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rego.tar
3451 lines (2975 loc) · 120 KB
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rego.tar
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display.pl 0000755 0000000 0000000 00000035414 12255604566 011603 0 ustar root root #!/usr/bin/perl
# TODO
# how to handle it ???
#
#if( $^O =~ /Win/io ) {
# use Win32::SerialPort;
#} else {
use Device::SerialPort;
#}
use strict;
my $port=( $^O =~ /Win/io ) ? 'COM7' : '/dev/ttyUSB3';
my $PortObj;
sub portconnect {
#my $Configuration_File_Name = '/tmp/ram/port.cfg';
my $Lock_File_Name=( $^O =~ /Win/io ) ? 'C:\lock.ivt' : '/tmp/port.ivt.lock';
my $quiet;
if( $^O =~ /Win/io ) {
$PortObj = new Win32::SerialPort($port, $quiet, $Lock_File_Name);
} else {
$PortObj = new Device::SerialPort($port, $quiet, $Lock_File_Name);
}
$PortObj->handshake("none"); # set parameter
$PortObj->baudrate(19200);
$PortObj->parity("none");
$PortObj->databits(8);
$PortObj->stopbits(1);
$PortObj->buffers(100, 100); # read, write
$PortObj->read_char_time(5); # avg time between read char
$PortObj->read_const_time(100); # total = (avg * bytes) + const
if( $^O =~ /Win/io ) {
$PortObj->read_interval(100); # max time between read char (milliseconds)
$PortObj->write_char_time(5);
$PortObj->write_const_time(100);
}
$PortObj->write_settings || undef $PortObj;
##Old method using file handle, new port object
#print "Can't change Device_Control_Block: $^E\n" unless ($PortObj);
#$PortObj->save($Configuration_File_Name)
# || warn "Can't save $Configuration_File_Name: $!\n";
#
#$PortObj->close || warn "close failed";
#if( $^O =~ /Win/io ) {
# $PortObj = tie (*FH, 'Win32::SerialPort', $Configuration_File_Name)
# || die "Can't tie using $Configuration_File_Name: $!\n";
#
#} else {
# $PortObj = tie (*FH, 'Device::SerialPort', $Configuration_File_Name)
# || die "Can't tie using $Configuration_File_Name: $!\n";
#}
if (!defined($PortObj)) {print "Port problem"};
}
sub cmdsend (@) { # send values (array) to port
my $znak;
my @transdata = @_;
my $count_out;
foreach $znak (@transdata) {
# syswrite FH, chr($znak), 1;
$count_out = $PortObj->write(chr($znak));
print "write failed\n" unless ($count_out);
}
}
sub cmdread ($$) { # read $max characters with $timeout (number of 0.1s intervals)
my $done = 0;
my $cnt = 0;
my $maxcnt = shift;
my $to = 0;
my $maxto = shift;
my $BlockingFlags;
my $InBytes;
my $OutBytes;
my $LatchErrorFlags;
my $char;
my @transdata=();
do {
#$InBytes = sysread(FH,$char,1);
($InBytes, $char) = $PortObj->read(1);
if ($InBytes) {
$to=0;
$transdata[$cnt]=ord($char);
$cnt++;
#print "R";
} else {
select( undef, undef, undef, 0.1 );
$to++;
#print "T";
}
if ($maxcnt == $cnt) {$done++};
if ($to >= $maxto) {$done++};
} while (not $done);
return @transdata;
}
sub portdisconnect {
$PortObj->close || warn "close failed";
}
sub mylog (@) {
my $znak;
my $part;
my $htext = shift;
my @transdata = @_;
print $htext;
foreach $znak (@transdata) {
#print "$znak\n";
printf(" %.2X",$znak);
}
print "\n";
}
sub res2num (@) # convert received values (array) to temperature
{
my @pole = @_;
my $znak = $pole[1] * 16384 + $pole[2] * 128 + $pole[3];
if ($pole[1] >=2) {$znak -=(65536);}
#$znak *= 0.1;
return $znak;
}
sub num2read ($$$$) # prepare values (array) for sending
# parameters: addres, command, register, value
{
my $addr = shift;
my $cmd = shift;
my $reg = shift;
my $val = shift;
my @pole = ($addr,$cmd,00,00,00,00,00,00,00);
my $sum = 0;
my $poc;
foreach $poc (0..2) {
$pole[4-$poc] = $reg & hex('7F');
$sum = $sum ^ $pole[4-$poc];
$reg = $reg >> 7;
}
foreach $poc (0..2) {
$pole[7-$poc] = $val & hex('7F');
$sum = $sum ^ $pole[7-$poc];
$val = $val >> 7;
}
$pole[8] = $sum;
return @pole;
}
sub read2reg (@) # convert values (array) to register
