use DXDebug;
use Timer;
-use vars qw(%rd_callbacks %wt_callbacks %er_callbacks $rd_handles $wt_handles $er_handles $now %conns $noconns);
+use vars qw(%rd_callbacks %wt_callbacks %er_callbacks $rd_handles $wt_handles $er_handles $now %conns $noconns $blocking_supported);
%rd_callbacks = ();
%wt_callbacks = ();
$er_handles = IO::Select->new();
$now = time;
-my $blocking_supported = 0;
BEGIN {
# Checks if blocking is supported
eval {
- require POSIX; POSIX->import(qw (F_SETFL F_GETFL O_NONBLOCK));
+ require POSIX; POSIX->import(qw(O_NONBLOCK F_SETFL F_GETFL))
};
- $blocking_supported = 1 unless $@;
+ if ($@ || $main::is_win) {
+ print STDERR "POSIX Blocking *** NOT *** supported $@\n";
+ $blocking_supported = 0;
+ } else {
+ $blocking_supported = 1;
+ print STDERR "POSIX Blocking enabled\n";
+ }
+
# import as many of these errno values as are available
eval {
csort => 'telnet',
timeval => 60,
blocking => 0,
+ cnum => ++$noconns,
};
- $noconns++;
dbg('connll', "Connection created ($noconns)");
return bless $conn, $class;
}
confess "changing $pkg->{call} to $call" if exists $pkg->{call} && $call ne $pkg->{call};
$pkg->{call} = $call;
$ref = $conns{$call} = $pkg;
- dbg('connll', "Connection $call stored");
+ dbg('connll', "Connection $pkg->{cnum} $call stored");
} else {
$ref = $conns{$call};
}
my ($pkg, $pid) = @_;
my @pid = grep {$_->{pid} == $pid} values %conns;
- for (@pid) {
- &{$_->{eproc}}($_, "$pid has gorn") if exists $_->{eproc};
- $_->disconnect;
+ foreach my $p (@pid) {
+ &{$p->{eproc}}($p, "$pid has gorn") if exists $p->{eproc};
+ $p->disconnect;
}
}
my $proto = getprotobyname('tcp');
$sock->socket(AF_INET, SOCK_STREAM, $proto) or return undef;
- if ($conn->{blocking}) {
- blocking($sock, 0);
- $conn->{blocking} = 0;
- }
+ blocking($sock, 0);
+ $conn->{blocking} = 0;
my $ip = gethostbyname($to_host);
# my $r = $sock->connect($to_port, $ip);
delete $conns{$call} if $ref && $ref == $conn;
}
$call ||= 'unallocated';
- dbg('connll', "Connection $call disconnected");
+ dbg('connll', "Connection $conn->{cnum} $call disconnected");
- unless ($^O =~ /^MS/i) {
+ unless ($main::is_win) {
kill 'TERM', $conn->{pid} if exists $conn->{pid};
}
$conn->disconnect;
return 0; # fail. Message remains in queue ..
}
- }
+ } elsif (isdbg('raw')) {
+ my $call = $conn->{call} || 'none';
+ dbgdump('raw', "$call send $bytes_written: ", $msg);
+ }
$offset += $bytes_written;
$bytes_to_write -= $bytes_written;
}
if (defined ($bytes_read)) {
if ($bytes_read > 0) {
$conn->{msg} .= $msg;
+ if (isdbg('raw')) {
+ my $call = $conn->{call} || 'none';
+ dbgdump('raw', "$call read $bytes_read: ", $msg);
+ }
}
} else {
if (_err_will_block($!)) {
if ($sock) {
my $conn = $server_conn->new($server_conn->{rproc});
$conn->{sock} = $sock;
+ blocking($sock, 0);
+ $conn->{blocking} = 0;
my ($rproc, $eproc) = &{$server_conn->{rproc}} ($conn, $conn->{peerhost} = $sock->peerhost(), $conn->{peerport} = $sock->peerport());
$conn->{sort} = 'Incoming';
if ($eproc) {
# close all clients (this is for forking really)
sub close_all_clients
{
- for (values %conns) {
- $_->disconnect;
+ foreach my $conn (values %conns) {
+ $conn->disconnect;
}
}
# Quit the loop if no handles left to process
last unless ($rd_handles->count() || $wt_handles->count());
- ($rset, $wset) = IO::Select->select($rd_handles, $wt_handles, $er_handles, $timeout);
+ ($rset, $wset, $eset) = IO::Select->select($rd_handles, $wt_handles, $er_handles, $timeout);
foreach $e (@$eset) {
&{$er_callbacks{$e}}($e) if exists $er_callbacks{$e};
{
my $conn = shift;
my $call = $conn->{call} || 'unallocated';
- dbg('connll', "Connection $call being destroyed ($noconns)");
+ my $host = $conn->{peerhost} || '';
+ my $port = $conn->{peerport} || '';
+ dbg('connll', "Connection $conn->{cnum} $call [$host $port] being destroyed");
$noconns--;
}