# $Id$ ############################################################################## # # 46_TRX_LIGHT.pm # FHEM module for lighting protocols: # X10 lighting, ARC, ELRO AB400D, Waveman, Chacon EMW200, # IMPULS, AC (KlikAanKlikUit, NEXA, CHACON, HomeEasy UK), # HomeEasy EU, ANSLUT, Ikea Koppla # # Copyright (C) 2012-2014 by Willi Herzig (Willi.Herzig@gmail.com) # # This file is part of fhem. # # Fhem is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 2 of the License, or # (at your option) any later version. # # Fhem is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with fhem. If not, see . # ############################################################################## # # values for "set global verbose" # 4: log unknown protocols # 5: log decoding hexlines for debugging # package main; use strict; use warnings; my $time_old = 0; my $TRX_LIGHT_type_default = "ds10a"; my $TRX_LIGHT_X10_type_default = "x10"; my $DOT = q{_}; my %light_device_codes = ( # HEXSTRING => "NAME", "name of reading", # 0x10: Lighting1 0x1000 => [ "X10", "light" ], 0x1001 => [ "ARC", "light" ], 0x1002 => [ "AB400D", "light" ], 0x1003 => [ "WAVEMAN", "light" ], 0x1004 => [ "EMW200", "light"], 0x1005 => [ "IMPULS", "light"], 0x1006 => [ "RISINGSUN", "light"], 0x1007 => [ "PHILIPS_SBC", "light"], 0x1008 => [ "ENER010", "light"], # Energenie ENER010: untested 0x1009 => [ "ENER5", "light"], # Energenie 5-gang: untested 0x100A => [ "COCO_GDR2", "light"], # COCO GDR2-2000R: untestedCOCO # 0x11: Lighting2 0x1100 => [ "AC", "light"], 0x1101 => [ "HOMEEASY", "light"], 0x1102 => [ "ANSLUT", "light"], # 0x12: Lighting3 0x1200 => [ "KOPPLA", "light"], # IKEA Koppla # 0x13: Lighting4 0x1300 => [ "PT2262", "light"], # PT2262 raw messages # 0x14: Lighting5 0x1400 => [ "LIGHTWAVERF", "light"], # LightwaveRF 0x1401 => [ "EMW100", "light"], # EMW100 0x1402 => [ "BBSB", "light"], # BBSB 0x1403 => [ "MDREMOTE", "light"], # MDREMOTE LED dimmer 0x1404 => [ "RSL2", "light"], # Conrad RSL2 0x1405 => [ "LIVOLO", "light"], # Livolo 0x1406 => [ "TRC02", "light"], # RGB TRC02 # 0x15: Lighting6 0x1500 => [ "BLYSS", "light"], # Blyss # 0x16: Chime 0x1600 => [ "BYRONSX", "light"], # Byron SX # 0x17: Fan 0x1700 => [ "SIEMENS_SF01", "light"], # Siemens SF01 # 0x18: Curtain1 0x1800 => [ "HARRISON", "light"], # Harrison Curtain # 0x19: Blinds1 0x1900 => [ "ROLLER_TROL", "light"], # Roller Trol 0x1901 => [ "HASTA_OLD", "light"], # Hasta old 0x1902 => [ "AOK_RF01", "light"], # A-OK RF01 0x1903 => [ "AOK_AC114", "light"], # A-OK AC114 0x1904 => [ "RAEX_YR1326", "light"], # Raex YR1326 0x1905 => [ "MEDIA_MOUNT", "light"], # Media Mount 0x1906 => [ "DC106", "light"], # DC/RMF/Yooda 0x1907 => [ "FOREST", "light"], # Forest 0x1A00 => [ "RFY", "light"], # RTS RFY 0x1A01 => [ "RFY_ext", "light"], # RTS RFY ext ); my %light_device_commands = ( # HEXSTRING => commands # 0x10: Lighting1 0x1000 => [ "off", "on", "dim", "bright", "", "all_off", "all_on"], # X10 0x1001 => [ "off", "on", "", "", "", "all_off", "all_on", "chime"], # ARC 0x1002 => [ "off", "on"], # AB400D 0x1003 => [ "off", "on"], # WAVEMAN 0x1004 => [ "off", "on"], # EMW200 0x1005 => [ "off", "on"], # IMPULS 0x1006 => [ "off", "on"], # RisingSun 0x1007 => [ "off", "on", "", "", "", "all_off", "all_on"], # Philips SBC 0x1008 => [ "off", "on", "", "", "", "all_off", "all_on"], # Energenie ENER010 0x1009 => [ "off", "on"], # Energenie 5-gang 0x100A => [ "off", "on"], # COCO GDR2-2000R # 0x11: Lighting2 0x1100 => [ "off", "on", "level", "all_off", "all_on", "all_level"], # AC 0x1101 => [ "off", "on", "level", "all_off", "all_on", "all_level"], # HOMEEASY 0x1102 => [ "off", "on", "level", "all_off", "all_on", "all_level"], # ANSLUT # 0x12: Lighting3 0x1200 => [ "bright", "", "", "", "", "", "", "", "dim", "", "", "", "", "", "", "", "on", "level1", "level2", "level3", "level4", "level5", "level6", "level7", "level8", "level9", "off", "", "program", "", "", "", "",], # Koppla # 0x13: Lighting4 0x1300 => [ "Lighting4"], # Lighting4: PT2262 # 0x14: Lighting5 0x1400 => [ "off", "on", "all_off", "mood1", "mood2", "mood3", "mood4", "mood5", "reserved1", "reserved2", "unlock", "lock", "all_lock", "close", "stop", "open", "level"], # LightwaveRF, Siemens 0x1401 => [ "off", "on", "learn"], # EMW100 GAO/Everflourish 0x1402 => [ "off", "on", "all_off", "all_on"], # BBSB new types 0x1403 => [ "power", "light", "bright", "dim", "100", "50", "25", "mode+", "speed-", "speed+", "mode-"], # MDREMOTE 0x1404 => [ "off", "on", "all_off", "all_on"], # Conrad RSL 0x1405 => [ "all_off", "on_off", "dim+", "dim-"], # Livolo 0x1406 => [ "off", "on", "bright", "dim", "vivid", "pale", "color"], # TRC02 # 