use IO::Handle;
use IO::Socket;
use Cwd qw/abs_path/;
-use Time::HiRes qw(clock_gettime CLOCK_MONOTONIC);
STDOUT->autoflush(1);
STDERR->autoflush(1);
-require Danga::Socket;
+use PublicInbox::DS qw(now);
+require PublicInbox::EvCleanup;
require POSIX;
require PublicInbox::Listener;
require PublicInbox::ParentPipe;
my $worker_processes = 1;
my @listeners;
my %pids;
-my %listener_names;
+my %listener_names; # sockname => IO::Handle
+my %tls_opt; # scheme://sockname => args for IO::Socket::SSL->start_SSL
my $reexec_pid;
my $cleanup;
my ($uid, $gid);
+my ($default_cert, $default_key);
END { $cleanup->() if $cleanup };
+sub tls_listen ($$$) {
+ my ($scheme, $sockname, $opt_str) = @_;
+ # opt_str: opt1=val1,opt2=val2 (opt may repeat for multi-value)
+ require PublicInbox::TLS;
+ my $o = {};
+ # allow ',' as delimiter since '&' is shell-unfriendly
+ foreach (split(/[,&]/, $opt_str)) {
+ my ($k, $v) = split(/=/, $_, 2);
+ push @{$o->{$k} ||= []}, $v;
+ }
+
+ # key may be a part of cert. At least
+ # p5-io-socket-ssl/example/ssl_server.pl has this fallback:
+ $o->{cert} //= [ $default_cert ];
+ $o->{key} //= defined($default_key) ? [ $default_key ] : $o->{cert};
+ my %ctx_opt = (SSL_server => 1);
+ # parse out hostname:/path/to/ mappings:
+ foreach my $k (qw(cert key)) {
+ my $x = $ctx_opt{'SSL_'.$k.'_file'} = {};
+ foreach my $path (@{$o->{$k}}) {
+ my $host = '';
+ $path =~ s/\A([^:]+):// and $host = $1;
+ $x->{$host} = $path;
+ }
+ }
+ my $ctx = IO::Socket::SSL::SSL_Context->new(%ctx_opt) or
+ die 'SSL_Context->new: '.PublicInbox::TLS::err();
+ $tls_opt{"$scheme://$sockname"} = {
+ SSL_server => 1,
+ SSL_startHandshake => 0,
+ SSL_reuse_ctx => $ctx
+ };
+}
+
sub daemon_prepare ($) {
my ($default_listen) = @_;
@CMD = ($0, @ARGV);
'u|user=s' => \$user,
'g|group=s' => \$group,
'D|daemonize' => \$daemonize,
+ 'cert=s' => \$default_cert,
+ 'key=s' => \$default_key,
);
GetOptions(%opts) or die "bad command-line args\n";
push @cfg_listen, $default_listen unless (@listeners || @cfg_listen);
foreach my $l (@cfg_listen) {
+ my $orig = $l;
+ my $scheme = '';
+ $l =~ s!\A([^:]+)://!! and $scheme = $1;
+ if ($l =~ s!/?\?(.+)\z!!) {
+ tls_listen($scheme, $l, $1);
+ } elsif (defined($default_cert)) {
+ tls_listen($scheme, $l, '');
+ } elsif ($scheme =~ /\A(?:nntps|https)\z/) {
+ die "$orig specified w/o cert=\n";
+ }
+ # TODO: use scheme to load either NNTP.pm or HTTP.pm
+
next if $listener_names{$l}; # already inherited
my (%o, $sock_pkg);
if (index($l, '/') == 0) {
# killing again terminates immediately:
exit unless @listeners;
- $_->close foreach @listeners; # call Danga::Socket::close
+ $_->close foreach @listeners; # call PublicInbox::DS::close
@listeners = ();
$reason->close if ref($reason) eq 'PublicInbox::ParentPipe';
my $proc_name;
my $warn = 0;
