
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$msg = $models{$model}{Protocol} . "#" . $adr;
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$msgEnd = "#R" . $repeats;
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############ QUIGG_DMV ############
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} elsif ($model eq "QUIGG_DMV" && $cmd ne "?") {
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my @definition = split(" ", $hash->{DEF}); # split adress from def
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my $adr = sprintf( "%012b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 12 digits
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$msg = $models{$model}{Protocol} . "#" . $adr;
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$msgEnd = "P#R" . $repeats;
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############ TR_502MSV ############
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} elsif ($model eq "TR_502MSV" && $cmd ne "?") {
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my @definition = split(" ", $hash->{DEF}); # split adress from def
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my $adr = sprintf( "%08b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 8 digits
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$msg = $models{$model}{Protocol} . "#" . $adr . "1111";
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$msgEnd = "P#R" . $repeats;
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############ Novy_840029 ############
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} elsif ($model eq "Novy_840029" && $cmd ne "?") {
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my @definition = split(" ", $hash->{DEF}); # split adress from def
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my $adr = sprintf( "%08b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 8 digits
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$msg = $models{$model}{Protocol} . "#" . $adr;
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$msgEnd = "#R" . $repeats;
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############ CAME_TOP_432EV ############
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} elsif ($model eq "CAME_TOP_432EV" && $cmd ne "?") {
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my @definition = split(" ", $hash->{DEF}); # split adress from def
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my $adr = sprintf( "%08b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 8 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd = "#R" . $repeats;
|
||||
############ NEFF SF01_01319004 || BOSCH SF01_01319004_Typ2 ############
|
||||
} elsif (($model eq "SF01_01319004" || $model eq "SF01_01319004_Typ2") && $cmd ne "?") {
|
||||
my @definition = split(" ", $hash->{DEF}); # split adress from def
|
||||
my $adr = sprintf( "%016b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 16 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . substr($adr,0,14);
|
||||
$msgEnd = "#R" . $repeats;
|
||||
############ Hoermann HS1-868-BS ############
|
||||
} elsif ($model eq "HS1_868_BS" && $cmd ne "?") {
|
||||
my @definition = split(" ", $hash->{DEF}); # split adress from def
|
||||
my $bitData = "00000000";
|
||||
$bitData .= sprintf( "%036b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 36 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $bitData . "#R" . $repeats;
|
||||
############ Hoermann HSM4 ############
|
||||
} elsif ($model eq "HSM4" && $cmd ne "?") {
|
||||
my @definition = split(" ", $hash->{DEF}); # split adress from def
|
||||
my $adr = sprintf( "%028b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 28 digits
|
||||
$msg = $models{$model}{Protocol} . "#00000000" . $adr;
|
||||
$msgEnd .= "1100#R" . $repeats;
|
||||
############ Chilitec 22640 ############
|
||||
} elsif ($model eq "Chilitec_22640" && $cmd ne "?") {
|
||||
my @definition = split(" ", $hash->{DEF}); # split adress from def
|
||||