0x15: Lighting6 0x1500 => [ "on", "off", "all_on", "all_off"], # Blyss # 0x16: Chime 0x1600 => [ "", "tubular3_1", "solo1", "bigben1", "", "tubular2_1", "tubular2_2", "", "", "solo2", " ", "", "", "tubular3_2"], # Byron SX # 0x17: Fan 0x1700 => [ "", "timer", "-", "learn", "+", "confirm", "light", "on", "off"], # Siemens SF01 # 0x18: Curtain1 0x1800 => [ "open", "close", "stop", "program"], # Harrison Curtain # 0x19: Blinds1 0x1900 => [ "open", "close", "stop", "confirm_pair", "set_limit"], # Roller Trol 0x1901 => [ "open", "close", "stop", "confirm_pair", "set_limit"], # Hasta old 0x1902 => [ "open", "close", "stop", "confirm_pair"], # A-OK RF01 0x1903 => [ "open", "close", "stop", "confirm_pair"], # A-OK AC114 0x1904 => [ "open", "close", "stop", "confirm_pair", "set_upper_limit", "set_lower_limit", "delete_limits", "change_dir", "left", "right"], # Raex YR1326 0x1905 => [ "down", "up", "stop"], # Media Mount 0x1906 => [ "open", "close", "stop", "confirm"], # DC/RMF/Yooda 0x1907 => [ "open", "close", "stop", "confirm_pair"], # Forest 0x1A00 => [ "stop", "up", "", "down", "", "", "", "program"], # RTS RFY 0x1A01 => [ "stop", "up", "", "down", "", "", "", "program"], # RTS RFY ext ); my %light_device_c2b; # DEVICE_TYPE->hash (reverse of light_device_codes) sub TRX_LIGHT_Initialize($) { my ($hash) = @_; foreach my $k (keys %light_device_codes) { $light_device_c2b{$light_device_codes{$k}->[0]} = $k; } $hash->{Match} = "^..(10|11|12|13|14|15|16|17|18|19|1A).*"; $hash->{SetFn} = "TRX_LIGHT_Set"; $hash->{DefFn} = "TRX_LIGHT_Define"; $hash->{UndefFn} = "TRX_LIGHT_Undef"; $hash->{ParseFn} = "TRX_LIGHT_Parse"; $hash->{AttrList} = "IODev ignore:1,0 do_not_notify:1,0 ". $readingFnAttributes; } ##################################### sub TRX_LIGHT_SetState($$$$) { my ($hash, $tim, $vt, $val) = @_; $val = $1 if($val =~ m/^(.*) \d+$/); # to be done. Just accept everything right now. #return "Undefined value $val" if(!defined($fs20_c2b{$val})); return undef; } ############################# sub TRX_LIGHT_Do_On_Till($@) { my ($hash, @a) = @_; return "Timespec (HH:MM[:SS]) needed for the on-till command" if(@a != 3); my ($err, $hr, $min, $sec, $fn) = GetTimeSpec($a[2]); return $err if($err); my @lt = localtime; my $hms_till = sprintf("%02d:%02d:%02d", $hr, $min, $sec); my $hms_now = sprintf("%02d:%02d:%02d", $lt[2], $lt[1], $lt[0]); if($hms_now ge $hms_till) { Log3 $hash, 4, "on-till: won't switch as now ($hms_now) is later than $hms_till"; return ""; } my $tname = $hash->{NAME} . "_timer"; CommandDelete(undef, $tname) if($defs{$tname}); my @b = ($a[0], "on"); TRX_LIGHT_Set($hash, @b); CommandDefine(undef, "$tname at $hms_till set $a[0] off"); } ############################# sub TRX_LIGHT_Do_On_For_Timer($@) { my ($hash, @a) = @_; return "Timespec (HH:MM[:SS]) needed for the on-for-timer command" if(@a != 3); my ($err, $hr, $min, $sec, $fn) = GetTimeSpec($a[2]); return $err if($err); my $hms_for_timer = sprintf("+%02d:%02d:%02d", $hr, $min, $sec); my $tname = $hash->{NAME} . "_timer"; CommandDelete(undef, $tname) if($defs{$tname}); my @b = ($a[0], "on"); TRX_LIGHT_Set($hash, @b); CommandDefine(undef, "$tname at $hms_for_timer set $a[0] off"); } ################################### sub TRX_LIGHT_Set($@) { my ($hash, @a) = @_; my $ret = undef; my $na = int(@a); return "no set value specified" if($na < 2 || $na > 3); # look for device_type my $name = $a[0]; my $command = $a[1]; my $command_state = $a[1]; my $level = 0; my $color = 0; my $arg3 = ""; # special for on-till return TRX_LIGHT_Do_On_Till($hash, @a) if($command eq "on-till"); # special for on-for-timer return TRX_LIGHT_Do_On_For_Timer($hash, @a) if($command eq "on-for-timer"); if ($na == 3) { $arg3 = $a[2]; if ($na == 3 && $command eq "level" ) { $level = $a[2]; } elsif ($na == 3 && $command eq "color" ) { $color = $a[2]; } } my $device_type = $hash->{TRX_LIGHT_type}; my $deviceid = $hash->{TRX_LIGHT_deviceid}; if ($device_type eq "MS14A") { return "No set implemented for $device_type"; } if ( lc($hash->{TRX_LIGHT_devicelog}) eq "window" || lc($hash->{TRX_LIGHT_devicelog}) eq "door" || lc($hash->{TRX_LIGHT_devicelog}) eq "motion" || lc($hash->{TRX_LIGHT_devicelog}) eq "ring" || lc($hash->{TRX_LIGHT_devicelog}) eq "lightsensor" || lc($hash->{TRX_LIGHT_devicelog}) eq "photosensor" || lc($hash->{TRX_LIGHT_devicelog}) eq "lock" ) { return "No set implemented for $device_type"; } my $device_type_num = $light_device_c2b{$device_type}; if(!defined($device_type_num)) { return "Unknown device_type, choose one of " . join(" ", sort keys %light_device_c2b); } my $protocol_type = $device_type_num >> 8; # high bytes # Now check if the command is valid and retrieve the command id: my $rec = $light_device_commands{$device_type_num}; my $i; for ($i=0; $i <= $#$rec && ($rec->[$i] ne $command); $i++) { ;} if($rec->[0] eq "Lighting4") { # for Lighting4 my $command_codes = $hash->{TRX_LIGHT_commandcodes}.","; my $l = $command_codes; $l =~ s/([0-9]*):([a-z]*),/$2 /g; Log3 $name, 5,"TRX_LIGHT_Set() PT2262: l=$l"; if (!