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97_PiXtendV2:module extended to support PiXtend V2 -L-

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git-svn-id: https://svn.fhem.de/fhem/trunk@17149 2b470e98-0d58-463d-a4d8-8e2adae1ed80
This commit is contained in:
PiXtend 2018-08-16 15:06:50 +00:00
parent a19ceca7bd
commit 2d15aad5b7
1 changed files with 341 additions and 35 deletions
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374
fhem/FHEM/97_PiXtendV2.pm
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@ -10,11 +10,11 @@
# #
# This file is part of the PiXtend(R) Project. # 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 <http://www.PiXtend.de> or <http://www.PiXtend.com> # see <http://www.PiXtend.de> or <http://www.PiXtend.com>
# #
# Copyright (C) 2014-2017 Tobias Sperling # Copyright (C) 2014-2018 Tobias Sperling
# Qube Solutions UG (haftungsbeschränkt), Arbachtalstr. 6 # Qube Solutions GmbH, Arbachtalstr. 6
# 72800 Eningen, Germany # 72800 Eningen, Germany
# #
# This program is free software: you can redistribute it and/or modify # This program is free software: you can redistribute it and/or modify
@ -37,8 +37,12 @@ use strict;
use warnings; use warnings;
use Time::HiRes qw(gettimeofday usleep); use Time::HiRes qw(gettimeofday usleep);
my $modul_ver = "1.00"; my $modul_ver = "1.02";
#####################################
# Configuration for Model -S-
#####################################
my @PiXtendV2S_Set = ( my @PiXtendV2S_Set = (
"_JumperSettingAI0:10V,5V", "_JumperSettingAI0:10V,5V",
"_JumperSettingAI1:10V,5V", "_JumperSettingAI1:10V,5V",
@ -49,6 +53,7 @@ my @PiXtendV2S_Set = (
"_GPIOPullupsEnable:no,yes", "_GPIOPullupsEnable:no,yes",
"_WatchdogEnable:disabled,125ms,1s,8s", "_WatchdogEnable:disabled,125ms,1s,8s",
"_StateLEDDisable:no,yes", "_StateLEDDisable:no,yes",
"Reset:noArg", "Reset:noArg",
"SafeState:noArg", "SafeState:noArg",
"RetainCopy:off,on", "RetainCopy:off,on",
@ -156,21 +161,25 @@ sub BufferRead_S($$) {
readingsBulkUpdateIfChanged($hash, "UCState", $buffer->[3], 1); readingsBulkUpdateIfChanged($hash, "UCState", $buffer->[3], 1);
readingsBulkUpdateIfChanged($hash, "UCWarnings", $buffer->[4], 1); readingsBulkUpdateIfChanged($hash, "UCWarnings", $buffer->[4], 1);
#DigitalIn
for(my $i=0; $i < 8; $i++){ for(my $i=0; $i < 8; $i++){
if($buffer->[9] & (1<<$i)) { readingsBulkUpdateIfChanged($hash, "DigitalIn$i", "on", 1);} if($buffer->[9] & (1<<$i)) { readingsBulkUpdateIfChanged($hash, "DigitalIn$i", "on", 1);}
else { readingsBulkUpdateIfChanged($hash, "DigitalIn$i", "off", 1);} else { readingsBulkUpdateIfChanged($hash, "DigitalIn$i", "off", 1);}
} }
#AnalogIn
$str = sprintf("%.2f", (($buffer->[10] | ($buffer->[11] << 8))*($hash->{DataOut}{JumperAI0})/1024)); $str = sprintf("%.2f", (($buffer->[10] | ($buffer->[11] << 8))*($hash->{DataOut}{JumperAI0})/1024));
readingsBulkUpdateIfChanged($hash, "AnalogIn0", $str, 1); readingsBulkUpdateIfChanged($hash, "AnalogIn0", $str, 1);
$str = sprintf("%.2f", (($buffer->[12] | ($buffer->[13] << 8))*($hash->{DataOut}{JumperAI1})/1024)); $str = sprintf("%.2f", (($buffer->[12] | ($buffer->[13] << 8))*($hash->{DataOut}{JumperAI1})/1024));