my $adr = sprintf( "%016b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 16 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd .= "#R" . $repeats;
|
||||
############ LED_XM21_0 22640 ############
|
||||
} elsif ($model eq "LED_XM21_0" && $cmd ne "?") {
|
||||
my @definition = split(" ", $hash->{DEF}); # split adress from def
|
||||
my $adr = sprintf( "%014b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 14 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd .= "#R" . $repeats;
|
||||
############ Krinner_LUMIX ############
|
||||
} elsif ($model eq "Krinner_LUMIX" && $cmd ne "?") {
|
||||
my @definition = split(" ", $hash->{DEF}); # split adress from def
|
||||
my $adr = sprintf( "%028b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 28 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd .= "#R" . $repeats;
|
||||
############ Manax | mumbi ############
|
||||
} elsif ($model eq "RC_10" && $cmd ne "?") {
|
||||
return "ERROR: to send, please push button on and off again on remote" if ( (ReadingsVal($name, "x_n5-8_on", "0") eq "0") || (ReadingsVal($name, "x_n5-8_off", "0") eq "0") || (ReadingsVal($name, "x_n4", "0") eq "0") );
|
||||
|
||||
my @definition = split(" ", $hash->{DEF}); # split adress from def
|
||||
$definition[1] = substr($definition[1],0,4);
|
||||
my $adr = sprintf( "%016b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 16 digits
|
||||
my $unknown1 = ReadingsVal($name, "x_n4", "0");
|
||||
my $unknown2_btn = "x_n5-8_".$cmd;
|
||||
my $unknown2 = ReadingsVal($name, $unknown2_btn, "0");
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr . $unknown1 . $unknown2;
|
||||
$msgEnd .= "#R" . $repeats;
|
||||
|
||||
### if device _all, set A | B | C | D ### -> RC_10_7869_all (model_device_button)
|
||||
my $device = $model."_".substr($name,6,4);
|
||||
if ($name =~ /^$device.all$/) {
|
||||
foreach my $d (sort keys %defs) {
|
||||
if (defined($defs{$d}) && defined($defs{$d}{NAME}) && $defs{$d}{NAME} =~ /^$device.[ABCD]$/) {
|
||||
readingsSingleUpdate($defs{$d}, "state" , $cmd , 1);
|
||||
Log3 $name, 4, "$ioname: SD_UT_Set attr_model=$model device $name set ".$defs{$d}{NAME}." to $cmd";
|
||||
my @definition = split(" ", $hash->{DEF}); # split adress from def
|
||||
if ($cmd ne "?") {
|
||||
############ Westinghouse_Delancey RH787T ############
|
||||
if ($model eq "RH787T") {
|
||||
my $adr = sprintf( "%04b", hex($definition[1])); # argument 1 - adress to binary with 4 digits
|
||||
$msg = $models{$model}{Protocol} . "#0" . $adr ."1";
|
||||
$msgEnd = "#R" . $repeats;
|
||||
############ Westinghouse Buttons_five ############
|
||||
} elsif ($model eq "Buttons_five") {
|
||||
my $adr = sprintf( "%04b", hex($definition[1])); # argument 1 - adress to binary with 4 digits
|
||||
$msg = $models{$model}{Protocol} . "#";
|
||||
$msgEnd .= "11".$adr."#R" . $repeats;
|
||||
############ SA_434_1_mini ############
|
||||
} elsif ($model eq "SA_434_1_mini") {
|
||||
my $bitData = sprintf( "%012b", hex($definition[1])); # argument 1 - adress to binary with 12 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $bitData . "#R" . $repeats;
|
||||
############ Tedsen_SKX1xx, Tedsen_SKX2xx, Tedsen_SKX4xx, Tedsen_SKX6xx ############
|
||||
} elsif ($model eq "Tedsen_SKX1xx" || $model eq "Tedsen_SKX2xx" || $model eq "Tedsen_SKX4xx" || $model eq "Tedsen_SKX6xx") {
|
||||
my $adr = SD_UT_tristate2bin($definition[1]); # argument 1 - adress tristate to bin with 18 bits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd = "#R" . $repeats;
|
||||
############ QUIGG_DMV ############
|
||||
} elsif ($model eq "QUIGG_DMV") {
|
||||
my $adr = sprintf( "%012b", hex($definition[1])); # argument 1 - adress to binary with 12 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd = "P#R" . $repeats;
|
||||
############ TR_502MSV ############
|
||||
} elsif ($model eq "TR_502MSV") {
|
||||
my $adr = sprintf( "%012b", hex($definition[1])); # argument 1 - adress to binary with 12 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd = "P#R" . $repeats;
|
||||
############ Novy_840029 ############
|
||||
} elsif ($model eq "Novy_840029") {
|
||||
