From 2d15aad5b78ae2c90599f8051bf5d27b407eb9e8 Mon Sep 17 00:00:00 2001 From: PiXtend <> Date: Thu, 16 Aug 2018 15:06:50 +0000 Subject: [PATCH] 97_PiXtendV2:module extended to support PiXtend V2 -L- git-svn-id: https://svn.fhem.de/fhem/trunk@17149 2b470e98-0d58-463d-a4d8-8e2adae1ed80 --- fhem/FHEM/97_PiXtendV2.pm | 376 ++++++++++++++++++++++++++++++++++---- 1 file changed, 341 insertions(+), 35 deletions(-) diff --git a/fhem/FHEM/97_PiXtendV2.pm b/fhem/FHEM/97_PiXtendV2.pm index b5ad04356..b248e5d68 100644 --- a/fhem/FHEM/97_PiXtendV2.pm +++ b/fhem/FHEM/97_PiXtendV2.pm @@ -10,11 +10,11 @@ # # This file is part of the PiXtend(R) Project. # -# For more information about PiXtendV2(R) and this program, +# For more information about PiXtend(R) and this program, # see or # -# Copyright (C) 2014-2017 Tobias Sperling -# Qube Solutions UG (haftungsbeschränkt), Arbachtalstr. 6 +# Copyright (C) 2014-2018 Tobias Sperling +# Qube Solutions GmbH, Arbachtalstr. 6 # 72800 Eningen, Germany # # This program is free software: you can redistribute it and/or modify @@ -37,8 +37,12 @@ use strict; use warnings; use Time::HiRes qw(gettimeofday usleep); -my $modul_ver = "1.00"; +my $modul_ver = "1.02"; + +##################################### +# Configuration for Model -S- +##################################### my @PiXtendV2S_Set = ( "_JumperSettingAI0:10V,5V", "_JumperSettingAI1:10V,5V", @@ -49,6 +53,7 @@ my @PiXtendV2S_Set = ( "_GPIOPullupsEnable:no,yes", "_WatchdogEnable:disabled,125ms,1s,8s", "_StateLEDDisable:no,yes", + "Reset:noArg", "SafeState:noArg", "RetainCopy:off,on", @@ -156,21 +161,25 @@ sub BufferRead_S($$) { readingsBulkUpdateIfChanged($hash, "UCState", $buffer->[3], 1); readingsBulkUpdateIfChanged($hash, "UCWarnings", $buffer->[4], 1); + #DigitalIn for(my $i=0; $i < 8; $i++){ if($buffer->[9] & (1<<$i)) { readingsBulkUpdateIfChanged($hash, "DigitalIn$i", "on", 1);} else { readingsBulkUpdateIfChanged($hash, "DigitalIn$i", "off", 1);} } + #AnalogIn $str = sprintf("%.2f", (($buffer->[10] | ($buffer->[11] << 8))*($hash->{DataOut}{JumperAI0})/1024)); readingsBulkUpdateIfChanged($hash, "AnalogIn0", $str, 1); $str = sprintf("%.2f", (($buffer->[12] | ($buffer->[13] << 8))*($hash->{DataOut}{JumperAI1})/1024)); readingsBulkUpdateIfChanged($hash, "AnalogIn1", $str, 1); + #GPIOIn for(my $i=0; $i < 4; $i++){ if($buffer->[14] & (1<<$i)) { readingsBulkUpdateIfChanged($hash, "GPIOIn$i", "on", 1);} else { readingsBulkUpdateIfChanged($hash, "GPIOIn$i", "off", 1);} } + #DHTs for(my $i=0; $i < 4; $i++){ my $temp = ($buffer->[15+(4*$i)] | ($buffer->[16+(4*$i)] << 8)); my $humi = ($buffer->[17+(4*$i)] | ($buffer->[18+(4*$i)] << 8)); @@ -223,6 +232,262 @@ sub BufferRead_S($$) { readingsEndUpdate($hash, 1); } +##################################### +# Configuration for Model -L- +##################################### + +my @PiXtendV2L_Set = ( + "_JumperSettingAI0:10V,5V", + "_JumperSettingAI1:10V,5V", + "_JumperSettingAI2:10V,5V", + "_JumperSettingAI3:10V,5V", + "_GPIO0Ctrl:input,output,DHT11,DHT22", + "_GPIO1Ctrl:input,output,DHT11,DHT22", + "_GPIO2Ctrl:input,output,DHT11,DHT22", + "_GPIO3Ctrl:input,output,DHT11,DHT22", + "_GPIOPullupsEnable:no,yes", + "_WatchdogEnable:disabled,125ms,1s,8s", + "_StateLEDDisable:no,yes", + + "Reset:noArg", + "SafeState:noArg", + "RetainCopy:off,on", + "RetainEnable:off,on", + "DigitalDebounce01:textField", + "DigitalDebounce23:textField", + "DigitalDebounce45:textField", + "DigitalDebounce67:textField", + "DigitalDebounce89:textField", + "DigitalDebounce1011:textField", + "DigitalDebounce1213:textField", + "DigitalDebounce1415:textField", + "DigitalOut0:on,off,toggle", + "DigitalOut1:on,off,toggle", + "DigitalOut2:on,off,toggle", + "DigitalOut3:on,off,toggle", + "DigitalOut4:on,off,toggle", + "DigitalOut5:on,off,toggle", + "DigitalOut6:on,off,toggle", + "DigitalOut7:on,off,toggle", + "DigitalOut8:on,off,toggle", + "DigitalOut9:on,off,toggle", + "DigitalOut10:on,off,toggle", + "DigitalOut11:on,off,toggle", + "RelayOut0:on,off,toggle", + "RelayOut1:on,off,toggle", + "RelayOut2:on,off,toggle", + "RelayOut3:on,off,toggle", + "GPIOOut0:on,off,toggle", + "GPIOOut1:on,off,toggle", + "GPIOOut2:on,off,toggle", + "GPIOOut3:on,off,toggle", + "GPIODebounce01:textField", + "GPIODebounce23:textField", + "PWM0Ctrl0:textField", + "PWM0Ctrl1:slider,0,1,65535", + "PWM0A:slider,0,1,65535", + "PWM0B:slider,0,1,65535", + "PWM1Ctrl0:textField", + "PWM1Ctrl1:slider,0,1,65535", + "PWM1A:slider,0,1,65535", + "PWM1B:slider,0,1,65535", + "PWM2Ctrl0:textField", + "PWM2Ctrl1:slider,0,1,65535", + "PWM2A:slider,0,1,65535", + "PWM2B:slider,0,1,65535", + "AnalogOut0:slider,0.00,0.01,10.00,1", + "AnalogOut1:slider,0.00,0.01,10.00,1", + "RetainDataOut:textField" +); + +my @PiXtendV2L_Get = ( + "Version:noArg", + "SysState:noArg", + "UCState:noArg", + "UCWarnings:noArg", + "DigitalIn0:noArg", + "DigitalIn1:noArg", + "DigitalIn2:noArg", + "DigitalIn3:noArg", + "DigitalIn4:noArg", + "DigitalIn5:noArg", + "DigitalIn6:noArg", + "DigitalIn7:noArg", + "DigitalIn8:noArg", + "DigitalIn9:noArg", + "DigitalIn10:noArg", + "DigitalIn11:noArg", + "DigitalIn12:noArg", + "DigitalIn13:noArg", + "DigitalIn14:noArg", + "DigitalIn15:noArg", + "AnalogIn0:noArg", + "AnalogIn1:noArg", + "AnalogIn2:noArg", + "AnalogIn3:noArg", + "AnalogIn4:noArg", + "AnalogIn5:noArg", + "GPIOIn0:noArg", + "GPIOIn1:noArg", + "GPIOIn2:noArg", + "GPIOIn3:noArg", + "Sensor0:temperature,humidity", + "Sensor1:temperature,humidity", + "Sensor2:temperature,humidity", + "Sensor3:temperature,humidity", + "RetainDataIn:textField" +); + +sub BufferWrite_L($$) { + my ($buffer, $hash) = @_; + + if($hash->{DataOut}{DigitalDebounce01}) {$buffer->[9] = ($hash->{DataOut}{DigitalDebounce01});} + if($hash->{DataOut}{DigitalDebounce23}) {$buffer->[10] = ($hash->{DataOut}{DigitalDebounce23});} + if($hash->{DataOut}{DigitalDebounce45}) {$buffer->[11] = ($hash->{DataOut}{DigitalDebounce45});} + if($hash->{DataOut}{DigitalDebounce67}) {$buffer->[12] = ($hash->{DataOut}{DigitalDebounce67});} + if($hash->{DataOut}{DigitalDebounce89}) {$buffer->[13] = ($hash->{DataOut}{DigitalDebounce89});} + if($hash->{DataOut}{DigitalDebounce1011}) {$buffer->[14] = ($hash->{DataOut}{DigitalDebounce1011});} + if($hash->{DataOut}{DigitalDebounce1213}) {$buffer->[15] = ($hash->{DataOut}{DigitalDebounce1213});} + if($hash->{DataOut}{DigitalDebounce1415}) {$buffer->[16] = ($hash->{DataOut}{DigitalDebounce1415});} + if($hash->{DataOut}{DigitalOut}) {$buffer->[17] = (($hash->{DataOut}{DigitalOut}) & 0xFF); + $buffer->[18] = (($hash->{DataOut}{DigitalOut}) >> 8);} + if($hash->{DataOut}{RelayOut}) {$buffer->[19] = ($hash->{DataOut}{RelayOut});} + if($hash->{DataOut}{GPIOCtrl0}) {$buffer->[20] = ($hash->{DataOut}{GPIOCtrl0});} + if($hash->{DataOut}{GPIOOut}) {$buffer->[21] = ($hash->{DataOut}{GPIOOut});} + if($hash->{DataOut}{GPIODebounce01}) {$buffer->[22] = ($hash->{DataOut}{GPIODebounce01});} + if($hash->{DataOut}{GPIODebounce23}) {$buffer->[23] = ($hash->{DataOut}{GPIODebounce23});} + + if($hash->{DataOut}{PWMCtrl00}) {$buffer->[24] = ($hash->{DataOut}{PWMCtrl00});} + if($hash->{DataOut}{PWMCtrl01}) {$buffer->[25] = (($hash->{DataOut}{PWMCtrl01}) & 0xFF); + $buffer->[26] = (($hash->{DataOut}{PWMCtrl01}) >> 8);} + if($hash->{DataOut}{PWM0a}) {$buffer->[27] = (($hash->{DataOut}{PWM0a}) & 