readingsBulkUpdateIfChanged($hash, "AnalogIn1", $str, 1); readingsBulkUpdateIfChanged($hash, "AnalogIn1", $str, 1);
#GPIOIn
for(my $i=0; $i < 4; $i++){ for(my $i=0; $i < 4; $i++){
if($buffer->[14] & (1<<$i)) { readingsBulkUpdateIfChanged($hash, "GPIOIn$i", "on", 1);} if($buffer->[14] & (1<<$i)) { readingsBulkUpdateIfChanged($hash, "GPIOIn$i", "on", 1);}
else { readingsBulkUpdateIfChanged($hash, "GPIOIn$i", "off", 1);} else { readingsBulkUpdateIfChanged($hash, "GPIOIn$i", "off", 1);}
} }
#DHTs
for(my $i=0; $i < 4; $i++){ for(my $i=0; $i < 4; $i++){
my $temp = ($buffer->[15+(4*$i)] | ($buffer->[16+(4*$i)] << 8)); my $temp = ($buffer->[15+(4*$i)] | ($buffer->[16+(4*$i)] << 8));
my $humi = ($buffer->[17+(4*$i)] | ($buffer->[18+(4*$i)] << 8)); my $humi = ($buffer->[17+(4*$i)] | ($buffer->[18+(4*$i)] << 8));
@ -223,6 +232,262 @@ sub BufferRead_S($$) {
readingsEndUpdate($hash, 1); readingsEndUpdate($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($) { sub PiXtendV2_Initialize($) {
my ($hash) = @_; my ($hash) = @_;
@ -265,7 +530,28 @@ sub PiXtendV2_Define($$) {
$hash->{DataOut}{JumperAI0} = 10; $hash->{DataOut}{JumperAI0} = 10;
$hash->{DataOut}{JumperAI1} = 10; $hash->{DataOut}{JumperAI1} = 10;
}
elsif($param[2] eq "L")
{
$hash->{Set} = \@PiXtendV2L_Set;
$hash->{Get} = \@PiXtendV2L_Get;
$hash->{SPI}{Write} = \&BufferWrite_L;
$hash->{SPI}{Read} = \&BufferRead_L;
$hash->{SPI}{Length} = 111;
$hash->{SPI}{Speed} = 1100000;
$hash->{SPI}{Dev0} = "/dev/spidev0.0";
$hash->{SPI}{Dev1} = "/dev/spidev0.1";
$hash->{SPI}{Enable} = "/sys/class/gpio/";
$hash->{SPI}{Model} = 76;
$hash->{RetainSize} = 64;
$hash->{DataOut}{JumperAI0} = 10;
$hash->{DataOut}{JumperAI1} = 10;
$hash->{DataOut}{JumperAI2} = 10;
$hash->{DataOut}{JumperAI3} = 10;
$hash->{DataIn}{UnitAI4} = "mA";
$hash->{DataIn}{UnitAI5} = "mA";
} }
else else
{ {
@ -306,6 +592,7 @@ sub PiXtendV2_Attr ($$$$)
if($cmd eq "set") if($cmd eq "set")
{ {
#GetFormat
if($attrName eq "PiXtend_GetFormat") if($attrName eq "PiXtend_GetFormat")
{ {
if($attrValue eq "text" or $attrValue eq "value") if($attrValue eq "text" or $attrValue eq "value")
@ -317,6 +604,7 @@ sub PiXtendV2_Attr ($$$$)
} }
} }
#Parameter
if($attrName eq "PiXtend_Parameter") if($attrName eq "PiXtend_Parameter")
{ {
my @coms = split(/ /, $attrValue); my @coms = split(/ /, $attrValue);
@ -406,7 +694,15 @@ sub PiXtendV2_Get($$@) {
$val = ReadingsVal($name, "AnalogIn$cmd", undef); $val = ReadingsVal($name, "AnalogIn$cmd", undef);
if(defined($val)) 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($hash); UC_Reset($hash);
} }
#Parameter
###############
elsif(index($cmd, "_jumpersettingai") != -1) elsif(index($cmd, "_jumpersettingai") != -1)
{ {
$cmd =~ s/_jumpersettingai//; $cmd =~ s/_jumpersettingai//;
@ -1005,13 +1303,10 @@ sub UC_Reset()
my ($handler) = undef; my ($handler) = undef;
my $ret = sysopen($handler, $hash->{SPI}{Enable}."export", O_WRONLY); my $ret = sysopen($handler, $hash->{SPI}{Enable}."export", O_WRONLY);
syswrite($handler, 23); syswrite($handler, 23);
#close($handler);