# drop idle connections and try to quit gracefully
- Danga::Socket->SetPostLoopCallback(sub {
+ PublicInbox::DS->SetPostLoopCallback(sub {
my ($dmap, undef) = @_;
my $n = 0;
- my $now = clock_gettime(CLOCK_MONOTONIC);
+ my $now = now();
foreach my $s (values %$dmap) {
$s->can('busy') or next;
}
}
if ($n) {
- if (($warn + 5) < time) {
+ if (($warn + 5) < now()) {
warn "$$ quitting, $n client(s) left\n";
- $warn = time;
+ $warn = now();
}
unless (defined $proc_name) {
$proc_name = (split(/\s+/, $0))[0];
sub unpack_ipv6 ($) {
my ($addr) = @_;
+ my ($port, $host);
- # TODO: support IO::Socket::IP which comes with Perl 5.24
- # (perl-modules-5.24 in Debian)
+ # Socket.pm in Perl 5.14+ supports IPv6:
+ eval {
+ ($port, $host) = Socket::unpack_sockaddr_in6($addr);
+ $host = Socket::inet_ntop(Socket::AF_INET6(), $host);
+ };
- # SpamAssassin and Net::Server use Socket6, so it may be installed
- # on our system, already:
- eval { require Socket6 } or return ('???-Socket6-missing', 0);
+ if ($@) {
+ # Perl 5.12 or earlier? SpamAssassin and Net::Server use
+ # Socket6, so it may be installed on our system, already
+ # (otherwise die here):
+ require Socket6;
- my ($port, $host) = Socket6::unpack_sockaddr_in6($addr);
- $host = Socket6::inet_ntop(Socket6::AF_INET6(), $host);
+ ($port, $host) = Socket6::unpack_sockaddr_in6($addr);
+ $host = Socket6::inet_ntop(Socket6::AF_INET6(), $host);
+ }
($host, $port);
}
exit # never gets here, just for documentation
}
-sub daemon_loop ($$) {
- my ($refresh, $post_accept) = @_;
+sub tls_start_cb ($$) {
+ my ($opt, $orig_post_accept) = @_;
+ sub {
+ my ($io, $addr, $srv) = @_;
+ my $ssl = IO::Socket::SSL->start_SSL($io, %$opt);
+ $orig_post_accept->($ssl, $addr, $srv);
+ }
+}
+
+sub daemon_loop ($$$) {
+ my ($refresh, $post_accept, $nntpd) = @_;
+ PublicInbox::EvCleanup::enable(); # early for $refresh
+ my %post_accept;
+ while (my ($k, $v) = each %tls_opt) {
+ if ($k =~ s!\A(?:nntps|https)://!!) {
+ $post_accept{$k} = tls_start_cb($v, $post_accept);
+ } elsif ($nntpd) { # STARTTLS, $k eq '' is OK
+ $nntpd->{accept_tls} = $v;
+ }
+ }
my $parent_pipe;
if ($worker_processes > 0) {
$refresh->(); # preload by default
$SIG{$_} = 'IGNORE' for qw(USR2 TTIN TTOU WINCH);
# this calls epoll_create:
@listeners = map {
- PublicInbox::Listener->new($_, $post_accept)
+ PublicInbox::Listener->new($_,
+ $post_accept{sockname($_)} || $post_accept)
} @listeners;
- PublicInbox::EvCleanup::enable();
- Danga::Socket->EventLoop;
+ PublicInbox::DS->EventLoop;
$parent_pipe = undef;
}
-sub run ($$$) {
- my ($default, $refresh, $post_accept) = @_;
+sub run ($$$;$) {
+ my ($default, $refresh, $post_accept, $nntpd) = @_;
daemon_prepare($default);
daemonize();
- daemon_loop($refresh, $post_accept);
+ daemon_loop($refresh, $post_accept, $nntpd);
}
sub do_chown ($) {