{
my @pole = @_;
my $poc;
my $znak=$pole[2];
foreach $poc (0..1) {
$znak = ($znak * 128) + $pole[3+$poc];
}
return $znak;
}
sub read2text(@) # convert 42 bytes array to text
{
my @pole = @_;
my $poc;
my $znak;
my $text="";
foreach $poc (0..19) {
$znak = ($pole[1+($poc*2)] << 4) + $pole[2+($poc*2)];
$text .= chr($znak);
}
return $text;
}
sub ReadVal {
my @transarray = ();
my $invalid = "";
my $value = 0;
my @transdata=cmdread(5,10);
#mylog("Dest: ",@transdata);
if (@transdata!=5) {$invalid="L"}; # wrong length
if (!$invalid) {if ($transdata[0]!=hex('01')) {$invalid="H";}} # wrong header
if (!$invalid) {if ($transdata[4]!=($transdata[1]^$transdata[2]^$transdata[3])) {$invalid="C";}} # wrong checksum
if (!$invalid) {$value=res2num(@transdata);}
return ($invalid, $value);
}
sub ReadDispVal {
my @transarray = ();
my $invalid = "";
my $value = 0;
my $c = 0;
my @transdata=cmdread(42,20);
#mylog("Dest: ",@transdata);
if (@transdata!=42) {$invalid="L"}; # wrong length
if (!$invalid) {if ($transdata[0]!=hex('01')) {$invalid="H";}} # wrong header
foreach my $i (1..40) {
$c = $c ^ $transdata[$i];
}
if (!$invalid) {if ($transdata[41]!=$c) {$invalid="C";}} # wrong checksum
if (!$invalid) {$value=read2text(@transdata);}
return ($invalid, $value);
}
sub ReadKeyVal {
my @transarray = ();
my $invalid = "";
my $value = 0;
my @transdata=cmdread(5,10);
mylog("Dest: ",@transdata);
if (@transdata!=1) {$invalid="L"}; # wrong length
if (!$invalid) {if ($transdata[0]!=hex('01')) {$invalid="H";}} # wrong header
#if (!$invalid) {if ($transdata[4]!=($transdata[1]^$transdata[2]^$transdata[3])) {$invalid="C";}} # wrong checksum
if (!$invalid) {$value="OK";}
return ($invalid, $value);
}
sub SendCmd ($$$$) {
# prepare values (array) for sending
# parameters: addres, command, register, value
my $addr = shift;
my $cmd = shift;
my $reg = shift;
my $val = shift;
cmdsend(num2read($addr,$cmd,$reg,$val));
}
sub CmdRespTemp ($$$$) {# prepare values (array) for sending
# parameters: addres, command, register, value
my $addr = shift;
my $cmd = shift;
my $reg = shift;
my $val = shift;
my @data = num2read($addr,$cmd,$reg,$val);
my $invalid;
my $value;
my $retrys = 0;
my $done = 0;
my $results = "";
# mylog("address: ", $addr);
# mylog("cmd: ", $cmd);
# mylog("reg: ", $reg);
# mylog("val: ", $val);
# mylog("Source: ",@data);
do {
cmdsend(@data);
($invalid, $value) = ReadVal;
# print "V:$invalid $value\n";
if ($invalid) {$results.=$invalid;}
if (!$invalid) {$done=1};
if ($invalid) {if ($retrys++>=5) {$done=1;}};
} while (!$done);
if (!$invalid) {return (1,0.1 * $value)} else {return (0,$results)};
}
sub CmdRespVal ($$$$) {# prepare values (array) for sending
# parameters: addres, command, register, value
my $addr = shift;
my $cmd = shift;
my $reg = shift;
my $val = shift;
my @data = num2read($addr,$cmd,$reg,$val);
my $invalid;
my $value;
my $retrys = 0;
my $done = 0;
my $results = "";
# mylog("Source: ",@data);
do {
cmdsend(@data);
($invalid, $value) = ReadVal;
# print "V:$invalid $value\n";
if ($invalid) {$results.=$invalid;}
if (!$invalid) {$done=1};
if ($invalid) {if ($retrys++>=5) {$done=1;}};
} while (!$done);
if (!$invalid) {return (1,$value)} else {return (0,$results)};
}
sub CmdRespDisp ($$$$) {# prepare values (array) for sending
# parameters: addres, command, register, value
my $addr = shift;
my $cmd = shift;
my $reg = shift;
my $val = shift;
my @data = num2read($addr,$cmd,$reg,$val);
my $invalid;
my $value;
my $retrys = 0;
my $done = 0;
my $results = "";
# mylog("Source: ",@data);
do {
cmdsend(@data);
($invalid, $value) = ReadDispVal;
# print "V:$invalid $value\n";
if ($invalid) {$results.=$invalid;}
if (!$invalid) {$done=1};
if ($invalid) {if ($retrys++>=5) {$done=1;}};
} while (!$done);
