\n";
&create_user_config_dirs();
open(INDEX, ">$index_file");
$0 =~ /([^\/]+)$/;
print INDEX "$1?$in\n";
close(INDEX);
}
# cut_string(string, [length])
sub cut_string
{
local $len = $_[1] || $config{'cut_length'};
if ($len && length($_[0]) > $len) {
return substr($_[0], 0, $len)." ...";
}
return $_[0];
}
# switch_acl_uid()
sub switch_acl_uid
{
return if ($module_info{'usermin'}); # already switched!
if ($access{'uid'} < 0) {
local @u = getpwnam($remote_user);
@u || &error("Failed to find user $remote_user");
($(, $)) = ($u[3], "$u[3] $u[3]");
($>, $<) = ($u[2], $u[2]);
}
elsif ($access{'uid'}) {
local @u = getpwuid($access{'uid'});
($(, $)) = ($u[3], "$u[3] $u[3]");
($>, $<) = ($u[2], $u[2]);
}
}
# safe_process_exec(command, uid, gid, handle, [input], [fixtags], [bsmode],
# [timeout], [safe])
# Executes the given command as the given user/group and writes all output
# to the given file handle. Finishes when there is no more output or the
# process stops running. Returns the number of bytes read.
sub safe_process_exec
{
if (&is_readonly_mode() && !$_[8]) {
# Veto command in readonly mode
return 0;
}
&webmin_debug_log('CMD', "cmd=$_[0] uid=$_[1] gid=$_[2]")
if ($gconfig{'debug_what_cmd'});
if ($gconfig{'os_type'} eq 'windows') {
# For Windows, just run the command and read output
local $temp = &transname();
open(TEMP, ">$temp");
print TEMP $_[4];
close(TEMP);
&open_execute_command(OUT, "$_[0] <$temp 2>&1", 1);
local $fh = $_[3];
while() {
if ($_[5]) {
print $fh &html_escape($_);
}
else {
print $fh $_;
}
}
close(OUT);
return $got;
}
else {
# setup pipes and fork the process
local $chld = $SIG{'CHLD'};
$SIG{'CHLD'} = \&safe_exec_reaper;
pipe(OUTr, OUTw);
pipe(INr, INw);
local $pid = fork();
if (!$pid) {
#setsid();
untie(*STDIN);
untie(*STDOUT);
untie(*STDERR);
open(STDIN, "<&INr");
open(STDOUT, ">&OUTw");
open(STDERR, ">&OUTw");
$| = 1;
close(OUTr); close(INw);
if ($_[1]) {
if (defined($_[2])) {
# switch to given UID and GID
($(, $)) = ($_[2], "$_[2] $_[2]");
($>, $<) = ($_[1], $_[1]);
}
else {
# switch to UID and all GIDs
local @u = getpwuid($_[1]);
($(, $)) = ($u[3], "$u[3] ".join(" ", $u[3], &other_groups($u[0])));
($>, $<) = ($u[2], $u[2]);
}
}
# run the command
delete($ENV{'FOREIGN_MODULE_NAME'});
delete($ENV{'SCRIPT_NAME'});
exec("/bin/sh", "-c", $_[0]);
print "Exec failed : $!\n";
exit 1;
}
close(OUTw); close(INr);
# Feed input (if any)
print INw $_[4];
close(INw);
# Read and show output
local $fn = fileno(OUTr);
local $got = 0;
local $out = $_[3];
local $line;
local $start = time();
$safe_process_exec_timeout = 0;
while(1) {
local ($rmask, $buf);
vec($rmask, $fn, 1) = 1;
local $sel = select($rmask, undef, undef, 1);
if ($sel > 0 && vec($rmask, $fn, 1)) {
# got something to read.. print it
sysread(OUTr, $buf, 1024) || last;
$got += length($buf);
if ($_[5]) {
$buf = &html_escape($buf);
}
if ($_[6]) {
# Convert backspaces and returns and escapes
$line .= $buf;
while($line =~ s/^([^\n]*\n)//) {
local $one = $1;
while($one =~ s/.\010//) { }
$one =~ s/\033[^m]+m//g;
print $out $one;
}
}
else {
print $out $buf;
}
}
elsif ($sel == 0) {
# nothing to read. maybe the process is done, and a
# subprocess is hanging things up
last if (!kill(0, $pid));
}
if ($_[7] && time() - $start > $_[7]) {
# Timeout exceeded - kill the process
kill(KILL, $pid);
$safe_process_exec_timeout = 1;
}
}
close(OUTr);
print $out $line;
$SIG{'CHLD'} = $chld;
return $got;
}
}
# safe_process_exec_logged(..)
# Like safe_process_exec, but also logs the command
sub safe_process_exec_logged
{
&additional_log('exec', undef, $_[0]);
return &safe_process_exec(@_);
}
sub safe_exec_reaper
{
local $xp;
do { local $oldexit = $?;
$xp = waitpid(-1, WNOHANG);
$? = $oldexit if ($? < 0);
} while($xp > 0);
}
# pty_process_exec(command, [uid, gid])
# Starts the given command in a new pty and returns the pty filehandle and PID
sub pty_process_exec
{
local ($cmd, $uid, $gid) = @_;
if (&is_readonly_mode()) {
# When in readonly mode, don't run the command
$cmd = "/bin/true";
}
&webmin_debug_log('CMD', "cmd=$cmd uid=$uid gid=$gid")
if ($gconfig{'debug_what_cmd'});
eval "use IO::Pty";
if (!$@) {
# Use the IO::Pty perl module if installed
local $ptyfh = new IO::Pty;
if (!$ptyfh) {
&error("Failed to create new PTY with IO::Pty");
}
local $ttyfh = $ptyfh->slave();
local $tty = $ptyfh->ttyname();
local $pid = fork();
if (!$pid) {
if (defined(&close_controlling_pty)) {
&close_controlling_pty();
}
setsid(); # create a new session group
$ptyfh->make_slave_controlling_terminal();
close(STDIN); close(STDOUT); close(STDERR);
untie(*STDIN); untie(*STDOUT); untie(*STDERR);
if ($_[1]) {
$( = $_[2]; $) = "$_[2] $_[2]";
($>, $<) = ($_[1], $_[1]);
}
open(STDIN, "<$tty");
open(STDOUT, ">$tty");
open(STDERR, ">&STDOUT");
close($ptyfh);
exec($cmd);
print "Exec failed : $!\n";
exit 1;
}
$ptyfh->close_slave();
return ($ptyfh, $pid);
}
else {
# Need to create a PTY using built-in Webmin code
local ($ptyfh, $ttyfh, $pty, $tty) = &get_new_pty();
$tty || &error("Failed to create new PTY");
local $pid = fork();
if (!$pid) {
if (defined(&close_controlling_pty)) {
&close_controlling_pty();
}
setsid(); # create a new session group
if (!$ttyfh) {
# Needs to be opened, as get_new_pty on linux cannot do
# this so soon
$ttyfh = "TTY";
if ($_[1]) {
chown($_[1], $_[2], $tty);
}
open($ttyfh, "+<$tty") || &error("Failed to open $tty : $!");
}
if (defined(&open_controlling_pty)) {
&open_controlling_pty($ptyfh, $ttyfh, $pty, $tty);
}
close(STDIN); close(STDOUT); close(STDERR);
untie(*STDIN); untie(*STDOUT); untie(*STDERR);
#setpgrp(0, $$);
if ($_[1]) {
$( = $_[2]; $) = "$_[2] $_[2]";
($>, $<) = ($_[1], $_[1]);
}
open(STDIN, "<$tty");
open(STDOUT, ">&$ttyfh");
open(STDERR, ">&STDOUT");
close($ptyfh);
exec($cmd);
print "Exec failed : $!\n";
exit 1;
}
close($ttyfh);
return ($ptyfh, $pid);
}
}
# pty_process_exec_logged(..)
# Like pty_process_exec, but logs the command as well
sub pty_process_exec_logged
{
&additional_log('exec', undef, $_[0]);
return &pty_process_exec(@_);
}
# find_process(name)
# Returns an array of all processes matching some name
sub find_process
{
local $name = $_[0];
local @rv = grep { $_->{'args'} =~ /$name/ } &list_processes();
return wantarray ? @rv : $rv[0];
}
$has_lsof_command = &has_command("lsof");
# find_socket_processes(protocol, port)
# Returns all processes using some port and protocol
sub find_socket_processes
{
local @rv;
open(LSOF, "lsof -i '$_[0]:$_[1]' |");
while() {
if (/^(\S+)\s+(\d+)/) {
push(@rv, $2);
}
}
close(LSOF);
return @rv;
}
# find_ip_processes(ip)
# Returns all processes using some IP address
sub find_ip_processes
{
local @rv;
open(LSOF, "lsof -i '\@$_[0]' |");
while() {
if (/^(\S+)\s+(\d+)/) {
push(@rv, $2);
}
}
close(LSOF);
return @rv;
}
# find_process_sockets(pid)
# Returns all network connections made by some process
sub find_process_sockets
{
local @rv;
open(LSOF, "lsof -i tcp -i udp -n |");
while() {
if (/^(\S+)\s+(\d+)\s+(\S+)\s+(\S+)\s+(\S+)\s+(\S+).*(TCP|UDP)\s+(.*)/
&& $2 eq $_[0]) {
local $n = { 'fd' => $4,
'type' => $5,
'proto' => $7 };
local $m = $8;
if ($m =~ /^([^:\s]+):([^:\s]+)\s+\(listen\)/i) {
$n->{'lhost'} = $1;
$n->{'lport'} = $2;
$n->{'listen'} = 1;
}
elsif ($m =~ /^([^:\s]+):([^:\s]+)->([^:\s]+):([^:\s]+)\s+\((\S+)\)/) {
$n->{'lhost'} = $1;
$n->{'lport'} = $2;
$n->{'rhost'} = $3;
$n->{'rport'} = $4;
$n->{'state'} = $5;
}
elsif ($m =~ /^([^:\s]+):([^:\s]+)/) {
$n->{'lhost'} = $1;
$n->{'lport'} = $2;
}
push(@rv, $n);
}
}
close(LSOF);
return @rv;
}
# find_process_files(pid)
# Returns all files currently held open by some process
sub find_process_files
{
local @rv;
open(LSOF, "lsof -p '$_[0]' |");
while() {
if (/^(\S+)\s+(\d+)\s+(\S+)\s+(\S+)\s+(\S+)\s+(\d+),(\d+)\s+(\d+)\s+(\d+)\s+(.*)/) {
push(@rv, { 'fd' => lc($4),
'type' => lc($5),
'device' => [ $6, $7 ],
'size' => $8,
'inode' => $9,
'file' => $10 });
}
elsif (/^(\S+)\s+(\d+)\s+(\S+)\s+(\S+)\s+(\S+)\s+(\d+),(\d+)\s+(\d+)\s+(.*)/) {
push(@rv, { 'fd' => lc($4),
'type' => lc($5),
'device' => [ $6, $7 ],
'inode' => $8,
'file' => $9 });
}
}
close(LSOF);
return @rv;
}
# pty_backquote(cmd, uid, gid)
# Like the normal Perl backquote operator, but executes the command in a PTY
sub pty_backquote
{
local $rv;
local ($fh, $pid) = &pty_process_exec(@_);
while(<$fh>) {
$rv .= $_;
}
close($fh);
waitpid($pid, WNOHANG);
return $rv;
}
# pty_backquote_logged(cmd, uid, gid)
# Like pty_backquote, but logs the command as well
sub pty_backquote_logged
{
&additional_log('exec', undef, $_[0]);
return &pty_backquote(@_);
}
# get_cpu_info()
# Returns a list containing the 5, 10 and 15 minute load averages
sub get_cpu_info
{
if (defined(&os_get_cpu_info)) {
return &os_get_cpu_info();
}
local $out = `uptime 2>&1`;
return $out =~ /average(s)?:\s+([0-9\.]+),?\s+([0-9\.]+),?\s+([0-9\.]+)/i ?
( $2, $3, $4 ) : ( );
}
# find_subprocesses(&proc, [&plist])
# Returns a list of all processes under the one given
sub find_subprocesses
{
local $proc = $_[0];
local @plist = $_[1] ? @{$_[1]} : &list_processes();
local @sp = grep { $_->{'ppid'} &&
$_->{'ppid'} == $proc->{'pid'} } @plist;
local (@rv, $sp);
foreach $sp (@sp) {
push(@rv, $sp, &find_subprocesses($sp, \@plist));
}
return @rv;
}
# supported_signals()
# Returns signal names known to Perl for the kill function
sub supported_signals
{
if (defined(&os_supported_signals)) {
return &os_supported_signals();
}
else {
return split(/\s+/, $Config{'sig_name'});
}
}
# can_view_process(user)
# Returns 1 if processes belong to this user can be seen
sub can_view_process
{
local ($user) = @_;
if ($hide{$user}) {
return 0;
}
elsif ($user_processes_only) {
return &can_edit_process($user);
}
else {
return 1;
}
}
# can_edit_process(user)
# Returns 1 if processes belong to this user can be edited. The 'manage as'
# user will still apply though.
sub can_edit_process
{
local ($user) = @_;
if (!$access{'edit'}) {
return 0;
}
elsif ($hide{$user}) {
return 0;
}
elsif ($access{'users'} eq '*') {
return 1;
}
elsif ($access{'users'} eq 'x') {
return $user eq $remote_user;
}
else {
local @uinfo = getpwnam($user);
foreach my $u (split(/\s+/, $access{'users'})) {
if ($u =~ /^\@(.*)$/) {
# Is he in this group?
local @ginfo = getgrnam($1);
return 1 if ($uinfo[3] == $ginfo[2]);
return 1 if (&indexof($ginfo[0],
&other_groups($user)) >= 0);
}
elsif ($u =~ /^(\d+)\-(\d+)$/) {
# Check UID
return 1 if ($uinfo[2] >= $1 && $uinfo[2] <= $2);
}
else {
return 1 if ($u eq $user);
}
}
return 0;
}
}
# nice_selector(name, value)
# Returns a menu for selecting a nice level
sub nice_selector
{
local ($name, $value) = @_;
local $l = scalar(@nice_range);
return &ui_select($name, $value,
[ map { [ $_, $_.($_ == $nice_range[0] ? " ($text{'edit_prihigh'})" :
$_ == 0 ? " ($text{'edit_pridef'})" :
$_ == $nice_range[$l-1] ? " ($text{'edit_prilow'})" :
"") ] } @nice_range ]);
}
1;
proc/config-hpux 0100644 0005671 0000012 00000000107 11022014343 013640 0 ustar jcameron wheel ps_style=hpux
default_mode=last
base_ppid=0
cut_length=80
trace_java=1
proc/renice_proc.cgi 0100755 0005671 0000012 00000000664 11022014343 014455 0 ustar jcameron wheel #!/usr/local/bin/perl
# renice_proc.cgi
# Change the nice level of a process
require './proc-lib.pl';
&ReadParse();
&switch_acl_uid();
&error_setup(&text('renice_err', $in{pid}));
%pinfo = &process_info($in{pid});
&can_edit_process($pinfo{'user'}) || &error($text{'renice_ecannot'});
if ($error = &renice_proc($in{pid}, $in{nice})) {
&error($error);
}
&webmin_log("renice", undef, undef, \%in);
&redirect("edit_proc.cgi?$in{pid}");
proc/config.info.ru_SU 0100644 0005671 0000012 00000000735 11022014343 014653 0 ustar jcameron wheel line1= ,11
default_mode= ,4,last- ,tree- ,user- ,size- ,cpu- CPU,search- ,run-
cut_length= ,3,
line2= ,11
ps_style= PS,1,sysv-SYSV,linux-Linux,hpux-HPUX,freebsd-FreeBSD,macos-MacOS,openbsd-OpenBSD
proc/CbButton.class 0100664 0005671 0000012 00000011274 11022014343 014246 0 ustar jcameron wheel -
8 }
9 ~ 8 8 8 8 8 8 8 8 8 8
8
8
8
8 8
8 8
8
5 5 8 8
8
8
8
5
8 LEFT I
ConstantValue RIGHT ABOVE BELOW image Ljava/awt/Image; string Ljava/lang/String; callback LCbButtonCallback; imode iwidth iheight pwidth pheight twidth theight inside Z indent group LCbButtonGroup; selected lc1 Ljava/awt/Color; lc2 lc3 hc1 hc2 hc3 %(Ljava/awt/Image;LCbButtonCallback;)V Code LineNumberTable '(Ljava/lang/String;LCbButtonCallback;)V 8(Ljava/awt/Image;Ljava/lang/String;ILCbButtonCallback;)V setGroup (LCbButtonGroup;)V select ()V setText (Ljava/lang/String;)V setImage (Ljava/awt/Image;)V setImageText &(Ljava/awt/Image;Ljava/lang/String;I)V paint (Ljava/awt/Graphics;)V update
mouseEnter (Ljava/awt/Event;II)Z mouseExit mouseDown mouseUp
preferredSize ()Ljava/awt/Dimension; minimumSize imgSize (II)Ljava/awt/Dimension;
SourceFile
CbButton.java ^ c ^ g X W X X Y X X Z X X [ X X \ X X ] X D E F G J ; H I K ; L ; O ; P ; M ; N ; T U f g Q R w ; ; S R V R y z n o f g java/awt/Dimension ^ v w CbButton java/awt/Canvas Util
light_edge body dark_edge
light_edge_hi body_hi dark_edge_hi getWidth (Ljava/awt/Image;)I getHeight fnm Ljava/awt/FontMetrics; java/awt/FontMetrics stringWidth (Ljava/lang/String;)I ()I java/lang/Math max (II)I
CbButtonGroup add
(LCbButton;)V java/awt/Component repaint size width height java/awt/Graphics setColor (Ljava/awt/Color;)V fillRect (IIII)V drawLine f Ljava/awt/Font; setFont (Ljava/awt/Font;)V drawImage 5(Ljava/awt/Image;IIIILjava/awt/image/ImageObserver;)Z
getDescent
drawString (Ljava/lang/String;II)V CbButtonCallback click (II)V ! 8 9 : ; < = > ; < ? @ ; < A B ; < C D E F G H I J ; K ; L ; M ; N ; O ; P ; Q R S R T U V R W X Y X Z X [ X \ X ] X ^ _ ` % *+, a
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* ( , :+- )+dd *+ )+d ++d ++ )+ddd ++ddd +* # ++ )+ddd ++ddd ++ )+ , -* * * z** ddd .: +* %d* ddl &dl % &* /W+* %d* ddl %``* ` 0dl 1 * * O+* * dl* d* ddl* * * /W+* * dl* `` 1 v* n k* <*dd .: +* %dl &dl % &* /W +* $+* * dl* ` 0dl 1 a $ & : L b x } 4 c A H i p o ` *+ 2 a q r ` + * #* " a s r ` + * #* " a t r ` + * '* " a u r ` n > 2 . * $ % # * $ & *
