$rproc = shift;
finish();
- dbg('err', "AGW initialising and connecting to $addr/$port ...");
+ dbg("AGW initialising and connecting to $addr/$port ...");
$sock = IO::Socket::INET->new(PeerAddr => $addr, PeerPort => $port, Proto=>'tcp', Timeout=>15);
unless ($sock) {
- dbg('err', "Cannot connect to AGW Engine at $addr/$port $!");
+ dbg("Cannot connect to AGW Engine at $addr/$port $!");
return;
}
Msg::blocking($sock, 0);
return if $finishing;
if ($sock) {
$finishing = 1;
- dbg('err', "AGW ending...");
+ dbg("AGW ending...");
for (values %circuit) {
&{$_->{eproc}}() if $_->{eproc};
$_->disconnect;
$len = length $data;
if ($sort eq 'y' || $sort eq 'H') {
- dbg('agwpoll', "AGW sendf: $sort '${from}'->'${to}' port: $port pid: $pid \"$data\"");
+ dbg("AGW sendf: $sort '${from}'->'${to}' port: $port pid: $pid \"$data\"") if isdbg('agwpoll');
} elsif ($sort eq 'D') {
if (isdbg('agw')) {
my $d = $data;
$d =~ s/\cM$//;
- dbg('agw', "AGW sendf: $sort '${from}'->'${to}' port: $port pid: $pid \"$d\"");
+ dbg("AGW sendf: $sort '${from}'->'${to}' port: $port pid: $pid \"$d\"") if isdbg('agw');
}
} else {
- dbg('agw', "AGW sendf: $sort '${from}'->'${to}' port: $port pid: $pid \"$data\"");
+ dbg("AGW sendf: $sort '${from}'->'${to}' port: $port pid: $pid \"$data\"") if isdbg('agw');
}
push @outqueue, pack('C x3 a1 x1 C x1 a10 a10 V x4 a*', $port, $sort, $pid, $from, $to, $len, $data);
Msg::set_event_handler($sock, write=>\&_send);
sub _error
{
- dbg('err', "error on AGW connection $addr/$port $!");
+ dbg("error on AGW connection $addr/$port $!");
Msg::set_event_handler($sock, read=>undef, write=>undef, error=>undef);
$sock = undef;
for (%circuit) {
# do a sanity check on the length
if ($len > 2000) {
- dbg('err', "AGW: invalid length $len > 2000 received ($sort $port $pid '$from'->'$to')");
+ dbg("AGW: invalid length $len > 2000 received ($sort $port $pid '$from'->'$to')");
finish();
return;
}
if ($sort eq 'D') {
my $d = unpack "Z*", $data;
$d =~ s/\cM$//;
- dbg('agw', "AGW Data In port: $port pid: $pid '$from'->'$to' length: $len \"$d\"");
+ dbg("AGW Data In port: $port pid: $pid '$from'->'$to' length: $len \"$d\"") if isdbg('agw');
my $conn = _find($from eq $main::mycall ? $to : $from);
if ($conn) {
if ($conn->{state} eq 'WC') {
if (exists $conn->{cmd}) {
if (@{$conn->{cmd}}) {
- dbg('connect', $d);
+ dbg($d) if isdbg('connect');
$conn->_docmd($d);
}
}
}
}
} else {
- dbg('err', "AGW error Unsolicited Data!");
+ dbg("AGW error Unsolicited Data!");
}
} elsif ($sort eq 'I' || $sort eq 'S' || $sort eq 'U' || $sort eq 'M' || $sort eq 'T') {
my $d = unpack "Z*", $data;
for (@lines) {
s/([\x00-\x1f\x7f-\xff])/sprintf("%%%02X", ord($1))/eg;
- dbg('agw', "AGW Monitor port: $port \"$_\"");
+ dbg("AGW Monitor port: $port \"$_\"") if isdbg('agw');
}
} elsif ($sort eq 'C') {
my $d = unpack "Z*", $data;
$d =~ s/\cM$//;