if (!$invalid) {return (1,$value)} else {return (0,$results)};
}
sub CmdRespKey ($$$$) {# prepare values (array) for sending
# parameters: addres, command, register, value
my $addr = shift;
my $cmd = shift;
my $reg = shift;
my $val = shift;
my @data = num2read($addr,$cmd,$reg,$val);
my $invalid;
my $value;
# keyboard not repeated -> do not know if lost in write or read
cmdsend(@data);
($invalid, $value) = ReadKeyVal;
if (!$invalid) {return (1,$value)} else {return (0,$invalid)};
}
sub handleTemp {
my $register = shift;
my $name = shift;
my $key = shift;
my ($valid, $value) = CmdRespTemp(0x81, 0x02, $register, 0);
if ($valid) {
printf("%s (0x%.02X) = %s\n", $name, $register, $value);
} else {
printf("Error when obtaining $name (0x%.02X)\n", $name, $register);
}
}
sub handleValue{
my $register = shift;
my $name = shift;
my $key = shift;
my ($valid, $value) = CmdRespVal(0x81, 0x02, $register, 0);
if ($valid) {
printf("%s (0x%.02X) = %s\n", $name, $register, $value);
} else {
printf("Error when obtaining $name (0x%.02X)\n", $name, $register);
}
}
sub handleTimer {
my $register = shift;
my $name = shift;
my $key = shift;
my ($valid, $value) = CmdRespVal(0x81, 0x04, $register, 0);
if ($valid) {
printf("%s (0x%.02X) = %s\n", $name, $register, $value);
} else {
printf("Error when obtaining $name (0x%.02X)\n", $name, $register);
}
}
portconnect();
my $valid;
my $value;
my $datum = localtime(time);
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('20B'),0);
#if ($valid) {print "Radiator return [GT1] 20B=$value\n"} else {print "Error 20B:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('20C'),0);
#if ($valid) {print "Outdoor [GT2] 20C=$value\n"} else {print "Error 20C:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('20B'),0);
#if ($valid) {print "Hot water [GT3] 20D=$value\n"} else {print "Chyba bojler 20D:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('20E'),0);
#if ($valid) {print "Forward [GT4] 20E=$value\n"} else {"Chyba dopredu 20E:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('20F'),0);
#if ($valid) {print "Room [GT5] 20F=$value\n"} else {"Chyba mistnost 20F:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('210'),0);
#if ($valid) {print "Compressor [GT6] 210=$value\n"} else {print "Chyba kompresor 210:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('211'),0);
#if ($valid) {print "Heat fluid out [GT8] 211=$value\n"} else {print "Chyba teply vystup 211:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('212'),0);
#if ($valid) {print "Heat fluid in [GT9] 212=$value\n"} else {print "Chyba teply vstup 212:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('213'),0);
#if ($valid) {print "Cold fluid in [GT10] 213=$value\n"} else {print "Chyba studeny vstup 213:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('214'),0);
#if ($valid) {print "Cold fluid out [GT11] 214=$value\n"} else {print "Chyba teply vystup 214:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('215'),0);
#if ($valid) {print "External hot water [GT3x] 214=$value\n"} else {print "Chyba teply vystup 214:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('1FF'),0);
#if ($valid) {print "Ground loop pump [P3] 1FF=$value\n"} else {print "Chyba cerp. zem. okr 1FF:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('200'),0);
#if ($valid) {print "Compresor 200=$value\n"} else {print "Chyba kompresor 200:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('201'),0);
#if ($valid) {print "Additional heat 3kW 201=$value\n"} else {print "Chyba dotop 3kW 201:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('202'),0);
#if ($valid) {print "Additional heat 6kW 202=$value\n"} else {print "Chyba dotop 6kW 202:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('205'),0);