* * 3 * 4* '* " a % / 3 8 < v w ` ( 5Y* * 6 a x w ` * 7 a y z ` n F* nF * n8% % 8 8 5Y* j* j 6 a " , { | proc/config.info.zh_CN 0100644 0005671 0000012 00000000326 11022014343 014613 0 ustar jcameron wheel default_mode=ȱʡб,4,last-ϴѡ,tree-,user-û,size-С,cpu-CPU,search-,run-б
ps_style=ps ,1,sysv-SYSV,linux-Linux,hpux-HPUX,freebsd-FreeBSD,macos-MacOS
proc/acl_security.pl 0100755 0005671 0000012 00000004544 11022014343 014525 0 ustar jcameron wheel
require 'proc-lib.pl';
# acl_security_form(&options)
# Output HTML for editing security options for the proc module
sub acl_security_form
{
# Run as user
print "
\n";
}
# acl_security_save(&options)
# Parse the form for security options for the proc module
sub acl_security_save
{
$_[0]->{'uid'} = $in{'uid_def'} ? -1 : getpwnam($in{'uid'});
$_[0]->{'edit'} = $in{'edit'};
$_[0]->{'run'} = $in{'run'};
$_[0]->{'only'} = $in{'only'};
$_[0]->{'users'} = $in{'who'} == 0 ? "*" :
$in{'who'} == 1 ? "x" : $in{'users'};
}
proc/CbButton.java 0100644 0005671 0000012 00000012473 11022014343 014062 0 ustar jcameron wheel import java.awt.*;
import java.util.*;
public class CbButton extends Canvas
{
public static final int LEFT = 0;
public static final int RIGHT = 1;
public static final int ABOVE = 2;
public static final int BELOW = 3;
Image image;
String string;
CbButtonCallback callback;
int imode;
int iwidth, iheight, pwidth, pheight, twidth, theight;
boolean inside, indent;
CbButtonGroup group;
boolean selected;
Color lc1 = Util.light_edge, lc2 = Util.body, lc3 = Util.dark_edge;
Color hc1 = Util.light_edge_hi, hc2 = Util.body_hi, hc3 = Util.dark_edge_hi;
public CbButton(Image i, CbButtonCallback cb)
{
this(i, null, LEFT, cb);
}
public CbButton(String s, CbButtonCallback cb)
{
this(null, s, LEFT, cb);
}
public CbButton(Image i, String s, int im, CbButtonCallback cb)
{
image = i;
string = s;
imode = im;
callback = cb;
if (image != null) {
iwidth = Util.getWidth(image);
iheight = Util.getHeight(image);
}
if (string != null) {
twidth = Util.fnm.stringWidth(string);
theight = Util.fnm.getHeight();
}
if (image != null && string != null) {
switch(imode) {
case LEFT:
case RIGHT:
pwidth = iwidth + twidth + 6;
pheight = Math.max(iheight , theight) + 4;
break;
case ABOVE:
case BELOW:
pwidth = Math.max(iwidth, twidth) + 4;
pheight = iheight + theight + 6;
break;
}
}
else if (image != null) {
pwidth = iwidth + 4;
pheight = iheight + 4;
}
else if (string != null) {
pwidth = twidth + 8;
pheight = theight + 8;
}
}
/**Make this button part of a mutual-exclusion group. Only one such
* button can be indented at a time
*/
public void setGroup(CbButtonGroup g)
{
group = g;
group.add(this);
}
/**Make this button the selected one in it's group
*/
public void select()
{
if (group != null)
group.select(this);
}
/**Display the given string
*/
public void setText(String s)
{
string = s;
image = null;
twidth = Util.fnm.stringWidth(string);
theight = Util.fnm.getHeight();
repaint();
}
/**Display the given image
*/
public void setImage(Image i)
{
string = null;
image = i;
iwidth = Util.getWidth(image);
iheight = Util.getHeight(image);
repaint();
}
/**Display the given image and text, with the given alignment mode
*/
public void setImageText(Image i, String s, int m)
{
image = i;
string = s;
imode = m;
twidth = Util.fnm.stringWidth(string);
theight = Util.fnm.getHeight();
iwidth = Util.getWidth(image);
iheight = Util.getHeight(image);
repaint();
}
public void paint(Graphics g)
{
Color c1 = inside ? hc1 : lc1,
c2 = inside ? hc2 : lc2,
c3 = inside ? hc3 : lc3;
int w = size().width, h = size().height;
Color hi = indent||selected ? c3 : c1,
lo = indent||selected ? c1 : c3;
g.setColor(c2);
g.fillRect(0, 0, w-1, h-1);
g.setColor(hi);
g.drawLine(0, 0, w-2, 0);
g.drawLine(0, 0, 0, h-2);
g.setColor(lo);
g.drawLine(w-1, h-1, w-1, 1);
g.drawLine(w-1, h-1, 1, h-1);
if (inside) {
/* g.setColor(hi);
g.drawLine(1, 1, w-3, 1);
g.drawLine(1, 1, 1, h-3); */
g.setColor(lo);
g.drawLine(w-2, h-2, w-2, 2);
g.drawLine(w-2, h-2, 2, h-2);
}
g.setColor(c3);
g.setFont(Util.f);
if (image != null && string != null) {
if (imode == LEFT) {
Dimension is = imgSize(w-twidth-6, h-4);
g.drawImage(image, (w - is.width - twidth - 2)/2,
(h-is.height)/2, is.width, is.height, this);
g.drawString(string,
(w - is.width - twidth - 2)/2 +is.width +2,
(h + theight - Util.fnm.getDescent())/2);
}
else if (imode == RIGHT) {
}
else if (imode == ABOVE) {
//Dimension is = imgSize(w-4, h-theight-6);
g.drawImage(image, (w - iwidth)/2,
(h - iheight - theight - 2)/2,
iwidth, iheight, this);
g.drawString(string, (w - twidth)/2, iheight+Util.fnm.getHeight()+2);
}
else if (imode == BELOW) {
}
}
else if (image != null) {
Dimension is = imgSize(w-4, h-4);
g.drawImage(image, (w - is.width)/2, (h-is.height)/2,
is.width, is.height, this);
}
else if (string != null) {
g.drawString(string, (w - twidth)/2,
(h+theight-Util.fnm.getDescent())/2);
}
}
public void update(Graphics g) { paint(g); }
public boolean mouseEnter(Event e, int x, int y)
{
inside = true;
repaint();
return true;
}
public boolean mouseExit(Event e, int x, int y)
{
inside = false;
repaint();
return true;
}
public boolean mouseDown(Event e, int x, int y)
{
indent = true;
repaint();
return true;
}
public boolean mouseUp(Event e, int x, int y)
{
if (x >= 0 && y >= 0 && x < size().width && y < size().height) {
if (callback != null)
callback.click(this);
select();
}
indent = false;
repaint();
return true;
}
public Dimension preferredSize()
{
return new Dimension(pwidth, pheight);
}
public Dimension minimumSize()
{
return preferredSize();
}
private Dimension imgSize(int mw, int mh)
{
float ws = (float)mw/(float)iwidth,
hs = (float)mh/(float)iheight;
float s = ws < hs ? ws : hs;
if (s > 1) s = 1;
return new Dimension((int)(iwidth*s), (int)(iheight*s));
}
}
interface CbButtonCallback
{
void click(CbButton b);
}
class CbButtonGroup
{
Vector buttons = new Vector();
void add(CbButton b)
{
buttons.addElement(b);
}
void select(CbButton b)
{
for(int i=0; i= 2 || $out =~ /version\s+\./) {
# New version of ps, as found in redhat 6
local $width;
if ($1 >= 3.2) {
# Use width format character if allowed
$width = ":80";
}
open(PS, "ps --cols 500 -eo user$width,ruser$width,group$width,rgroup$width,pid,ppid,pgid,pcpu,vsz,nice,etime,time,stime,tty,args 2>/dev/null |");
$dummy = ;
for($i=0; $line=; $i++) {
chop($line);
$line =~ s/^\s+//g;
eval { @w = split(/\s+/, $line, -1); };
if ($@) {
# Hit a split loop
$i--; next;
}
if ($line =~ /ps --cols 500 -eo user/) {
# Skip process ID 0 or ps command
$i--; next;
}
if (@_ && &indexof($w[4], @_) < 0) {
# Not interested in this PID
$i--; next;
}
$plist[$i]->{"pid"} = $w[4];
$plist[$i]->{"ppid"} = $w[5];
$plist[$i]->{"user"} = $w[0];
$plist[$i]->{"cpu"} = "$w[7] %";
$plist[$i]->{"size"} = "$w[8] kB";
$plist[$i]->{"time"} = $w[11];
$plist[$i]->{"_stime"} = $w[12];
$plist[$i]->{"nice"} = $w[9];
$plist[$i]->{"args"} = @w<15 ? "defunct" : join(' ', @w[14..$#w]);
$plist[$i]->{"_group"} = $w[2];
$plist[$i]->{"_ruser"} = $w[1];
$plist[$i]->{"_rgroup"} = $w[3];
$plist[$i]->{"_pgid"} = $w[6];
$plist[$i]->{"_tty"} = $w[13] =~ /\?/ ? $text{'edit_none'} : "/dev/$w[13]";
}
close(PS);
}
else {
# Old version of ps
$pcmd = join(' ' , @_);
open(PS, "ps aulxhwwww $pcmd |");
for($i=0; $line=; $i++) {
chop($line);
if ($line =~ /ps aulxhwwww/) { $i--; next; }
if ($line !~ /^\s*(\d+)\s+(\d+)\s+(\d+)\s+(\d+)\s+([\-\d]+)\s+([\-\d]+)\s+(\d+)\s+(\d+)\s+(\S*)\s+(\S+)[\s<>N]+(\S+)\s+([0-9:]+)\s+(.*)$/) {
$i--;
next;
}
$pidmap{$3} = $i;
$plist[$i]->{"pid"} = $3;
$plist[$i]->{"ppid"} = $4;
$plist[$i]->{"user"} = getpwuid($2);
$plist[$i]->{"size"} = "$7 kB";
$plist[$i]->{"cpu"} = "Unknown";
$plist[$i]->{"time"} = $12;
$plist[$i]->{"nice"} = $6;
$plist[$i]->{"args"} = $13;
$plist[$i]->{"_pri"} = $5;
$plist[$i]->{"_tty"} = $11 eq "?" ? $text{'edit_none'} : "/dev/tty$11";
$plist[$i]->{"_status"} = $stat_map{substr($10, 0, 1)};
($plist[$i]->{"_wchan"} = $9) =~ s/\s+$//g;
if (!$plist[$i]->{"_wchan"}) { delete($plist[$i]->{"_wchan"}); }
if ($plist[$i]->{"args"} =~ /^\((.*)\)/)
{ $plist[$i]->{"args"} = $1; }
}
close(PS);
open(PS, "ps auxh $pcmd |");
while($line=) {
if ($line =~ /^\s*(\S+)\s+(\d+)\s+(\S+)\s+(\S+)\s+/ &&
defined($pidmap{$2})) {
$plist[$pidmap{$2}]->{"cpu"} = $3;
$plist[$pidmap{$2}]->{"_mem"} = "$4 %";
}
}
close(PS);
}
return @plist;
}
# renice_proc(pid, nice)
sub renice_proc
{
return undef if (&is_readonly_mode());
local $out = &backquote_logged("renice $_[1] -p $_[0] 2>&1");
if ($?) { return $out; }
return undef;
}
# find_mount_processes(mountpoint)
# Find all processes under some mount point
sub find_mount_processes
{
local($out);
$out = `fuser -m $_[0]`;
$out =~ s/[^0-9 ]//g;
$out =~ s/^\s+//g; $out =~ s/\s+$//g;
return split(/\s+/, $out);
}
# find_file_processes([file]+)
# Find all processes with some file open
sub find_file_processes
{
local($out, $files);
$files = join(' ', @_);
$out = `fuser $files`;
$out =~ s/[^0-9 ]//g;
$out =~ s/^\s+//g; $out =~ s/\s+$//g;
return split(/\s+/, $out);
}
# get_new_pty()
# Returns the filehandles and names for a pty and tty
sub get_new_pty
{
if (-r "/dev/ptmx" && -d "/dev/pts" && open(PTMX, "+>/dev/ptmx")) {
# Can use new-style PTY number allocation device
local $unl;
local $ptn;
# ioctl to unlock the PTY (TIOCSPTLCK)
$unl = pack("i", 0);
ioctl(PTMX, 0x40045431, $unl) || &error("Unlock ioctl failed : $!");
$unl = unpack("i", $unl);
# ioctl to request a TTY (TIOCGPTN)
ioctl(PTMX, 0x80045430, $ptn) || &error("PTY ioctl failed : $!");
$ptn = unpack("i", $ptn);
local $tty = "/dev/pts/$ptn";
return (*PTMX, undef, $tty, $tty);
}
else {
# Have to search manually through pty files!
local @ptys;
local $devstyle;
if (-d "/dev/pty") {
opendir(DEV, "/dev/pty");
@ptys = map { "/dev/pty/$_" } readdir(DEV);
closedir(DEV);
$devstyle = 1;
}
else {
opendir(DEV, "/dev");
@ptys = map { "/dev/$_" } (grep { /^pty/ } readdir(DEV));
closedir(DEV);
$devstyle = 0;
}
local ($pty, $tty);
foreach $pty (@ptys) {
open(PTY, "+>$pty") || next;
local $tty = $pty;
if ($devstyle == 0) {
$tty =~ s/pty/tty/;
}
else {
$tty =~ s/m(\d+)$/s$1/;
}
local $old = select(PTY); $| = 1; select($old);
if ($< == 0) {
# Don't need to open the TTY file here for root,
# as it will be opened later after the controlling
# TTY has been released.
return (*PTY, undef, $pty, $tty);
}
else {
# Must open now ..
open(TTY, "+>$tty");
select(TTY); $| = 1; select($old);
return (*PTY, *TTY, $pty, $tty);
}
}
return ();
}
}
# close_controlling_pty()
# Disconnects this process from it's controlling PTY, if connected
sub close_controlling_pty
{
if (open(DEVTTY, "/dev/tty")) {
# Special ioctl to disconnect (TIOCNOTTY)
ioctl(DEVTTY, 0x5422, 0);
close(DEVTTY);
}
}
# open_controlling_pty(ptyfh, ttyfh, ptyfile, ttyfile)
# Makes a PTY returned from get_new_pty the controlling TTY (/dev/tty) for
# this process.
sub open_controlling_pty
{
local ($ptyfh, $ttyfh, $pty, $tty) = @_;
# Call special ioctl to attach /dev/tty to this new tty (TIOCSCTTY)
ioctl($ttyfh, 0x540e, 0);
}
# get_memory_info()
# Returns a list containing the real mem, free real mem, swap and free swap
# (In kilobytes).
sub get_memory_info
{
local %m;
if (open(BEAN, "/proc/user_beancounters")) {
# If we are running under Virtuozzo, there may be a limit on memory
# use in force that is less than the real system's memory.
while() {
if (/^privvmpages\s+(\d+)\s+(\d+)\s+(\d+)/) {
return ($3, $3-$1, undef, undef);
}
}
close(BEAN);
}
open(MEMINFO, "/proc/meminfo") || return ();
while() {
if (/^(\S+):\s+(\d+)/) {
$m{lc($1)} = $2;
}
}
close(MEMINFO);
return ( $m{'memtotal'}, $m{'cached'} > $m{'memtotal'} ? $m{'memfree'}
: $m{'memfree'}+$m{'buffers'}+$m{'cached'},
$m{'swaptotal'}, $m{'swapfree'} );
}
# os_get_cpu_info()
# Returns a list containing the 5, 10 and 15 minute load averages, and the
# CPU mhz, model, vendor, cache and count
sub os_get_cpu_info
{
open(LOAD, "/proc/loadavg") || return ();
local @load = split(/\s+/, );
close(LOAD);
local %c;
open(CPUINFO, "/proc/cpuinfo");
while() {
if (/^(\S[^:]*\S)\s*:\s*(.*)/) {
$c{lc($1)} = $2;
}
}
close(CPUINFO);
$c{'model name'} =~ s/\d+\s*mhz//i;
if ($c{'cache size'} =~ /^(\d+)\s+KB/i) {
$c{'cache size'} = $1*1024;
}
elsif ($c{'cache size'} =~ /^(\d+)\s+MB/i) {
$c{'cache size'} = $1*1024*1024;
}
return ( $load[0], $load[1], $load[2], int($c{'cpu mhz'}), $c{'model name'},
$c{'vendor_id'}, $c{'cache size'}, $c{'processor'}+1 );
}
$has_trace_command = &has_command("strace");
# open_process_trace(pid, [&syscalls])
# Starts tracing on some process, and returns a trace object
sub open_process_trace
{
local $fh = time().$$;
local $sc;
if (@{$_[1]}) {
$sc = "-e trace=".join(",", @{$_[1]});
}
local $tpid = open($fh, "strace -t -p $_[0] $sc 2>&1 |");
$line = <$fh>;
return { 'pid' => $_[0],
'tpid' => $tpid,
'fh' => $fh };
}
# close_process_trace(&trace)
# Halts tracing on some trace object
sub close_process_trace
{
kill('TERM', $_[0]->{'tpid'}) if ($_[0]->{'tpid'});
close($_[0]->{'fh'});
}
# read_process_trace(&trace)
# Returns an action structure representing one action by traced process, or
# undef if an error occurred
sub read_process_trace
{
local $fh = $_[0]->{'fh'};
local @tm = localtime(time());
while(1) {
local $line = <$fh>;
return undef if (!$line);
if ($line =~ /^(\d+):(\d+):(\d+)\s+([^\(]+)\((.*)\)\s*=\s*(\-?\d+|\?)/) {
local $tm = timelocal($3, $2, $1, $tm[3], $tm[4], $tm[5]);
local $action = { 'time' => $tm,
'call' => $4,
'rv' => $6 eq "?" ? undef : $6 };
local $args = $5;
local @args;
while(1) {
if ($args =~ /^[ ,]*(\{[^}]*\})(.*)$/) {
# A structure in { }
push(@args, $1);
$args = $2;
}
elsif ($args =~ /^[ ,]*"([^"]*)"\.*(.*)$/) {
# A quoted string
push(@args, $1);
$args = $2;
}
elsif ($args =~ /^[ ,]*\[([^\]]*)\](.*)$/) {
# A square-bracket number
push(@args, $1);
$args = $2;
}
elsif ($args =~ /^[ ,]*\<([^\>]*)\>(.*)$/) {
# An angle-bracketed string
push(@args, $1);
$args = $2;
}
elsif ($args =~ /[ ,]*([^, ]+)(.*)$/) {
# Just a number
push(@args, $1);
$args = $2;
}
else {
last;
}
}
if ($args[$#args] eq $action->{'rv'}) {
pop(@args); # last arg is same as return value?