0xFF); + $buffer->[28] = (($hash->{DataOut}{PWM0a}) >> 8);} + if($hash->{DataOut}{PWM0b}) {$buffer->[29] = (($hash->{DataOut}{PWM0b}) & 0xFF); + $buffer->[30] = (($hash->{DataOut}{PWM0b}) >> 8);} + + if($hash->{DataOut}{PWMCtrl10}) {$buffer->[31] = ($hash->{DataOut}{PWMCtrl10});} + if($hash->{DataOut}{PWMCtrl11}) {$buffer->[32] = (($hash->{DataOut}{PWMCtrl11}) & 0xFF); + $buffer->[33] = (($hash->{DataOut}{PWMCtrl11}) >> 8);} + if($hash->{DataOut}{PWM1a}) {$buffer->[34] = (($hash->{DataOut}{PWM1a}) & 0xFF); + $buffer->[35] = (($hash->{DataOut}{PWM1a}) >> 8);} + if($hash->{DataOut}{PWM1b}) {$buffer->[36] = (($hash->{DataOut}{PWM1b}) & 0xFF); + $buffer->[37] = (($hash->{DataOut}{PWM1b}) >> 8);} + + if($hash->{DataOut}{PWMCtrl20}) {$buffer->[38] = ($hash->{DataOut}{PWMCtrl20});} + if($hash->{DataOut}{PWMCtrl21}) {$buffer->[39] = (($hash->{DataOut}{PWMCtrl21}) & 0xFF); + $buffer->[40] = (($hash->{DataOut}{PWMCtrl21}) >> 8);} + if($hash->{DataOut}{PWM2a}) {$buffer->[41] = (($hash->{DataOut}{PWM2a}) & 0xFF); + $buffer->[42] = (($hash->{DataOut}{PWM2a}) >> 8);} + if($hash->{DataOut}{PWM2b}) {$buffer->[43] = (($hash->{DataOut}{PWM2b}) & 0xFF); + $buffer->[44] = (($hash->{DataOut}{PWM2b}) >> 8);} + for(my $i=0; $i < ($hash->{RetainSize}); $i++){ + if($hash->{DataOut}{"RetainDataOut".$i}) {$buffer->[45+$i] = ($hash->{DataOut}{"RetainDataOut".$i});} + } +} + +sub BufferRead_L($$) { + my ($buffer, $hash) = @_; + my $str; + + readingsBeginUpdate($hash); + + readingsBulkUpdateIfChanged($hash, "Firmware", $buffer->[0], 0); + readingsBulkUpdateIfChanged($hash, "Hardware", $buffer->[1], 0); + readingsBulkUpdateIfChanged($hash, "Model", pack("C",$buffer->[2]), 0); + readingsBulkUpdateIfChanged($hash, "UCState", $buffer->[3], 1); + readingsBulkUpdateIfChanged($hash, "UCWarnings", $buffer->[4], 1); + + #DigitalIn + for(my $i=0; $i < 8; $i++){ + if($buffer->[9] & (1<<$i)) { readingsBulkUpdateIfChanged($hash, "DigitalIn$i", "on", 1);} + else { readingsBulkUpdateIfChanged($hash, "DigitalIn$i", "off", 1);} + } + for(my $i=8; $i < 16; $i++){ + if($buffer->[10] & (1<<($i-8))) { readingsBulkUpdateIfChanged($hash, "DigitalIn$i", "on", 1);} + else { readingsBulkUpdateIfChanged($hash, "DigitalIn$i", "off", 1);} + } + + #AnalogIn + $str = sprintf("%.2f", (($buffer->[11] | ($buffer->[12] << 8))*($hash->{DataOut}{JumperAI0})/1024)); + readingsBulkUpdateIfChanged($hash, "AnalogIn0", $str, 1); + $str = sprintf("%.2f", (($buffer->[13] | ($buffer->[14] << 8))*($hash->{DataOut}{JumperAI1})/1024)); + readingsBulkUpdateIfChanged($hash, "AnalogIn1", $str, 1); + + $str = sprintf("%.2f", (($buffer->[15] | ($buffer->[16] << 8))*($hash->{DataOut}{JumperAI0})/1024)); + readingsBulkUpdateIfChanged($hash, "AnalogIn2", $str, 1); + $str = sprintf("%.2f", (($buffer->[17] | ($buffer->[18] << 8))*($hash->{DataOut}{JumperAI1})/1024)); + readingsBulkUpdateIfChanged($hash, "AnalogIn3", $str, 1); + + $str = sprintf("%.2f", (($buffer->[19] | ($buffer->[20] << 8))*0.02015840023)); + readingsBulkUpdateIfChanged($hash, "AnalogIn4", $str, 1); + $str = sprintf("%.2f", (($buffer->[21] | ($buffer->[22] << 8))*0.02015840023)); + readingsBulkUpdateIfChanged($hash, "AnalogIn5", $str, 1); + + #GPIOIn + for(my $i=0; $i < 4; $i++){ + if($buffer->[23] & (1<<$i)) { readingsBulkUpdateIfChanged($hash, "GPIOIn$i", "on", 1);} + else { readingsBulkUpdateIfChanged($hash, "GPIOIn$i", "off", 1);} + } + + #DHTs + for(my $i=0; $i < 4; $i++){ + my $temp = ($buffer->[24+(4*$i)] | ($buffer->[25+(4*$i)] << 8)); + my $humi = ($buffer->[26+(4*$i)] | ($buffer->[27+(4*$i)] << 8)); + if($temp == 65535 && $humi == 65535) + { + $temp = "Sensor not connected"; + $humi = $temp; + } + else + { + if($hash->{DataOut}{"GPIO".