($command =~ /^[0-2]*$/)) { # if it is base4 just accept it if ($command ne "?" && $command_codes =~ /([0-9]*):$command,/ ) { Log3 $name, 5,"TRX_LIGHT_Set() PT2262: arg=$command found=$1"; $command = $1; } else { Log3 $name, 5,"TRX_LIGHT_Set() PT2262: else arg=$command l='$l'"; my $error = "Unknown command $command, choose one of $l "; Log3 $name, 1, "TRX_LIGHT_Set() PT2262".$error if ($command ne "?"); return $error; } } } elsif ($i > $#$rec) { my $l = join(" ", sort @$rec); if ($device_type eq "AC" || $device_type eq "HOMEEASY" || $device_type eq "ANSLUT") { $l =~ s/ level / level:slider,0,1,15 /; } elsif ($device_type eq "TRC02") { $l =~ s/ color / color:slider,14,2,128 /; } #my $error = "Unknown command $command, choose one of $l"; my $error = "Unknown command $command, choose one of $l "."on-till on-for-timer"; Log3 $name, 1, "TRX_LIGHT_Set()".$error if ($command ne "?"); return $error; } my $seqnr = 0; my $cmnd = $i; my $hex_prefix; my $hex_command; if ($protocol_type == 0x10) { my $house; my $unit; if ($deviceid =~ /(.)(.*)/ ) { $house = ord("$1"); $unit = $2; } else { Log3 $name, 1, "TRX_LIGHT_Set() lighting1 wrong deviceid: name=$name device_type=$device_type, deviceid=$deviceid"; return "error set name=$name deviceid=$deviceid"; } # lighting1 $hex_prefix = sprintf "0710"; $hex_command = sprintf "%02x%02x%02x%02x%02x00", $device_type_num & 0xff, $seqnr, $house, $unit, $cmnd; Log3 $name, 5, "TRX_LIGHT_Set() name=$name device_type=$device_type, deviceid=$deviceid house=$house, unit=$unit command=$command"; Log3 $name, 5,"TRX_LIGHT_Set hexline=$hex_prefix$hex_command"; } elsif ($protocol_type == 0x11) { # lighting2 if (uc($deviceid) =~ /^[0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F]$/ ) { ; } else { Log3 $name, 1,"TRX_LIGHT_Set() lighting2 wrong deviceid: name=$name device_type=$device_type, deviceid=$deviceid"; return "error set name=$name deviceid=$deviceid"; } $hex_prefix = sprintf "0B11"; $hex_command = sprintf "%02x%02x%s%02x%02x00", $device_type_num & 0xff, $seqnr, $deviceid, $cmnd, $level; if ($command eq "level") { $command .= sprintf " %d", $level; $command_state = $command; } Log3 $name, 5, "TRX_LIGHT_Set() lighting2 name=$name device_type=$device_type, deviceid=$deviceid command=$command"; Log3 $name, 5, "TRX_LIGHT_Set() lighting2 hexline=$hex_prefix$hex_command"; } elsif ($protocol_type == 0x12) { # lighting3 my $koppla_id = ""; if (uc($deviceid) =~ /^([0-1][0-9])([0-9A-F])([0-9A-F][0-9A-F])$/ ) { # $1 = system, $2 = high bits channel, $3 = low bits channel my $koppla_system = $1 - 1; if ($koppla_system > 15) { return "error set name=$name deviceid=$deviceid. system must be in range 01-16"; } $koppla_id = sprintf("%02X",$koppla_system).$3."0".$2; Log3 $name, 5,"TRX_LIGHT_Set() lighting3: deviceid=$deviceid kopplaid=$koppla_id"; } else { Log3 $name, 1,"TRX_LIGHT_Set() lighting3 wrong deviceid: name=$name device_type=$device_type, deviceid=$deviceid. Wrong deviceid must be 3 digits with range 0000 - f3FF"; return "error set name=$name deviceid=$deviceid. Wrong deviceid must be 5 digits consisting of 2 digit decimal value for system (01-16) and a 3 hex digit channel (000 - 3ff)"; } $hex_prefix = sprintf "0812"; $hex_command = sprintf "%02x%02x%s%02x00", $device_type_num & 0xff, $seqnr, $koppla_id, $cmnd; if ($command eq "level") { $command .= sprintf " %d", $level; $command_state = $command; } Log3 $name, 5,"TRX_LIGHT_Set() lighting3 name=$name device_type=$device_type, deviceid=$deviceid command=$command"; Log3 $name, 5,"TRX_LIGHT_Set() lighting3 hexline=$hex_prefix$hex_command"; } elsif ($protocol_type == 0x13) { # lighting4 (PT2262) my $pt2262_cmd; my $base_4; my $bindata; my $hexdata; if ($command =~ /^[0-3]*$/) { # if it is base4 just append it $pt2262_cmd = $deviceid.$command; } else { return "TRX_LIGHT_Set() PT2262: cmd=$command name=$name not found"; } if (uc($pt2262_cmd) =~ /^[0-3][0-3][0-3][0-3][0-3][0-3][0-3][0-3][0-3][0-3][0-3][0-3]$/ ) { $base_4 = $pt2262_cmd; # convert base4 to binary: my %b42b = (0 => "00", 1 => "01", 2 => "10", 3 => "11"); ($bindata = $base_4) =~ s/(.)