}
$action->{'args'} = \@args;
return $action;
}
}
}
foreach $ia (keys %text) {
if ($ia =~ /^linux(_\S+)/) {
$info_arg_map{$1} = $text{$ia};
}
elsif ($ia =~ /^linuxstat_(\S+)/) {
$stat_map{$1} = $text{$ia};
}
}
@nice_range = (-20 .. 20);
$has_fuser_command = 1;
1;
proc/defaultacl 0100644 0005671 0000012 00000000046 11022014343 013517 0 ustar jcameron wheel noconfig=0
uid=0
edit=1
run=1
users=*
proc/config.info.es 0100644 0005671 0000012 00000000520 11022014343 014215 0 ustar jcameron wheel default_mode=Estilo de lista de procesos por defecto,4,last-ltimo seleccionado,tree-rbol de procesos,user-Ordenado por usuario,size-Ordenado por tamao,cpu-Ordenado por UCP,search-Formulario de bsqueda,run-Formulario de Ejecucin
ps_style=Estilo de salida del comando PS,1,sysv-SYSV,linux-Linux,hpux-HPUX,freebsd-FreeBSD,macos-MacOS
proc/osf-lib.pl 0100755 0005671 0000012 00000004610 11022014343 013364 0 ustar jcameron wheel # sysv-lib.pl
# Functions for parsing sysv-style ps output
# list_processes([pid]*)
sub list_processes
{
local($line, $dummy, @w, $i, $_, $pcmd, @plist);
foreach (@_) { $pcmd .= " -p $_"; }
if (!$pcmd) { $pcmd = " -e"; }
open(PS, "ps -o user,ruser,group,rgroup,pid,ppid,pgid,pcpu,vsz,nice,etime,time,tty,args $pcmd |");
$dummy = ;
for($i=0; $line=; $i++) {
chop($line);
$line =~ s/^\s+//g;
@w = split(/\s+/, $line);
if ($line =~ /ps -o user,ruser/) {
# Skip ps command
$i--; next;
}
$plist[$i]->{"pid"} = $w[4];
$plist[$i]->{"ppid"} = $w[5];
$plist[$i]->{"user"} = $w[0];
$plist[$i]->{"cpu"} = "$w[7] %";
if ($w[8] =~ /^([0-9\.]+)K/)
{ $plist[$i]->{"size"} = "$1 kB"; }
elsif ($w[8] =~ /^([0-9\.]+)M/)
{ $plist[$i]->{"size"} = ($1 * 1000)." kB"; }
$plist[$i]->{"time"} = $w[11];
$plist[$i]->{"nice"} = $w[9];
$plist[$i]->{"args"} = $w[13] eq "" ? "defunct"
: join(' ', @w[13..$#w]);
$plist[$i]->{"_group"} = $w[2];
$plist[$i]->{"_ruser"} = $w[1];
$plist[$i]->{"_rgroup"} = $w[3];
$plist[$i]->{"_pgid"} = $w[6];
$plist[$i]->{"_tty"} = $w[12] =~ /\?/ ? $text{'edit_none'} : "/dev/$w[12]";
}
close(PS);
return @plist;
}
# find_mount_processes(mountpoint)
# Find all processes under some mount point
sub find_mount_processes
{
local($out);
$out = `fuser -c $_[0] 2>/dev/null`;
$out =~ s/^\s+//g; $out =~ s/\s+$//g;
return split(/\s+/, $out);
}
# find_file_processes([file]+)
# Find all processes with some file open
sub find_file_processes
{
local($out, $files);
$files = join(' ', @_);
$out = `fuser $files 2>/dev/null`;
$out =~ s/^\s+//g; $out =~ s/\s+$//g;
return split(/\s+/, $out);
}
# renice_proc(pid, nice)
sub renice_proc
{
return undef if (&is_readonly_mode());
local $out = &backquote_logged("renice $_[1] -p $_[0] 2>&1");
if ($?) { return $out; }
return undef;
}
# get_new_pty()
# Returns the filehandles and names for a pty and tty
sub get_new_pty
{
opendir(DEV, "/dev");
local @ptys = map { "/dev/$_" } (grep { /^pty/ } readdir(DEV));
closedir(DEV);
local ($pty, $tty);
foreach $pty (@ptys) {
open(PTY, "+>$pty") || next;
local $tty = $pty; $tty =~ s/pty/tty/;
open(TTY, "+>$tty") || next;
local $old = select(PTY); $| = 1;
select(TTY); $| = 1; select($old);
return (*PTY, *TTY, $pty, $tty);
}
return ();
}
foreach $ia (keys %text) {
if ($ia =~ /^sysv(_\S+)/) {
$info_arg_map{$1} = $text{$ia};
}
}
@nice_range = (-20 .. 19);
$has_fuser_command = 1;
1;
proc/config-macos 0100644 0005671 0000012 00000000110 11022014343 013750 0 ustar jcameron wheel default_mode=tree
ps_style=macos
base_ppid=1
cut_length=80
trace_java=1
proc/images/ 0040755 0005671 0000012 00000000000 11022014345 012742 5 ustar jcameron wheel proc/images/icon.gif 0100644 0005671 0000012 00000000547 11022014343 014362 0 ustar jcameron wheel GIF89a0 0 ! , 0 0 c
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zWV)D7 aEĭl5,mԖId2$k4;.TΓ ԹdTj@x9Oκ!3h'.b9k#F$B!H2]Q[k5 )nL(p!Ϡ͞DRJK ; proc/images/smallicon.gif 0100664 0005671 0000012 00000000420 11022014343 015403 0 ustar jcameron wheel GIF87a gggMMM'''fff@@@ , pIM'1Ga
j4 ÙB&9gW .e;dM炢$( $!D`$'G B`hT"-Bu%'D$hu&uR$
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T&us8m4~vJsJ Ax'AQ a cZ_%A5 r[v: 8}I#{ - ; proc/index_user.cgi 0100755 0005671 0000012 00000002177 11022014343 014333 0 ustar jcameron wheel #!/usr/local/bin/perl
# index_user.cgi
require './proc-lib.pl';
&ui_print_header(undef, $text{'index_title'}, "", "user", !$no_module_config, 1);
&index_links("user");
@procs = sort { $b->{'cpu'} <=> $a->{'cpu'} } &list_processes();
@procs = grep { &can_view_process($_->{'user'}) } @procs;
@users = &unique(map { $_->{'user'} } @procs);
foreach $u (@users) {
if (&supports_users()) {
@uinfo = getpwnam($u);
$uinfo[6] =~ s/,.*$//;
}
print &ui_subheading("$u ".($uinfo[6] ? "($uinfo[6])" : "")),"\n";
print &ui_columns_start([
$text{'pid'},
$text{'cpu'},
$info_arg_map{'_stime'} ? ( $text{'stime'} ) : ( ),
$text{'command'} ], 100);
foreach $pr (grep { $_->{'user'} eq $u } @procs) {
$p = $pr->{'pid'};
local @cols;
if (&can_edit_process($pr->{'user'})) {
push(@cols, "$p");
}
else {
push(@cols, $p);
}
push(@cols, $pr->{'cpu'});
if ($info_arg_map{'_stime'}) {
push(@cols, $pr->{'_stime'});
}
push(@cols, &html_escape(&cut_string($pr->{'args'})));
print &ui_columns_row(\@cols);
}
print &ui_columns_end();
}
&ui_print_footer("/", $text{'index'});
proc/edit_proc.cgi 0100755 0005671 0000012 00000007052 11022014343 014133 0 ustar jcameron wheel #!/usr/local/bin/perl
# edit_proc.cgi
# Display information about a process
require './proc-lib.pl';
&ui_print_header(undef, $text{'edit_title'}, "", "edit_proc");
%pinfo = &process_info($ARGV[0]);
&can_edit_process($pinfo{'user'}) || &error($text{'edit_ecannot'});
# Check if the process is still running
if (!%pinfo) {
print "$text{'edit_gone'}
\n";
&ui_print_footer("", $text{'index_return'});
exit;
}
print &ui_table_start($text{'edit_title'}, "width=100%", 4,
[ "width=20%", "width=30%", "width=20%", "width=30%" ]);
# Full command
print &ui_table_row($text{'command'},
"".&html_escape($pinfo{args})."", 3);
# Process ID
print &ui_table_row($text{'pid'}, $pinfo{pid});
# Parent process
if ($pinfo{ppid}) {
local %ppinfo = &process_info($pinfo{ppid});
print &ui_table_row($text{'parent'},
"".
&cut_string($ppinfo{'args'}, 30)."");
}
else {
print &ui_table_row($text{'parent'}, $text{'edit_none'});
}
# Unix user
print &ui_table_row($text{'owner'}, $pinfo{'user'});
# CPU use
print &ui_table_row($text{'cpu'}, $pinfo{'cpu'});
# Memory size
print &ui_table_row($text{'size'}, $pinfo{'size'});
# Run time
print &ui_table_row($text{'runtime'}, $pinfo{'time'});
# Nice level
print &ui_form_start("renice_proc.cgi");
print &ui_hidden("pid", $ARGV[0]);
print &ui_table_row(&hlink($text{'nice'},"nice"),
&indexof($pinfo{nice}, @nice_range) < 0 ? $pinfo{nice} :
&nice_selector("nice", $pinfo{nice}).
&ui_submit($text{'edit_change'}), 3);
print &ui_form_end();
# Extra OS-specific info
foreach $k (keys %pinfo) {
if ($k =~ /^_/) {
print &ui_table_row($info_arg_map{$k}, $pinfo{$k});
}
}
print &ui_table_end();
print "
\n";
if ($access{'simple'}) {
# Just display buttons for common signals
print &ui_form_start("kill_proc.cgi");
print &ui_hidden("pid", $pinfo{pid});
print "
\n";
print &ui_form_end();
}
else {
# Allow the sending of any signal
print &ui_form_start("kill_proc.cgi");
print &ui_hidden("pid", $pinfo{pid});
print "
\n";
print &ui_form_end();
}
if ($has_trace_command) {
# Show button to trace syscalls
print &ui_form_start("trace.cgi");
print &ui_hidden("pid", $pinfo{pid});
print "
",
&ui_submit($text{'edit_trace'}),"
\n";
print &ui_form_end();
}
if ($has_lsof_command) {
# Show button to display currently open files
print &ui_form_start("open_files.cgi");
print &ui_hidden("pid", $pinfo{pid});
print "
\n";
&ui_print_footer("index_search.cgi?$in{'args'}", $text{'search_return'});
proc/config-freebsd 0100644 0005671 0000012 00000000112 11022014343 014262 0 ustar jcameron wheel default_mode=last
ps_style=freebsd
base_ppid=0
cut_length=80
trace_java=1
proc/Tracer.java 0100644 0005671 0000012 00000005754 11022014343 013566 0 ustar jcameron wheel import java.awt.*;
import java.net.*;
import java.io.*;
import java.util.*;
import java.applet.*;
public class Tracer extends Applet implements Runnable,CbButtonCallback
{
MultiColumn log;
StringBuffer logbuffer = new StringBuffer();
LineInputStream is;
Thread th;
CbButton pause, button;
boolean paused = false;
int MAX_ROWS = 1000;
Vector buffer = new Vector();
public void init()
{
// Create the UI
setLayout(new BorderLayout());
String cols[] = { "Time", "System Call", "Parameters", "Return" };
add("Center", log = new MultiColumn(cols));
float widths[] = { .1f, .15f, .65f, .1f };
log.setWidths(widths);
Util.setFont(new Font("TimesRoman", Font.PLAIN, 12));
Panel bot = new Panel();
bot.setBackground(Color.white);
bot.setForeground(Color.white);
bot.setLayout(new FlowLayout(FlowLayout.RIGHT));
bot.add(pause = new CbButton(" Pause ", this));
add("South", bot);
}
public void start()
{
// Start download thread
log.clear();
th = new Thread(this);
th.start();
}
public void stop()
{
// Stop download
try {
String killurl = getParameter("killurl");
if (killurl != null) {
// Call this CGI at stop time
try {
URL u = new URL(getDocumentBase(), killurl);
URLConnection uc = u.openConnection();
String session = getParameter("session");
if (session != null)
uc.setRequestProperty("Cookie", session);
uc.getInputStream().close();
}
catch(Exception e2) { }
}
if (is != null) is.close();
if (th != null) th.stop();
}
catch(Exception e) {
// ignore it
e.printStackTrace();
}
}
public void run()
{
try {
URL u = new URL(getDocumentBase(), getParameter("url"));
URLConnection uc = u.openConnection();
String session = getParameter("session");
if (session != null)
uc.setRequestProperty("Cookie", session);
is = new LineInputStream(uc.getInputStream());
while(true) {
StringSplitter tok =
new StringSplitter(is.gets(), '\t', false);
if (tok.countTokens() == 4) {
Object row[] = { tok.nextToken(),
tok.nextToken(),
tok.nextToken(),
tok.nextToken() };
if (paused) {
// Store in temp buffer
buffer.addElement(row);
if (buffer.size() > MAX_ROWS) {
buffer.removeElementAt(0);
}
}
else {
// Add immediately
log.addItem(row);
cleanup();
log.scrollto(log.count()-1);
}
}
}
}
catch(EOFException e) {
// end of file ..
}
catch(IOException e) {
// shouldn't happen!
e.printStackTrace();
}
}
void cleanup()
{
while(log.count() > MAX_ROWS) {
log.deleteItem(0);
}
}
public void click(CbButton b) {
if (b == pause) {
if (paused) {
// Resume display, and add missed stuff
pause.setText(" Pause ");
for(int i=0; i ()V Code LineNumberTable add
(LCbButton;)V select
SourceFile
CbButton.java java/util/Vector
$ % & ' ( ) CbButton * + , -
CbButtonGroup java/lang/Object
addElement (Ljava/lang/Object;)V size ()I elementAt (I)Ljava/lang/Object; selected Z java/awt/Component repaint
, * * Y
% * +
^ 2= * '* N-+- -
Ա
' + 1 proc/macos-lib.pl 0100755 0005671 0000012 00000004257 11022014343 013706 0 ustar jcameron wheel # macos-lib.pl
# Functions for parsing macos server ps output
sub list_processes
{
local($pcmd, $line, $i, %pidmap, @plist);
if (@_) {
open(PS, "ps axlwwwwp $_[0] |");
}
else {
open(PS, "ps axlwwww |");
}
for($i=0; $line=; $i++) {
chop($line);
if ($line =~ /ps axlwwww/ || $line =~ /^\s*UID\s+PID/) { $i--; next; }
if ($line =~ /^\s*(\d+)\s+(\d+)\s+(\S+)\s+(\d+)\s+(\d+)\s+(\d+)\s+(\d+)\s+(\S+)\s+(\S+)\s+(\d+)\s+(...)\s+(\S+)\s+(\d+:\d+)\s+(.*)/) {
if ($3 <= 0) { $i--; next; }
$plist[$i]->{"pid"} = $3;
$plist[$i]->{"ppid"} = $4;
$plist[$i]->{"size"} = $8;
$plist[$i]->{"time"} = $13;
$plist[$i]->{"nice"} = $6;
$plist[$i]->{"_tty"} = $12 eq '?' ? $text{'edit_none'} : "/dev/tty$12";
$plist[$i]->{"args"} = $14;
$pidmap{$3} = $plist[$i];
}
elsif ($line =~ /^\s*(\d+)\s+(\d+)\s+(\S+)\s+(\d+)\s+(\d+)\s+(\S+)\s+(\d+)\s+(\d+)\s+(\S+)\s+(...)\s+(\S+)\s+(\d+:\S+)\s+(.*)/) {
if ($2 <= 0) { $i--; next; }
$plist[$i]->{"pid"} = $2;
$plist[$i]->{"ppid"} = $3;
$plist[$i]->{"size"} = $7;
$plist[$i]->{"time"} = $12;
$plist[$i]->{"nice"} = $6;
$plist[$i]->{"_tty"} = $11 eq '??' ? $text{'edit_none'} : "/dev/tty$11";
$plist[$i]->{"args"} = $13;
$pidmap{$2} = $plist[$i];
}
}
close(PS);
open(PS, "ps auxwwww $_[0] |");
while($line = ) {
chop($line);
$line =~ /^(\S+)\s+(\d+)\s+(\S+)\s+(\S+)/ || next;
if ($pidmap{$2}) {
$pidmap{$2}->{"user"} = $1;
$pidmap{$2}->{"cpu"} = "$3 %";
}
}
close(PS);
return @plist;
}
# renice_proc(pid, nice)
sub renice_proc
{
return undef if (&is_readonly_mode());
local $out = &backquote_logged("renice $_[1] -p $_[0] 2>&1");
if ($?) { return $out; }
return undef;
}
%info_arg_map=( "_tty", $text{'macos_tty'} );
@nice_range = (-20 .. 20);
$has_fuser_command = 0;
# get_new_pty()
# Returns the filehandles and names for a pty and tty
sub get_new_pty
{
local @ptys;
opendir(DEV, "/dev");
@ptys = map { "/dev/$_" } (grep { /^pty/ } readdir(DEV));
closedir(DEV);
local ($pty, $tty);
foreach $pty (@ptys) {
open(PTY, "+>$pty") || next;
local $tty = $pty;
$tty =~ s/pty/tty/;
open(TTY, "+>$tty") || next;
local $old = select(PTY); $| = 1;
select(TTY); $| = 1; select($old);
return (*PTY, *TTY, $pty, $tty);
}
return ();
}
1;
proc/lang/ 0040755 0005671 0000012 00000000000 11022014345 012416 5 ustar jcameron wheel proc/lang/zh_TW.Big5 0100644 0005671 0000012 00000003241 11022014343 014154 0 ustar jcameron wheel index_title=椤{
index_display=ܤ覡
index_tree=̾ PID ({Ǿ)
index_user=̾ڨϥΪ
index_size=̾ڰOϥζq
index_cpu=̾ CPU ϥζq
index_search=jM
index_run=...
index_return={ǦC
pid={ǽs
owner=֦
command=RO
cpu=CPU ϥζq
size=Oζq
parent={
runtime=ɶ
nice=u
search_user=֦
search_match=ŦX
search_cpu=WL
search_fs=ϥɮרt
search_files=ϥɮ
search_submit=jM
search_none=䤣ŦX{
search_kill=eXH
search_return=jM
run_command=n檺RO
run_submit=
run_mode=Ҧ
run_bg=bI
run_fg=ݪ槹
run_input=ROJ
run_title=ROX
run_output=q $1 X...
run_none=SͿX
edit_title={ǸT
edit_gone=oӵ{ǤwgAF
edit_sub=l{
edit_kill=eXT
edit_change=ܧ
kill_err=LkeXT $1 { $2
kill_title=eXT
kill_sent=eX
renice_err=Lkܧ{ $1 u
linux_pri=u
linux_tty=ݾ
linux_status=A
linux_wchan=ݸ귽
linux_mem=O
linux_group=s
linux_ruser=uϥΪ
linux_rgroup=us
linux_pgid={Ǹsսs
linuxstat_R=椤
linuxstat_S=ίv
linuxstat_D=Τ
linuxstat_T=w
linuxstat_Z=!!
freebsd_ruser=uϥΪ
freebsd_rgroup=us
freebsd_tty=ݾ
freebsd_pgid={Ǹs
freebsd_lstart=}lɶ
freebsd_lim=OW
hpux_pri=u
hpux_tty=ݾ
hpux_status=A
hpux_wchan=ݸ귽
hpuxstat_0=sb
hpuxstat_S=ίv
hpuxstat_W=ݤ
hpuxstat_R=椤
hpuxstat_I=
hpuxstat_Z=!!
hpuxstat_T=w
hpuxstat_G=
macos_tty=ݾ
sysv_group=s
sysv_ruser=uϥΪ
sysv_rgroup=us
sysv_pgid={Ǹsսs
sysv_tty=ݾ
proc/lang/zh_CN 0100644 0005671 0000012 00000005137 11022014343 013343 0 ustar jcameron wheel index_title=̹
index_display=ʾ
index_tree=PID
index_user=û
index_size=ڴ
index_cpu=CPU
index_search=
index_run=..
index_return=б
index_mem=ʵ棺ܼ$1 kB / $2 Kbÿռ
index_swap=ռܼ $1 kB / $2 kB ÿռ
index_load=CPU ƽ $1 (1) , $2 (5 ) , $3 (15 )
pid=̱ʶ
owner=û
command=
cpu=CPU
size=С
parent=
runtime=ʱ
nice=Nice
search_user=ӵ
search_match=ƥ
search_cpupc=ʹ˳$1% CPU
search_fs=ʹļϵͳ
search_files=ʹļ
search_submit=
search_none=ûҵƥĽ̡
search_kill=ź
search_ignore=ڽк
search_return=
search_sigterm=ֹͣ
search_sigkill=ɾ
search_port=ʹõĶ˿
search_protocol=Э
run_command=е
run_submit=
run_mode=ģʽ
run_bg=̨
run_fg=ȴֱ
run_input=뵽
run_title=
run_output=$1 ..
run_none=ûв
run_ecannot=ûִȨ
edit_title=Ϣ
edit_gone=˽̲
edit_sub=ӽ
edit_kill=ź
edit_change=ı
edit_prilow=ȼ
edit_prihigh=ȼ
edit_pridef=Ĭ
edit_none=
edit_ecannot=ûб༭̵Ȩ
edit_sigterm=ֹͣ
edit_sigkill=ɾ
kill_err=ź $1 $2 ʧ
kill_title=ź
kill_sent=
kill_ecannot=ûɾ̵Ȩ
renice_err=renice $1 ʧ
renice_ecannot=ûrenice̵Ȩ
linux_pri=ȼ
linux_tty=TTY
linux_status=״̬
linux_wchan=ȴ
linux_mem=ڴ
linux_group=
linux_ruser=û
linux_rgroup=
linux_pgid=ID
linuxstat_R=
linuxstat_S=˯
linuxstat_D=˯
linuxstat_T=ֹͣ
linuxstat_Z=ͣ״̬
freebsd_ruser=û
freebsd_rgroup=
freebsd_tty=TTY
freebsd_pgid=
freebsd_lstart=ʼʱ
freebsd_lim=ڴ
hpux_pri=ȼ
hpux_tty=TTY
hpux_status=״̬
hpux_wchan=ȴ
hpuxstat_0=
hpuxstat_S=˯
hpuxstat_W=ȴ
hpuxstat_R=
hpuxstat_I=м
hpuxstat_Z=ͣ״̬
hpuxstat_T=ֹͣ
hpuxstat_G=
macos_tty=TTY
sysv_group=
sysv_ruser=û
sysv_rgroup=
sysv_pgid=ID
sysv_tty=TTY
log_run= "$1"
log_kill= $2ź $1
log_kills=ѵ $2 ̷ź $1
log_kill_l= $2ź $1
log_kills_l= $2ź $1
acl_manage=ûݹ
acl_manage_def=ǰWebminû
acl_edit=ɾrenice
acl_run=ִ
kill_kill=ɾ
kill_term= ֹ
kill_hup=
kill_stop= ֹͣ
kill_cont=
proc/lang/en 0100644 0005671 0000012 00000011321 11022014343 012734 0 ustar jcameron wheel index_title=Running Processes
index_display=Display
index_tree=PID
index_user=User
index_size=Memory
index_cpu=CPU
index_search=Search
index_zone=Zone
index_run=Run..
index_return=process list
index_mem2=Real memory: $1 total / $2 free
index_swap2=Swap space: $1 total / $2 free
index_loadname=CPU load averages:
index_loadnums=$1 (1 mins) , $2 (5 mins) , $3 (15 mins)
index_cpuname=CPU type:
index_inzone=In zone $1
pid=ID
owner=Owner
command=Command
cpu=CPU
size=Size
parent=Parent process
runtime=Run time
nice=Nice level
stime=Started
search_user=Owned by
search_match=Matching
search_cpupc=Using more than $1% CPU
search_cpupc2=Using more CPU than
search_fs=Using filesystem
search_files=Using file
search_submit=Search
search_none=No matching processes found.
search_kill=Send Signal
search_ignore=Ignore search processes in result
search_return=search form
search_sigterm=Terminate Processes
search_sigkill=Kill Processes
search_port=Using port
search_protocol=protocol
search_ip=Using IP address
run_command=Command to run
run_submit=Run
run_mode=Run mode
run_bg=Run in background
run_fg=Wait until complete
run_input=Input to command
run_title=Command Output
run_output=Output from $1 ..