- dbg('agw', "AGW Connect port: $port pid: $pid '$from'->'$to' \"$d\"");
+ dbg("AGW Connect port: $port pid: $pid '$from'->'$to' \"$d\"") if isdbg('agw');
my $call = $from eq $main::mycall ? $to : $from;
my $conn = _find($call);
if ($conn) {
} elsif ($sort eq 'd') {
my $d = unpack "Z*", $data;
$d =~ s/\cM$//;
- dbg('agw', "AGW '$from'->'$to' port: $port Disconnected ($d)");
+ dbg("AGW '$from'->'$to' port: $port Disconnected ($d)") if isdbg('agw');
my $conn = _find($from eq $main::mycall ? $to : $from);
if ($conn) {
&{$conn->{eproc}}() if $conn->{eproc};
}
} elsif ($sort eq 'y') {
my ($frames) = unpack "V", $data;
- dbg('agwpollans', "AGW Frames Outstanding on port $port = $frames");
+ dbg("AGW Frames Outstanding on port $port = $frames") if isdbg('agwpollans');
my $conn = _find($from);
$conn->{oframes} = $frames if $conn;
} elsif ($sort eq 'Y') {
my ($frames) = unpack "V", $data;
- dbg('agw', "AGW Frames Outstanding on circuit '$from'->'$to' = $frames");
+ dbg("AGW Frames Outstanding on circuit '$from'->'$to' = $frames") if isdbg('agw');
my $conn = _find($from eq $main::mycall ? $to : $from);
$conn->{oframes} = $frames if $conn;
} elsif ($sort eq 'H') {
unless ($from =~ /^\s+$/) {
my $d = unpack "Z*", $data;
$d =~ s/\cM$//;
- dbg('agw', "AGW Heard port: $port \"$d\"");
+ dbg("AGW Heard port: $port \"$d\"") if isdbg('agw');
}
} elsif ($sort eq 'X') {
my ($r) = unpack "C", $data;
$r = $r ? "Successful" : "Failed";
- dbg('err', "AGW Register $from $r");
+ dbg("AGW Register $from $r");
finish() unless $r;
} elsif ($sort eq 'R') {
my ($major, $minor) = unpack "v x2 v x2", $data;
- dbg('agw', "AGW Version $major.$minor");
+ dbg("AGW Version $major.$minor") if isdbg('agw');
} elsif ($sort eq 'G') {
my @ports = split /;/, $data;
$noports = shift @ports || '0';
- dbg('agw', "AGW $noports Ports available");
+ dbg("AGW $noports Ports available") if isdbg('agw');
pop @ports while @ports > $noports;
for (@ports) {
next unless $_;
- dbg('agw', "AGW Port: $_");
+ dbg("AGW Port: $_") if isdbg('agw');
}
for (my $i = 0; $i < $noports; $i++) {
_sendf('y', undef, undef, $i);
}
} else {
my $d = unpack "Z*", $data;
- dbg('agw', "AGW decode $sort port: $port pid: $pid '$from'->'$to' length: $len \"$d\"");
+ dbg("AGW decode $sort port: $port pid: $pid '$from'->'$to' length: $len \"$d\"") if isdbg('agw');
}
}
}
# _sendf('Y', $main::mycall, $conn->{call}, $conn->{agwport}, $conn->{agwpid});
_sendf('D', $main::mycall, $conn->{agwcall}, $conn->{agwport}, $conn->{agwpid}, $msg . $conn->{lineend});
my $len = length($msg) + 1;
- dbg('agw', "AGW Data Out port: $conn->{agwport} pid: $conn->{agwpid} '$main::mycall'->'$conn->{agwcall}' length: $len \"$msg\"");
+ dbg("AGW Data Out port: $conn->{agwport} pid: $conn->{agwpid} '$main::mycall'->'$conn->{agwcall}' length: $len \"$msg\"") if isdbg('agw');
}
}
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