my $adr = sprintf( "%08b", hex($definition[1])); # argument 1 - adress to binary with 8 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd = "#R" . $repeats;
|
||||
############ CAME_TOP_432EV ############
|
||||
} elsif ($model eq "CAME_TOP_432EV") {
|
||||
my $adr = sprintf( "%08b", hex($definition[1])); # argument 1 - adress to binary with 8 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd = "#R" . $repeats;
|
||||
############ NEFF SF01_01319004 || BOSCH SF01_01319004_Typ2 ############
|
||||
} elsif ($model eq "SF01_01319004" || $model eq "SF01_01319004_Typ2") {
|
||||
my $adr = sprintf( "%016b", hex($definition[1])); # argument 1 - adress to binary with 16 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . substr($adr,0,14);
|
||||
$msgEnd = "#R" . $repeats;
|
||||
############ Hoermann HS1-868-BS ############
|
||||
} elsif ($model eq "HS1_868_BS") {
|
||||
my $bitData = "00000000";
|
||||
$bitData .= sprintf( "%036b", hex($definition[1])); # argument 1 - adress to binary with 36 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $bitData . "#R" . $repeats;
|
||||
############ Hoermann HSM4 ############
|
||||
} elsif ($model eq "HSM4") {
|
||||
my $adr = sprintf( "%028b", hex($definition[1])); # argument 1 - adress to binary with 28 digits
|
||||
$msg = $models{$model}{Protocol} . "#00000000" . $adr;
|
||||
$msgEnd .= "1100#R" . $repeats;
|
||||
############ Chilitec 22640 ############
|
||||
} elsif ($model eq "Chilitec_22640") {
|
||||
my $adr = sprintf( "%016b", hex($definition[1])); # argument 1 - adress to binary with 16 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd .= "#R" . $repeats;
|
||||
############ LED_XM21_0 22640 ############
|
||||
} elsif ($model eq "LED_XM21_0") {
|
||||
my $adr = sprintf( "%014b", hex($definition[1])); # argument 1 - adress to binary with 14 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd .= "#R" . $repeats;
|
||||
############ Krinner_LUMIX ############
|
||||
} elsif ($model eq "Krinner_LUMIX") {
|
||||
my $adr = sprintf( "%028b", hex($definition[1])); # argument 1 - adress to binary with 28 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd .= "#R" . $repeats;
|
||||
############ Manax | mumbi ############
|
||||
} elsif ($model eq "RC_10") {
|
||||
return "ERROR: to send, please push button on and off again on remote" if ( (ReadingsVal($name, "x_n5-8_on", "0") eq "0") || (ReadingsVal($name, "x_n5-8_off", "0") eq "0") || (ReadingsVal($name, "x_n4", "0") eq "0") );
|
||||
$definition[1] = substr($definition[1],0,4);
|
||||
my $adr = sprintf( "%016b", hex($definition[1])); # argument 1 - adress to binary with 16 digits
|
||||
my $unknown1 = ReadingsVal($name, "x_n4", "0");
|
||||
my $unknown2_btn = "x_n5-8_".$cmd;
|
||||
my $unknown2 = ReadingsVal($name, $unknown2_btn, "0");
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr . $unknown1 . $unknown2;
|
||||
$msgEnd .= "#R" . $repeats;
|
||||
### if device _all, set A | B | C | D ### -> RC_10_7869_all (model_device_button)
|
||||
if ($hash->{DEF} =~ /_all$/) { # send button all
|
||||
foreach my $d (keys %defs) {
|
||||
if(defined($defs{$d}) && $defs{$d}{TYPE} eq "SD_UT" && $defs{$d}{DEF} =~ /$definition[1]/ && $defs{$d}{DEF} =~ /[ABCD]$/ && ReadingsVal($d, "state", "") ne $cmd) {
|
||||
readingsSingleUpdate($defs{$d}, "state" , $cmd , 1); # set A | B | C | D
|
||||
Log3 $name, 3, "$ioname: $d set $cmd";
|
||||
}
|
||||
}
|
||||
}
|
||||
############ ESTO KL_RF01############
|
||||
} elsif ($model eq "KL_RF01") {
|
||||
my $adr = sprintf( "%016b", hex($definition[1])); # argument 1 - adress to binary with 16 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd .= "11110"; # nibble7 every?
|
||||
$msgEnd .= "#R" . $repeats;
|
||||
############ Techmar Garden Lights ############
|
||||
} elsif ($model eq "Techmar") {
|
||||
my $adr = sprintf( "%032b", hex($definition[1])); # argument 1 - adress to binary with 32 bits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd = "00#R" . $repeats; # Last two bits alternately by transmitter 00, 01 or 02. Receiver also reacts to only 00.