run_none=No output generated
run_ecannot=You are not allowed to run commands
run_as=Run as user
run_euser=Missing or invalid username
run_euser2=You are not allowed to run commands as the selected user
edit_title=Process Information
edit_gone=This process is no longer running
edit_sub=Subprocesses
edit_subid=ID
edit_subcmd=Sub-process command
edit_kill=Send Signal
edit_change=Change
edit_prilow=Low priority
edit_prihigh=High priority
edit_pridef=Default
edit_none=None
edit_ecannot=You are not allowed to edit processes
edit_sigterm=Terminate
edit_sigkill=Kill
edit_sigstop=Suspend
edit_sigcont=Resume
edit_open=Files and Connections
edit_trace=Trace Process
edit_return=process details
kill_err=Failed to send signal $1 to process $2
kill_title=Send Signal
kill_sent=sent
kill_ecannot=You are not allowed to kill processes
renice_err=Failed to renice process $1
renice_ecannot=You are not allowed to renice processes
linux_pri=Priority
linux_tty=TTY
linux_status=Status
linux_wchan=Waiting In
linux_mem=Memory
linux_group=Group
linux_ruser=Real user
linux_rgroup=Real group
linux_pgid=Process group ID
linux_stime=$stime
linuxstat_R=Running
linuxstat_S=Sleeping
linuxstat_D=Deep sleep
linuxstat_T=Stopped
linuxstat_Z=Zombie
freebsd_ruser=Real user
freebsd_rgroup=Real group
freebsd_tty=TTY
freebsd_pgid=Process group
freebsd_stime=$stime
freebsd_lim=Memory limit
hpux_pri=Priority
hpux_tty=TTY
hpux_status=Status
hpux_wchan=Waiting for
hpux_stime=$stime
hpuxstat_0=Nonexistent
hpuxstat_S=Sleeping
hpuxstat_W=Waiting
hpuxstat_R=Running
hpuxstat_I=Intermediate
hpuxstat_Z=Zombie
hpuxstat_T=Stopped
hpuxstat_G=Growing
macos_tty=TTY
sysv_group=Group
sysv_ruser=Real user
sysv_rgroup=Real group
sysv_pgid=Process group ID
sysv_tty=TTY
sysv_stime=$stime
sysv_task=Task ID
sysv_zone=Zone name
log_run=Ran command "$1"
log_kill=Sent signal $1 to process $2
log_kills=Send signal $1 to $2 processes
log_kill_l=Sent signal $1 to process $2
log_kills_l=Sent signal $1 to processes $2
log_renice=Changed priority of process $2 to $1
acl_manage=Manage processes as user
acl_manage_def=Current Webmin user
acl_edit=Can kill and renice processes?
acl_run=Can run commands?
acl_only=Can only see own processes?
acl_who=Can manage processes for users
acl_who0=All users
acl_who1=Current Webmin user
acl_who2=Listed users ..
kill_kill=Kill Process
kill_term= Terminate
kill_hup= Restart
kill_stop= Stop
kill_cont= Continue
open_title=Open Files and Connections
open_proc=For process $1 (PID $2)
open_header1=Open files
open_header2=Open network connections
open_type=Type
open_proto=Protocol
open_desc=Details
open_fd=File Descriptor
open_listen1=Listening on port $1
open_listen2=Listening on address $1 port $2
open_recv=Receiving on $1:$2
open_conn=Connected from $1 to $2 in state $3
open_cwd=Current dir
open_rtd=Root dir
open_txt=Program code
open_mem=Shared library
open_dir=Directory
open_reg=Regular file
open_chr=Character special
open_blk=Block special
open_size=File size
open_inode=Inode
open_file=Path
trace_title=Trace Process
trace_start=Starting system call trace for $1 ..
trace_doing=System call trace for $1 :
trace_done=.. process has terminated.
trace_failed=.. tracing failed!
trace_sorry=This page requires Java support in your browser. To use a text-only process trace, adjust the module configuration.
trace_syscalls=Trace system calls:
trace_all=All
trace_sel=Listed..
trace_change=Change
windows_threads=Threads in process
syslog_dmesg=Kernel messages
proc/lang/pt 0100644 0005671 0000012 00000004173 11022014343 012764 0 ustar jcameron wheel index_title=Administrador de Processos
index_display=Mostrar
index_tree=PID
index_user=Utilizador
index_size=Memria
index_cpu=CPU
index_search=Procurar
index_run=Executar..
index_display=Mostrar
index_return=lista de processos
pid=ID do processo
owner=Propriatrio
command=Comando
cpu=CPU
size=Tamanho
parent=Processo de origem
runtime=Tempo de Execuo
nice=Nivel de prioridade (Nice)
search_user=Propriedade de
search_match=Igual a
search_cpu=Utilizando mais que
search_fs=Utilizando o sistema de ficheiros
search_files=Utilizando o ficheiro
search_submit=Procurar
search_none=No foram encontrados processos correspondentes.
search_kill=Enviar Sinal
search_return=formulrio de procura
run_command=Comando para executar
run_submit=Executar
run_mode=Modo de execuo
run_bg=Correr em segundo plano
run_fg=Esperar at estar completo
run_input=Entrada de parmetros para o comando
run_title=Sada de Resultados do Comando
run_output=Sada de resultados de $1 ..
run_none=No foi gerada nenhuma sada de resultados
edit_title=Informao do Processo
edit_gone=Este processo j no se encontra em execuo
edit_sub=Sub-processos
edit_kill=Enviar Sinal
edit_change=Alterar
kill_err=Erro ao enviar o sinal $1 para o processo $2
kill_title=Enviar Sinal
kill_sent=enviado
renice_err=Erro no renice do processo $1
linux_pri=Prioridade
linux_tty=TTY
linux_status=Estado
linux_wchan= Espera
linux_mem=Memria
linux_group=Grupo
linux_ruser=Utilizador real
linux_rgroup=Grupo real
linux_pgid=ID do grupo do processo
linux_tty=TTY
linuxstat_R=A correr
linuxstat_S=A dormir
linuxstat_D=Sono Profundo
linuxstat_T=Parado
linuxstat_Z=Zombie
freebsd_ruser=Utilizador real
freebsd_rgroup=Grupo real
freebsd_tty=TTY
freebsd_pgid=Grupo do process
freebsd_lstart=Comeo
freebsd_lim=Limite de memria
hpux_pri=Prioridade
hpux_tty=TTY
hpux_status=Estado
hpux_wchan= espera de
hpuxstat_0=Inexistente
hpuxstat_S=A Dormir
hpuxstat_W=Em Espera
hpuxstat_R=A Correr
hpuxstat_I=Intermedirio
hpuxstat_Z=Zombie
hpuxstat_T=Parado
hpuxstat_G=Em desenvolvimento
macos_tty=TTY
sysv_group=Grupo
sysv_ruser=Utilizador real
sysv_rgroup=Grupo real
sysv_pgid=ID do grupo do processo
sysv_tty=TTY
proc/lang/es 0100644 0005671 0000012 00000007756 11022014343 012762 0 ustar jcameron wheel index_title=Gestor de Procesos
index_display=Mostrar
index_tree=PID
index_user=Usuario
index_size=Memoria
index_cpu=UCP
index_search=Buscar
index_run=Ejecutar...
index_return=lista de procesos
index_mem=Memoria real: $1 KB total / $2 KB libres
index_swap=Espacio de intercambio: $1 KB total / $2 KB libres
index_load=Promedios de carga de UCP: $1 (5 mins), $2 (10 mins), $3 (15 mins)
pid=ID de Proceso
owner=Propietario
command=Comando
cpu=UCP
size=Medida
parent=Proceso padre
runtime=Tiempo de Ejecucin
nice=Nivel de prioridad (Nice)
search_user=Propiedad de
search_match=Coincidiendo con
search_cpupc=Usando ms de $1% de UCP
search_fs=Usando sistema de archivos
search_files=Usando archivo
search_submit=Buscar
search_none=No se han encontrado procesos que coincidan.
search_kill=Enviar Seal
search_ignore=Ignorar procesos de bsqueda
search_return=formulario de bsqueda
search_sigterm=Terminar Procesos
search_sigkill=Matar Procesos
search_port=Usando puerto
search_protocol=protocolo
run_command=Comando a ejecutar
run_submit=Ejecutar
run_mode=Modo de Ejecucin
run_bg=Ejecutar en segundo plano
run_fg=Esperar hasta que termine
run_input=Entrada del comando
run_title=Salida del comando
run_output=Salida de $1 ...
run_none=No se ha generado salida
run_ecannot=No ests autorizado a ejecutar comandos
edit_title=Informacin de Proceso
edit_gone=Este proceso ya no se est ejecutando
edit_sub=Subprocesos
edit_kill=Enviar Seal
edit_change=Cambiar
edit_prilow=Prioridad baja
edit_prihigh=Prioridad alta
edit_pridef=Por defecto
edit_none=Ninguna
edit_ecannot=No ests autorizado a editar procesos
edit_sigterm=Terminar Proceso
edit_sigkill=Matar Proceso
edit_open=Archivos y Conexiones
kill_err=Error al enviar seal $1 al proceso $2
kill_title=Enviar Seal
kill_sent=enviada
kill_ecannot=No ests autorizado a matar procesos
renice_err=Error en cambio de prioridad de $1
renice_ecannot=No ests autorizado a cambiar procesos de prioridad
linux_pri=Prioridad
linux_tty=TTY
linux_status=Estado
linux_wchan=Esperando En
linux_mem=Memoria
linux_group=Grupo
linux_ruser=Usuario Real
linux_rgroup=Grupo Real
linux_pgid=ID de grupo de Proceso
linuxstat_R=Ejecutando
linuxstat_S=Durmiendo
linuxstat_D=Sueo profundo
linuxstat_T=Parado
linuxstat_Z=Zombi
freebsd_ruser=Usuario Real
freebsd_rgroup=Grupo Real
freebsd_tty=TTY
freebsd_pgid=Grupo del Proceso
freebsd_lstart=Hora de Inicio
freebsd_lim=Lmite de Memoria
hpux_pri=Prioridad
hpux_tty=TTY
hpux_status=Status
hpux_wchan=Esperando por
hpuxstat_0=No existe
hpuxstat_S=Durmiendo
hpuxstat_W=Esperando
hpuxstat_R=En ejecucin
hpuxstat_I=Intermedio
hpuxstat_Z=Zombi
hpuxstat_T=Parado
hpuxstat_G=Creciendo
macos_tty=TTY
sysv_group=Grupo
sysv_ruser=Usuario Real
sysv_rgroup=Grupo Real
sysv_pgid=ID de grupo del Proceso
sysv_tty=TTY
log_run=Ejecutado comando "$1"
log_kill=Enviada seal $1 a proceso $2
log_kills=Enva seal $1 a $2 procesos
log_kill_l=Enviada seal $1 a proceso $2
log_kills_l=Enviada seal $1 a procesos $2
acl_manage=Gestionar procesos como usuario
acl_manage_def=Usuario de Webmin en curso
acl_edit=Puede matar y cambiar procesos de prioridad?
acl_run=Puede ejecutar comandos?
kill_kill=Matar Proceso
kill_term= Terminar
kill_hup= Rearrancar
kill_stop= Parar
kill_cont= Continuar
open_title=Archivos Abiertos y Conexiones
open_proc=Para proceso $1 (PID $2)
open_header1=Archivos abiertos
open_header2=Conexiones de red abiertas
open_type=Tipo
open_proto=Protocolo
open_desc=Detalles
open_fd=Descriptor de Archivo
open_listen1=Escuchando en puerto $1
open_listen2=Escuchando en direccin $1 puerto $2
open_recv=Recibiendo en $1:$2
open_conn=Conectado desde $1 a $2 en estado $3
open_cwd=Directorio actual
open_rtd=Directorio raz
open_txt=Cdigo de programa
open_mem=Biblioteca compartida
open_dir=Directorio
open_reg=Archivo regular
open_chr=Carcter especial
open_blk=Bloque especial
open_size=Medida de archivo
open_inode=Inodo
open_file=Trayectoria
proc/lang/fr 0100644 0005671 0000012 00000006412 11022014343 012746 0 ustar jcameron wheel index_title=Gestionnaire de processus
index_display=Mode d'affichage
index_tree=Numro
index_user=Propritaire
index_size=Mmoire
index_cpu=Processeur
index_search=Recherche
index_run=Excuter
index_return=la liste des processus
index_mem=Mmoire relle: total $1 Ko / $2 Ko libre
index_swap=Espace de swap: total $1 Ko / $2 Ko libre
index_load=Moyennes de charge CPU: $1 (5 mins) , $2 (10 mins) , $3 (15 mins)
pid=Numro de processus
owner=Propritaire
command=Commande
cpu=Processeur
size=Taille
parent=Processus parent
runtime=Temps d'excution
nice=Niveau de priorit
search_user=Appartient
search_match=Correspond
search_cpupc=Utilise plus que $1% du CPU
search_fs=Utilise le systme de fichier
search_files=Utilise le fichier
search_submit=Rechercher
search_none=Aucun processus correspondant
search_kill=Envoyer le signal
search_ignore=Ignorer les processus de recherche
search_return=page de recherche
run_command=Commande excuter
run_submit=Excuter
run_mode=Mode d'excution
run_bg=Excuter en arrire plan
run_fg=Attendre que le processus soit termin
run_input=Flux d'entre
run_title=Sortie de la Commande
run_output=Sortie de $1
run_none=Aucune sortie gnre
run_ecannot=Vous n'tes pas autoris lancer des commandes
edit_title=Information du processus
edit_gone=Ce processus n'est plus excut
edit_sub=Sous-processus
edit_kill=Envoyer le signal
edit_change=Changer
edit_prilow=Priorit basse
edit_prihigh=Priorit haute
edit_pridef=Par dfaut
edit_none=Aucun
edit_ecannot=Vous n'tes pas autoris diter les processus
kill_err=Impossible d'envoyer le signal $1 au processus $2
kill_title=Envoyer le signal
kill_sent=envoy
kill_ecannot=Vous n'tes pas autoris tuer les processus
renice_err=Impossible de changer la priorit du processus $1
renice_ecannot=Vous n'tes pas autoris changer la priorit des processus
linux_pri=Priorit
linux_tty=TTY
linux_status=tats
linux_wchan=En attente de
linux_mem=Mmoire
linux_group=Groupe
linux_ruser=Vritable utilisateur
linux_rgroup=Vritable groupe
linux_pgid=Numro de groupe du processus
linuxstat_R=Excut
linuxstat_S=En sommeil
linuxstat_D=Sommeil profond
linuxstat_T=Arrt
linuxstat_Z=Zombie
freebsd_ruser=Vritable usager
freebsd_rgroup=Vritable groupe
freebsd_tty=TTY
freebsd_pgid=Groupe de processus
freebsd_lstart=Temps de dpart
freebsd_lim=Limite de mmoire
hpux_pri=Priorit
hpux_tty=TTY
hpux_status=tats
hpux_wchan=En attente de
hpuxstat_0=Inexistant
hpuxstat_S=En sommeil
hpuxstat_W=En attente
hpuxstat_R=Excut
hpuxstat_I=Intermdiaire
hpuxstat_Z=Zombie
hpuxstat_T=Arrt
hpuxstat_G=En expansion
macos_tty=TTY
sysv_group=Groupe
sysv_ruser=Vritable usager
sysv_rgroup=Vritable groupe
sysv_pgid=Numro de groupe de processus
sysv_tty=TTY
log_run=Commande "$1" lance
log_kill=Signal $1 envoy au processus $2
log_kills=Signal $1 envoy aux processus $2
log_kill_l=Signal $1 envoy au processus $2
log_kills_l=Signal $1 envoy aux processus $2
acl_manage=Manipuler les processus comme utilisateur
acl_edit=Peut tuer et renicer des processus ?
acl_run=Peut lancer des commandes ?
kill_kill=Tuer processus
kill_term= Terminer
kill_hup= Redmarrer
kill_stop= Stopper
kill_cont= Continuer
proc/lang/de 0100644 0005671 0000012 00000011202 11022014343 012720 0 ustar jcameron wheel acl_edit=Darf Prozesse killen und den Level verändern?
acl_manage=Bearbeite Prozesse als Benutzer
acl_manage_def=Momentaner Webmin-Benutzer
acl_run=Darf Befehle ausführen?
command=Befehl
cpu=CPU
edit_change=Ändern
edit_ecannot=Sie dürfen diesen Prozess nicht bearbeiten
edit_gone=Dieser Prozess läuft nicht mehr
edit_kill=Sende Signal
edit_none=Keinen
edit_open=Dateien und Verbindungen
edit_pridef=Standard
edit_prihigh=Hohe Priorität
edit_prilow=Niedrige Priorität
edit_return=Prozessdetails
edit_sigcont=Wiederaufnehmen
edit_sigkill=Killen
edit_sigstop=Außer Kraft setzen
edit_sigterm=Terminieren
edit_sub=Unterprozesse
edit_title=Prozessinformation
edit_trace=Prozess verfolgen
freebsd_lim=Speichergrenze
freebsd_pgid=Prozessgruppe
freebsd_rgroup=Echte Gruppe
freebsd_ruser=Echter Benutzer
freebsd_stime=$stime
freebsd_tty=TTY
hpux_pri=Priorität
hpux_status=Status
hpux_stime=$stime
hpux_tty=TTY
hpux_wchan=Warten auf
hpuxstat_0=Existiert nicht
hpuxstat_G=Wächst
hpuxstat_I=Zwischenstatus
hpuxstat_R=Läuft
hpuxstat_S=Schläft
hpuxstat_T=Gestoppt
hpuxstat_W=Wartet
hpuxstat_Z=Zombie
index_cpu=CPU
index_display=Anzeige
index_load=CPU-Last-Durchschnitt: $1 (1 Min) , $2 (5 Min) , $3 (15 Min)
index_mem=Realer Speicher: $1 KiB total / $2 KiB frei
index_return=Prozessliste
index_run=Ausführen..
index_search=Suche
index_size=Speicher
index_swap=Swap-Bereich: $1 KiB total / $2 KiB frei
index_title=Prozessmanager
index_tree=PID
index_user=Benutzer
kill_cont= Fortführen
kill_ecannot=Sie drüfen diesen Prozess nicht killen
kill_err=Fehler beim Senden von Signal $1 an Prozess $2
kill_hup= Neustart
kill_kill=Prozess killen
kill_sent=Gesendet
kill_stop= Stop
kill_term= Terminieren
kill_title=Sende Signal
linux_group=Gruppe
linux_mem=Speicher
linux_pgid=Prozessgruppen-ID
linux_pri=Priorität
linux_rgroup=Echte Gruppe
linux_ruser=Echter Benutzer
linux_status=Status
linux_stime=$stime
linux_tty=TTY
linux_wchan=Wartet in
linuxstat_D=Tiefschlaf
linuxstat_R=Läuft
linuxstat_S=Schläft
linuxstat_T=Gestoppt
linuxstat_Z=Zombie
log_kill=Sende Signal $1 an Prozess $2
log_kill_l=Signal $1 an Prozess $2 gesendet
log_kills=Sende Signal $1 an $2 Prozesse
log_kills_l=Signal $1 an $2 Prozesse gesendet
log_run="$1" ausgeführt
macos_tty=TTY
nice=Nicelevel
open_blk=Block speziell
open_chr=Zeichen speziell
open_conn=Verbunden von $1 nach $2 im Status $3
open_cwd=Momentanes Verzeichnis
open_desc=Details
open_dir=Verzeichnis
open_fd=Datei-Descriptor
open_file=Pfad
open_header1=Offene Dateien
open_header2=Offene Netzwerkverbindungen
open_inode=Inode
open_listen1=Horcht auf Port $1
open_listen2=Horcht auf Adresse $1 Port $2
open_mem=Gemeinsame Bibliothek
open_proc=Für Prozess $1 (PID $2)
open_proto=Protokoll
open_recv=Empfangen auf $1:$2
open_reg=Reguläre Datei
open_rtd=Wurzel-Verzeichnis
open_size=Dateigröße
open_title=Offene Dateien und Verbindungen
open_txt=Programcode
open_type=Art
owner=Besitzer
parent=Übergeordneter Prozess
pid=Prozess-ID
renice_ecannot=Sie dürfen den Nice-Level von Prozessen nicht verändern
renice_err=Fehler beim Ändern des Nicelevels des Prozesses $1
run_bg=Führe im Hintergrund aus
run_command=Auszuführender Befehl
run_ecannot=Sie dürfen keine Befehle ausführen
run_fg=Warte bis Beendigung
run_input=Eingabe an Befehl
run_mode=Ausführmodus
run_none=Es wurde keine Ausgabe erstellt
run_output=Ausgabe von $1 ..