$i."DHT"}) + { + if(($hash->{DataOut}{"GPIO".$i."DHT"}) eq "dht11") + { + $temp = sprintf("%.1f", ($temp/256)); + $humi = sprintf("%.1f", ($humi/256)); + + } + elsif(($hash->{DataOut}{"GPIO".$i."DHT"}) eq "dht22") + { + if($temp & (1<<15)) + { + $temp &= ~(1<<15); + $temp /= (-10); + } + else + { + $temp /= 10; + } + $temp = sprintf("%.1f", $temp); + $humi = sprintf("%.1f", ($humi/10)); + } + } + else + { + $temp = "Function not enabled"; + $humi = $temp; + } + } + readingsBulkUpdateIfChanged($hash, "Sensor".$i."T", $temp, 1); + readingsBulkUpdateIfChanged($hash, "Sensor".$i."H", $humi, 1); + } + + $str = ""; + for(my $i=0; $i < ($hash->{RetainSize}); $i++){ + $str .= $buffer->[45+$i]." "; + } + readingsBulkUpdateIfChanged($hash, "RetainDataIn", $str, 1); + + readingsEndUpdate($hash, 1); +} + + + +##################################### +# General Functions +##################################### + ##################################### sub PiXtendV2_Initialize($) { my ($hash) = @_; @@ -265,7 +530,28 @@ sub PiXtendV2_Define($$) { $hash->{DataOut}{JumperAI0} = 10; $hash->{DataOut}{JumperAI1} = 10; - + } + elsif($param[2] eq "L") + { + $hash->{Set} = \@PiXtendV2L_Set; + $hash->{Get} = \@PiXtendV2L_Get; + $hash->{SPI}{Write} = \&BufferWrite_L; + $hash->{SPI}{Read} = \&BufferRead_L; + $hash->{SPI}{Length} = 111; + $hash->{SPI}{Speed} = 1100000; + $hash->{SPI}{Dev0} = "/dev/spidev0.0"; + $hash->{SPI}{Dev1} = "/dev/spidev0.1"; + $hash->{SPI}{Enable} = "/sys/class/gpio/"; + $hash->{SPI}{Model} = 76; + $hash->{RetainSize} = 64; + + $hash->{DataOut}{JumperAI0} = 10; + $hash->{DataOut}{JumperAI1} = 10; + $hash->{DataOut}{JumperAI2} = 10; + $hash->{DataOut}{JumperAI3} = 10; + + $hash->{DataIn}{UnitAI4} = "mA"; + $hash->{DataIn}{UnitAI5} = "mA"; } else { @@ -306,6 +592,7 @@ sub PiXtendV2_Attr ($$$$) if($cmd eq "set") { + #GetFormat if($attrName eq "PiXtend_GetFormat") { if($attrValue eq "text" or $attrValue eq "value") @@ -317,6 +604,7 @@ sub PiXtendV2_Attr ($$$$) } } + #Parameter if($attrName eq "PiXtend_Parameter") { my @coms = split(/ /, $attrValue); @@ -406,7 +694,15 @@ sub PiXtendV2_Get($$@) { $val = ReadingsVal($name, "AnalogIn$cmd", undef); if(defined($val)) { - $str = "AnalogIn$cmd is [$val] V"; + if($hash->{DataIn}{"UnitAI$cmd"}) + { + my $unit = $hash->{DataIn}{"UnitAI$cmd"}; + $str = "AnalogIn$cmd is [$val] $unit"; + } + else + { + $str = "AnalogIn$cmd is [$val] V"; + } } } @@ -519,6 +815,8 @@ sub PiXtendV2_Set($$@){ UC_Reset($hash); } + #Parameter + ############### elsif(index($cmd, "_jumpersettingai") != -1) { $cmd =~ s/_jumpersettingai//; @@ -1005,13 +1303,10 @@ sub UC_Reset() my ($handler) = undef; my $ret = sysopen($handler, $hash->{SPI}{Enable}."export", O_WRONLY); syswrite($handler, 23); - #close($handler); $ret = sysopen($handler, $hash->{SPI}{Enable}."gpio23/direction", O_WRONLY); syswrite($handler, "out", 3); - #close($handler); $ret = sysopen($handler, $hash->{SPI}{Enable}."gpio23/value", O_WRONLY); syswrite($handler, "1", 1); - #close($handler); usleep(1000); $ret = sysopen($handler, $hash->{SPI}{Enable}."gpio23/value", O_WRONLY); syswrite($handler, "0", 1); @@ -1047,11 +1342,15 @@ sub UC_Reset() Define
@@ -1114,7 +1413,7 @@ sub UC_Reset()
  • DigitalDebounce# [0-255]
    Allows to debounce the digital inputs. A setting always affects two channels. So DigitalDebounce01 affects DigitalIn0 and DigitalIn1. The resulting delay is calculated by (selected value)*(100 ms). The selected value can be any number between 0 and 255. - Debouncing can be usefull if a switch or button is connected to this input. + Debouncing can be useful if a switch or button is connected to this input.