#if ($valid) {print "Radiator pump [P1] 205=$value\n"} else {print "Chyba radiatoroe P1 205:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('206'),0);
#if ($valid) {print "Heat carrier pump [P2] 206=$value\n"} else {print "Chyba vnitrni P1 206:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('207'),0);
#if ($valid) {print "Tree-way valve [VXV] 207=$value\n"} else {print "Chyba trojcestny VXV 206:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('208'),0);
#if ($valid) {print "Alarm 208=$value\n"} else {print "Chyba porucha 208:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('6E'),0);
#if ($valid) {print "GT1 Target value 6E=$value\n"} else {print "Chyba GT1 cil 6E:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('6F'),0);
#if ($valid) {print "GT1 On value 6F=$value\n"} else {print "Chyba GT1 zap 6F:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('70'),0);
#if ($valid) {print "GT1 Off value 70=$value\n"} else {print "Chyba GT1 vyp 70:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('2B'),0);
#if ($valid) {print "GT3 Target value 2B=$value\n"} else {print "Chyba GT3 cil 2B:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('73'),0);
#if ($valid) {print "GT3 On value 73=$value\n"} else {print "Chyba GT3 zap 73:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('74'),0);
#if ($valid) {print "GT3 Off value 74=$value\n"} else {print "Chyba GT3 vyp 74:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('0000'),0);
#if ($valid) {print "Heat curve 0000=$value\n"} else {print "Chyba topna 00:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('0001'),0);
#if ($valid) {print "Heat curve fine adj. 01=$value\n"} else {print "Chyba jemne 01:$value\n"}
#my $i;
#foreach $i (hex('0000')..hex('0005'))
#{
# ($valid,$value)=CmdRespVal(hex('81'),hex('00'),$i,0);
# if ($valid) {print "Timer in sec $i=$value\n"} else {print "Chyba Timer $i:$value\n"}
#}
#my $i;
#foreach $i (hex('000')..hex('005'))
#{
# ($valid,$value)=CmdRespVal(hex('81'),hex('04'),$i,0);
# if ($valid) {$value*=10;printf("%.4X=$value\n",$i)} else {printf("Chyba %.4X:$value\n",$i)};
#}
($valid,$value)=CmdRespDisp(hex('81'),hex('20'),hex('0000'),0);
if ($valid) {print "Disp 0=|$value|\n"} else {print "Chyba disp 0:$value\n"}
($valid,$value)=CmdRespDisp(hex('81'),hex('20'),hex('0001'),0);
if ($valid) {print "Disp 1=|$value|\n"} else {print "Chyba disp 1:$value\n"}
($valid,$value)=CmdRespDisp(hex('81'),hex('20'),hex('0002'),0);
if ($valid) {print "Disp 2=|$value|\n"} else {print "Chyba disp 2:$value\n"}
($valid,$value)=CmdRespDisp(hex('81'),hex('20'),hex('0003'),0);
if ($valid) {print "Disp 3=|$value|\n"} else {print "Chyba disp 3:$value\n"}
portdisconnect();
ivt.pl 0000755 0000000 0000000 00000051343 12255604210 010721 0 ustar root root #!/usr/bin/perl
# TODO
# how to handle it ???
#
#if( $^O =~ /Win/io ) {
# use Win32::SerialPort;
#} else {
use Device::SerialPort;
#}
use strict;
my $port=( $^O =~ /Win/io ) ? 'COM7' : '/dev/ttyUSB3';
my $PortObj;
sub portconnect {
#my $Configuration_File_Name = '/tmp/ram/port.cfg';
my $Lock_File_Name=( $^O =~ /Win/io ) ? 'C:\lock.ivt' : '/tmp/port.ivt.lock';
my $quiet;
if( $^O =~ /Win/io ) {
$PortObj = new Win32::SerialPort($port, $quiet, $Lock_File_Name);
} else {
$PortObj = new Device::SerialPort($port, $quiet, $Lock_File_Name);
}
$PortObj->handshake("none"); # set parameter
$PortObj->baudrate(19200);
$PortObj->parity("none");
$PortObj->databits(8);
$PortObj->stopbits(1);
$PortObj->buffers(100, 100); # read, write
$PortObj->read_char_time(5); # avg time between read char
$PortObj->read_const_time(100); # total = (avg * bytes) + const
if( $^O =~ /Win/io ) {
$PortObj->read_interval(100); # max time between read char (milliseconds)
$PortObj->write_char_time(5);
$PortObj->write_const_time(100);
}
