#!/usr/bin/perl
+BEGIN {
+ $SIG{'__WARN__'} = sub { warn $_[0] if $_[0] =~ m/^(#+)/ && length($1) <= $ENV{DEBUG} }
+}
+
package Cog; # persistant Gearman Worker - see the pun?
use Moose;
use lib 'lib';
use H1::ZTEDSLAM;
+use H1::ZTEMSAN;
+use APKPM::Model;
+
+my ($variant,$max_processes) = @ARGV;
+$variant ||= 'ZTEDSLAM';
+$max_processes ||= 1;
+warn "variant: $variant max_processes: $max_processes\n";
my $driver = Gearman::Driver->new(
server => 'localhost:4730',
- interval => 60,
+ interval => 15,
loglevel => 'DEBUG',
- logfile => 'log/persistant.log',
+ logfile => "log/$variant.log",
) || die $!;
my $w1 = 'Cog';
my $worker = $w1->new();
-my $crm = $worker->do( 'CRM_search' => "TIP_UREDJAJA:ZTEDSLAM" );
+my $crm = $worker->do( 'CRM_search' => "TIP_UREDJAJA:$variant" );
my $poll;
foreach my $ip ( keys %$poll ) {
- my $method = "ZTEDSLAM_$ip";
+ my $method = $variant . '_' . $ip;
+
+ my $module = 'H1::' . $variant;
+ my $zte = $module->new( ip => $ip );
- my $zte = H1::ZTEDSLAM->new( ip => $ip );
+ my $ports = keys %{ $poll->{$ip} };
+ my $max_procs = ( int($ports/50) ) + 1; # one process for 50 ports
+ $max_procs = $max_processes if $max_processes < $max_procs; # hard-limit for maximum ports in parallel
$driver->add_job({
- max_processes => 1, # FIXME increase?
- min_processes => 1,
+ max_processes => $max_procs,
+ min_processes => 0,
name => $method,
worker => $worker,
methods => [
name => $method,
body => sub {
+# XXX -- worker body
+
my ( $self, $job, $crm ) = @_;
+ my $redis = Redis->new;
+
if ( exists $crm->{logout} ) {
$zte->logout;
- return;
+ $redis->sadd("$variant.$ip.logout", $self->datetime_now);
+ return "logout ok"; # XXX return scalar!
}
- my $hash;
- eval { $hash = $zte->hash( $crm->{SHELF_SLOT_PORT} ) };
+ my $port = $crm->{SHELF_SLOT_PORT} || die "no SHELF_SLOT_PORT";
+ my $username = $crm->{USERNAME} || die "no USERNAME";
- my $redis = Redis->new;
+ my $hash;
+ eval { $hash = $zte->hash( $port ) };
if ( $@ ) {
- $redis->sadd("ZTEDSLAM.error" => $@);
- return { error => $@ };
+ $redis->sadd("$variant.$ip.error" => $@);
+ return "error: $@";
+ } elsif ( ! $hash ) {
+ $redis->sadd("$variant.$ip.empty" => $port);
+ return "empty";
} else {
- $redis->sadd("ZTEDSLAM.ok" => $crm->{USERNAME});
+ $redis->sadd("$variant.$ip.ok" => $port);
}
$self->do_background_json( 'Store_insert', {
_table => 'dslam_h',
ip => $crm->{IP_MANAGEMENT}, # FIXME IP_UREDAJA ?