$ret = sysopen($handler, $hash->{SPI}{Enable}."gpio23/direction", O_WRONLY); $ret = sysopen($handler, $hash->{SPI}{Enable}."gpio23/direction", O_WRONLY);
syswrite($handler, "out", 3); syswrite($handler, "out", 3);
#close($handler);
$ret = sysopen($handler, $hash->{SPI}{Enable}."gpio23/value", O_WRONLY); $ret = sysopen($handler, $hash->{SPI}{Enable}."gpio23/value", O_WRONLY);
syswrite($handler, "1", 1); syswrite($handler, "1", 1);
#close($handler);
usleep(1000); usleep(1000);
$ret = sysopen($handler, $hash->{SPI}{Enable}."gpio23/value", O_WRONLY); $ret = sysopen($handler, $hash->{SPI}{Enable}."gpio23/value", O_WRONLY);
syswrite($handler, "0", 1); syswrite($handler, "0", 1);
@ -1047,11 +1342,15 @@ sub UC_Reset()
<a name="PiXtendV2Define"></a> <a name="PiXtendV2Define"></a>
<b>Define</b> <b>Define</b>
<ul> <ul>
<code>define &lt;name&gt; PiXtendV2</code> <code>define &lt;name&gt; PiXtendV2 &lt;optional&gt;</code>
<br><br> <br><br>
The parameter "optional" is used to determine the hardware model, e.g. S or L. If the parameter is not used a FHEM device for model S is created automatically.
<br><br>
Example: Example:
<ul> <ul>
<code>define pix PiXtendV2</code><br> <code>define pix PiXtendV2</code> &emsp;&emsp;&emsp;=> creates a FHEM device for model S<br>
<code>define pix PiXtendV2 S</code> &emsp;&emsp;=> creates a FHEM device for model S<br>
<code>define pix PiXtendV2 L</code> &emsp;&emsp;=> creates a FHEM device for model L<br>
</ul> </ul>
</ul> </ul>
<br> <br>
@ -1114,7 +1413,7 @@ sub UC_Reset()
<li>DigitalDebounce# [0-255]<br> <li>DigitalDebounce# [0-255]<br>
Allows to debounce the digital inputs. A setting always affects two channels. So DigitalDebounce01 affects DigitalIn0 and DigitalIn1. 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. 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.
<br><br> <br><br>
Example: Example:
<ul> <ul>
@ -1129,7 +1428,7 @@ sub UC_Reset()
<li>GPIODebounce# [0-255]<br> <li>GPIODebounce# [0-255]<br>
Allows to debounce the GPIO inputs. A setting always affects two channels. So GPIODebounce01 affects GPIOIn0 and GPIOIn1. 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. 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.
<br><br> <br><br>
Example: Example:
<ul> <ul>
@ -1151,8 +1450,8 @@ sub UC_Reset()
of our homepage. of our homepage.
<br><br> <br><br>
PWM#Ctrl0 needs a value between 0 and 255<br> PWM#Ctrl0 needs a value between 0 and 255<br>
PWM#Ctrl1 needs a value between 0 and 65535 (or a value between 0 and 255)<br> PWM#Ctrl1 needs a value between 0 and 65535 (or a value between 0 and 255, see exception for model -S-)<br>
PWM#A/B 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, see exception for model -S-)
<br><br></li> <br><br></li>
<li>RelayOut# [on,off,toggle]<br> <li>RelayOut# [on,off,toggle]<br>
@ -1165,7 +1464,7 @@ sub UC_Reset()
<li>RetainCopy [on,off]<br> <li>RetainCopy [on,off]<br>
If RetainCopy is enabled [on] the RetainDataOut that is written to the PiXtend will be received in RetainDataIn again. 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. If it is disabled [off] the last stored data will be received.