$PortObj->write_settings || undef $PortObj;
##Old method using file handle, new port object
#print "Can't change Device_Control_Block: $^E\n" unless ($PortObj);
#$PortObj->save($Configuration_File_Name)
# || warn "Can't save $Configuration_File_Name: $!\n";
#
#$PortObj->close || warn "close failed";
#if( $^O =~ /Win/io ) {
# $PortObj = tie (*FH, 'Win32::SerialPort', $Configuration_File_Name)
# || die "Can't tie using $Configuration_File_Name: $!\n";
#
#} else {
# $PortObj = tie (*FH, 'Device::SerialPort', $Configuration_File_Name)
# || die "Can't tie using $Configuration_File_Name: $!\n";
#}
if (!defined($PortObj)) {print "Port problem"};
}
sub cmdsend (@) { # send values (array) to port
my $znak;
my @transdata = @_;
my $count_out;
foreach $znak (@transdata) {
# syswrite FH, chr($znak), 1;
$count_out = $PortObj->write(chr($znak));
print "write failed\n" unless ($count_out);
}
}
sub cmdread ($$) { # read $max characters with $timeout (number of 0.1s intervals)
my $done = 0;
my $cnt = 0;
my $maxcnt = shift;
my $to = 0;
my $maxto = shift;
my $BlockingFlags;
my $InBytes;
my $OutBytes;
my $LatchErrorFlags;
my $char;
my @transdata=();
do {
#$InBytes = sysread(FH,$char,1);
($InBytes, $char) = $PortObj->read(1);
if ($InBytes) {
$to=0;
$transdata[$cnt]=ord($char);
$cnt++;
#print "R";
} else {
select( undef, undef, undef, 0.1 );
$to++;
#print "T";
}
if ($maxcnt == $cnt) {$done++};
if ($to >= $maxto) {$done++};
} while (not $done);
return @transdata;
}
sub portdisconnect {
$PortObj->close || warn "close failed";
}
sub mylog (@) {
my $znak;
my $part;
my $htext = shift;
my @transdata = @_;
print $htext;
foreach $znak (@transdata) {
#print "$znak\n";
printf(" %.2X",$znak);
}
print "\n";
}
sub res2num (@) # convert received values (array) to temperature
{
my @pole = @_;
my $znak = $pole[1] * 16384 + $pole[2] * 128 + $pole[3];
if ($pole[1] >=2) {$znak -=(65536);}
#$znak *= 0.1;
return $znak;
}
sub num2read ($$$$) # prepare values (array) for sending
# parameters: addres, command, register, value
{
my $addr = shift;
my $cmd = shift;
my $reg = shift;
my $val = shift;
my @pole = ($addr,$cmd,00,00,00,00,00,00,00);
my $sum = 0;
my $poc;
foreach $poc (0..2) {
$pole[4-$poc] = $reg & hex('7F');
$sum = $sum ^ $pole[4-$poc];
$reg = $reg >> 7;
}
foreach $poc (0..2) {
$pole[7-$poc] = $val & hex('7F');
$sum = $sum ^ $pole[7-$poc];
$val = $val >> 7;
}
$pole[8] = $sum;
return @pole;
}
sub read2reg (@) # convert values (array) to register
{
my @pole = @_;
my $poc;
my $znak=$pole[2];
foreach $poc (0..1) {
$znak = ($znak * 128) + $pole[3+$poc];
}
return $znak;
}
sub read2text(@) # convert 42 bytes array to text
{
my @pole = @_;
my $poc;
my $znak;
my $text="";
foreach $poc (0..19) {
$znak = ($pole[1+($poc*2)] << 4) + $pole[2+($poc*2)];
$text .= chr($znak);
}
return $text;
}
sub ReadVal {
my @transarray = ();
my $invalid = "";
my $value = 0;
my @transdata=cmdread(5,10);
#mylog("Dest: ",@transdata);
if (@transdata!=5) {$invalid="L"}; # wrong length
if (!$invalid) {if ($transdata[0]!=hex('01')) {$invalid="H";}} # wrong header
if (!$invalid) {if ($transdata[4]!=($transdata[1]^$transdata[2]^$transdata[3])) {$invalid="C";}} # wrong checksum
if (!$invalid) {$value=res2num(@transdata);}
return ($invalid, $value);
}
sub ReadDispVal {
my @transarray = ();
my $invalid = "";
my $value = 0;
my $c = 0;
my @transdata=cmdread(42,20);
#mylog("Dest: ",@transdata);
if (@transdata!=42) {$invalid="L"}; # wrong length
if (!$invalid) {if ($transdata[0]!=hex('01')) {$invalid="H";}} # wrong header
foreach my $i (1..40) {
$c = $c ^ $transdata[$i];
}
if (!$invalid) {if ($transdata[41]!=$c) {$invalid="C";}} # wrong checksum
if (!$invalid) {$value=read2text(@transdata);}
return ($invalid, $value);
}
sub ReadKeyVal {
my @transarray = ();
my $invalid = "";