    Example:
      @@ -1129,7 +1428,7 @@ sub UC_Reset()
    • GPIODebounce# [0-255]
      Allows to debounce the GPIO inputs. A setting always affects two channels. So GPIODebounce01 affects GPIOIn0 and GPIOIn1. The resulting delay is calculated by (selected value)*(100 ms). The selected value can be any number between 0 and 255. - Debouncing can be usefull if a switch or button is connected to this input. + Debouncing can be useful if a switch or button is connected to this input.

      Example:
        @@ -1151,8 +1450,8 @@ sub UC_Reset() of our homepage.

        PWM#Ctrl0 needs a value between 0 and 255
        - PWM#Ctrl1 needs a value between 0 and 65535 (or a value between 0 and 255)
        - PWM#A/B needs a value between 0 and 65535 (or a value between 0 and 255) + PWM#Ctrl1 needs a value between 0 and 65535 (or a value between 0 and 255, see exception for model -S-)
        + PWM#A/B needs a value between 0 and 65535 (or a value between 0 and 255, see exception for model -S-)

      • RelayOut# [on,off,toggle]
        @@ -1165,7 +1464,7 @@ sub UC_Reset()
      • RetainCopy [on,off]
        If RetainCopy is enabled [on] the RetainDataOut that is written to the PiXtend will be received in RetainDataIn again. - This can be usefull in some situations to see which data was send to the PiXtend. + This can be useful in some situations to see which data was send to the PiXtend. If it is disabled [off] the last stored data will be received.