|
||||
############ Medion OR28V ############
|
||||
} elsif ($model eq "OR28V") {
|
||||
$msg = $models{$model}{Protocol} . "#";
|
||||
$msgEnd .= "#R" . $repeats; # R1 wird vom SIGNALduino nicht als MS erkannt!
|
||||
############ RCnoName20 ############
|
||||
} elsif ($model eq "RCnoName20") {
|
||||
my $adr = sprintf( "%016b", hex($definition[1])); # argument 1 - adress to binary with 16 bits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd = "#R" . $repeats;
|
||||
############ xavax ############
|
||||
} elsif ($model eq "xavax") {
|
||||
my $adr = sprintf( "%016b", hex($definition[1])); # argument 1 - adress to binary with 16 bits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$adr =~ tr/01/10/; # invert adr
|
||||
$msg .= $adr; # nibble 5-8 is inverted to nibble 0-3
|
||||
$msgEnd = "0P#R" . $repeats; # one pulse for end marker, pause, repeats
|
||||
}
|
||||
############ ESTO KL_RF01############
|
||||
} elsif ($model eq "KL_RF01" && $cmd ne "?") {
|
||||
my @definition = split(" ", $hash->{DEF}); # split adress from def
|
||||
my $adr = sprintf( "%016b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 16 digits
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd .= "11110"; # nibble7 every?
|
||||
$msgEnd .= "#R" . $repeats;
|
||||
############ Techmar Garden Lights ############
|
||||
} elsif ($model eq "Techmar" && $cmd ne "?") {
|
||||
my @definition = split(" ", $hash->{DEF}); # split adress from def
|
||||
my $adr = sprintf( "%032b", hex($definition[1])) if ($name ne "unknown"); # argument 1 - adress to binary with 32 bits
|
||||
|
||||
$msg = $models{$model}{Protocol} . "#" . $adr;
|
||||
$msgEnd = "00#R" . $repeats; # Last two bits alternately by transmitter 00, 01 or 02. Receiver also reacts to only 00.
|
||||
############ Medion OR28V ############
|
||||
} elsif ($model eq "OR28V" && $cmd ne "?") {
|
||||
$msg = $models{$model}{Protocol} . "#";
|
||||
$msgEnd .= "#R" . $repeats; # R1 wird vom SIGNALduino nicht als MS erkannt!
|
||||
}
|
||||
|
||||
|
||||
Log3 $name, 4, "$ioname: SD_UT_Set attr_model=$model msg=$msg msgEnd=$msgEnd" if(defined $msgEnd);
|
||||
|
||||
if ($cmd eq "?") {
|
||||
### create setlist ###
|
||||
foreach my $keys (sort keys %{ $models{$model}}) {
|
||||
foreach my $keys (keys %{ $models{$model}}) {
|
||||
if ( $keys =~ /^[0-1]{1,}/s ) {
|
||||
$ret.= $models{$model}{$keys}.":noArg ";
|
||||
}
|
||||
@ -828,7 +856,7 @@ sub SD_UT_Set($$$@) {
|
||||
} else {
|
||||
if (defined $msgEnd) {
|
||||
### if cmd, set bits ###
|
||||
foreach my $keys (sort keys %{ $models{$model}}) {
|
||||
foreach my $keys (keys %{ $models{$model}}) {
|
||||
if ( $keys =~ /^[0-1]{1,}/s ) {
|
||||
$save = $keys;
|
||||
$value = $models{$model}{$keys};
|
||||
@ -847,7 +875,6 @@ sub SD_UT_Set($$$@) {
|
||||
$msg .= $save.$invert.$msgEnd;
|
||||
############ Medion OR28V ############
|
||||
} elsif ($model eq "OR28V") {
|
||||
my @definition = split(" ", $hash->{DEF}); # split adress from def