run_submit=Ausführen
run_title=Befehlsausgabe
runtime=Laufzeit
search_cpupc=Benutzt mehr als $1% der CPU
search_files=Benutzt Datei
search_fs=Benutzt Dateisystem
search_ignore=Ignoriere Suchprozesse im Ergebnis
search_kill=Sende Signal
search_match=Übereinstimmung
search_none=Kein passender Prozess gefunden.
search_port=Benutze Port
search_protocol=Protokoll
search_return=Suchformular
search_sigkill=Kille Prozesse
search_sigterm=Terminiere Prozesse
search_submit=Suche
search_user=Gesteuert von
size=Größe
stime=Gestartet
sysv_group=Gruppe
sysv_pgid=Prozessgruppen-ID
sysv_rgroup=Echte Gruppe
sysv_ruser=Echter Benutzer
sysv_stime=$stime
sysv_tty=TTY
trace_all=Alle
trace_change=Ändern
trace_doing=Systemcall-Trace für $1 :
trace_done=.. Prozess wurde terminiert.
trace_failed=.. Trace gescheitert!
trace_sel=Aufgelistete..
trace_sorry=Diese Seite benötigt JAVA. Um eine Nur-Text-Variante zu erhalten, ändern Sie bitte die Modul-Konfiguration.
trace_start=Starte Systemcall-Trace für $1 ..
trace_syscalls=Systemcall-Trace:
trace_title=Prozess verfolgen
proc/lang/sv 0100644 0005671 0000012 00000005222 11022014343 012765 0 ustar jcameron wheel index_title=Processhanterare
index_display=Visa
index_tree=PID
index_user=Anvndare
index_size=Minne
index_cpu=CPU
index_search=Sk
index_run=Utfr ...
index_return=processlista
index_mem=Fysiskt minne: $1 kB totalt / $2 kB ledigt
index_swap=Swap-utrymme: $1 kB totalt / $2 kB ledigt
index_load=Medelvrden fr CPU-last: $1 (5 min) , $2 (10 min) , $3 (15 min)
pid=Process-ID
owner=gare
command=Kommando
cpu=CPU
size=Storlek
parent=Frldraprocess
runtime=Krtid
nice=Nice-niv
search_user=gd av
search_match=Stmmer med
search_cpupc=Anvnder mer n $1 % CPU
search_fs=Anvnder filsystem
search_files=Anvnder fil
search_submit=Sk
search_none=Det fanns ingen sdan process.
search_kill=Skicka signal
search_ignore=Strunta i skprocesserna
search_return=skformulr
run_command=Utfr kommando
run_submit=Utfr
run_mode=Krlge
run_bg=Kr i bakgrunden
run_fg=Vnta tills det r frdigt
run_input=Inmatning till kommando
run_title=Utmatning frn kommando
run_output=Utmatning frn $1 ...
run_none=Det kom ingen utmatning
edit_title=Processinformation
edit_gone=Denna process kr inte lngre
edit_sub=Delprocesses
edit_kill=Skicka signal
edit_change=ndra
edit_prilow=Lg prioritet
edit_prihigh=Hg prioritet
edit_pridef=Standard
edit_none=Ingen
kill_err=Det gick inte att skicka signal $1 till process $2
kill_title=Skicka signal
kill_sent=skickat
renice_err=Det gick inte att ge process $1 ett nytt nice-vrde
linux_pri=Prioritet
linux_tty=TTY
linux_status=Status
linux_wchan=Vntar i
linux_mem=Minne
linux_group=Grupp
linux_ruser=Verklig anvndare
linux_rgroup=Verklig grupp
linux_pgid=Processens grupp-ID
linuxstat_R=Kr
linuxstat_S=Vilande
linuxstat_D=Sover djupt
linuxstat_T=Stannad
linuxstat_Z=Zombie
freebsd_ruser=Verklig anvndare
freebsd_rgroup=Verklig grupp
freebsd_tty=TTY
freebsd_pgid=Process-grupp
freebsd_lstart=Starttid
freebsd_lim=Minnesbegrnsning
hpux_pri=Prioritet
hpux_tty=TTY
hpux_status=Status
hpux_wchan=Vntar p
hpuxstat_0=Obefintlig
hpuxstat_S=Vilande
hpuxstat_W=Vntar
hpuxstat_R=Kr
hpuxstat_I=Mellanlandar
hpuxstat_Z=Zombie
hpuxstat_T=Stannad
hpuxstat_G=Vxer
macos_tty=TTY
sysv_group=Grupp
sysv_ruser=Verklig anvndare
sysv_rgroup=Verklig grupp
sysv_pgid=Processens grupp-ID
sysv_tty=TTY
log_run=Krde kommando "$1"
log_kill=Skickade signal $1 till process $2
log_kills=Skickade signal $1 till $2 processer
log_kill_l=Skickade signal $1 till process $2
log_kills_l=Skickade signal $1 till processerna $2
acl_manage=Hantera processer som anvndare
kill_kill=Sl ihjl process
kill_term= Avbryt
kill_hup= Starta om
kill_stop= Stanna
kill_cont= Fortstt
proc/lang/ru_RU 0100664 0005671 0000012 00000012414 11022014343 013374 0 ustar jcameron wheel acl_edit= ?
acl_manage=
acl_manage_def= ZTL
acl_only= ?
acl_run= ?
acl_who=
acl_who0=
acl_who1= ZTL
acl_who2=
command=Command
cpu=CPU
edit_change=
edit_ecannot=
edit_gone=
edit_kill=
edit_none=
edit_open=
edit_pridef=
edit_prihigh=
edit_prilow=
edit_return=
edit_sigcont=
edit_sigkill=
edit_sigstop=
edit_sigterm=
edit_sub=
edit_title=
edit_trace=
freebsd_lim=
freebsd_lstart=
freebsd_pgid=
freebsd_rgroup=
freebsd_ruser=
freebsd_stime=$stime
freebsd_tty=TTY ()
hpux_pri=
hpux_status=
hpux_stime=$stime
hpux_tty=TTY ()
hpux_wchan=
hpuxstat_0=
hpuxstat_G=
hpuxstat_I=
hpuxstat_R=
hpuxstat_S=
hpuxstat_T=
hpuxstat_W=
hpuxstat_Z=
index_cpu=CPU
index_cputype= CPU: $2 ($1 MHz)
index_display=
index_inzone= $1
index_load= CPU: $1 (1 ) , $2 (5 ) , $3 (15 )
index_mem= : $1 / $2
index_return=
index_run=..
index_search=
index_size=
index_swap= : $1 / $2
index_title=
index_tree=PID
index_user=
index_zone=
kill_cont=
kill_ecannot=
kill_err= $1 $2
kill_hup=
kill_kill=
kill_sent=
kill_stop=
kill_term=
kill_title=
linux_group=
linux_mem=
linux_pgid=ID
linux_pri=
linux_rgroup=
linux_ruser=
linux_status=
linux_stime=$stime
linux_tty=TTY ()
linux_wchan=
linuxstat_D=
linuxstat_R=
linuxstat_S= ()
linuxstat_T=
linuxstat_Z=
log_kill= $2 $1
log_kill_l= $2 $1
log_kills= $1 $2
log_kills_l= $1 $2
log_run= "$1"
macos_tty=TTY ()
nice= (nice)
open_blk=
open_chr=
open_conn= $1 $2, $3
open_cwd=
open_desc=
open_dir=
open_fd=
open_file=
open_header1=
open_header2=
open_inode=Inode
open_listen1= $1
open_listen2= $2 $1
open_mem=
open_proc= $1 (PID $2)
open_proto=
open_recv= $1:$2
open_reg=
open_rtd=
open_size=
open_title=
open_txt=
open_type=
owner=
parent=
pid=PID
renice_ecannot=
renice_err= $1
run_as=
run_bg=
run_command=
run_ecannot=
run_euser=
run_euser2=
run_fg=
run_input=
run_mode=
run_none=
run_output= $1 ..
run_submit=
run_title=
runtime=
search_cpupc= CPU , $1%
search_files=
search_fs=
search_ignore= ,
search_ip= IP
search_kill=
search_match=
search_none=, , .
search_port=
search_protocol=
search_return=
search_sigkill=
search_sigterm=
search_submit=
search_user=
size=
stime=
sysv_group=
sysv_pgid=ID
sysv_rgroup=
sysv_ruser=
sysv_stime=$stime
sysv_task=ID
sysv_tty=TTY ()
sysv_zone=
trace_all=
trace_change=
trace_doing= $1 :
trace_done=.. .
trace_failed=.. !
trace_sel=..
trace_sorry= Java . ,
trace_start= $1..
trace_syscalls= :
trace_title=
windows_threads=
proc/lang/hu 0100644 0005671 0000012 00000012164 11022014343 012754 0 ustar jcameron wheel acl_edit=Lelhetem s renice -t hasznlhatok a processznl?
acl_manage=Processzek kezelse mint felhasznl
acl_manage_def=Aktulis Webmin felhasznl
acl_only=Csak a sajt processzeket lthatom?
acl_run=Futtathatok parancsokat?
acl_who=Menedzelhetem a felhasznlk processzeit
acl_who0=Minden felhasznlt
acl_who1=Az aktulis Webmin felhasznlt
acl_who2=A felhasznli listbl..
command=Parancs
cpu=CPU
edit_change=Vltoztat
edit_ecannot=nnek nincs engedlyezve hogy szerkessze a processzeket
edit_gone=Ez a processz nem fut tovbb
edit_kill=Jelzs kldse
edit_none=Nincs
edit_open=File -ok s csatlakozsok
edit_pridef=Alaprtelmezett
edit_prihigh=Magas priorits
edit_prilow=Alacsony priorits
edit_return=processz adatai
edit_sigcont=Visszallt
edit_sigkill=Kil
edit_sigstop=Lefagyaszt
edit_sigterm=Megszakt
edit_sub=Alprocessessz
edit_title=Processz Informci
edit_trace=Processz kvetse
freebsd_lim=Memriakorlt
freebsd_pgid=Processz csoport
freebsd_rgroup=Valdi csoport
freebsd_ruser=Valdi felhasznl
freebsd_stime=$stime
freebsd_tty=TTY
hpux_pri=Priorits
hpux_status=llapot
hpux_stime=$stime
hpux_tty=TTY
hpux_wchan=Vrakozs a
hpuxstat_0=Nemltez
hpuxstat_G=Nvekv
hpuxstat_I=Kzvett
hpuxstat_R=Fut
hpuxstat_S=Alv
hpuxstat_T=Lelltva
hpuxstat_W=Vrakoz
hpuxstat_Z=Zombi
index_cpu=CPU
index_display=Megjelents
index_inzone=A znban $1
index_load=CPU terheltsge: $1 (1 percek) , $2 (5 percek) , $3 (15 percek)
index_mem=Vals memria: $1 kB teljes / $2 kB szabad
index_return=processz listhoz
index_run=Futtats...
index_search=Keress...
index_size=Memria
index_swap=Lapoz terlet: $1 kB teljes / $2 kB szabad
index_title=Processz Menedzser
index_tree=PID
index_user=Felhasznl
index_zone=Zna
kill_cont= Folytats
kill_ecannot=nnek nincs engedlyezve a processzek kilvse
kill_err=A(z) $1 jelzs kldse a(z) $2 processznek nem sikerlt.
kill_hup= jraindts
kill_kill=Processz lelvse
kill_sent=elkldve
kill_stop= Stop
kill_term= Megszakts
kill_title=Jelzs kldse
linux_group=Csoport
linux_mem=Memria
linux_pgid=Processz csoport ID
linux_pri=Priorits
linux_rgroup=Valdi csoport
linux_ruser=Valdi felhasznl
linux_status=llapot
linux_stime=$stime
linux_tty=TTY
linux_wchan=Waiting In
linuxstat_D=Mlyalv
linuxstat_R=Fut
linuxstat_S=Alv
linuxstat_T=Lelltott
linuxstat_Z=Zombi
log_kill=$1 szignl kldse $2 processznek
log_kill_l=$1 szignl kldse $2 processznek
log_kills=$1 szignl kldse $2 processzeknek
log_kills_l=$1 szignl kldse $2 processzeknek
log_run=Futtatsi parancs "$1"
macos_tty=TTY
nice=Nice szint
open_blk=Specilis blokk
open_chr=Specilis karakter
open_conn=Csatlakozva $1 -bl $2 -be $3 sttusszal
open_cwd=Aktulis knyvtr
open_desc=Rszletek
open_dir=Knyvtr
open_fd=File ler
open_file=tvonal
open_header1=Nyitott file-ok
open_header2=Nyitott hlzati csatlakozsok
open_inode=Inode
open_listen1=A $1 proton hallgat
open_listen2=A $1 cmen a $2 porton hallgat
open_mem=Megosztott knyvtr
open_proc=A $1 processznek (PID $2)
open_proto=Protokoll
open_recv=Fogadok a $1:$2 -n
open_reg=Regulris file
open_rtd=Gykrknyvtr
open_size=File mrete
open_title=Nyitott file -ok s csatlakozsok
open_txt=Program kd
open_type=Tpus
owner=Tulajdonos
parent=Szl processz
pid=Processz ID
renice_ecannot=nnek nincs joga a processzek renice -re
renice_err=A(z) $1 processz prioritsnak megvltoztatsa nem sikerlt.
run_as=Futtats mint felhasznl
run_bg=Futtats httrben
run_command=Parancs futtatsa
run_ecannot=nnek nincs joga futtatni parancsokat
run_euser=Hinyz vagy rvnytelen felhasznli nv
run_euser2=nnek nincs joga futtatni parancsokat mint a kivlasztott felhasznl
run_fg=Vrakozs befejezsig
run_input=Parancs bemenete
run_mode=Futs mdja
run_none=Nincs kimenet (output).
run_output=$1 kimenete ..
run_submit=Futtats
run_title=Parancs kimenet
runtime=Eltelt id
search_cpupc=A CPU-hasznlat nagyobb mint $1 %
search_files=Keresett fjl
search_fs=Adott fjlrendszer
search_ignore=Szrje a keres processzeket az eredmnyben
search_ip=IP cmek hasznlata
search_kill=Jelzs kldse
search_match=Keresett sz
search_none=Egyez processz tallata nem sikerlt.
search_port=Port hasznlata
search_protocol=PROTOKOLL
search_return=a keres rlaphoz
search_sigkill=Processzek kilvse
search_sigterm=Processzek megszaktsa
search_submit=Keress
search_user=Tulajdonosa
size=Mret
stime=Elindtva
sysv_group=Csoport
sysv_pgid=Processz csoport ID
sysv_rgroup=Valdi csoport
sysv_ruser=Valdi felhasznl
sysv_stime=$stime
sysv_task=Taszk ID
sysv_tty=TTY
sysv_zone=Zna neve
trace_all=Mind
trace_change=Mdost
trace_doing=Rendszer hvsi nyomozs a $1 -re :
trace_done=.. processz le lett lltva
trace_failed=.. nyomozs sikertelen!
trace_sel=Listbl..
trace_sorry=Ehhez az oldalhoz Java kompatibilis bngsz kell. Ha a csak szveges processz nyomozst akarja hasznlni, akkor lltsa be azt a modul belltsainl.
trace_start=Rendszer hvsi nyomozs elindtva a $1 -re ..
trace_syscalls=Rendszerhvs nyomozsa:
trace_title=Nyomozs folyamatban
windows_threads=A processz szlai
proc/lang/tr 0100644 0005671 0000012 00000010564 11022014343 012767 0 ustar jcameron wheel acl_edit=lemleri ldrebilir ve nceliini deitirebilir mi?
acl_manage=lemleri bu kullanc olarak ynet
acl_manage_def=Mevcut Webmin kullancs
acl_only=Sadece kendi ilemlerini grebilsin?
acl_run=Komut altrabilir mi?
command=Komut
cpu=lemci
edit_change=Deitir
edit_ecannot=lemleri dzenlemek iin izininiz yoktur
edit_gone=Bu ilem artk almyor
edit_kill=Sinyal Gnder
edit_none=Hibiri
edit_open=Dosyalar ve Balantlar
edit_pridef=ntanml
edit_prihigh=Yksek ncelik
edit_prilow=Dk ncelik
edit_return=ilem ayrntlar
edit_sigcont=Devam et
edit_sigkill=ldr
edit_sigstop=Durdur
edit_sigterm=Yok Et
edit_sub=Alt ilemler
edit_title=lem bilgisi
edit_trace=lemi zle
freebsd_lim=Bellek snr
freebsd_pgid=lem grubu
freebsd_rgroup=Gerek grup
freebsd_ruser=Gerek kullanc
freebsd_stime=$stime
freebsd_tty=TTY
hpux_pri=ncelik
hpux_status=Durum
hpux_stime=$stime
hpux_tty=TTY
hpux_wchan=Bekliyor
hpuxstat_0=Mevcut deil
hpuxstat_G=Geliiyor
hpuxstat_I=Ortada
hpuxstat_R=alyor
hpuxstat_S=Uyuyor
hpuxstat_T=Durdu
hpuxstat_W=Bekliyor
hpuxstat_Z=Zombi
index_cpu=lemci
index_display=Grntle
index_load=CPU ykleme durumu : $1 (1 dak) , $2 (5 dak) , $3 (15 dak)
index_mem=Gerek bellek: Toplam $1 kB / Bo $2 kB
index_return=ilem listesi
index_run=altr..
index_search=Bul
index_size=Bellek
index_swap=Swap alan: Toplam $1 kB / Bo $2 kB
index_title=lem Yneticisi
index_tree=lem Numaras
index_user=Kullanc
kill_cont= Devam
kill_ecannot=lemleri ldrmek iin izininiz yoktur
kill_err=$2'i ilemine $1 sinyali gnderilmesinde hata olutu
kill_hup= Yeniden balat
kill_kill=lemi ldr
kill_sent=gnder
kill_stop= Durdur
kill_term= Yoket
kill_title=Sinyal Gnder
linux_group=Grup
linux_mem=Bellek
linux_pgid=ilem grup numaras
linux_pri=ncelik
linux_rgroup=Gerek grup
linux_ruser=Gerek kullanc
linux_status=Durum
linux_stime=$stime
linux_tty=TTY
linux_wchan=Bekliyor
linuxstat_D=Derin uyuyor
linuxstat_R=alyor
linuxstat_S=Uyuyor
linuxstat_T=Durduruldu
linuxstat_Z=Zombi
log_kill=$2 ilemine $1 sinyali gnderildi
log_kill_l=$2 ilemine $1 sinyali gnderildi
log_kills=$2 ilemlerine $1 sinyali gnderildi
log_kills_l=$2 ilemine $1 sinyali gnderildi
log_run="$1" komutunu altr
macos_tty=TTY
nice=ncelik seviyesi
open_blk=Blok
open_chr=Karakter
open_conn=$1 'den $2 'ye $3 durumunde baland
open_cwd=Mevcut dizin
open_desc=Ayrntlar
open_dir=Dizin
open_fd=Dosya Aklaycs
open_file=Yol
open_header1=Ak dosyalar
open_header2=Ak a balantlar
open_inode=Inode
open_listen1=$1 portunu dinliyor
open_listen2=$1 adresinde $2 numaral portu dinliyor
open_mem=Paylatrlm ktphane
open_proc=$1 ilemi (PID $2)
open_proto=Protokol
open_reg=Normal dosya
open_rtd=Root dizini
open_size=Dosya boyutu
open_title=Ak Dosyalar ve Balantlar
open_txt=Program kodu
open_type=Tip
owner=Sahibi
parent=Ana ilem
pid=lem numaras
renice_ecannot=lemlerin nceliklerini deitirmek iin izininiz yoktur
renice_err=nceliklendirme ilemi $1'de hata olutu
run_bg=Arka planda altr
run_command=altrlacak komut
run_ecannot=Komut altrmak iin izininiz yoktur
run_fg=Tamamlanmadan nce bekle
run_input=Komutu girin
run_mode=altrma modu
run_none=kt oluturulmad
run_output=$1'in kts ..
run_submit=altr
run_title=Komut kts
runtime=alma sresi
search_cpupc=% $1 'den fazla CPU kullanan
search_files=Kullanlan dosya
search_fs=Kullanlan dosya sistemi
search_ignore=Sonularda arama ilemini gsterme
search_kill=Sinyal Gnder
search_match=Eleen
search_none=Aranan kritere uygun ilem bulunamad
search_port=Kullanlan port
search_protocol=protokol
search_return=arama formu
search_sigkill=lemleri ldr
search_sigterm=lemleri Yoket
search_submit=Bul
search_user=Sahibi
size=Boyut
stime=Balama zaman
sysv_group=Grup
sysv_pgid=lem grup numaras
sysv_rgroup=Gerek grup
sysv_ruser=Gerek kullanc
sysv_stime=$stime
sysv_tty=TTY
trace_all=Hepsi
trace_change=Deitir
trace_done=.. ilem yokedildi.