/$b42b{lc $1}/g; $hexdata = unpack("H*", pack("B*", $bindata)); Log3 $name, 5,"TRX_LIGHT_Set() PT2262: base4='$base_4', binary='$bindata' hex='$hexdata'"; } else { Log3 $name, 5,"TRX_LIGHT_Set() lighting4:PT2262 cmd='$pt2262_cmd' needs to be base4 and has 12 digits (name=$name device_type=$device_type, deviceid=$deviceid)"; return "error set name=$name deviceid=$pt2262_cmd (needs to be base4 and has 12 digits)"; } $hex_prefix = sprintf "0913"; $hex_command = sprintf "00%02x%s015E00", $seqnr, $hexdata; Log3 $name, 5, "TRX_LIGHT_Set() lighting4:PT2262 name=$name cmd=$command cmd_state=$command_state hexdata=$hexdata"; Log3 $name, 5, "TRX_LIGHT_Set() lighting4:PT2262 hexline=$hex_prefix$hex_command"; } elsif ($protocol_type == 0x14) { # lighting5 if (uc($deviceid) =~ /^[0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F]$/ ) { ; } else { Log3 $name, 1, "TRX_LIGHT_Set() lighting5 wrong deviceid: name=$name device_type=$device_type, deviceid=$deviceid"; return "error set name=$name deviceid=$deviceid"; } if ($command eq "color") { $cmnd = $color; $command .= sprintf " %d", $color; $command_state = $command; } $hex_prefix = sprintf "0A14"; $hex_command = sprintf "%02x%02x%s%02x%02x00", $device_type_num & 0xff, $seqnr, $deviceid, $cmnd, $level; if ($command eq "level") { $command .= sprintf " %d", $level; $command_state = $command; } Log3 $name, 5, "TRX_LIGHT_Set() lighting5 name=$name device_type=$device_type, deviceid=$deviceid command=$command"; Log3 $name, 5, "TRX_LIGHT_Set() lighting5 hexline=$hex_prefix$hex_command"; } elsif ($protocol_type == 0x16) { # Chime if (uc($deviceid) =~ /^[0-9A-F][0-9A-F]$/ ) { ; } else { Log3 $name, 1, "TRX_LIGHT_Set() chime wrong deviceid: name=$name device_type=$device_type, deviceid=$deviceid"; return "error set name=$name deviceid=$deviceid"; } $hex_prefix = sprintf "0716"; $hex_command = sprintf "%02x%02x00%s%02xx00", $device_type_num & 0xff, $seqnr, $deviceid, $cmnd; Log3 $name, 5, "TRX_LIGHT_Set() chime name=$name device_type=$device_type, deviceid=$deviceid command=$command"; Log3 $name, 5, "TRX_LIGHT_Set() chime hexline=$hex_prefix$hex_command"; } elsif ($protocol_type == 0x17) { # fan if (uc($deviceid) =~ /^[0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F]$/ ) { ; } else { Log3 $name, 1, "TRX_LIGHT_Set() fan wrong deviceid: name=$name device_type=$device_type, deviceid=$deviceid"; return "error set name=$name deviceid=$deviceid"; } $hex_prefix = sprintf "0717"; $hex_command = sprintf "%02x%02x%s%02xx00", $device_type_num & 0xff, $seqnr, $deviceid, $cmnd; Log3 $name, 5, "TRX_LIGHT_Set() fan name=$name device_type=$device_type, deviceid=$deviceid command=$command"; Log3 $name, 5, "TRX_LIGHT_Set() fan hexline=$hex_prefix$hex_command"; } elsif ($protocol_type == 0x18) { # curtain1 my $house; my $unit; if ($deviceid =~ /(.)(.*)/ ) { $house = ord("$1"); $unit = $2; } else { Log3 $name, 1, "TRX_LIGHT_Set() curtain1 wrong deviceid: name=$name device_type=$device_type, deviceid=$deviceid"; return "error set name=$name deviceid=$deviceid"; } $hex_prefix = sprintf "0718"; $hex_command = sprintf "%02x%02x%02x%02x%02x00", $device_type_num & 0xff, $seqnr, $house, $unit, $cmnd; Log3 $name, 5, "TRX_LIGHT_Set() curtain1 name=$name device_type=$device_type, deviceid=$deviceid house=$house, unit=$unit command=$command"; Log3 $name, 5,"TRX_LIGHT_Set curtain1 hexline=$hex_prefix$hex_command"; } elsif ($protocol_type == 0x19) { # Blinds1 if (uc($deviceid) =~ /^[0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F]$/ ) { ; } else { Log3 $name, 1, "TRX_LIGHT_Set() Blinds1 wrong deviceid: name=$name device_type=$device_type, deviceid=$deviceid"; return "error set name=$name deviceid=$deviceid"; } $hex_prefix = sprintf "0919"; $hex_command = sprintf "%02x%02x%s%02x00", $device_type_num & 0xff, $seqnr, $deviceid, $cmnd; Log3 $name, 5, "TRX_LIGHT_Set() Blinds1 name=$name device_type=$device_type, deviceid=$deviceid command=$command"; Log3 $name, 5, "TRX_LIGHT_Set() Blinds1 hexline=$hex_prefix$hex_command"; } elsif ($protocol_type == 0x1A) { my $unitid; my $unitcode; if (uc($deviceid) =~ /^([0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F][0-9A-F])(0[0-9A-F])$/ ) { $unitid = $1; $unitcode = $2; if (($device_type_num == 0x1A00) && !