@@ -6,6 +6,7 @@ use commands; use run_program; use netconnect; use network; +use POSIX qw(tmpnam); my @messages = (_("tinyfirewall configurator This configures a personal firewall for this Linux Mandrake machine. @@ -105,14 +106,29 @@ sub DoInterface { if_(and_( map {$settings{$_} !~ /$i/ and $setti
package interactive;
use diagnostics;
use strict;
use common qw(:common :functional);
# heritate from this class and you'll get all made interactivity for same steps.
# for this you need to provide
# - ask_from_listW(o, title, messages, arrayref, default) returns one string of arrayref
# - ask_many_from_listW(o, title, messages, arrayref, arrayref2) returns many strings of arrayref
#
# where
# - o is the object
# - title is a string
# - messages is an refarray of strings
# - default is an optional string (default is in arrayref)
# - arrayref is an arrayref of strings
# - arrayref2 contains booleans telling the default state,
#
# ask_from_list and ask_from_list_ are wrappers around ask_from_biglist and ask_from_smalllist
#
# ask_from_list_ just translate arrayref before calling ask_from_list and untranslate the result
#
# ask_from_listW should handle differently small lists and big ones.
1;
sub new($) {
my ($type) = @_;
bless {}, ref $type || $type;
}
sub ask_warn($$$) {
my ($o, $title, $message) = @_;
ask_from_list($o, $title, $message, [ _("Ok") ]);
}
sub ask_yesorno($$$;$) {
my ($o, $title, $message, $def) = @_;
ask_from_list_($o, $title, $message, [ __("Yes"), __("No") ], $def ? "No" : "Yes") eq "Yes";
}
sub ask_okcancel($$$;$) {
my ($o, $title, $message, $def) = @_;
ask_from_list_($o, $title, $message, [ __("Ok"), __("Cancel") ], $def ? "Cancel" : "Ok") eq "Ok";
}
sub ask_from_list_($$$$;$) {
my ($o, $title, $message, $l, $def) = @_;
untranslate(
ask_from_list($o, $title, $message, [ map { translate($_) } @$l ], translate($def)),
@$l);
}
sub ask_from_list($$$$;$) {
my ($o, $title, $message, $l, $def) = @_;
$message = ref $message ? $message : [ $message ];
@$l > 10 and $l = [ sort @$l ];
$o->ask_from_listW($title, $message, $l, $def || $l->[0]);
}
sub ask_many_from_list_ref($$$$;$) {
my ($o, $title, $message, $l, $val) = @_;
$message = ref $message ? $message : [ $message ];
$o->ask_many_from_list_refW($title, $message, $l, $val);
}
sub ask_many_from_list($$$$;$) {
my ($o, $title, $message, $l, $def) = @_;
my $val = [ map { my $i = $_; \$i } @$def ];
$o->ask_many_from_list_ref($title, $message, $l, $val) ?
[ map { $$_ } @$val ] : undef;
}
sub ask_from_entry($$$;$) {
my ($o, $title, $message, $def) = @_;
$message = ref $message ? $message : [ $message ];
$o->ask_from_entryW($title, $message, $def);
}
sub ask_from_entries($$$$;$%) {
my ($o, $title, $message, $l, $def, %callback) = @_;
my $val = [ map { my $i = $_; \$i } @$def ];
$o->ask_from_entries_ref($title, $message, $l, $val, %callback) ?
[ map { $$_ } @$val ] : undef;
}
sub ask_from_entries_ref($$$$;$%) {
my ($o, $title, $message, $l, $val, %callback) = @_;
$message = ref $message ? $message : [ $message ];
my $val_hash = [ map { (ref $_) eq "SCALAR" ? { val => $_ } : {(%{$_}, type => "list")}} @{$val} ];
$o->ask_from_entries_refW($title, $message, $l, $val_hash, %callback)
}
sub wait_message($$$) {
my ($o, $title, $message) = @_;
$message = ref $message ? $message : [ $message ];
my $w = $o->wait_messageW($title, [ _("Please wait"), @$message ]);
my $b = before_leaving { $o->wait_message_endW($w) };
# enable access through set
common::add_f4before_leaving(sub { $o->wait_message_nextW($_[1], $w) }, $b, 'set');
$b;
}
sub kill {
my ($o) = @_;
while ($o->{before_killing} && @interactive::objects > $o->{before_killing}) {
my $w = pop @interactive::objects;
$w->destroy;
}
$o->{before_killing} = @interactive::objects;
}
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