trace_failed=.. izlemede hata oldu!
trace_sel=Listeli..
trace_sorry=Bu sayfa taraycnzda Java desteine ihtiya duymaktadr. Metin tabanl izlemeyi kullanmak iin modl yaplandrmasn deitirmelisiniz.
trace_start=$1 iin sistem arsnn izlenmesi balyor ..
trace_syscalls=Sistem arlarn takip et:
trace_title=lemleri zle
proc/lang/pl 0100644 0005671 0000012 00000006234 11022014343 012754 0 ustar jcameron wheel index_title=Zarzdca procesw
index_display=Wywietl wg
index_tree=PID
index_user=Uytkownika
index_size=Pamici
index_cpu=CPU
index_search=Szukaj
index_run=Uruchom..
index_return=listy procesw
index_mem=Pami rzeczywista: $1 kB cznie / $2 kB wolne
index_swap=Przestrze wymiany: $1 kB cznie / $2 kB wolne
index_load=rednie obcienie CPU: $1 (5 min) , $2 (10 min) , $3 (15 min)
pid=Nr ID procesu
owner=Waciciel
command=Polecenie
cpu=Wykorzystanie CPU
size=Rozmiar
parent=Nr ID rodzica
runtime=Czas dziaania
nice=Poziom nice
search_user=Waciciel
search_match=Wzorzec nazwy
search_cpupc=Wykorzystujcy wicej ni $1% CPU
search_fs=Korzystajcy z systemu plikw
search_files=Korzystajcy z pliku
search_submit=Szukaj
search_none=Nie znaleziono odpowiednich procesw.
search_kill=Wylij sygna
search_ignore=Pomin procesy przeszukujce
search_return=formularza szukania
run_command=Polecenie do uruchomienia
run_submit=Uruchom
run_mode=Sposb uruchomienia
run_bg=Uruchom w tle
run_fg=Czekaj na zakoczenie
run_input=Dane wejciowe
run_title=Wynik polecenia
run_output=Wynik polecenia $1 ..
run_none=Brak wynikw
run_ecannot=Nie masz uprawnie do uruchamiania polece
edit_title=Informacje o procesie
edit_gone=Ten proces ju nie dziaa
edit_sub=Podprocesy
edit_kill=Wylij sygna
edit_change=Zmie
edit_prilow=Niski priorytet
edit_prihigh=Wysoki priorytet
edit_pridef=Domylne
edit_none=Brak
edit_ecannot=Nie masz uprawnie do zmian procesw
kill_err=Nie udao si wysa sygnau $1 do procesu $2
kill_title=Wylij sygna
kill_sent=wylij
kill_ecannot=Nie masz uprawnie do zabijania procesw
renice_err=Nie udao si zmieni nice dla procesu $1
renice_ecannot=Nie masz uprawnie do zmiany nice dla procesw
linux_pri=Priorytet
linux_tty=Terminal
linux_status=Stan
linux_wchan=Czeka w
linux_mem=Pami
linux_group=Grupa
linux_ruser=Rzeczywisty uytkownik
linux_rgroup=Rzeczywista grupa
linux_pgid=Nr ID grupy procesw
linuxstat_R=Dziaa
linuxstat_S=Upiony
linuxstat_D=Gboko upiony
linuxstat_T=Zatrzymany
linuxstat_Z=Zombie
freebsd_ruser=Rzeczywisty uytkownik
freebsd_rgroup=Rzeczywista grupa
freebsd_tty=Terminal
freebsd_pgid=Grupa procesu
freebsd_lstart=Czas uruchomienia
freebsd_lim=Ograniczenie pamici
hpux_pri=Priorytet
hpux_tty=Terminal
hpux_status=Stan
hpux_wchan=Czeka na
hpuxstat_0=Nie istnieje
hpuxstat_S=Upiony
hpuxstat_W=Czeka
hpuxstat_R=Dziaa
hpuxstat_I=Przejciowy
hpuxstat_Z=Zombie
hpuxstat_T=Zatrzymany
hpuxstat_G=Growing
macos_tty=Terminal
sysv_group=Grupa
sysv_ruser=Rzeczywisty uytkownik
sysv_rgroup=Rzeczywista grupa
sysv_pgid=Nr ID grupy procesw
sysv_tty=Terminal
log_run=Uruchomiono polecenie "$1"
log_kill=Wysano sygna $1 do procesu $2
log_kills=Wysano sygna $1 do procesw $2
log_kill_l=Wysano sygna $1 do procesu $2
log_kills_l=Wysano sygna $1 do procesw $2
acl_manage=Zarzdza procesami jako uytkownik
acl_manage_def=Aktualny uytkownik Webmina
acl_edit=Moe zabija i zmienia nice dla procesw
acl_run=Moe uruchamia polecenia
kill_kill=Zabij proces
kill_term= Przerwij
kill_hup= Zrestartuj
kill_stop= Zatrzymaj
kill_cont= Kontynuuj
proc/lang/ru_SU 0100644 0005671 0000012 00000010133 11022014343 013367 0 ustar jcameron wheel index_title=
index_display=
index_tree=PID
index_user=
index_size=
index_cpu=CPU
index_search=
index_run=..
index_return=
index_mem= : $1 / $2
index_swap= : $1 / $2
index_load= CPU: $1 (1 ) , $2 (5 ) , $3 (15 )
pid=PID
owner=
command=Command
cpu=CPU
size=
parent=
runtime=
nice= (nice)
search_user=
search_match=
search_cpupc= CPU , $1%
search_fs=
search_files=
search_submit=
search_none=, , .
search_kill=
search_ignore= ,
search_return=
search_sigterm=
search_sigkill=
search_port=
search_protocol=
run_command=
run_submit=
run_mode=
run_bg=
run_fg=
run_input=
run_title=
run_output= $1 ..
run_none=
run_ecannot=
edit_title=
edit_gone=
edit_sub=
edit_kill=
edit_change=
edit_prilow=
edit_prihigh=
edit_pridef=
edit_none=
edit_ecannot=
edit_sigterm=
edit_sigkill=
edit_open=
kill_err= $1 $2
kill_title=
kill_sent=
kill_ecannot=
renice_err= $1
renice_ecannot=
linux_pri=
linux_tty=TTY ()
linux_status=
linux_wchan=
linux_mem=
linux_group=
linux_ruser=
linux_rgroup=
linux_pgid=ID
linuxstat_R=
linuxstat_S= ()
linuxstat_D=
linuxstat_T=
linuxstat_Z=
freebsd_ruser=
freebsd_rgroup=
freebsd_tty=TTY ()
freebsd_pgid=
freebsd_lstart=
freebsd_lim=
hpux_pri=
hpux_tty=TTY ()
hpux_status=
hpux_wchan=
hpuxstat_0=
hpuxstat_S=
hpuxstat_W=
hpuxstat_R=
hpuxstat_I=
hpuxstat_Z=
hpuxstat_T=
hpuxstat_G=
macos_tty=TTY ()
sysv_group=
sysv_ruser=
sysv_rgroup=
sysv_pgid=ID
sysv_tty=TTY ()
log_run= "$1"
log_kill= $2 $1
log_kills= $1 $2
log_kill_l= $2 $1
log_kills_l= $1 $2
acl_manage=
acl_manage_def= Webmin
acl_edit= ?
acl_run= ?
kill_kill=
kill_term=
kill_hup=
kill_stop=
kill_cont=
open_title=
open_proc= $1 (PID $2)
open_header1=
open_header2=
open_type=
open_proto=
open_desc=
open_fd=
open_listen1= $1
open_listen2= $2 $1
open_recv= $1:$2
open_conn= $1 $2, $3
open_cwd=
open_rtd=
open_txt=
open_mem=
open_dir=
open_reg=
open_chr=
open_blk=
open_size=
open_inode=Inode
open_file=
proc/lang/ja_JP.euc 0100664 0005671 0000012 00000005172 11022014343 014101 0 ustar jcameron wheel index_title=ץ ޥ͡
index_display=ɽ
index_tree=PID
index_user=桼
index_size=
index_cpu=CPU
index_search=
index_run=¹..
index_return=ץ ꥹ
index_mem=¥: $1 KB / $2 KB
index_swap=å ڡ: $1 KB / $2 KB
index_load=CPU ʿ: $1 (5ʬ) , $2 (10 ʬ) , $3 (15 ʬ)
pid=ץ ID
owner=ͭ
command=ޥ
cpu=CPU
size=
parent=ƥץ
runtime=¹Ի
nice=Nice ٥
search_user=ͭ
search_match=
search_cpupc=CPU $1% ʾ
search_fs=Υե ƥ
search_files=Υե
search_submit=
search_none=פץޤǤ
search_kill=ʥ
search_ignore=ץ̵
search_return=
run_command=¹Ԥ륳ޥ
run_submit=¹
run_mode=¹ԥ⡼
run_bg=Хå饦ɤǼ¹
run_fg=λޤԵ
run_input=ޥ
run_title=ޥɽ
run_output=$1 ν..
run_none=줿ϤϤޤ
edit_title=ץ
edit_gone=ΥץϤ⤦¹ԤƤޤ
edit_sub= ץ
edit_kill=ʥ
edit_change=ѹ
edit_prilow=ͥ
edit_prihigh=ͥ
edit_pridef=ǥե
edit_none=ʤ
kill_err=ʥ $1 ץ $2 ǤޤǤ
kill_title=ʥ
kill_sent=Ѥ
renice_err=ץ $1 reniceǤޤǤ:
linux_pri=ͥ
linux_tty=TTY
linux_status=ơ
linux_wchan=Ե
linux_mem=
linux_group=롼
linux_ruser=ꥢ 桼
linux_rgroup=ꥢ 롼
linux_pgid=ץ 롼 ID
linuxstat_R=¹
linuxstat_S=
linuxstat_D=ǥ
linuxstat_T=
linuxstat_Z=
freebsd_ruser=ꥢ 桼
freebsd_rgroup=ꥢ 롼
freebsd_tty=TTY
freebsd_pgid=ץ 롼
freebsd_lstart=ϻ
freebsd_lim=
hpux_pri=ͥ
hpux_tty=TTY
hpux_status=ơ
hpux_wchan=Ե
hpuxstat_0=¸ߤʤ
hpuxstat_S=
hpuxstat_W=Ե
hpuxstat_R=¹
hpuxstat_I=
hpuxstat_Z=
hpuxstat_T=
hpuxstat_G=ĥ
macos_tty=TTY
sysv_group=롼
sysv_ruser=ꥢ 桼
sysv_rgroup=ꥢ 롼
sysv_pgid=ץ 롼 ID
sysv_tty=TTY
log_run=ޥ "$1" ¹Ԥޤ
log_kill=ʥ $1 ץ $2 ޤ
log_kills=ʥ $1 ץ $2
log_kill_l=ʥ $1 ץ $2 ޤ
log_kills_l=ʥ $1 ץޤ $2
acl_manage=Υ桼Ȥƥץ
kill_kill=ץ Kill
kill_term= λ
kill_hup= ٳ
kill_stop=
kill_cont= ³
proc/lang/ko_KR.euc 0100664 0005671 0000012 00000004753 11022014343 014127 0 ustar jcameron wheel index_title=μ
index_display=ǥ
index_tree=PID
index_user=
index_size=
index_cpu=CPU
index_search=˻
index_run=..
index_return=μ
index_mem= : $1KB/ $2KB
index_swap= : $1KB/ $2KB
index_load=CPU : $1(5), $2(10), $3(15)
pid=μ ID
owner=
command=
cpu=CPU
size=ũ
parent= μ
runtime= ð
nice=ȣ
search_user=
search_match=ġ
search_cpupc=$1% ̻ CPU
search_fs= ý
search_files=
search_submit=˻
search_none=ġϴ μ ϴ.
search_kill=ȣ
search_ignore=˻ μ
search_return=˻
run_command=
run_submit=
run_mode=
run_bg=忡
run_fg=Ϸ
run_input= Է
run_title=
run_output=$1 ..
run_none= ϴ
edit_title=μ
edit_gone= μ ̻ ǰ ʽϴ
edit_sub= μ
edit_kill=ȣ
edit_change=
edit_prilow=
edit_prihigh=
edit_pridef=⺻
edit_none=
kill_err=μ $2 ȣ $1() ߽ϴ
kill_title=ȣ
kill_sent= Ϸ
renice_err=μ $1() renice ߽ϴ
linux_pri=켱
linux_tty=TTY
linux_status=
linux_wchan= ġ
linux_mem=
linux_group=
linux_ruser=
linux_rgroup=
linux_pgid=μ ID
linuxstat_R=
linuxstat_S=Ͻ
linuxstat_D=ð
linuxstat_T=
linuxstat_Z=
freebsd_ruser=
freebsd_rgroup=
freebsd_tty=TTY
freebsd_pgid=μ
freebsd_lstart= ð
freebsd_lim= Ѱ
hpux_pri=켱
hpux_tty=TTY
hpux_status=
hpux_wchan=
hpuxstat_0=
hpuxstat_S=Ͻ
hpuxstat_W=
hpuxstat_R=
hpuxstat_I=߰
hpuxstat_Z=
hpuxstat_T=
hpuxstat_G=
macos_tty=TTY
sysv_group=
sysv_ruser=
sysv_rgroup=
sysv_pgid=μ ID
sysv_tty=TTY
log_run= "$1"
log_kill=μ $2 ȣ $1 Ϸ
log_kills=μ $2 ȣ $1 Ϸ
log_kill_l=μ $2 ȣ $1 Ϸ
log_kills_l=μ $2 ȣ $1 Ϸ
acl_manage=ڷμ μ
kill_kill=μ ߴ
kill_term=
kill_hup= ٽ
kill_stop=
kill_cont=
proc/lang/ca 0100644 0005671 0000012 00000012622 11022014343 012722 0 ustar jcameron wheel index_title=Processos en Execuci
index_display=Mostra
index_tree=PID
index_user=Usuari
index_size=Memria
index_cpu=CPU
index_search=Busca
index_zone=Zona
index_run=Executa...
index_return=a la llista de processos
index_mem2=Memria real: $1 total / $2 lliures
index_swap2=rea d'intercanvi: $1 total / $2 lliures
index_load=Crrega mitjana de la CPU: $1 (1 mins) , $2 (5 mins) , $3 (15 mins)
index_loadname=Mitjanes de crrega de la CPU:
index_loadnums=$1 (1 mins) , $2 (5 mins) , $3 (15 mins)
index_cpuname=Tipus de CPU:
pid=ID
owner=Usuari
command=Ordre
cpu=CPU
size=Mida
parent=Procs pare
runtime=Temps d'execuci
nice=Nivell nice
stime=Iniciat
search_user=de l'usuari
search_match=amb patr de coincidncia
search_cpupc=que utilitza ms del $1% de la CPU
search_cpupc2=que utilitza ms CPU del
search_fs=que utilitza el sistema de fitxers
search_files=que utilitza el fitxer
search_submit=Busca
search_none=No s'ha trobat cap procs que coincideixi.
search_kill=Envia el Senyal
search_ignore=Ignora els processos de recerca en el resultat
search_return=al formulari de recerca
search_sigterm=Acaba els Processos
search_sigkill=Mata els Processos
search_port=que utilitza el port
search_protocol=protocol
search_ip=Utilitzant l'adrea IP
run_command=Ordre a executar
run_submit=Executa
run_mode=Mode d'execuci
run_bg=Executa en segon pla
run_fg=Espera't fins que acabi
run_input=Entrada de l'Ordre
run_title=Sortida de l'Ordre
run_output=Sortida de $1...
run_none=No s'ha generat cap sortida
run_ecannot=No tens perms per executar ordres
run_as=Executa com a usuari
run_euser=Hi falta el nom d'usuari o b s invlid
run_euser2=No tens perms per executar ordres com l'usuari seleccionat
edit_title=Informaci del Procs
edit_gone=Aquest procs ja no est en execuci
edit_sub=Subprocessos
edit_subid=ID
edit_subcmd=Ordre del subprocs
edit_kill=Envia el Senyal
edit_change=Canvia
edit_prilow=Prioritat baixa
edit_prihigh=Prioritat alta
edit_pridef=Defecte
edit_none=Cap
edit_ecannot=No tens perms per editar processos
edit_sigterm=Acaba'l
edit_sigkill=Mata'l
edit_sigstop=Suspen-lo
edit_sigcont=Repren-lo
edit_open=Fitxers i Connexions
edit_trace=Rastreja el Procs
edit_return=als detalls del procs
kill_err=No he pogut enviar el senyal $1 al procs $2
kill_title=Envia el Senyal
kill_sent=he enviat
kill_ecannot=No tens perms per matar processos
renice_err=No he pogut canviar el nivell nice de $1
renice_ecannot=No tens perms per canviar els nivells nice dels processos.
linux_pri=Prioritat
linux_tty=TTY
linux_status=Estat
linux_wchan=Esperant a
linux_mem=Memria
linux_group=Grup
linux_ruser=Usuari real
linux_rgroup=Grup real
linux_pgid=ID del grup de processos
linux_stime=$stime
linuxstat_R=Executant
linuxstat_S=Dormint
linuxstat_D=Dormint profundament
linuxstat_T=Aturat
linuxstat_Z=Zombi
freebsd_ruser=Usuari real
freebsd_rgroup=Grup real
freebsd_tty=TTY
freebsd_pgid=Grup de processos
freebsd_lstart=$stime
freebsd_lim=Lmit de memria
hpux_pri=Prioritat
hpux_tty=TTY
hpux_status=Estat
hpux_wchan=Esperant a
hpux_stime=$stime
hpuxstat_0=Inexistent
hpuxstat_S=Dormint
hpuxstat_W=Esperant
hpuxstat_R=Executant
hpuxstat_I=Intermedi
hpuxstat_Z=Zombi
hpuxstat_T=Aturat
hpuxstat_G=Creixent
macos_tty=TTY
sysv_group=Grup
sysv_ruser=Usuari real
sysv_rgroup=Grup real
sysv_pgid=ID del grup de processos
sysv_tty=TTY
sysv_stime=$stime
sysv_task=ID de Tasca
sysv_zone=Nom de la Zona
log_run=He executat l'ordre "$1"
log_kill=He enviat el senyal $1 al procs $2
log_kills=He enviat el senyal $1 a $2 processos
log_kill_l=He enviat el senyal $1 al procs $2
log_kills_l=He enviat el senyal $1 als processos $2
log_renice=He canviat la prioritat del procs $2 a $1
acl_manage=Gestiona els processos com un usuari
acl_edit=Pot matar i canviar el nice dels processos
acl_manage_def=Usuari Webmin actual
acl_run=Pot executar ordres
acl_only=Noms pot veure els seus processos
acl_who=Pot gestionar els processos dels usuaris
acl_who0=Tots els usuaris
acl_who1=Usuari Webmin actual
acl_who2=Usuaris llistats...
kill_kill=Mata el procs
kill_term= Mata
kill_hup= Reinicia
kill_stop= Atura
kill_cont= Continua
open_title=Obertura de Fitxers i Connexions
open_proc=Del procs $1 (PID $2)
open_header1=Fitxers oberts
open_header2=Connexions de xarxa obertes
open_type=Tipus
open_proto=Protocol
open_desc=Detalls
open_fd=Descriptor de fitxer
open_listen1=Escoltant el port $1
open_listen2=Escoltant l'adrea $1 port $2
open_recv=Rebent sobre $1:$2
open_conn=Connectat des de $1 a $2 en estat $3
open_cwd=Directori actual
open_rtd=Directori arrel
open_txt=Codi de programa
open_mem=Llibreria compartida
open_dir=Directori
open_reg=Fitxer regular
open_chr=Especial de tipus carcter
open_blk=Especial de tipus bloc
open_size=Mida del fitxer
open_inode=Inode
open_file=Cam
trace_title=Rastreig de Procs
trace_start=Iniciant el rastreig de les crides del sistema de $1...
trace_doing=Rastreig de les crides del sistema de $1:
trace_done=...el procs s'ha acabat.
trace_failed=...el rastreig ha fallat!
trace_sorry=Aquesta pgina necessita que el navegador tingui suport de Java. Per emprar un rastreig de procs noms text, ajusta la configuraci del mdul.
trace_syscalls=Rastreja les crides del sistema:
trace_all=Totes
trace_sel=Les llistades...
trace_change=Canvia
windows_threads=Fils del procs
syslog_dmesg=Missatges del kernel
proc/lang/it 0100755 0005671 0000012 00000012465 11022014343 012763 0 ustar jcameron wheel acl_edit=Permetti il kill ed il renice dei processi?
acl_manage=Gestisci i processi come utente
acl_manage_def=Utente Webmin corrente
acl_only=Può vedere solo i propri processi?
acl_run=Può eseguire comandi?