my $value = 0;
my @transdata=cmdread(5,10);
mylog("Dest: ",@transdata);
if (@transdata!=1) {$invalid="L"}; # wrong length
if (!$invalid) {if ($transdata[0]!=hex('01')) {$invalid="H";}} # wrong header
#if (!$invalid) {if ($transdata[4]!=($transdata[1]^$transdata[2]^$transdata[3])) {$invalid="C";}} # wrong checksum
if (!$invalid) {$value="OK";}
return ($invalid, $value);
}
sub SendCmd ($$$$) {
# prepare values (array) for sending
# parameters: addres, command, register, value
my $addr = shift;
my $cmd = shift;
my $reg = shift;
my $val = shift;
cmdsend(num2read($addr,$cmd,$reg,$val));
}
sub CmdRespTemp ($$$$) {# prepare values (array) for sending
# parameters: addres, command, register, value
my $addr = shift;
my $cmd = shift;
my $reg = shift;
my $val = shift;
my @data = num2read($addr,$cmd,$reg,$val);
my $invalid;
my $value;
my $retrys = 0;
my $done = 0;
my $results = "";
# mylog("address: ", $addr);
# mylog("cmd: ", $cmd);
# mylog("reg: ", $reg);
# mylog("val: ", $val);
# mylog("Source: ",@data);
do {
cmdsend(@data);
($invalid, $value) = ReadVal;
# print "V:$invalid $value\n";
if ($invalid) {$results.=$invalid;}
if (!$invalid) {$done=1};
if ($invalid) {if ($retrys++>=5) {$done=1;}};
} while (!$done);
if (!$invalid) {return (1,0.1 * $value)} else {return (0,$results)};
}
sub CmdRespVal ($$$$) {# prepare values (array) for sending
# parameters: addres, command, register, value
my $addr = shift;
my $cmd = shift;
my $reg = shift;
my $val = shift;
my @data = num2read($addr,$cmd,$reg,$val);
my $invalid;
my $value;
my $retrys = 0;
my $done = 0;
my $results = "";
# mylog("Source: ",@data);
do {
cmdsend(@data);
($invalid, $value) = ReadVal;
# print "V:$invalid $value\n";
if ($invalid) {$results.=$invalid;}
if (!$invalid) {$done=1};
if ($invalid) {if ($retrys++>=5) {$done=1;}};
} while (!$done);
if (!$invalid) {return (1,$value)} else {return (0,$results)};
}
sub CmdRespDisp ($$$$) {# prepare values (array) for sending
# parameters: addres, command, register, value
my $addr = shift;
my $cmd = shift;
my $reg = shift;
my $val = shift;
my @data = num2read($addr,$cmd,$reg,$val);
my $invalid;
my $value;
my $retrys = 0;
my $done = 0;
my $results = "";
# mylog("Source: ",@data);
do {
cmdsend(@data);
($invalid, $value) = ReadDispVal;
# print "V:$invalid $value\n";
if ($invalid) {$results.=$invalid;}
if (!$invalid) {$done=1};
if ($invalid) {if ($retrys++>=5) {$done=1;}};
} while (!$done);
if (!$invalid) {return (1,$value)} else {return (0,$results)};
}
sub CmdRespKey ($$$$) {# prepare values (array) for sending
# parameters: addres, command, register, value
my $addr = shift;
my $cmd = shift;
my $reg = shift;
my $val = shift;
my @data = num2read($addr,$cmd,$reg,$val);
my $invalid;
my $value;
# keyboard not repeated -> do not know if lost in write or read
cmdsend(@data);
($invalid, $value) = ReadKeyVal;
if (!$invalid) {return (1,$value)} else {return (0,$invalid)};
}
sub handleTemp {
my $register = shift;
my $name = shift;
my $key = shift;
my ($valid, $value) = CmdRespTemp(0x81, 0x02, $register, 0);
if ($valid) {
printf("%s (0x%.02X) = %s\n", $name, $register, $value);
} else {
printf("Error when obtaining $name (0x%.02X)\n", $name, $register);
}
}
sub handleValue{
my $register = shift;
my $name = shift;
my $key = shift;
my ($valid, $value) = CmdRespVal(0x81, 0x02, $register, 0);
if ($valid) {
printf("%s (0x%.02X) = %s\n", $name, $register, $value);
} else {
printf("Error when obtaining $name (0x%.02X)\n", $name, $register);
}
}
sub handleTimer {
my $register = shift;
my $name = shift;
my $key = shift;
my ($valid, $value) = CmdRespVal(0x81, 0x04, $register, 0);
if ($valid) {
printf("%s (0x%.02X) = %s\n", $name, $register, $value);
} else {
printf("Error when obtaining $name (0x%.02X)\n", $name, $register);
}
