use strict;
use vars qw(%channels %valid);
-%channels = undef;
+%channels = ();
%valid = (
call => '0,Callsign',
list => '9,Dep Chan List',
name => '0,User Name',
consort => '9,Connection Type',
- sort => '9,Type of Channel',
+ 'sort' => '9,Type of Channel',
wwv => '0,Want WWV,yesno',
+ wx => '0,Want WX,yesno',
talk => '0,Want Talk,yesno',
ann => '0,Want Announce,yesno',
here => '0,Here?,yesno',
pagedata => '9,Page Data Store',
group => '0,Access Group,parray', # used to create a group of users/nodes for some purpose or other
isolate => '9,Isolate network,yesno',
+ delayed => '9,Delayed messages,parray',
+ annfilter => '9,Announce Filter',
+ wwvfilter => '9,WWV Filter',
+ spotfilter => '9,Spot Filter',
+ passwd => '9,Passwd List,parray',
);
# create a new channel object [$obj = DXChannel->new($call, $msg_conn_obj, $user_obj)]
die "trying to create a duplicate channel for $call" if $channels{$call};
$self->{call} = $call;
$self->{conn} = $conn if defined $conn; # if this isn't defined then it must be a list
- $self->{user} = $user if defined $user;
+ if (defined $user) {
+ $self->{user} = $user;
+ $self->{lang} = $user->lang;
+ $user->new_group() if !$user->group;
+ $self->{group} = $user->group;
+ }
$self->{startt} = $self->{t} = time;
$self->{state} = 0;
$self->{oldstate} = 0;
- $self->{lang} = $user->{lang} if defined $user;
$self->{lang} = $main::lang if !$self->{lang};
- $user->new_group() if !$user->group;
- $self->{group} = $user->group;
+ $self->{func} = "";
bless $self, $pkg;
return $channels{$call} = $self;
}
sub is_ak1a
{
my $self = shift;
- return $self->{sort} eq 'A';
+ return $self->{'sort'} eq 'A';
}
# is it a user?
sub is_user
{
my $self = shift;
- return $self->{sort} eq 'U';
+ return $self->{'sort'} eq 'U';
}
# is it a connect type
sub is_connect
{
my $self = shift;
- return $self->{sort} eq 'C';
+ return $self->{'sort'} eq 'C';
}
# handle out going messages, immediately without waiting for the select to drop
my $conn = $self->{conn};
my $sort = shift;
my $call = $self->{call};
- my $line;
- foreach $line (@_) {
- chomp $line;
- $conn->send_now("$sort$call|$line") if $conn;
- dbg('chan', "-> $sort $call $line") if $conn;
+ for (@_) {
+ chomp;
+ $conn->send_now("$sort$call|$_") if $conn;
+ dbg('chan', "-> $sort $call $_") if $conn;
}
$self->{t} = time;
}
my $self = shift;
my $conn = $self->{conn};
my $call = $self->{call};
- my $line;
- foreach $line (@_) {
- chomp $line;
- $conn->send_later("D$call|$line") if $conn;
- dbg('chan', "-> D $call $line") if $conn;
+ for (@_) {
+ chomp;
+ $conn->send_later("D$call|$_") if $conn;
+ dbg('chan', "-> D $call $_") if $conn;
}
$self->{t} = time;
}
return DXM::msg($self->{lang}, @_);
}
+# stick a broadcast on the delayed queue
+sub delay
+{
+ my $self = shift;
+ my $s = shift;
+
+ $self->{delayed} = [] unless $self->{delayed};
+ push @{$self->{delayed}}, $s;
+}
+
# change the state of the channel - lots of scope for debugging here :-)
sub state
{
if (@_) {
$self->{oldstate} = $self->{state};
$self->{state} = shift;
+ $self->{func} = '' unless defined $self->{func};
dbg('state', "$self->{call} channel func $self->{func} state $self->{oldstate} -> $self->{state}\n");
+
+ # if there is any queued up broadcasts then splurge them out here
+ if ($self->{delayed} && ($self->{state} eq 'prompt' || $self->{state} eq 'convers')) {
+ for (@{$self->{delayed}}) {
+ $self->send($_);
+ }
+ delete $self->{delayed};
+ }
}
return $self->{state};
}
$self->del();
}
+#
+# just close all the socket connections down without any fiddling about, cleaning, being
+# nice to other processes and otherwise telling them what is going on.
+#
+# This is for the benefit of forked processes to prepare for starting new programs, they
+# don't want or need all this baggage.
+#
+
+sub closeall
+{
+ my $ref;
+ foreach $ref (values %channels) {
+ $ref->{conn}->disconnect() if $ref->{conn};
+ }
+}
+
# various access routines
#