acl_who=Può gestire i processi per gli utenti
acl_who0=Tutti gli utenti
acl_who1=Utente Webmin corrente
acl_who2=Gli utenti elencati:
command=Comando
cpu=CPU
edit_change=Cambia
edit_ecannot=Non hai i permessi per modificare i processi
edit_gone=Questo processo non è più in esecuzione
edit_kill=Invia Segnale
edit_none=Nessuno
edit_open=File e Connessioni
edit_pridef=Predefinito
edit_prihigh=Alta priorità
edit_prilow=Bassa priorità
edit_return=Dettagli del processo
edit_sigcont=Riprendi
edit_sigkill=Kill
edit_sigstop=Sospendi
edit_sigterm=Termina
edit_sub=Sottoprocessi
edit_title=Informazioni sul Processo
edit_trace=Controlla Processo
freebsd_lim=Limite di memoria
freebsd_pgid=Gruppo del processo
freebsd_rgroup=Gruppo reale
freebsd_ruser=Utente reale
freebsd_stime=$stime
freebsd_tty=TTY
hpux_pri=Priorità
hpux_status=Stato
hpux_stime=$stime
hpux_tty=TTY
hpux_wchan=In attesa
hpuxstat_0=Inesistente
hpuxstat_G=Crescente
hpuxstat_I=Intermedio
hpuxstat_R=In esecuzione
hpuxstat_S=Inattivo
hpuxstat_T=Fermato
hpuxstat_W=In attesa
hpuxstat_Z=Zombie
index_cpu=CPU
index_cpuname=Tipo CPU:
index_display=Visualizza
index_inzone=Nella zona $1
index_loadname=Carico medio CPU:
index_loadnums=$1 (1 min), $2 (5 min), $3 (15 min)
index_mem2=Memoria reale: $1 totale / $2 libera
index_return=lista dei processi
index_run=Esegui
index_search=Cerca
index_size=Memoria
index_swap2=Swap: $1 totale / $2 libero
index_title=Processi in esecuzione
index_tree=PID
index_user=Utente
index_zone=Zona
kill_cont= Continua
kill_ecannot=Non hai i permessi per inviare il segnale di kill ai processi
kill_err=Impossibile inviare il segnale $1 al processo $2
kill_hup= Riavvia
kill_kill=Invia il segnale di kill al processo
kill_sent=inviato
kill_stop= Ferma
kill_term= Termina
kill_title=Invia Segnale
linux_group=Gruppo
linux_mem=Memoria
linux_pgid=ID del gruppo per il processo
linux_pri=Priorità
linux_rgroup=Gruppo reale
linux_ruser=Utente reale
linux_status=Stato
linux_stime=$stime
linux_tty=TTY
linux_wchan=In attesa in
linuxstat_D=Profondamente inattivo
linuxstat_R=In esecuzione
linuxstat_S=Inattivo
linuxstat_T=Fermato
linuxstat_Z=Zombie
log_kill=Segnale $1 inviato al processo $2
log_kill_l=Segnale $1 inviato al processo $2
log_kills=Invia segnale $1 al processo $2
log_kills_l=Segnale $1 inviato ai processi $2
log_run=Comando "$1" eseguito
macos_tty=TTY
nice=Livello Nice
open_blk=Blocco speciale
open_chr=Carattere speciale
open_conn=Connesso da $1 a $2 nello stato $3
open_cwd=Directory corrente
open_desc=Dettagli
open_dir=Directory
open_fd=Descrittore del File
open_file=Percorso
open_header1=File aperti
open_header2=Connessioni di rete aperte
open_inode=Inode
open_listen1=In ascolto sulla porta $1
open_listen2=In ascolto sull'indirizzo $1 porta $2
open_mem=Libreria condivisa
open_proc=Per il processo $1 (PID $2)
open_proto=Protocollo
open_recv=In ricezione su $1:$2
open_reg=File regolare
open_rtd=Directory di root
open_size=Dimensione file
open_title=File e Connessioni aperte
open_txt=Codice programma
open_type=Tipo
owner=Proprietario
parent=Processo padre
pid=ID Processo
renice_ecannot=Non hai i permessi per effettuare il renice del processo
renice_err=renice del processo $1 non riuscito
run_as=Esegui come utente:
run_bg=Esegui in background
run_command=Comando da eseguire:
run_ecannot=Non hai i permessi per eseguire comandi
run_euser=Nome utente mancante o non valido
run_euser2=Non hai i permessi per eseguire comandi per l'utente selezionato
run_fg=Attendi fino al completamento
run_input=Input al comando:
run_mode=Modalità di esecuzione:
run_none=Nessun output generato
run_output=Output da $1 ..
run_submit=Esegui
run_title=Output del comando
runtime=Tempo di esecuzione
search_cpupc=Utilizzo maggiore del $1% di CPU
search_files=Che usa il file:
search_fs=Che usa il filesystem:
search_ignore=Ignora i processi di ricerca nel risultato
search_ip=Che usa l'indirizzo IP:
search_kill=Invia Segnale
search_match=Corrispondente a:
search_none=Non è stato trovato alcun processo corrispondente.
search_port=Che usa la porta:
search_protocol=protocollo
search_return=modulo di ricerca
search_sigkill=Kill dei Processi
search_sigterm=Termina i Processi
search_submit=Cerca
search_user=Di proprietà di:
size=Dimensione
stime=Avviato
syslog_dmesg=Messaggi del Kernel
sysv_group=Gruppo
sysv_pgid=ID del gruppo del processo
sysv_rgroup=Gruppo reale
sysv_ruser=Utente reale
sysv_stime=$stime
sysv_task=ID del Task
sysv_tty=TTY
sysv_zone=Nome della zona
trace_all=Tutti
trace_change=Cambia
trace_doing=Chiamata di sistema per la tracciatura di $1:
trace_done=.. il processa è stato terminato.
trace_failed=.. tracciatura fallita!
trace_sel=Elencato:
trace_sorry=Questa pagina richiede il supporto Java nel tuo browser. Per usare in modalità testuale il processo di tracciatura, modifica la configurazione del modulo.
trace_start=Avviata la chiamata di sistema per la tracciatura di $1
trace_syscalls=Chiamate di sistema per la tracciatura:
trace_title=Processo di tracciatura
windows_threads=Thread in corso
proc/lang/fa 0100755 0005671 0000012 00000015125 11022014343 012731 0 ustar jcameron wheel
index_title= پردازشهاي درحال اجرا
index_display= نمايش
index_tree= PID
index_user=کاربر
index_size=حافظه
index_cpu=CPU
index_search=جستجو
index_zone=منطقه
index_run=اجرا..
index_return=فهرست پردازشها
index_mem= حافظه حقيقي : مجموع KB $1 / آزاد KB $2
index_swap= حافظه مجازي: مجموع KB $1/ خالي KB $2
index_load= ميانگين بار پردازنده: $1 (1دقيقه)، $2 (۵دقيقه)، $3 (۱۵دقيقه)
index_inzone=در منطقه $1
pid= شماره مشخصه پردازش
owner= مالک
command=فرمان
cpu=CPU
size=اندازه
parent=پردازش پدر
runtime=زماناجرا
nice=اولويت مطلوب
stime= زمانآغاز
search_user=مالک
search_match=منطبق با
search_cpupc= استفاده بيش از $1 % ازCPU
search_fs=استفاده از سيستم پرونده
search_files=استفاده از پرونده
search_submit=جستجو
search_none=پردازشي يافت نشد.
search_kill= ارسال علامت
search_ignore= ناديده گرفتن نتيجه جستجوي پردازش
search_return= برگه جستجو
search_sigterm= پردازش پايانيافته
search_sigkill= پردازش کشته شده
search_port= استفاده از درگاه
search_protocol= قرارداد
search_ip=استفاده کننده از آدرس IP
run_command= فرمان جهت اجرا
run_submit= اجرا
run_mode= حالت اجرا
run_bg= اجرا در پشت صفحه
run_fg= انتظار تا زمان تکميلشدن
run_input=درونداد فرمان
run_title= برونداد فرمان
run_output=برونداد از $1..
run_none= عدم ايجاد برونداد
run_ecannot= شما مجاز به اجراي فرمانات نميباشيد
edit_title= اطلاعات پردازش
edit_gone= اين پردازش هنوز اجرا نشدهاست
edit_sub= زير پردازشها
edit_kill= ارسال نشانه
edit_change= تغيير
edit_prilow= پايينترين اولويت
edit_prihigh= بالاترين اولويت
edit_pridef= پيشفرض
edit_none= هيچکدام
edit_ecannot= شما مجاز به ويرايش پردازش نميباشيد.
edit_sigterm=خاتمه دادن
edit_sigkill= کشتن
edit_sigstop= معلق کردن
edit_sigcont= از سر گرفتن
edit_open= پروندهها و اتصالها
edit_trace= رديابي پردازش
edit_return= جزئيات پردازش
kill_err=عدم موفقيت در ارسال علامت 1$ به پردازش 2$
kill_title= ارسال نشانه
kill_sent= ارسال شد
kill_ecannot= شما مجاز به کشتن پردازشها نميباشيد.
renice_err=عدم موفقيت در تغيير اولويت مطلوب پردازش
renice_ecannot=شما مجاز به تغيير اولويت مطلوب پردازشها نميباشيد.
linux_pri= اولويت
linux_tty= TTY
linux_status= وضعيت
linux_wchan=Waiting In
linux_mem= حافظه
linux_group= گروه
linux_ruser= کاربر حقيقي
linux_rgroup= گروه حقيقي
linux_pgid= شماره مشخصه گروه پردازش
linux_stime=$stime
linuxstat_R= در حال اجرا
linuxstat_S=در حال خوابيدن
linuxstat_D=خواب عميق
linuxstat_T= متوقف شده
linuxstat_Z= يتيم
freebsd_ruser= کاربر حقيقي
freebsd_rgroup= گروه حقيقي
freebsd_tty= TTY
freebsd_pgid= گروه پردازش
freebsd_stime= $stime
freebsd_lim= ميزان حافظه
hpux_pri= اولويت
hpux_tty= TTY
hpux_status= وضعيت
hpux_wchan= در حال انتظار براي
hpux_stime= $stime
hpuxstat_0= وجود ندارد
hpuxstat_S=در حال خوابيدن
hpuxstat_W= در حال انتظار
hpuxstat_R= در حال اجرا
hpuxstat_I=متوسط
hpuxstat_Z= يتيم
hpuxstat_T= متوقفشده
hpuxstat_G=در حال رشد
macos_tty= TTY
sysv_group= گروه
sysv_ruser= کاربر حقيقي
sysv_rgroup= گروه حقيقي
sysv_pgid= شماره مشخصه گروه پردازش
sysv_tty= TTY
sysv_stime=$stime
sysv_task= شماره مشخصه وظيفه
sysv_zone= نام منطقه
log_run= فرمان $1 اجرا شده است.
log_kill=علامت $1 براي پردازش $2 ارسال شد.
log_kills=علامت $1 به پردازشهاي $2 ارسال شود.
log_kill_l=علامت $1 به پردازش $2 ارسال شد.
log_kills_l=علامت $1 به پردازشهاي $2 ارسال شد.
acl_manage= مديريت پردازش به عنوان کاربر
acl_manage_def= کاربر وبمين جاري
acl_edit=آيا ميتوان پردازشها را کشته و اولويت مطلوب آنها را تغيير داد؟
acl_run= اجراي فرمانات
acl_only=آيا تنها ميتوان پردازش متعلق به خود را ديد؟
kill_kill= کشتن پردازش
kill_term= پايانيافتن
kill_hup= آغازمجدد kill_stop= توقف
kill_cont= ادامه
open_title= بازنمودن پروندهها و اتصالها
open_proc= براي پردازش $1 (شماره مشخصه پردازش $2)
open_header1= پروندههاي بازشده
open_header2= اتصالهاي شبکه بازشده
open_type= نوع
open_proto= قرارداد
open_desc= جزييات
open_fd= توصيف پرونده
open_listen1=گوشدادن به درگاه $1
open_listen2=گوش دادن به درگاه $2 در آدرس $1
open_recv= دريافت از $1:$2
open_conn=اتصال از $1 به$2 در حالت $3
open_cwd= فهرست راهنماي جاري
open_rtd= فهرست راهنماي ريشه
open_txt= رمز برنامه
open_mem= کتابخانه اشتراکي
open_dir= فهرست راهنما
open_reg= پرونده معمولي
open_chr= کاراکتر خاص
open_blk= بلوک خاص
open_size= اندازه پرونده
open_inode=شماره پرونده
open_file= مسير
trace_title= رديابي پردازش
trace_start=آغاز رديابي فراخوانيهاي سيستم براي $1..
trace_doing=رديابي فراخوانيهاي سيستم براي $1:
trace_done= پردازش پايان يافته است..
trace_failed= ..عدم موفقيت در رديابي!
trace_sorry=اين صفحه در مرورگر نياز به پشتيباني جاوا دارد. جهت استفاده از رديابي پردازش فقط متني، پيکربندي را تنظيمنماييد.
trace_syscalls=رديابي فراخوانيهاي سيستم:
trace_all=همه
trace_sel= فهرستشده..
trace_change= تغيير
proc/lang/uk_UA 0100664 0005671 0000012 00000010230 11022014343 013336 0 ustar jcameron wheel runtime=
search_fs=
index_search=
run_mode=
kill_title=
run_submit=
hpuxstat_0=
hpuxstat_G=
hpuxstat_I=
hpuxstat_R=
hpuxstat_S=
hpuxstat_T=
hpuxstat_W=
hpuxstat_Z=
freebsd_lim= '
sysv_tty=TTY ()
freebsd_pgid=
linux_pri=
hpux_pri=
index_return=
sysv_ruser=
linux_rgroup=
macos_tty=TTY ()
sysv_rgroup=
linux_pgid=ID
linux_wchan=
pid=PID
search_files= ,
owner=
linux_tty=TTY ()
search_user=
hpux_tty=TTY ()
linux_mem='
edit_kill=
search_submit=
edit_gone=
run_output= $1 ..
edit_change=
hpux_wchan=
linux_status=
command=Command
edit_title=
hpux_status=
cpu=CPU
search_none=, , .
freebsd_tty=TTY ()
linux_group=
kill_err= $1 $2
search_return=
search_match='
kill_sent=
run_command=
sysv_pgid=ID
index_title=
search_kill=
edit_sub=
run_bg=
nice= (nice)
index_cpu=CPU
linux_ruser=
run_none=
index_run=..
run_title=
run_fg=
freebsd_ruser=
size=
run_input=
index_tree=PID
index_size='
freebsd_lstart=
parent=
index_display=
linuxstat_D=
linuxstat_R=
linuxstat_S= ()
linuxstat_T=
linuxstat_Z=
index_user=
freebsd_rgroup=
renice_err= $1
sysv_group=
open_header1=³
open_header2=³ '
log_kills_l= $1 $2
kill_cont= ³
index_load= CPU: $1 (1 ) , $2 (5 ) , $3 (15 )
open_conn= ' $1 $2, $3
edit_ecannot=
open_rtd=
search_port=
open_reg=
search_cpupc= CPU , $1%
search_sigkill=
acl_run= ?
open_type=
log_kills= $1 $2
kill_ecannot=
open_fd=
acl_edit= ?
open_mem=
edit_pridef=
renice_ecannot=
open_recv= $1:$2
search_protocol=
open_proc= $1 (PID $2)
edit_prihigh=
open_dir=
log_kill= $2 $1
kill_stop=
search_sigterm=
acl_manage_def= Webmin
kill_hup=
open_txt=
index_swap= : $1 / $2
kill_kill=
open_size=
edit_sigkill=
open_desc=
open_inode=Inode
kill_term=
open_cwd=
acl_manage= '
edit_open= '
run_ecannot=
edit_none=
edit_sigterm=
edit_prilow=
open_file=
open_listen1= $1
open_proto=
open_listen2= $2 $1
index_mem=Գ ': $1 / $2
open_title=³ '
open_chr=
log_run= "$1"
log_kill_l= $2 $1
open_blk=
search_ignore= ,
proc/lang/zh_TW.UTF-8 0100664 0005671 0000012 00000003766 11022014343 014207 0 ustar jcameron wheel index_title=執行中的程序
index_display=顯示方式
index_tree=依據 PID (程序樹)
index_user=依據使用者
index_size=依據記憶體使用量
index_cpu=依據 CPU 使用量
index_search=搜尋
index_run=執行...
index_return=程序列表
pid=程序編號
owner=擁有者
command=命令
cpu=CPU 使用量
size=記憶體用量
parent=母程序
runtime=執行時間
nice=優先等級
search_user=擁有者
search_match=符合條件
search_cpu=超過
search_fs=使用檔案系統
search_files=使用檔案
search_submit=搜尋
search_none=找不到符合條件的程序
search_kill=送出控制信號
search_return=搜尋表單
run_command=要執行的命令
run_submit=執行
run_mode=執行模式
run_bg=在背景中執行
run_fg=等待直到執行完畢
run_input=給命令的輸入
run_title=命令的輸出
run_output=從 $1 的輸出...
run_none=沒有產生輸出
edit_title=程序資訊
edit_gone=這個程序已經不再執行了
edit_sub=子程序
edit_kill=送出控制訊號
edit_change=變更
kill_err=無法送出控制訊號 $1 給程序 $2
kill_title=送出控制訊號
kill_sent=送出
renice_err=無法變更程序 $1 的優先值
linux_pri=優先值
linux_tty=終端機
linux_status=狀態
linux_wchan=等待資源
linux_mem=記憶體
linux_group=群組
linux_ruser=真實使用者
linux_rgroup=真實群組
linux_pgid=程序群組編號
linuxstat_R=執行中
linuxstat_S=睡眠中
linuxstat_D=熟睡中
linuxstat_T=已停止
linuxstat_Z=僵屍!!
freebsd_ruser=真實使用者
freebsd_rgroup=真實群組
freebsd_tty=終端機
freebsd_pgid=程序群組
freebsd_lstart=開始時間
freebsd_lim=記憶體上限
hpux_pri=優先值
hpux_tty=終端機
hpux_status=狀態
hpux_wchan=等待資源
hpuxstat_0=不存在
hpuxstat_S=睡眠中
hpuxstat_W=等待中
hpuxstat_R=執行中
hpuxstat_I=中介值
hpuxstat_Z=僵屍!!
hpuxstat_T=已停止
hpuxstat_G=成長中
macos_tty=終端機
sysv_group=群組
sysv_ruser=真實使用者
sysv_rgroup=真實群組
sysv_pgid=程序群組編號
sysv_tty=終端機
proc/lang/zh_CN.UTF-8 0100664 0005671 0000012 00000006041 11022014343 014142 0 ustar jcameron wheel index_title=进程管理
index_display=显示
index_tree=PID
index_user=用户
index_size=内存
index_cpu=CPU
index_search=搜索
index_run=运行..
index_return=进程列表
index_mem=实存：总计$1 kB / $2 Kb可用空间
index_swap=交换空间量：总计 $1 kB / $2 kB 可用空间
index_load=CPU 负载平均量： $1 (1分钟) , $2 (5 分钟) , $3 (15 分钟)
pid=进程标识
owner=用户
command=命令
cpu=CPU
size=大小
parent=父进程
runtime=运行时间
nice=Nice 级别
search_user=拥有者
search_match=匹配
search_cpupc=使用了超过$1%的 CPU
search_fs=使用文件系统
search_files=使用文件
search_submit=搜索
search_none=没有找到匹配的进程。
search_kill=发送信号
search_ignore=在结果中忽略搜索进程
search_return=搜索表
search_sigterm=停止进程
search_sigkill=删除进程
search_port=使用的端口
search_protocol=协议
run_command=运行的命令
run_submit=运行
run_mode=运行模式
run_bg=后台运行
run_fg=等待直至完成
run_input=输入到命令
run_title=命令输出
run_output=从$1 .. 输出
run_none=没有产生输出
run_ecannot=您没有执行命令的权限
edit_title=进程信息
edit_gone=此进程不再运行
edit_sub=子进程
edit_kill=发送信号
edit_change=改变
edit_prilow=低优先级
edit_prihigh=高优先级
edit_pridef=默认
edit_none=无
edit_ecannot=你没有编辑进程的权限
edit_sigterm=停止进程
edit_sigkill=删除进程
kill_err=发送信号 $1 到进程 $2 失败
kill_title=发送信号
kill_sent=发送
kill_ecannot=您没有删除进程的权限
renice_err=renice 进程 $1 失败
renice_ecannot=您没有renice进程的权限
linux_pri=优先级
linux_tty=TTY
linux_status=状态
linux_wchan=等待
linux_mem=内存
linux_group=组
linux_ruser=真正用户
linux_rgroup=真正组
linux_pgid=进程组ID
linuxstat_R=正在运行
linuxstat_S=睡眠中
linuxstat_D=深睡中
linuxstat_T=已停止
linuxstat_Z=僵停状态
freebsd_ruser=真正用户
freebsd_rgroup=真正组
freebsd_tty=TTY
freebsd_pgid=进程组
freebsd_lstart=开始时间
freebsd_lim=内存限制
hpux_pri=优先级
hpux_tty=TTY
hpux_status=状态
hpux_wchan=等待
hpuxstat_0=不存在
hpuxstat_S=睡眠中
hpuxstat_W=等待中
hpuxstat_R=正在运行
hpuxstat_I=中级
hpuxstat_Z=僵停状态
hpuxstat_T=停止
hpuxstat_G=正在增长
macos_tty=TTY
sysv_group=组
sysv_ruser=真正用户
sysv_rgroup=真正组
sysv_pgid=进程组ID
sysv_tty=TTY
log_run=已运行命令 "$1"
log_kill=已向进程 $2发送信号 $1
log_kills=已到 $2 进程发送信号 $1
log_kill_l=已向进程 $2发送信号 $1
log_kills_l=已向进程 $2发送信号 $1
acl_manage=以用户的身份管理进程
acl_manage_def=当前Webmin用户
acl_edit=可以删除并renice进程吗？
acl_run=可以执行命令吗？
kill_kill=删除进程
kill_term= 终止
kill_hup= 重新启动
kill_stop= 停止
kill_cont= 继续
proc/lang/ja_JP.UTF-8 0100664 0005671 0000012 00000006260 11022014343 014127 0 ustar jcameron wheel index_title=プロセス マネージャ
index_display=表示
index_tree=PID
index_user=ユーザ
index_size=メモリ
index_cpu=CPU
index_search=検索
index_run=実行..