}
portconnect();
my $valid;
my $value;
my $datum = localtime(time);
################################
# Hmm, that is working -> comented out because I'm debuging not working parts
################################
if (0) {
handleTemp(0x0209, "Radiator return [GT1]", "radiator_return");
handleTemp(0x020A, "Outdoor [GT2]", "");
handleTemp(0x020B, "Hot water [GT3]", "");
handleTemp(0x020C, "Forward [GT4]", "");
handleTemp(0x020D, "Room [GT5]", "");
handleTemp(0x020E, "Compressor [GT6]", "");
handleTemp(0x020F, "Heat fluid out [GT8]", "");
handleTemp(0x0210, "Heat fluid in [GT9]", "");
handleTemp(0x0211, "Cold fluid in [GT10]", "");
handleTemp(0x0212, "Cold fluid out [GT11]", "");
handleTemp(0x0213, "External hot water [GT3x]", "");
handleValue(0x01FD, "Ground loop pump [P3]", "");
handleValue(0x01FE, "Compresor", "");
handleValue(0x01FF, "Additional heat 3kW", "");
handleValue(0x0200, "Additional heat 6kW", "");
handleValue(0x0203, "Radiator pump [P1]", "");
handleValue(0x0204, "Heat carrier pump [P2]", "");
handleValue(0x0205, "Tree-way valve [VXV]", "");
handleValue(0x0206, "Alarm", "");
handleTemp(0x006E, "GT1 Target value", "");
handleTemp(0x006F, "GT1 On value", "");
handleTemp(0x0070, "GT1 Off value", "");
handleTemp(0x002B, "GT3 Target value", "");
handleTemp(0x0073, "GT3 On value", "");
handleTemp(0x0074, "GT3 Off value", "");
handleTemp(0x006D, "GT4 Target value", "");
handleTemp(0x006C, "Add heat power in %", "");
handleTemp(0x0000, "Heat curve", "");
handleTemp(0x0001, "Heat curve find adj", "");
handleTemp(0x0021, "Indoor temp setting", "");
handleTemp(0x0022, "Curve infl. by in-temp.", "");
handleTemp(0x001E, "Adj. curve at 20' out", "");
handleTemp(0x001C, "Adj. curve at 15' out", "");
handleTemp(0x001A, "Adj. curve at 10' out", "");
handleTemp(0x0018, "Adj. curve at 5' out", "");
handleTemp(0x0016, "Adj. curve at 0' out", "");
handleTemp(0x0014, "Adj. curve at -5' out", "");
handleTemp(0x0012, "Adj. curve at -10' out", "");
handleTemp(0x0010, "Adj. curve at -15' out", "");
handleTemp(0x000E, "Adj. curve at -20' out", "");
handleTemp(0x000C, "Adj. curve at -25' out", "");
handleTemp(0x000A, "Adj. curve at -30' out", "");
handleTemp(0x0008, "Adj. curve at -35' out", "");
handleTemp(0x0002, "Heat curve coupling diff.", "");
}
handleTimer(0x0000, "Add heat timer in sec.", "");
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('20B'),0);
#if ($valid) {print "Radiator return [GT1] 20B=$value\n"} else {print "Error 20B:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('20C'),0);
#if ($valid) {print "Outdoor [GT2] 20C=$value\n"} else {print "Error 20C:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('20B'),0);
#if ($valid) {print "Hot water [GT3] 20D=$value\n"} else {print "Chyba bojler 20D:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('20E'),0);
#if ($valid) {print "Forward [GT4] 20E=$value\n"} else {"Chyba dopredu 20E:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('20F'),0);
#if ($valid) {print "Room [GT5] 20F=$value\n"} else {"Chyba mistnost 20F:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('210'),0);
#if ($valid) {print "Compressor [GT6] 210=$value\n"} else {print "Chyba kompresor 210:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('211'),0);
#if ($valid) {print "Heat fluid out [GT8] 211=$value\n"} else {print "Chyba teply vystup 211:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('212'),0);
#if ($valid) {print "Heat fluid in [GT9] 212=$value\n"} else {print "Chyba teply vstup 212:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('213'),0);
#if ($valid) {print "Cold fluid in [GT10] 213=$value\n"} else {print "Chyba studeny vstup 213:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('214'),0);
