has send_to_fh => (
is => 'ro', required => 1,
- trigger => sub { $_[1]->autoflush(1) },
+ trigger => sub {
+ my $self = $_[0];
+ $_[1]->autoflush(1);
+ Dlog_trace { my $id = $self->_id; "connection had send_to_fh set to $_" } $_[1];
+ },
);
has read_channel => (
is => 'ro', required => 1,
trigger => sub {
my ($self, $ch) = @_;
- Dlog_trace { "trigger for read_channel has been invoked for connection $_" } $self->_id;
+ Dlog_trace { my $id = $self->_id; "trigger for read_channel has been invoked for connection $id; file handle is " } $ch->fh;
weaken($self);
$ch->on_line_call(sub { $self->_receive(@_) });
$ch->on_close_call(sub { $self->on_close->done(@_) });
my $fh = $self->send_to_fh;
Dlog_trace { "Starting to serialize data in argument to _send for connection $_" } $self->_id;
my $serialized = $self->_serialize($to_send)."\n";
- Dlog_debug { my $l = length($serialized); "serialization is completed; sending '$l' characters of serialized data to $_" } $fh;
+ Dlog_trace { my $l = length($serialized); "serialization is completed; sending '$l' characters of serialized data to $_" } $fh;
#TODO this is very risky for deadlocks unless it's set to non-blocking and then with out extra
#logic it could easily do short-writes to the remote side
my $ret = print $fh $serialized;
sub _serialize {
my ($self, $data) = @_;
local our @New_Ids = (-1);
- Dlog_debug { "starting to serialize data for connection $_" } $self->_id;
return eval {
my $flat = $self->_encode($self->_deobjectify($data));
warn "$$ >>> ${flat}\n" if $DEBUG;