($unitcode =~ /^0[0-4]$/)) { Log3 $name, 1, "TRX_LIGHT_Set() RFY wrong unitcode: name=$name device_type=$device_type, unitid=$unitid unitcode=$unitcode"; return "error set name=$name deviceid=$deviceid"; } } else { Log3 $name, 1, "TRX_LIGHT_Set() RFY wrong deviceid: name=$name device_type=$device_type, deviceid=$deviceid"; return "error set name=$name deviceid=$deviceid"; } $hex_prefix = sprintf "0C1A"; $hex_command = sprintf "%02x%02x%s%s%02x0000000000", $device_type_num & 0xff, $seqnr, $unitid, $unitcode, $cmnd; Log3 $name, 5, "TRX_LIGHT_Set() RFY name=$name device_type=$device_type, unitid=$unitid unitcode=$unitcode command=$command"; Log3 $name, 5, "TRX_LIGHT_Set() RFY hexline=$hex_prefix$hex_command"; } else { return "No set implemented for $device_type . Unknown protocol type"; } IOWrite($hash, $hex_prefix, $hex_command); my $tn = TimeNow(); $hash->{CHANGED}[0] = $command_state; $hash->{STATE} = $command_state; $hash->{READINGS}{state}{TIME} = $tn; $hash->{READINGS}{state}{VAL} = $command_state; return $ret; } ##################################### sub TRX_LIGHT_Define($$) { my ($hash, $def) = @_; my @a = split("[ \t][ \t]*", $def); my $a = int(@a); my $type = ""; my $deviceid = ""; my $devicelog = ""; my $commandcodes = ""; if (int(@a) > 2 && uc($a[2]) eq "PT2262") { if (int(@a) != 3 && int(@a) != 6) { Log3 $hash, 1, "TRX_LIGHT_Define() wrong syntax '@a'. \nCorrect syntax is 'define TRX_LIGHT PT2262 [ ]'"; return "wrong syntax: define TRX_LIGHT PT2262 [ []]"; } } elsif(int(@a) != 5 && int(@a) != 7) { Log3 $hash, 1, "TRX_LIGHT_Define() wrong syntax '@a'. \nCorrect syntax is 'define TRX_LIGHT [ ]'"; return "wrong syntax: define TRX_LIGHT [ ]"; } my $name = $a[0]; $type = uc($a[2]) if (int(@a) > 2); $deviceid = $a[3] if (int(@a) > 3); $devicelog = $a[4] if (int(@a) > 4); $commandcodes = $a[5] if ($type eq "PT2262" && int(@a) > 5); if ($type ne "X10" && $type ne "ARC" && $type ne "MS14A" && $type ne "AB400D" && $type ne "WAVEMAN" && $type ne "EMW200" && $type ne "IMPULS" && $type ne "RISINGSUN" && $type ne "PHILIPS_SBC" && $type ne "AC" && $type ne "HOMEEASY" && $type ne "ANSLUT" && $type ne "KOPPLA" && $type ne "LIGHTWAVERF" && $type ne "EMW100" && $type ne "BBSB" && $type ne "TRC02" && $type ne "PT2262" && $type ne "ENER010" && $type ne "ENER5" && $type ne "COCO_GDR2" && $type ne "MDREMOTE" && $type ne "RSL2" && $type ne "LIVOLO" && $type ne "BLYSS" && $type ne "BYRONSX" && $type ne "SIEMENS_SF01" && $type ne "HARRISON" && $type ne "ROLLER_TROL" && $type ne "HASTA_OLD" && $type ne "AOK_RF01" && $type ne "AOK_AC114" && $type ne "RAEX_YR1326" && $type ne "MEDIA_MOUNT" && $type ne "DC106" && $type ne "FOREST" && $type ne "RFY" && $type ne "RFY_ext") { Log3 $name, 1,"TRX_LIGHT_Define() wrong type: $type"; return "TRX_LIGHT: wrong type: $type"; } my $my_type; if ($type eq "MS14A") { $my_type = "X10"; # device will be received as X10 } else { $my_type = $type; } my $device_name = "TRX".$DOT.$my_type; if ($deviceid ne "") { $device_name .= $DOT.$deviceid }; $hash->{TRX_LIGHT_deviceid} = $deviceid; $hash->{TRX_LIGHT_devicelog} = $devicelog; $hash->{TRX_LIGHT_commandcodes} = $commandcodes if ($type eq "PT2262"); $hash->{TRX_LIGHT_type} = $type; #$hash->{TRX_LIGHT_CODE} = $deviceid; $modules{TRX_LIGHT}{defptr}{$device_name} = $hash; if (int(@a) == 7) { # there is a second deviceid: # my $deviceid2 = $a[5]; my $devicelog2 = $a[6]; my $device_name2 = "TRX".$DOT.$my_type.$DOT.$deviceid2; $hash->{TRX_LIGHT_deviceid2} = $deviceid2; $hash->{TRX_LIGHT_devicelog2} = $devicelog2; #$hash->{TRX_LIGHT_CODE2} = $deviceid2; $modules{TRX_LIGHT}{defptr2}{$device_name2} = $hash; } AssignIoPort($hash); return undef; } ##################################### sub TRX_LIGHT_Undef($$) { my ($hash, $name) = @_; delete($modules{TRX_LIGHT}{defptr}{$name}); return undef; } ############################################ # T R X _ L I G H T _ p a r s e _ X 1 0 ( ) #------------------------------------------- sub TRX_LIGHT_parse_X10 ($$) { my ($hash, $bytes) = @_; my $error = ""; #my $device; my $type = $bytes->[0]; my $subtype = $bytes->[1]; my $dev_type; my $dev_reading; my $rest; my $type_subtype = ($type << 8) + $subtype; if (exists $light_device_codes{$type_subtype}) { my $rec = $light_device_codes{$type_subtype}; ($dev_type, $dev_reading) = @$rec; } else { $error = sprintf "TRX_LIGHT: error undefined type=%02x, subtype=%02x", $type, $subtype; Log3 $hash, 1, "TRX_LIGHT_parse_X10() ".$error; return $error; } if ($dev_type eq "BBSB") { return " "; } # ignore BBSB messages temporarily because of receiving problems my $device; my $data; if ($type == 0x10 || $type == 0x18) { my $dev_first = "?"; my %x10_housecode = ( 0x41 => "A", 0x42 => "B", 0x43 => "C", 0x44 => "D", 0x45 => "E", 0x46 => "F", 0x47 => "G", 0x48 => "H", 0x49 => "I", 0x4A => "J", 0x4B => "K", 0x4C => "L", 0x4D => "M", 0x4E => "N", 0x4F => "O", 0x50 => "P", ); my $devnr = $bytes->[3]; # housecode if (exists $x10_housecode{$devnr}) { $dev_first = $x10_housecode{$devnr}; } else { $error = sprintf "TRX_LIGHT: x10_housecode wrong housecode=%02x", $devnr; Log3 $hash, 1, "TRX_LIGHT_parse_X10() ".