|
||||
my $adr = $definition[1] - 1; # argument 1 - adress
|
||||
my $checksum = ($adr * 16 + oct("0b$save") + 85) & 0x7f;
|
||||
my $laststate = ReadingsVal($name, "state", "fehlt");
|
||||
@ -1003,7 +1030,7 @@ sub SD_UT_Parse($$) {
|
||||
}
|
||||
### TR_502MSV [P34] ###
|
||||
if (!$def && $protocol == 34) {
|
||||
$deviceCode = substr($rawData,0,2);
|
||||
$deviceCode = substr($rawData,0,3);
|
||||
$devicedef = "TR_502MSV " . $deviceCode;
|
||||
$def = $modules{SD_UT}{defptr}{$devicedef};
|
||||
}
|
||||
@ -1045,11 +1072,21 @@ sub SD_UT_Parse($$) {
|
||||
}
|
||||
}
|
||||
|
||||
if ($hlen == 8 && !$def && $protocol == 92) {
|
||||
### Remote control Krinner_LUMIX [P92] ###
|
||||
$deviceCode = substr($rawData,0,7);
|
||||
$devicedef = "Krinner_LUMIX " . $deviceCode;
|
||||
$def = $modules{SD_UT}{defptr}{$devicedef};
|
||||
if ($hlen == 8) {
|
||||
if (!$def && $protocol == 20) {
|
||||
### Remote control RCnoName20 [P20] ###
|
||||
$deviceCode = substr($rawData,0,4);
|
||||
$devicedef = "RCnoName20 " . $deviceCode;
|
||||
$def = $modules{SD_UT}{defptr}{$devicedef};
|
||||
$model = "RCnoName20";
|
||||
$name = "RCnoName20_" . $deviceCode;
|
||||
}
|
||||
if (!$def && $protocol == 92) {
|
||||
### Remote control Krinner_LUMIX [P92] ###
|
||||
$deviceCode = substr($rawData,0,7);
|
||||
$devicedef = "Krinner_LUMIX " . $deviceCode;
|
||||
$def = $modules{SD_UT}{defptr}{$devicedef};
|
||||
}
|
||||
}
|
||||
|
||||
if ($hlen == 9) {
|
||||
@ -1134,6 +1171,27 @@ sub SD_UT_Parse($$) {
|
||||
}
|
||||
}
|
||||
|
||||
if ($hlen == 10) {
|
||||
if (!$def && $protocol == 26) {
|
||||
### Remote control xavax [P26] ###
|
||||
my $check = hex(substr($rawData,0,4)) + hex(substr($rawData,4,4)); # Nibble 0-3 is inverted to nibble 5-8
|
||||
if ($check != 65535) {
|
||||
Log3 $iohash, 3, "$ioname: SD_UT_Parse device xavax - check nibble 0-3 and nibble 5-8 - ERROR";
|
||||
return "";
|
||||
}
|
||||
$check = hex(substr($rawData,8,1)) + hex(substr($rawData,9,1)); # Nibble 8 is inverted to nibble 9
|
||||
if ($check != 15) {
|
||||
Log3 $iohash, 3, "$ioname: SD_UT_Parse device xavax - check nibble 8 and nibble 9 - ERROR";
|
||||
return "";
|
||||
}
|
||||
$deviceCode = substr($rawData,0,4);
|
||||
$devicedef = "xavax " . $deviceCode;
|
||||
$def = $modules{SD_UT}{defptr}{$devicedef};
|
||||
$model = "xavax";
|
||||
$name = "xavax_" . $deviceCode;
|
||||
}
|
||||
}
|
||||
|
||||
if ($hlen == 11 && $protocol == 69) {
|
||||
### Remote control Hoermann HS1-868-BS [P69] ###
|
||||
$deviceCode = substr($rawData,2,9);
|
||||
@ -1281,8 +1339,7 @@ sub SD_UT_Parse($$) {
|
||||
############ TR_502MSV ############ Protocol 34 ############
|
||||
} elsif ($model eq "TR_502MSV" && $protocol == 34) {
|
||||
$state = substr($bitData,12,8);
|
||||
$deviceCode = substr($bitData,0,8);
|
||||
$unknown_bits = substr($bitData,8,4);
|
||||
$deviceCode = substr($bitData,0,12);
|
||||