        • @@ -1189,7 +1488,7 @@ sub UC_Reset()

      • SafeState
        - This setting allows to force the PiXtend to enter the safe state . If retain storage is enabled the data will be stored. In safe state the PiXtend won't communicate with FHEM and can't be configured. + This setting allows to force the PiXtend to enter the safe state . If retain storage is enabled the data will be stored. In safe state the PiXtend won't communicate with FHEM and can't be configured anymore. To restart the PiXtend a reset has to be done.

        • @@ -1206,20 +1505,21 @@ sub UC_Reset() download section of our homepage. The values can be returned as a string where the actual value is inside squared brackets or as raw values. - To change the returned value an attribute has to be set. + To change the returned value the attribute "PiXtend_GetFormat" has to be set.

      • AnalogIn#
        Returns the Value of the selected analog input. - The result depends on the selected _JumperSettingAI# and the actual physical jumper position on the board. + The result depends on the selected _JumperSettingAI# and the actual physical jumper position on the board, as well as the kind of measurement. + For example AnalogIn4 and AnalogIn5 on model -L- are used to measure a current instead of a voltage.

      • DigitalIn#
        - Returns the state 1 (HIGH) or 0 (LOW) of the digital input. + Returns the state on (HIGH) or off (LOW) of the digital input.

      • GPIOIn#
        - Returns the state 1 (HIGH) or 0 (LOW) of the GPIO, independant of its configuration (input, output, ..). + Returns the state on (HIGH) or off (LOW) of the GPIO, independant of its configuration (input, output, ..).

      • RetainDataIn [0-(RetainSize-1)]
        @@ -1271,11 +1571,11 @@ sub UC_Reset()

      • AnalogIn#
        - Shows the result of the measurment on the analog inputs in V. + Shows the result of the measurment on the analog inputs in V or mA.

      • DigitalIn#
        - Shows the state 1 (HIGH) or 0 (LOW) of the digital inputs. + Shows the state on (HIGH) or off (LOW) of the digital inputs.