$error; return $error; } my $unit = $bytes->[4]; # unitcode $device = sprintf '%s%0d', $dev_first, $unit; $data = $bytes->[5]; } elsif ($type == 0x11) { $device = sprintf '%02x%02x%02x%02x%02x', $bytes->[3], $bytes->[4], $bytes->[5], $bytes->[6], $bytes->[7]; $data = $bytes->[8]; } elsif ($type == 0x14) { $device = sprintf '%02x%02x%02x%02x', $bytes->[3], $bytes->[4], $bytes->[5], $bytes->[6]; $data = $bytes->[7]; } elsif ($type == 0x15) { $device = sprintf '%02x%02x%c%d', $bytes->[3], $bytes->[4], $bytes->[5], $bytes->[6]; $data = $bytes->[7]; } elsif ($type == 0x16) { #Chime $device = sprintf '%02x', $bytes->[4]; $data = $bytes->[5]; } elsif ($type == 0x17) { # Fan $device = sprintf '%02x%02x%02x', $bytes->[3], $bytes->[4], $bytes->[5]; $data = $bytes->[6]; } elsif ($type == 0x19) { # Blinds1 $device = sprintf '%02x%02x%02x%02x', $bytes->[3], $bytes->[4], $bytes->[5], $bytes->[6]; $data = $bytes->[7]; } elsif ($type == 0x1A) { # RFY $device = printf '%02x%02x%02x%02x', $bytes->[3], $bytes->[4], $bytes->[5], $bytes->[6]; $data = $bytes->[7]; } else { $error = sprintf "TRX_LIGHT: wrong type=%02x", $type; Log3 $hash, 1, "TRX_LIGHT_parse_X10() ".$error; return $error; } my $hexdata = sprintf '%02x', $data; my $command = ""; if (exists $light_device_commands{$type_subtype}) { my $code = $light_device_commands{$type_subtype}; if (exists $code->[$data]) { $command = $code->[$data]; } else { $error = sprintf "TRX_LIGHT: unknown cmd type_subtype=%02x cmd=%02x", $type_subtype, $data; Log3 $hash, 1, "TRX_LIGHT_parse_X10() ".$error; return $error; } } else { $error = sprintf "TRX_LIGHT: unknown type_subtype %02x data=%02x", $type_subtype, $data; Log3 $hash, 1, "TRX_LIGHT_parse_X10() ".$error; return $error; } #my @res; my $current = ""; #-------------- my $device_name = "TRX".$DOT.$dev_type.$DOT.$device; Log3 $hash, 5, "TRX_LIGHT: device_name=$device_name data=$hexdata"; my $firstdevice = 1; my $def = $modules{TRX_LIGHT}{defptr}{$device_name}; if(!$def) { $firstdevice = 0; $def = $modules{TRX_LIGHT}{defptr2}{$device_name}; if (!$def) { Log3 $hash, 5, "TRX_LIGHT_parse_X10() UNDEFINED $device_name TRX_LIGHT $dev_type $device $dev_reading"; Log3 $hash, 3, "TRX_LIGHT_parse_X10() Unknown device $device_name, please define it"; return "UNDEFINED $device_name TRX_LIGHT $dev_type $device $dev_reading"; } } # Use $def->{NAME}, because the device may be renamed: my $name = $def->{NAME}; return "" if(IsIgnored($name)); Log3 $name, 5, "TRX_LIGHT_parse_X10() $name devn=$device_name first=$firstdevice command=$command, cmd=$hexdata"; my $n = 0; my $tm = TimeNow(); my $val = ""; my $device_type = $def->{TRX_LIGHT_type}; my $sensor = ""; if ($device_type eq "MS14A") { # for ms14a behave like x10 $device_type = "X10"; } if (lc($def->{TRX_LIGHT_devicelog}) eq "window" || lc($def->{TRX_LIGHT_devicelog}) eq "door") { $command = ($command eq "on") ? "Open" : "Closed" ; } elsif (lc($def->{TRX_LIGHT_devicelog}) eq "motion") { $command = ($command eq "on") ? "alert" : "normal" ; } elsif (lc($def->{TRX_LIGHT_devicelog}) eq "lightsensor" || lc($def->{TRX_LIGHT_devicelog}) eq "photosensor") { $command = ($command eq "on") ? "dark" : "bright" ; } elsif (lc($def->{TRX_LIGHT_devicelog}) eq "lock") { $command = ($command eq "on") ? "Closed" : "Open" ; } elsif (lc($def->{TRX_LIGHT_devicelog}) eq "ring") { $command = ($command eq "on") ? "normal" : "alert" ; } readingsBeginUpdate($def); if ($type == 0x10 || $type == 0x11 || $type == 0x14 || $type == 0x16) { # try to use it for all types: $current = $command; if ($type == 0x11 && $command eq "level") { # append level number my $level = $bytes->[9]; $current .= sprintf " %d", $level; } elsif ($type == 0x14 && $command eq "level") { # append level number my $level = $bytes->[8]; $current .= sprintf " %d", $level; } $sensor = $firstdevice == 1 ? $def->{TRX_LIGHT_devicelog} : $def->{TRX_LIGHT_devicelog2}; $val .= $current; if ($sensor ne "none") { readingsBulkUpdate($def, $sensor, $current); } } else { $error = sprintf "TRX_LIGHT: error unknown sensor type=%x device_type=%s devn=%s first=%d command=%s", $type, $device_type, $device_name, $firstdevice, $command; Log3 $name, 1, "TRX_LIGHT_parse_X10() ".$error; return $error; } if (($firstdevice == 1) && $val) { #$def->{STATE} = $val; readingsBulkUpdate($def, "state", $val); } readingsEndUpdate($def, 1); return $name; } ######################################################## # T R X _ L I G H T _ p a r s e _ P T 2 2 6 2 ( ) #------------------------------------------------------- sub TRX_LIGHT_parse_PT2262 ($$) { my ($hash, $bytes) = @_; my $error = ""; #my $device; my $type = $bytes->[0]; my $subtype = $bytes->[1]; my $dev_type; my $dev_reading; my $rest; my $type_subtype = ($type << 8) + $subtype; if (exists $light_device_codes{$type_subtype}) { my $rec = $light_device_codes{$type_subtype}; ($dev_type, $dev_reading) = @$rec; } else { $error = sprintf "TRX_LIGHT: PT2262 error undefined type=%02x, subtype=%02x", $type, $subtype; Log3 $hash, 1, "TRX_LIGHT_parse_PT2262() ".