#if ($valid) {print "Cold fluid out [GT11] 214=$value\n"} else {print "Chyba teply vystup 214:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('215'),0);
#if ($valid) {print "External hot water [GT3x] 214=$value\n"} else {print "Chyba teply vystup 214:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('1FF'),0);
#if ($valid) {print "Ground loop pump [P3] 1FF=$value\n"} else {print "Chyba cerp. zem. okr 1FF:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('200'),0);
#if ($valid) {print "Compresor 200=$value\n"} else {print "Chyba kompresor 200:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('201'),0);
#if ($valid) {print "Additional heat 3kW 201=$value\n"} else {print "Chyba dotop 3kW 201:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('202'),0);
#if ($valid) {print "Additional heat 6kW 202=$value\n"} else {print "Chyba dotop 6kW 202:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('205'),0);
#if ($valid) {print "Radiator pump [P1] 205=$value\n"} else {print "Chyba radiatoroe P1 205:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('206'),0);
#if ($valid) {print "Heat carrier pump [P2] 206=$value\n"} else {print "Chyba vnitrni P1 206:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('207'),0);
#if ($valid) {print "Tree-way valve [VXV] 207=$value\n"} else {print "Chyba trojcestny VXV 206:$value\n"}
#($valid,$value)=CmdRespVal(hex('81'),hex('02'),hex('208'),0);
#if ($valid) {print "Alarm 208=$value\n"} else {print "Chyba porucha 208:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('6E'),0);
#if ($valid) {print "GT1 Target value 6E=$value\n"} else {print "Chyba GT1 cil 6E:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('6F'),0);
#if ($valid) {print "GT1 On value 6F=$value\n"} else {print "Chyba GT1 zap 6F:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('70'),0);
#if ($valid) {print "GT1 Off value 70=$value\n"} else {print "Chyba GT1 vyp 70:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('2B'),0);
#if ($valid) {print "GT3 Target value 2B=$value\n"} else {print "Chyba GT3 cil 2B:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('73'),0);
#if ($valid) {print "GT3 On value 73=$value\n"} else {print "Chyba GT3 zap 73:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('74'),0);
#if ($valid) {print "GT3 Off value 74=$value\n"} else {print "Chyba GT3 vyp 74:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('0000'),0);
#if ($valid) {print "Heat curve 0000=$value\n"} else {print "Chyba topna 00:$value\n"}
#($valid,$value)=CmdRespTemp(hex('81'),hex('02'),hex('0001'),0);
#if ($valid) {print "Heat curve fine adj. 01=$value\n"} else {print "Chyba jemne 01:$value\n"}
#my $i;
#foreach $i (hex('0000')..hex('0005'))
#{
# ($valid,$value)=CmdRespVal(hex('81'),hex('00'),$i,0);
# if ($valid) {print "Timer in sec $i=$value\n"} else {print "Chyba Timer $i:$value\n"}
#}
#my $i;
#foreach $i (hex('000')..hex('005'))
#{
# ($valid,$value)=CmdRespVal(hex('81'),hex('04'),$i,0);
# if ($valid) {$value*=10;printf("%.4X=$value\n",$i)} else {printf("Chyba %.4X:$value\n",$i)};
#}
($valid,$value)=CmdRespDisp(hex('81'),hex('20'),hex('0000'),0);
if ($valid) {print "Disp 0=|$value|\n"} else {print "Chyba disp 0:$value\n"}
($valid,$value)=CmdRespDisp(hex('81'),hex('20'),hex('0001'),0);
if ($valid) {print "Disp 1=|$value|\n"} else {print "Chyba disp 1:$value\n"}
($valid,$value)=CmdRespDisp(hex('81'),hex('20'),hex('0002'),0);
if ($valid) {print "Disp 2=|$value|\n"} else {print "Chyba disp 2:$value\n"}
($valid,$value)=CmdRespDisp(hex('81'),hex('20'),hex('0003'),0);
if ($valid) {print "Disp 3=|$value|\n"} else {print "Chyba disp 3:$value\n"}
#power off
#($valid,$value)=CmdRespKey(hex('81'),hex('01'),hex('0008'),1);
#if ($valid) {print "Key Power pressed\n"} else {print "Err key Power:$value\n"}