- username => $crm->{USERNAME},
+ username => $username,
timestamp => $self->datetime_now,
h => $self->to_hstore($hash),
});
-# return $hash; # body end
+ return "ok $username $ip $port"; # body end
+# XXX -- worker body
},
},
]
});
- warn "$method added\n";
+ warn "$method for $ip with $ports ports using $max_procs processes\n";
}
$driver->add_job({
max_processes => 1,
- min_processes => 1,
+ min_processes => 0,
worker => $worker,
- name => 'poll_ZTEDSLAM',
+ name => "poll_$variant",
methods => [ {
- name => 'poll_ZTEDSLAM',
+ name => "poll_$variant",
+ encode => 'e_json',
body => sub {
my ( $self, $job, $workload ) = @_;
- my $crm = $self->do( 'CRM_search' => "TIP_UREDJAJA:ZTEDSLAM" );
+ my $crm = $self->do( 'CRM_search' => "TIP_UREDJAJA:$variant" );
warn "# crm $crm";
my $seen;
my $redis = Redis->new;
- $redis->del( $_ ) foreach $redis->keys("ZTEDSLAM.*");
+ $redis->del( $_ ) foreach $redis->keys("$variant.*");
+
+ $redis->set( "$variant.poll.start" => $self->datetime_now );
foreach my $user ( @$crm ) {
- my $ip = $user->{IP_UREDAJA};
- my $port = $user->{SHELF_SLOT_PORT};
+ # required CRM fields for worker
+ my $ip = $user->{IP_UREDAJA} || next;
+ my $port = $user->{SHELF_SLOT_PORT} || next;
+ my $username = $user->{USERNAME} || next;
if ( $ip !~ /$RE{net}{IPv4}/ ) {
- $redis->sadd("ZTEDSLAM.invalid.IP_UREDAJA" => $ip);
+ $redis->sadd("$variant.invalid.IP_UREDAJA" => $ip);
next;
} elsif ( $port !~ m{\d+(/\d+)+} ) {
- $redis->sadd("ZTEDSLAM.invalid.PORT" => $port);
+ $redis->sadd("$variant.$ip.invalid.SHELF_SLOT_PORT" => $port);
+ next;
+ } elsif ( ! $username ) {
+ $redis->sadd("$variant.$ip.invalid.USERNAME" => $port);
+ next;
+ } elsif ( $seen->{ $ip }->{ $port }++ ) {
+ $redis->sadd("$variant.$ip.invalid.duplicate" => $port);
next;
}
- $redis->sadd("ZTEDSLAM.queued" => "$ip $port");
- my $name = 'ZTEDSLAM_' . $ip;
+ $redis->incr("$variant.poll.queued");
+ $redis->sadd("$variant.$ip.queued" => $port);
+
+ my $name = $variant . '_' . $ip;
$taskset->add_task( $name, $self->e_json( $user ), {
- on_complete => sub { $redis->sadd("ZTEDSLAM.complete", "$ip $port") },
- on_fail => sub { $redis->sadd("ZTEDSLAM.fail", "$ip $port") },
+ on_complete => sub { $redis->sadd("$variant.$ip.complete" => $port) },
+ on_fail => sub { $redis->sadd("$variant.$ip.failed" => $port) },
} )
- if ! $seen->{ $ip }->{ $port }++;
}
warn "# queue logouts";
foreach my $ip ( keys %$seen ) {
- $taskset->add_task( "ZTEDSLAM_$ip", $self->e_json( { logout => 1 } ) );
+ $taskset->add_task( $variant . '_' . $ip, $self->e_json( { logout => 1 } ) );
}
warn "# wait";
$taskset->wait;
- warn "# seen ", dump($seen);
+ $redis->set( "$variant.poll.finish" => $self->datetime_now );
- return; # body end
+ my $status = APKPM::Model->redis_status;
+ my $row = $status->{poll}->{$variant};
+ $row->{$_} = $status->{"$variant.poll.$_"} foreach ( 'start', 'finish' );
+ $row->{variant} = $variant;
+ $self->do_background_json('Store_insert', { _table => 'zte_poll', %$row });
+ warn "# zte_poll ",dump($row);
+
+ my $ips = scalar keys %$seen;
+ my $ports = 0;
+ $ports += scalar keys %{ $seen->{$_} } foreach keys %$seen;
+ warn "# finish $ips ips with $ports ports\n";
+ return { ips => $ips, ports => $ports, zte_poll => $row } ; # body end
}
} ],
});
+open(my $pid, '>', "/tmp/apkpm.$variant.pid");
+print $pid "$$\n";
+close $pid;
+
$driver->run;
projects / APKPM.git / blobdiff