$error; return $error; } my $device; $device = ""; my $command = "error"; my $current = ""; my $hexdata = sprintf '%02x%02x%02x', $bytes->[3], $bytes->[4], $bytes->[5]; my $hex_length = length($hexdata); my $bin_length = $hex_length * 4; my $bindata = unpack("B$bin_length", pack("H$hex_length", $hexdata)); #my @a = ($bindata =~ /[0-1]{2}/g); my $base_4 = $bindata; $base_4 =~ s/(.)(.)/$1*2+$2/eg; my $codes = $base_4; #$codes =~ tr/0123/UMED/; # Up,Middle,Error,Down $codes =~ s/0/up /g; # $codes =~ s/1/middle /g; # $codes =~ s/2/err /g; # $codes =~ s/3/down /g; # my $device_name = "TRX".$DOT.$dev_type; my $command_codes = ""; my $command_rest = ""; my $def; # look for defined device with longest ID matching first: for (my $i=11; $i>0;$i--){ if ($modules{TRX_LIGHT}{defptr}{$device_name.$DOT.substr($base_4,0,$i)}) { $device = substr($base_4,0,$i); $def = $modules{TRX_LIGHT}{defptr}{$device_name.$DOT.substr($base_4,0,$i)}; $command_codes = $def->{TRX_LIGHT_commandcodes}; $command_rest = substr($base_4,$i); Log3 $hash, 5, "TRX_LIGHT_parse_PT2262() found device_name=$device_name i=$i code=$base_4 commandcodes='$command_codes' command_rest='$command_rest' "; } } #-------------- if ($device ne "") { # found a device Log3 $hash, 5, "TRX_LIGHT: PT2262 found device_name=$device_name data=$hexdata"; $device_name .= $DOT.$device } else { # no specific device found. Using generic one: Log3 $hash, 5, "TRX_LIGHT: PT2262 device_name=$device_name data=$hexdata"; $def = $modules{TRX_LIGHT}{defptr}{$device_name}; if(!$def) { $dev_reading = ""; Log3 $hash, 5, "TRX_LIGHT_parse_PT2262() UNDEFINED $device_name TRX_LIGHT $dev_type $device $dev_reading"; Log3 $hash, 3, "TRX_LIGHT_parse_PT2262() Unknown device $device_name, please define it"; return "UNDEFINED $device_name TRX_LIGHT $dev_type $device $dev_reading"; } } # Use $def->{NAME}, because the device may be renamed: my $name = $def->{NAME}; return "" if(IsIgnored($name)); Log3 $name, 5, "TRX_LIGHT_parse_PT2262() $name devn=$device_name command=$command, cmd=$hexdata"; my $n = 0; my $val = ""; my $device_type = $def->{TRX_LIGHT_type}; my $sensor = $def->{TRX_LIGHT_devicelog}; readingsBeginUpdate($def); $current = $command; if ($device eq "") { #readingsBulkUpdate($def, "hex", $hexdata); #readingsBulkUpdate($def, "bin", $bindata); #readingsBulkUpdate($def, "base_4", $base_4); #readingsBulkUpdate($def, "codes", $codes); $val = $base_4; } else { # look for command code: $command_codes .= ","; #if ($command_codes =~ /$command_rest:(.*),/o ) { if ($command_codes =~ /$command_rest:([a-z|A-Z]*),/ ) { Log3 $name, 5,"PT2262: found=$1"; $command = $1; } Log3 $name, 5,"TRX_LIGHT_parse_PT2262() readingsBulkUpdate($def, $sensor, $command)"; $val = $command; if ($sensor ne "none") { readingsBulkUpdate($def, $sensor, $val); } } readingsBulkUpdate($def, "state", $val); readingsEndUpdate($def, 1); return $name; } #################################### # T R X _ L I G H T _ P a r s e ( ) #----------------------------------- sub TRX_LIGHT_Parse($$) { my ($iohash, $hexline) = @_; my $time = time(); # convert to binary my $msg = pack('H*', $hexline); if ($time_old ==0) { Log3 $iohash, 5, "TRX_LIGHT_Parse() decoding delay=0 hex=$hexline"; } else { my $time_diff = $time - $time_old ; Log3 $iohash, 5, "TRX_LIGHT_Parse() decoding delay=$time_diff hex=$hexline"; } $time_old = $time; # convert string to array of bytes. Skip length byte my @rfxcom_data_array = (); foreach (split(//, substr($msg,1))) { push (@rfxcom_data_array, ord($_) ); } my $num_bytes = ord($msg); if ($num_bytes < 3) { return ""; } my $type = $rfxcom_data_array[0]; #Log3 $iohash, 5, "TRX_LIGHT: num_bytes=$num_bytes hex=$hexline type=$type"; my $res = ""; if ($type == 0x10 || $type == 0x11 || $type == 0x12 || $type == 0x14 || $type == 0x15 || $type == 0x16 || $type == 0x17 || $type == 0x18 || $type == 0x19) { Log3 $iohash, 5, "TRX_LIGHT_Parse() X10 num_bytes=$num_bytes hex=$hexline"; $res = TRX_LIGHT_parse_X10($iohash, \@rfxcom_data_array); Log3 $iohash, 1, "TRX_LIGHT_Parse() unsupported hex=$hexline" if ($res eq ""); return $res; } elsif ($type == 0x13) { Log3 $iohash, 5, "TRX_LIGHT_Parse()Lighting4/PT2262 num_bytes=$num_bytes hex=$hexline"; $res = TRX_LIGHT_parse_PT2262($iohash, \@rfxcom_data_array); Log3 $iohash, 1, "TRX_LIGHT_Parse() unsupported hex=$hexline" if ($res eq ""); return $res; } else { Log3 $iohash, 1, "TRX_LIGHT_Parse() not implemented num_bytes=$num_bytes hex=$hexline"; } return ""; } 1; =pod =begin html