############ Novy_840029 ############ Protocol 86 ############
|
||||
} elsif ($model eq "Novy_840029" && ($protocol == 86 || $protocol == 81)) {
|
||||
if ($hlen == 3) { # 12 Bit [3]
|
||||
@ -1386,6 +1443,14 @@ sub SD_UT_Parse($$) {
|
||||
} elsif ($model eq "Techmar" && $protocol == 95) {
|
||||
$state = substr($bitData,32,8);
|
||||
$deviceCode = substr($rawData,0,8);
|
||||
### Remote control RCnoName20 [P20] ###
|
||||
} elsif ($model eq "RCnoName20" && $protocol == 20) {
|
||||
$state = substr($bitData,16,15); # last bit is filled
|
||||
$deviceCode = substr($rawData,0,4);
|
||||
### Remote control xavax [P26] ###
|
||||
} elsif ($model eq "xavax" && $protocol == 26) {
|
||||
$state = substr($bitData,32,8);
|
||||
$deviceCode = substr($rawData,0,4);
|
||||
############ unknown ############
|
||||
} else {
|
||||
readingsBulkUpdate($hash, "state", "???");
|
||||
@ -1501,8 +1566,8 @@ sub SD_UT_Attr(@) {
|
||||
$devicename = $devicemodel."_".$deviceCode;
|
||||
############ TR_502MSV ############
|
||||
} elsif ($attrName eq "model" && $attrValue eq "TR_502MSV") {
|
||||
$deviceCode = substr($bitData,0,8);
|
||||
$deviceCode = sprintf("%02X", oct( "0b$deviceCode" ) );
|
||||
$deviceCode = substr($bitData,0,12);
|
||||
$deviceCode = sprintf("%03X", oct( "0b$deviceCode" ) );
|
||||
$devicename = $devicemodel."_".$deviceCode;
|
||||
############ Novy_840029 ############
|
||||
} elsif ($attrName eq "model" && $attrValue eq "Novy_840029") {
|
||||
@ -1663,7 +1728,7 @@ sub SD_UT_tristate2bin($) {
|
||||
<ul> - Hoermann HSM4 <small>(module model: HSM4 | protocol 69)</small></ul>
|
||||
<ul> - Krinner LUMIX X-Mas light string <small>(module model: Krinner_LUMIX | protocol 92)</small></ul>
|
||||
<ul> - LED_XM21_0 X-Mas light string <small>(module model: LED_XM21_0 | protocol 76)</small></ul>
|
||||
<ul> - LIBRA TR-502MSV (LIDL) <small>(module model: TR_502MSV | protocol 34)</small></ul>
|
||||
<ul> - TR-502MSV (LIDL, LIBRA, MANDOLYN, QUIGG), compatible GT-7008BS, GT-FSI-04, DMV-7008S, Powerfix RCB-I 3600 <small>(module model: TR_502MSV | protocol 34)</small></ul>
|
||||
<ul> - Manax RCS250 <small>(module model: RC_10 | protocol 90)</small></ul>
|
||||
<ul> - Medion OR28V <small>(module model: OR28V | protocol 68)</small></ul>
|
||||
<ul> - mumbi AFS300-s (remote control RC-10 | random code wireless switch RCS-22GS) <small>(module model: RC_10 | protocol 90)</small></ul>
|
||||
@ -1672,6 +1737,7 @@ sub SD_UT_tristate2bin($) {
|
||||
<ul> - QUIGG DMV-7000 <small>(module model: QUIGG_DMV | protocol 34)</small></ul>
|
||||
<ul> - Remote control SA-434-1 mini 923301 <small>(module model: SA_434_1_mini | protocol 81)</small></ul>
|
||||
<ul> - Remote control for Techmar Garden Lights <small>(Modulmodel: Techmar | Protokoll 95)</small></ul>
|
||||
<ul> - Remote control with 4 buttons for diesel heating <small>(Modulmodel: RCnoName20 | Protokoll 20)</small></ul>
|
||||
<ul> - Tedsen Teletaster <small>(protocol 46)</small>:
|