<br><br></li> <br><br></li>
@ -1189,7 +1488,7 @@ sub UC_Reset()
<br><br></li> <br><br></li>
<li>SafeState<br> <li>SafeState<br>
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. To restart the PiXtend a reset has to be done.
<br><br></li> <br><br></li>
@ -1206,20 +1505,21 @@ sub UC_Reset()
<a href="http://www.PiXtend.de/PiXtend/downloads/" target="_blank">download section</a> <a href="http://www.PiXtend.de/PiXtend/downloads/" target="_blank">download section</a>
of our homepage. of our homepage.
The values can be returned as a string where the actual value is inside squared brackets or as raw values. 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.
<br><br> <br><br>
<li>AnalogIn#<br> <li>AnalogIn#<br>
Returns the Value of the selected analog input. 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.
<br><br></li> <br><br></li>
<li>DigitalIn#<br> <li>DigitalIn#<br>
Returns the state 1 (HIGH) or 0 (LOW) of the digital input. Returns the state on (HIGH) or off (LOW) of the digital input.
<br><br></li> <br><br></li>
<li>GPIOIn#<br> <li>GPIOIn#<br>
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, ..).
<br><br></li> <br><br></li>
<li>RetainDataIn [0-(RetainSize-1)]<br> <li>RetainDataIn [0-(RetainSize-1)]<br>
@ -1271,11 +1571,11 @@ sub UC_Reset()
<br><br> <br><br>
<li>AnalogIn#<br> <li>AnalogIn#<br>
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.
<br><br></li> <br><br></li>
<li>DigitalIn#<br> <li>DigitalIn#<br>
Shows the state 1 (HIGH) or 0 (LOW) of the digital inputs. Shows the state on (HIGH) or off (LOW) of the digital inputs.
<br><br></li> <br><br></li>
<li>Firmware<br> <li>Firmware<br>
@ -1283,7 +1583,7 @@ sub UC_Reset()
<br><br></li> <br><br></li>
<li>GPIOIn#<br> <li>GPIOIn#<br>
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, ..).
<br><br></li> <br><br></li>
<li>Hardware<br> <li>Hardware<br>
@ -1378,11 +1678,16 @@ sub UC_Reset()
<a name="PiXtendV2Define"></a> <a name="PiXtendV2Define"></a>
<b>Define</b> <b>Define</b>
<ul> <ul>
<code>define &lt;name&gt; PiXtendV2</code> <code>define &lt;name&gt; PiXtendV2 &lt;optional&gt;</code>
<br><br> <br><br>
Der Parameter "optional" bestimmt f&uuml;r welches Hardware-Modell ein FHEM-Ger&auml;t angelegt werden soll, z.B. S oder L.
Wird der Parameter weggelassen, wird automatisch ein FHEM-Ger&auml;t f&uuml;r Model -S- angelegt.
<br><br>
Beispiel: Beispiel:
<ul> <ul>
<code>define pix PiXtendV2</code><br> <code>define pix PiXtendV2</code> &emsp;&emsp;&emsp;=> erzeugt ein FHEM-Ger&auml;t f&uuml;r Model S<br>
<code>define pix PiXtendV2 S</code> &emsp;&emsp;=> erzeugt ein FHEM-Ger&auml;t f&uuml;r Model S<br>
<code>define pix PiXtendV2 L</code> &emsp;&emsp;=> erzeugt ein FHEM-Ger&auml;t f&uuml;r Model L<br>
</ul> </ul>
</ul> </ul>
<br> <br>
@ -1487,8 +1792,8 @@ sub UC_Reset()
unserer Hompage nach. unserer Hompage nach.