TRX_LIGHT

    The TRX_LIGHT module receives and sends X10, ARC, ELRO AB400D, Waveman, Chacon EMW200, IMPULS, RisingSun, AC, HomeEasy EU and ANSLUT lighting devices (switches and remote control). Allows to send Philips SBC (receive not possible). ARC is a protocol used by devices from HomeEasy, KlikAanKlikUit, ByeByeStandBy, Intertechno, ELRO, AB600, Duewi, DomiaLite and COCO with address code wheels. AC is the protocol used by different brands with units having a learning mode button: KlikAanKlikUit, NEXA, CHACON, HomeEasy UK.
    You need to define an RFXtrx433 transceiver receiver first. See TRX.

    Define
      define <name> TRX_LIGHT <type> <deviceid> <devicelog> [<deviceid2> <devicelog2>]
      define <name> TRX_LIGHT PT2262 <deviceid> <devicelog> <commandcodes>

      <type>
        specifies the type of the device:
        Lighting devices:
        • MS14A (X10 motion sensor. Reports [normal|alert] on the first deviceid (motion sensor) and [on|off] for the second deviceid (light sensor))
        • X10 (All other x10 devices. Report [off|on|dim|bright|all_off|all_on] on both deviceids.)
        • ARC (ARC devices. ARC is a protocol used by devices from HomeEasy, KlikAanKlikUit, ByeByeStandBy, Intertechno, ELRO, AB600, Duewi, DomiaLite and COCO with address code wheels. Report [off|on|all_off|all_on|chime].)
        • AB400D (ELRO AB400D devices. Report [off|on].)
        • WAVEMAN (Waveman devices. Report [off|on].)
        • EMW200 (Chacon EMW200 devices. Report [off|on|all_off|all_on].)
        • IMPULS (IMPULS devices. Report [off|on].)
        • RISINGSUN (RisingSun devices. Report [off|on].)
        • PHILIPS_SBC (Philips SBC devices. Send [off|on|all_off|all_on].)
        • ENER010 (Energenie ENER010 devices. deviceid: [A-P][1-4]. Send [off|on|all_off|all_on].)
        • ENER5 (Energenie 5-gang devices. deviceid: [A-P][1-10]. Send [off|on].)
        • COCO_GDR2 (ECOCO GDR2-2000R devices. deviceid: [A-D][1-4]. Send [off|on].)
        • AC (AC devices. AC is the protocol used by different brands with units having a learning mode button: KlikAanKlikUit, NEXA, CHACON, HomeEasy UK. Report [off|on|level <NUM>|all_off|all_on|all_level <NUM>].)
        • HOMEEASY (HomeEasy EU devices. Report [off|on|level|all_off|all_on|all_level].)
        • ANSLUT (Anslut devices. Report [off|on|level|all_off|all_on|all_level].)
        • PT2262 (Devices using PT2262/PT2272 (coder/decoder) chip. To use this enable Lighting4 in RFXmngr. Please note that this disables ARC. For more information see FHEM-Wiki)
        • LIGHTWAVERF (LightwaveRF devices. Commands ["off", "on", "all_off", "mood1", "mood2", "mood3", "mood4", "mood5", "reserved1", "reserved2", "unlock", "lock", "all_lock", "close", "stop", "open", "level"].)
        • EMW100 (EMW100 devices. Commands ["off", "on", "learn"].)
        • BBSB (BBSB devices. Commands ["off", "on", "all_off", "all_on"].)
        • MDREMOTE (MDREMOTE LED dimmer devices. Commands ["power", "light", "bright", "dim", "100", "50", "25", "mode+", "speed-", "speed+", "mode-"].)
        • RSL2 (Conrad RSL2 devices. Commands ["off", "on", "all_off", "all_on"].)
        • LIVOLO (Livolo devices. Commands ["all_off", "on_off", "dim+", "dim-"].)
        • TRC02 (RGB TRC02 devices. Commands ["off", "on", "bright", "dim", "vivid", "pale", "color"].)
        • BLYSS (Blyss devices. deviceid: [A-P][1-5]. Commands ["off", "on", "all_off", "all_on"].)
        • BYRONSX (Byron SX chime devices. deviceid: 00-FF. Commands [ "tubular3_1", "solo1", "bigben1", "tubular2_1", "tubular2_2", "solo2", "tubular3_2"].)
        • SIEMENS_SF01 (Siemens SF01 devices. deviceid: 000000-007FFF. Commands [ "timer", "-", "learn", "+", "confirm", "light", "on", "off" ].)
        • HARRISON (Harrison curtain devices. deviceid: 00-FF. Commands [ "open", "close", "stop", "program" ].)
        • ROLLER_TROL (Roller Trol blind devices. deviceid: 00000100-00FFFF0F. Commands [ "open", "close", "stop", "confirm_pair", "set_limit" ].)
        • HASTA_OLD (Hasta old blind devices. deviceid: 00000100-00FFFF0F. Commands [ "open", "close", "stop", "confirm_pair", "set_limit" ].)
        • AOK_RF01 (A-OK RF01 blind devices. deviceid: 00000100-FFFFFF0F. Commands [ "open", "close", "stop", "confirm_pair" ].)
        • AOK_AC114 (A-OK AC114 blind devices. deviceid: 00000100-FFFFFF0F. Commands [ "open", "close", "stop", "confirm_pair" ].)
        • RAEX_YR1326 (Raex YR1326 blind devices. deviceid: 00000100-FFFFFF0F. Commands [ "open", "close", "stop", "confirm_pair", "set_upper_limit", "set_lower_limit", "delete_limits", "change_dir", "left", "right"].)
        • MEDIA_MOUNT (Media Mount blind devices. deviceid: 00000100-FFFFFF0F. Commands [ "down", "up", "stop" ].)
        • DC106 (DC/RMF/Yooda blind devices. deviceid: 00000100-FFFFFFF0. Commands [ "open", "close", "stop", "confirm" ].)
        • FOREST (Forest blind devices. deviceid: 00000100-FFFFFFF0. Commands [ "open", "close", "stop", "confirm_pair" ].)
        • RFY (Somfy RTS devices. deviceid: 000001-0FFFFF, unicode: 01-04 (00 = allunits). Commands [ "up", "down", "stop", "program" ].)
        • RFY_ext (Somfy RTS devices. deviceid: 000001-0FFFFF, unicode: 00-0F. Commands [ "up", "down", "stop", "program" ].)

      <deviceid>
        specifies the first device id of the device.
        A lighting device normally has a house code A..P followed by a unitcode 1..16 (example "B1").
        For AC, HomeEasy EU and ANSLUT it is a 10 Character-Hex-String for the deviceid, consisting of
        - unid-id: 8-Char-Hex: 00000001 to 03FFFFFF
        - unit-code: 2-Char-Hex: 01 to 10
        For LIGHTWAVERF, EMW100, BBSB, MDREMOTE, RSL2, LIVOLO and TRC02 it is a 8 Character-Hex-String for the deviceid, consisting of
        - unid-id: 8-Char-Hex: 000001 to FFFFFF
        - unit-code: 2-Char-Hex: 01 to 10
        For RFY and RFY-ext it is a 8 Character-Hex-String for the deviceid, consisting of
        - unid-id: 8-Char-Hex: 000001 to FFFFFF
        - unit-code: 2-Char-Hex: 01 to 04 for RFY (00 for all units) and 00 to 0F for RFY_ext

      <devicelog>
        is the name of the Reading used to report. Suggested: "motion" for motion sensors. If you use "none" then no additional Reading is reported. Just the state is used to report the change.

      <deviceid2>
        is optional and specifies the second device id of the device if it exists. For example ms14a motion sensors report motion status on the first deviceid and the status of the light sensor on the second deviceid.

      <devicelog2>
        is optional for the name used for the Reading of <deviceid2>.If you use "none" then no addional Reading is reported. Just the state is used to report the change.

      <commandcodes>
        is used for PT2262 and specifies the possible base4 digits for the command separated by : and a string that specifies a string that is the command. Example '0:off,1:on'.

      Example:
      define motion_sensor2 TRX_LIGHT MS14A A1 motion A2 light
      define Steckdose TRX_LIGHT ARC G2 light
      define light TRX_LIGHT AC 0101010101 light

    Set
      set <name> <value> [<levelnum>]

      where value is one of:
          off
    on
    dim                # only for X10, KOPPLA
    bright             # only for X10, KOPPLA
    all_off            # only for X10, ARC, EMW200, AC, HOMEEASY, ANSLUT
    all_on             # only for X10, ARC, EMW200, AC, HOMEEASY, ANSLUT
    chime              # only for ARC
    level <levelnum>    # only AC, HOMEEASY, ANSLUT: set level to <levelnum> (range: 0=0% to 15=100%)
    on-till           # Special, see the note
    on-for-timer      # Special, see the note
      Example:
      set Steckdose on

      Notes:
      • on-till requires an absolute time in the "at" format (HH:MM:SS, HH:MM) or { <perl code> }, where the perl code returns a time specification). If the current time is greater than the specified time, then the command is ignored, else an "on" command is generated, and for the given "till-time" an off command is scheduleld via the at command.
      • on-for-timer requires a relative time in the "at" format (HH:MM:SS, HH:MM) or { <perl code> }, where the perl code returns a time specification).

    Get
      N/A

    Attributes
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