||||
<small>
|
||||
<ul>SKX1xx, 1 button - module model: Tedsen_SKX1xx</ul>
|
||||
@ -1683,6 +1749,7 @@ sub SD_UT_tristate2bin($) {
|
||||
<ul> - unitec remote door reed switch 47031 (Unitec 47121 | Unitec 47125 | Friedland) <small>(module model: Unitec_47031 | protocol 30)</small></ul>
|
||||
<ul> - Westinghouse Delancey ceiling fan (remote, 5 buttons without SET) <small>(module model: Buttons_five | protocol 29)</small></ul>
|
||||
<ul> - Westinghouse Delancey ceiling fan (remote, 9 buttons with SET) <small>(module model: RH787T | protocol 83)</small></ul>
|
||||
<ul> - xavax 00111939 (remote control, 10 buttons) <small>(Modulmodel: xavax | protocol 26)</small></ul>
|
||||
<br><br>
|
||||
<b>Define</b><br>
|
||||
<ul><code>define <NAME> SD_UT <model> <Hex-address></code><br><br>
|
||||
@ -1956,11 +2023,12 @@ sub SD_UT_tristate2bin($) {
|
||||
<ul> - CAME Drehtor Antrieb <small>(Modulmodel: CAME_TOP_432EV | Protokoll 86)</small></ul>
|
||||
<ul> - ChiliTec LED Christbaumkerzen <small>(Modulmodel: Chilitec_22640 | Protokoll 14)</small></ul>
|
||||
<ul> - ESTO Deckenlampe <small>(Modulmodel: KL_RF01 | Protokoll 93)</small></ul>
|
||||
<ul> - Fernbedienung mit 4 Tasten für Diesel-Heizung <small>(Modulmodel: RCnoName20 | Protokoll 20)</small></ul>
|
||||
<ul> - Hoermann HS1-868-BS <small>(Modulmodel: HS1_868_BS | Protokoll 69)</small></ul>
|
||||
<ul> - Hoermann HSM4 <small>(Modulmodel: HSM4 | Protokoll 69)</small></ul>
|
||||
<ul> - Krinner LUMIX Christbaumkerzen <small>(Modulmodel: Krinner_LUMIX | Protokol 92)</small></ul>
|
||||
<ul> - LED_XM21_0 Christbaumkerzen <small>(Modulmodel: LED_XM21_0 | Protokol 76)</small></ul>
|
||||
<ul> - LIBRA TR-502MSV (LIDL) <small>(Modulmodel: TR_502MSV | Protokol 34)</small></ul>
|
||||
<ul> - TR-502MSV (LIDL, LIBRA, MANDOLYN, QUIGG), kompatibel GT-7008BS, GT-FSI-04, DMV-7008S, Powerfix RCB-I 3600 <small>(module model: TR_502MSV | protocol 34)</small></ul>
|
||||
<ul> - Manax RCS250 <small>(Modulmodel: RC_10 | Protokoll 90)</small></ul>
|
||||
<ul> - Medion OR28V <small>(Modulmodel: OR28V | Protokoll 68)</small></ul>
|
||||
<ul> - mumbi AFS300-s (remote control RC-10 | random code wireless switch RCS-22GS) <small>(Modulmodel: RC_10 | Protokoll 90)</small></ul>
|
||||
@ -1980,6 +2048,7 @@ sub SD_UT_tristate2bin($) {
|
||||
<ul> - unitec remote door reed switch 47031 (Unitec 47121 | Unitec 47125 | Friedland) <small>(Modulmodel: Unitec_47031 | Protokoll 30)</small></ul>
|
||||
<ul> - Westinghouse Deckenventilator (Fernbedienung, 5 Tasten ohne SET) <small>(Modulmodel: Buttons_five | Protokoll 29)</small></ul>
|
||||
<ul> - Westinghouse Delancey Deckenventilator (Fernbedienung, 9 Tasten mit SET) <small>(Modulmodel: RH787T | Protokoll 83)</small></ul>
|
||||
<ul> - xavax 00111939 (Fernbedienung, 10 Tasten) <small>(Modulmodel: xavax | Protokoll 26)</small></ul>
|
||||
<br><br>
|
||||
|
||||
<b>Define</b><br>
|
||||
|
||||
Loading…
x
Reference in New Issue
Block a user