<br><br> <br><br>
PWM#Ctrl0 ben&ouml;tigt einen Wert zwischen 0 und 255<br> PWM#Ctrl0 ben&ouml;tigt einen Wert zwischen 0 und 255<br>
PWM#Ctrl1 ben&ouml;tigt einen Wert zwischen 0 und 65535 (oder einen Wert zwischen 0 und 255)<br> PWM#Ctrl1 ben&ouml;tigt einen Wert zwischen 0 und 65535 (oder einen Wert zwischen 0 und 255, siehe Ausnahme Model -S-)<br>
PWM#A/B ben&ouml;tigt einen Wert zwischen 0 und 65535 (oder einen Wert zwischen 0 und 255) PWM#A/B ben&ouml;tigt einen Wert zwischen 0 und 65535 (oder einen Wert zwischen 0 und 255, siehe Ausnahme Model -S-)
<br><br></li> <br><br></li>
<li>RelayOut# [on,off,toggle]<br> <li>RelayOut# [on,off,toggle]<br>
@ -1544,20 +1849,21 @@ sub UC_Reset()
<a href="http://www.PiXtend.de/PiXtend/downloads/" target="_blank">Downloadbereich</a> <a href="http://www.PiXtend.de/PiXtend/downloads/" target="_blank">Downloadbereich</a>
unserer Hompage nach.<br> unserer Hompage nach.<br>
Die Werte k&ouml;nnen als Text, wobei die Werte in eckigen Klammern stehen oder als rohe Werte zur&uuml;ckgegeben werden. Die Werte k&ouml;nnen als Text, wobei die Werte in eckigen Klammern stehen oder als rohe Werte zur&uuml;ckgegeben werden.
Die Einstellung f&uuml;r das Format ist in den Attributen zu finden. Die Einstellung f&uuml;r das Format ist in den Attributen ("PiXtend_GetFormat") zu finden.
<br><br> <br><br>
<li>AnalogIn#<br> <li>AnalogIn#<br>
Gibt den Wert des ausgew&auml;hlten analogen Eingangs zur&uuml;ck. Gibt den Wert des ausgew&auml;hlten analogen Eingangs zur&uuml;ck.
Der Wert h&auml;ngt dabei von der Einstellung _JumperSettingAI# und der tats&auml;chlichen Jumper-Position auf dem Board ab. Der Wert h&auml;ngt dabei von der Einstellung _JumperSettingAI# und der tats&auml;chlichen Jumper-Position auf dem Board ab, sowie der Messmethode des Kanals ab.
AnalogIn4 und AnalogIn5 bei Modell -L- sind z.B. Stromeing&auml;nge.
<br><br></li> <br><br></li>
<li>DigitalIn#<br> <li>DigitalIn#<br>
Gibt den Status 1 (HIGH) oder 0 (LOW) des digitalen Eingangs zur&uuml;ck. Gibt den Status on (HIGH) oder off (LOW) des digitalen Eingangs zur&uuml;ck.
<br><br></li> <br><br></li>
<li>GPIOIn#<br> <li>GPIOIn#<br>
Gibt den Status 1 (HIGH) oder 0 (LOW) des GPIOs zur&uuml;ck, unabh&auml;ngig von der Konfiguration (input, output, ..). Gibt den Status on (HIGH) oder off (LOW) des GPIOs zur&uuml;ck, unabh&auml;ngig von der Konfiguration (input, output, ..).
<br><br></li> <br><br></li>
<li>RetainDataIn [0-(RetainSize-1)]<br> <li>RetainDataIn [0-(RetainSize-1)]<br>
@ -1610,11 +1916,11 @@ sub UC_Reset()
<br><br> <br><br>
<li>AnalogIn#<br> <li>AnalogIn#<br>
Zeigt das Ergebnis der Messungen der analogen Eing&auml;nge in Volt an. Zeigt das Ergebnis der Messungen der analogen Eing&auml;nge in V beziehungsweise in mA an.
<br><br></li> <br><br></li>
<li>DigitalIn#<br> <li>DigitalIn#<br>
Zeigt den Status 1 (HIGH) oder 0 (LOW) der digitalen Eing&auml;nge an. Zeigt den Status on (HIGH) oder off (LOW) der digitalen Eing&auml;nge an.
<br><br></li> <br><br></li>
<li>Firmware<br> <li>Firmware<br>
@ -1622,7 +1928,7 @@ sub UC_Reset()
<br><br></li> <br><br></li>
<li>GPIOIn#<br> <li>GPIOIn#<br>
Zeigt den Status 1 (HIGH) oder 0 (LOW) der GPIOs, unabh&auml;ngig von deren Konfiguration (input, output, ..). Zeigt den Status on (HIGH) oder off (LOW) der GPIOs, unabh&auml;ngig von deren Konfiguration (input, output, ..).
<br><br></li> <br><br></li>
<li>Hardware<br> <li>Hardware<br>