      • Firmware
        @@ -1283,7 +1583,7 @@ sub UC_Reset()

      • GPIOIn#
        - Shows the state 1 (HIGH) or 0 (LOW) of the GPIOs, independant of their configuration (input, output, ..). + Shows the state on (HIGH) or off (LOW) of the GPIOs, independant of their configuration (input, output, ..).

      • Hardware
        @@ -1378,11 +1678,16 @@ sub UC_Reset() Define
          - define <name> PiXtendV2 + define <name> PiXtendV2 <optional>

          + Der Parameter "optional" bestimmt für welches Hardware-Modell ein FHEM-Gerät angelegt werden soll, z.B. S oder L. + Wird der Parameter weggelassen, wird automatisch ein FHEM-Gerät für Model -S- angelegt. +

          Beispiel:
            - define pix PiXtendV2
            + define pix PiXtendV2    => erzeugt ein FHEM-Gerät für Model S
            + define pix PiXtendV2 S   => erzeugt ein FHEM-Gerät für Model S
            + define pix PiXtendV2 L   => erzeugt ein FHEM-Gerät für Model L

        @@ -1487,8 +1792,8 @@ sub UC_Reset() unserer Hompage nach.

        PWM#Ctrl0 benötigt einen Wert zwischen 0 und 255
        - PWM#Ctrl1 benötigt einen Wert zwischen 0 und 65535 (oder einen Wert zwischen 0 und 255)
        - PWM#A/B benötigt einen Wert zwischen 0 und 65535 (oder einen Wert zwischen 0 und 255) + PWM#Ctrl1 benötigt einen Wert zwischen 0 und 65535 (oder einen Wert zwischen 0 und 255, siehe Ausnahme Model -S-)
        + PWM#A/B benötigt einen Wert zwischen 0 und 65535 (oder einen Wert zwischen 0 und 255, siehe Ausnahme Model -S-)

      • RelayOut# [on,off,toggle]
        @@ -1544,20 +1849,21 @@ sub UC_Reset() Downloadbereich unserer Hompage nach.
        Die Werte können als Text, wobei die Werte in eckigen Klammern stehen oder als rohe Werte zurückgegeben werden. - Die Einstellung für das Format ist in den Attributen zu finden. + Die Einstellung für das Format ist in den Attributen ("PiXtend_GetFormat") zu finden.

      • AnalogIn#
        Gibt den Wert des ausgewählten analogen Eingangs zurück. - Der Wert hängt dabei von der Einstellung _JumperSettingAI# und der tatsächlichen Jumper-Position auf dem Board ab. + Der Wert hängt dabei von der Einstellung _JumperSettingAI# und der tatsächlichen Jumper-Position auf dem Board ab, sowie der Messmethode des Kanals ab. + AnalogIn4 und AnalogIn5 bei Modell -L- sind z.B. Stromeingänge.

      • DigitalIn#
        - Gibt den Status 1 (HIGH) oder 0 (LOW) des digitalen Eingangs zurück. + Gibt den Status on (HIGH) oder off (LOW) des digitalen Eingangs zurück.

      • GPIOIn#
        - Gibt den Status 1 (HIGH) oder 0 (LOW) des GPIOs zurück, unabhängig von der Konfiguration (input, output, ..). + Gibt den Status on (HIGH) oder off (LOW) des GPIOs zurück, unabhängig von der Konfiguration (input, output, ..).

      • RetainDataIn [0-(RetainSize-1)]
        @@ -1610,11 +1916,11 @@ sub UC_Reset()

      • AnalogIn#
        - Zeigt das Ergebnis der Messungen der analogen Eingänge in Volt an. + Zeigt das Ergebnis der Messungen der analogen Eingänge in V beziehungsweise in mA an.

      • DigitalIn#
        - Zeigt den Status 1 (HIGH) oder 0 (LOW) der digitalen Eingänge an. + Zeigt den Status on (HIGH) oder off (LOW) der digitalen Eingänge an.

      • Firmware
        @@ -1622,7 +1928,7 @@ sub UC_Reset()

      • GPIOIn#
        - Zeigt den Status 1 (HIGH) oder 0 (LOW) der GPIOs, unabhängig von deren Konfiguration (input, output, ..). + Zeigt den Status on (HIGH) oder off (LOW) der GPIOs, unabhängig von deren Konfiguration (input, output, ..).

      • Hardware