index_return=プロセス リスト
index_mem=実メモリ: $1 KB 合計 / $2 KB 空き
index_swap=スワップ スペース: $1 KB 合計 / $2 KB 空き
index_load=CPU ロード平均: $1 (5分) , $2 (10 分) , $3 (15 分)
pid=プロセス ID
owner=所有者
command=コマンド
cpu=CPU
size=サイズ
parent=親プロセス
runtime=実行時間
nice=Nice レベル
search_user=所有者
search_match=一致
search_cpupc=CPU の$1% 以上使用中
search_fs=使用中のファイル システム
search_files=使用中のファイル
search_submit=検索
search_none=一致したプロセスがありませんでした。
search_kill=シグナルの送信
search_ignore=検索プロセスを無視
search_return=検索形式
run_command=実行するコマンド
run_submit=実行
run_mode=実行モード
run_bg=バックグラウンドで実行
run_fg=終了まで待機
run_input=コマンド入力
run_title=コマンド出力
run_output=$1 からの出力..
run_none=作成された出力はありません
edit_title=プロセス情報
edit_gone=このプロセスはもう実行されていません
edit_sub=サブ プロセス
edit_kill=シグナルの送信
edit_change=変更
edit_prilow=優先度 低
edit_prihigh=優先度 高
edit_pridef=デフォルト
edit_none=なし
kill_err=シグナル $1 をプロセス $2 に送信できませんでした
kill_title=シグナルの送信
kill_sent=送信済み
renice_err=プロセス $1 を reniceできませんでした:
linux_pri=優先度
linux_tty=TTY
linux_status=ステータス
linux_wchan=待機中
linux_mem=メモリ
linux_group=グループ
linux_ruser=リアル ユーザ
linux_rgroup=リアル グループ
linux_pgid=プロセス グループ ID
linuxstat_R=実行中
linuxstat_S=スリープ中
linuxstat_D=ディープ スリープ
linuxstat_T=停止
linuxstat_Z=ゾンビ
freebsd_ruser=リアル ユーザ
freebsd_rgroup=リアル グループ
freebsd_tty=TTY
freebsd_pgid=プロセス グループ
freebsd_lstart=開始時間
freebsd_lim=メモリ制限
hpux_pri=優先度
hpux_tty=TTY
hpux_status=ステータス
hpux_wchan=待機中
hpuxstat_0=存在しない
hpuxstat_S=スリープ中
hpuxstat_W=待機中
hpuxstat_R=実行中
hpuxstat_I=中間
hpuxstat_Z=ゾンビ
hpuxstat_T=停止
hpuxstat_G=拡張中
macos_tty=TTY
sysv_group=グループ
sysv_ruser=リアル ユーザ
sysv_rgroup=リアル グループ
sysv_pgid=プロセス グループ ID
sysv_tty=TTY
log_run=コマンド "$1" を実行しました
log_kill=シグナル $1 をプロセス $2 に送信しました
log_kills=シグナル $1 をプロセス $2 に送信
log_kill_l=シグナル $1 をプロセス $2 に送信しました
log_kills_l=シグナル $1 をプロセスに送信しました $2
acl_manage=次のユーザとしてプロセスを管理
kill_kill=プロセスを Kill
kill_term= 終了
kill_hup= 再度開始
kill_stop= 停止
kill_cont= 続行
proc/lang/ko_KR.UTF-8 0100664 0005671 0000012 00000005707 11022014343 014156 0 ustar jcameron wheel index_title=프로세스 관리자
index_display=표시
index_tree=PID
index_user=사용자
index_size=메모리
index_cpu=CPU
index_search=검색
index_run=실행..
index_return=프로세스 목록
index_mem=실제 메모리: 총 메모리 $1KB/사용 가능한 메모리 $2KB
index_swap=스왑 공간: 총 공간 $1KB/사용 가능한 공간 $2KB
index_load=CPU 평균 부하: $1(5분), $2(10분), $3(15분)
pid=프로세스 ID
owner=소유자
command=명령
cpu=CPU
size=크기
parent=상위 프로세스
runtime=실행 시간
nice=양호한 수준
search_user=소유자
search_match=일치
search_cpupc=$1% 이상 CPU 사용
search_fs=파일 시스템 사용
search_files=파일 사용
search_submit=검색
search_none=일치하는 프로세스가 없습니다.
search_kill=신호 보냄
search_ignore=검색 프로세스 무시
search_return=검색 양식
run_command=실행할 명령
run_submit=실행
run_mode=실행 모드
run_bg=백그라운드에서 실행
run_fg=완료할 때까지 대기
run_input=명령 입력
run_title=명령 결과
run_output=$1의 결과..
run_none=생성된 결과가 없습니다
edit_title=프로세스 정보
edit_gone=이 프로세스는 더 이상 실행되고 있지 않습니다
edit_sub=하위 프로세스
edit_kill=신호 보냄
edit_change=변경
edit_prilow=낮은 순위
edit_prihigh=높은 순위
edit_pridef=기본 순위
edit_none=없음
kill_err=프로세스 $2에 신호 $1을(를) 보내지 못했습니다
kill_title=신호 보냄
kill_sent=전송 완료
renice_err=프로세스 $1을(를) renice하지 못했습니다
linux_pri=우선 순위
linux_tty=TTY
linux_status=상태
linux_wchan=대기 위치
linux_mem=메모리
linux_group=그룹
linux_ruser=실제 사용자
linux_rgroup=실제 그룹
linux_pgid=프로세스 그룹 ID
linuxstat_R=실행 중
linuxstat_S=일시 중지
linuxstat_D=장시간 중지
linuxstat_T=중지됨
linuxstat_Z=좀비
freebsd_ruser=실제 사용자
freebsd_rgroup=실제 그룹
freebsd_tty=TTY
freebsd_pgid=프로세스 그룹
freebsd_lstart=시작 시간
freebsd_lim=메모리 한계
hpux_pri=우선 순위
hpux_tty=TTY
hpux_status=상태
hpux_wchan=대기
hpuxstat_0=존재하지 않음
hpuxstat_S=일시 중지
hpuxstat_W=대기 중
hpuxstat_R=실행 중
hpuxstat_I=중간
hpuxstat_Z=좀비
hpuxstat_T=중지됨
hpuxstat_G=증가 중
macos_tty=TTY
sysv_group=그룹
sysv_ruser=실제 사용자
sysv_rgroup=실제 그룹
sysv_pgid=프로세스 그룹 ID
sysv_tty=TTY
log_run=명령 "$1" 실행됨
log_kill=프로세스 $2에 신호 $1 보냄 완료
log_kills=프로세스 $2에 신호 $1 보냄 완료
log_kill_l=프로세스 $2에 신호 $1 보냄 완료
log_kills_l=프로세스 $2에 신호 $1 보냄 완료
acl_manage=사용자로서 프로세스 관리
kill_kill=프로세스 중단
kill_term= 종료
kill_hup= 다시 시작
kill_stop= 중지
kill_cont= 계속
proc/lang/cz 0100644 0005671 0000012 00000012012 11022014344 012745 0 ustar jcameron wheel acl_edit=Me zabt a oivit proces?
acl_manage=Spravovat procesy pod uivatelem
acl_manage_def=Aktuln Webmin uivatel
acl_only=Budou zobrazeny pouze vlastn procesy?
acl_run=Me spoutt pkazy?
acl_who=Me spravovat procesy uivatel
acl_who0=Vichni uivatel
acl_who1=Aktuln Webmin uivatel
acl_who2=Uivatel ze seznamu ..
command=Pkaz
cpu=CPU
edit_change=Zmnit
edit_ecannot=Nemte oprvnn editovat procesy
edit_gone=Tento proces ji neb
edit_kill=Poslat signl
edit_none=Nic
edit_open=Soubory a pipojen
edit_pridef=Vchoz
edit_prihigh=Vysok priorita
edit_prilow=Nzk priorita
edit_return=detaily procesu
edit_sigcont=Souhrn
edit_sigkill=Zabt proces
edit_sigstop=Peruit
edit_sigterm=Peruit proces
edit_sub=Podprocesy
edit_subcmd=Pkaz pro vnoen procesy
edit_subid=ID
edit_title=Informace o procesu
edit_trace=Trasovn procesu
freebsd_lim=Limit pamti
freebsd_pgid=Skupina procesu
freebsd_rgroup=Skuten skupina
freebsd_ruser=Skuten uivatel
freebsd_stime=$stime
freebsd_tty=TTY
hpux_pri=Priorita
hpux_status=Stav
hpux_stime=$stime
hpux_tty=TTY
hpux_wchan=ekn na
hpuxstat_0=Neexistujc
hpuxstat_G=Nabhajc
hpuxstat_I=Zprostedkovatel
hpuxstat_R=Bc
hpuxstat_S=Spc
hpuxstat_T=Ukonen
hpuxstat_W=ekajc
hpuxstat_Z=Zombie
index_cpu=CPU
index_cpuname=Typ CPU:
index_display=Zobrazit
index_inzone=V zn $1
index_loadname=CPU nahrl prmry:
index_loadnums=$1 (1 min) , $2 (5 min) , $3 (15 min)
index_mem2=Skuten pam: $1 celkem / $2 voln
index_return=seznam proces
index_run=Spustit..
index_search=Hledn
index_size=Pam
index_swap2=Swap msto: $1 celkem / $2 voln
index_title=Bc procesy
index_tree=PID
index_user=Uivatel
index_zone=Zna
kill_cont= Pokraovat
kill_ecannot=YNemte oprvnn zabt proces
kill_err=Chyba pi odesln signlu $1 procesu $2
kill_hup= Restartovat
kill_kill=Zabt proces
kill_sent=Odesln
kill_stop= Ukonit
kill_term= Peruit
kill_title=Poslat signl
linux_group=Skupina
linux_mem=Pam
linux_pgid=ID skupiny procesu
linux_pri=Priorita
linux_rgroup=Skuten skupina
linux_ruser=Skuten uivatel
linux_status=Stav
linux_stime=$stime
linux_tty=TTY
linux_wchan=ek v
linuxstat_D=Tvrd spnek
linuxstat_R=B
linuxstat_S=Sp
linuxstat_T=Ukonen
linuxstat_Z=Zombie
log_kill=Odesln signl $1 do procesu $2
log_kill_l=Odesln signl $1 do procesu $2
log_kills=Odesln signl $1 do $2 proces
log_kills_l=Odesln signl $1 do process $2
log_renice=Zmnit prioritu procesu $2 na $1
log_run=Sputn pkaz "$1"
macos_tty=TTY
nice=rov oiven
open_blk=Speciln blok
open_chr=Speciln znak
open_conn=Pipojeno z $1 k $2 ve stavu $3
open_cwd=aktuln adres
open_desc=Detaily
open_dir=Adres
open_fd=Popisova souboru
open_file=Cesta
open_header1=Oteven soubory
open_header2=Otevt sov pipojen
open_inode=Inode
open_listen1=Poslouchn na portu $1
open_listen2=Poslouchn na adrese $1 portu $2
open_mem=Sdlen knihovna
open_proc=Pro proces $1 (PID $2)
open_proto=Protokol
open_recv=Pijmn na $1:$2
open_reg=Regulrn soubor
open_rtd=Koenov adres
open_size=Velikost souboru
open_title=Oteven soubory a pipojen
open_txt=Kd programu
open_type=Typ
owner=Vlastnk
parent=Parent proces
pid=IP procesu
renice_ecannot=Nemte oprvnn oivovat procesy
renice_err=Chyba pi oiven procesu $1
run_as=Spustit pod uivatelem
run_bg=Bet v pozad
run_command=Pkaz pro sputn
run_ecannot=Nemte oprvnn spoutt pkazy
run_euser=Chybjc nebo neplatn jmno uivatele
run_euser2=Nemte oprvnn ke sputn pkaz pod vybranm uivatelem
run_fg=Pokat,dokud nebude ukonen
run_input=Vstup do pkazu
run_mode=Md sputn
run_none=Nebyl generovn dn vstup
run_output=Vstup z $1 ..
run_submit=Spustit
run_title=Vstup pkazu
runtime=Doba sputn
search_cpupc=Vyuvajc vce ne $1% CPU
search_cpupc2=Pouv vce CPU ne
search_files=Pouvajc soubor
search_fs=Pouvajc souborov systm
search_ignore=Vynechat ve vsledcch hledanch proces
search_ip=Vyuit IP adresa
search_kill=Poslat signl
search_match=Vyhovuje
search_none=Nebyly nalezeny dn vyhovujc procesy.
search_port=Pouvajc port
search_protocol=protokol
search_return=formul pro hledn
search_sigkill=Zebt procesy
search_sigterm=Peruit procesy
search_submit=Hledat
search_user=Vlastnno
size=Velikost
stime=Sputno
syslog_dmesg=Zprvy jdra
sysv_group=Skupina
sysv_pgid=ID skupiny procesu
sysv_rgroup=Skuten skupina
sysv_ruser=Skuten uivatel
sysv_stime=$stime
sysv_task=ID lohy
sysv_tty=TTY
sysv_zone=Nzev zny
trace_all=Ve
trace_change=Zmnit
trace_doing=Systmov trasovn pro $1 :
trace_done=.. proces byl peruen.
trace_failed=.. chyba v trasovn!
trace_sel=Seznam..
trace_sorry=Tato strnka vyaduje ve vaem prohlei podporu Java. Chcete-li vyut pouze textov zobrazovn trasovn procesu, pejdte do konfigurace modulu.
trace_start=Sputn systm trasovn pro $1 ..
trace_syscalls=Voln systmovho trasovn:
trace_title=Trasovan proces
windows_threads=Vlkna v procesu
proc/lang/nl 0100644 0005671 0000012 00000012071 11022014344 012747 0 ustar jcameron wheel acl_edit=Kan processen killen en herstarten?
acl_manage=Processen beheren als gebruiker
acl_manage_def=Huidige Webmin gebruiker
acl_only=Kan alleen eigen processen zien?
acl_run=Kan opdrachten uitvoeren?
acl_who=Kan processen van gebruikers beheren
acl_who0=Alle gebruikers
acl_who1=Huidige Webmin gebruiker
acl_who2=Gebruikers in lijst ..
command=Opdracht
cpu=CPU
edit_change=Verander
edit_ecannot=U bent niet bevoegd processen te bewerken
edit_gone=Dit proces werkt niet langer
edit_kill=Stuur Signaal
edit_none=Niets
edit_open=Files en verbindingen
edit_pridef=Standaard
edit_prihigh=Hoge prioriteit
edit_prilow=Lage prioriteit
edit_return=proces details
edit_sigcont=Doorgaan
edit_sigkill=Kil
edit_sigstop=Slapen
edit_sigterm=Uitschakelen
edit_sub=Subprocessen
edit_subcmd=Sub-proces opdracht
edit_subid=ID
edit_title=Process Informatie
edit_trace=Traceer Proces
freebsd_lim=Geheugen limieten
freebsd_pgid=Proces groep
freebsd_rgroup=Echte groep
freebsd_ruser=Echte gebruiker
freebsd_stime=$stijd
freebsd_tty=TTY
hpux_pri=Prioriteit
hpux_status=Status
hpux_stime=$stijd
hpux_tty=TTY
hpux_wchan=Wachten voor
hpuxstat_0=Niet bestaand
hpuxstat_G=Groeiend
hpuxstat_I=Midden
hpuxstat_R=Lopende
hpuxstat_S=Slapend
hpuxstat_T=Gestopt
hpuxstat_W=Wachtend
hpuxstat_Z=Zombie
index_cpu=CPU
index_cpuname=CPU type:
index_display=Laat zien
index_inzone=In zone $1
index_loadname=CPU load gemiddelde:
index_loadnums=$1 (1 min) , $2 (5 min) , $3 (15 min)
index_mem2=Echt geheugen: $1 totaal / $2 vrij
index_return=proces lijst
index_run=Werken..
index_search=Zoek
index_size=Geheugen
index_swap2=Swap ruimte: $1 totaal / $2 vrij
index_title=Lopende Processen
index_tree=PID
index_user=Gebruiker
index_zone=Zone
kill_cont= Doorgaan
kill_ecannot=U bent niet bevoegd om processen te killen
kill_err=Mislukt om signaal $1 naar proces $2 te sturen
kill_hup= Herstart
kill_kill=Kil Proces
kill_sent=zend
kill_stop= Stop
kill_term= Uitschakelen
kill_title=Zend Signaal
linux_group=Groep
linux_mem=Geheugen
linux_pgid=Proces groep ID
linux_pri=Prioriteit
linux_rgroup=Echte groep
linux_ruser=Echte gebruiker
linux_status=Status
linux_stime=$stijd
linux_tty=TTY
linux_wchan=Wachten in
linuxstat_D=Diepe slaap
linuxstat_R=Lopend
linuxstat_S=Slapend
linuxstat_T=Gestopt
linuxstat_Z=Zombie
log_kill=Zend signaal $1 naar proces $2
log_kill_l=Zend signaal $1 naar proces $2
log_kills=Zend signaal $1 naar $2 processen
log_kills_l=Zend signaal $1 naar processen $2
log_renice=Verander prioriteit van proces $2 naar $1
log_run=Uitvoeren opdracht "$1"
macos_tty=TTY
nice=Vriendelijk level
open_blk=Blokkeer speciaal
open_chr=Karakter speciaal
open_conn=Verbonden van $1 naar $2 in status $3
open_cwd=Huidige dir
open_desc=Details
open_dir=Directorie
open_fd=File Beschrijver
open_file=Pad
open_header1=Open files
open_header2=Open netwerk verbindingen
open_inode=Inode
open_listen1=Luisteren op poort $1
open_listen2=Luisteren op adres $1 poort $2
open_mem=Gedeelde bibliotheek
open_proc=Voor proces $1 (PID $2)
open_proto=Protocol
open_recv=Ontvangen op $1:$2
open_reg=Reguliere file
open_rtd=Root dir
open_size=File grote
open_title=Open Files en verbindingen
open_txt=Programma code
open_type=Type
owner=Eigenaar
parent=Parent proces
pid=ID
renice_ecannot=U bent niet bevoegd om processen een renice te geven
renice_err=Mislukt om proces $1 een renice te geven
run_as=Uitvoeren als gebruiker
run_bg=Uitvoeren in achtergrond
run_command=Opdracht om uit te voeren
run_ecannot=U bent niet bevoegd om opdrachten uit te voeren
run_euser=Ontbrekende of ongeldige gebruikersnaam
run_euser2=U bent niet bevoegd om opdrachten uit te voeren als geselecteerde gebruiker
run_fg=Wacht totdat hij kompleet is
run_input=Input naar opdracht
run_mode=Uitvoer mode
run_none=Geen output gegenereerd
run_output=Output van $1 ..
run_submit=Uitvoeren
run_title=Opdrach Output
runtime=Uitvoer tijd
search_cpupc=Gebruik meer dan $1% CPU
search_cpupc2=Gebruik meer CPU dan
search_files=Gebruik file
search_fs=Gebruik filesysteem
search_ignore=Negeer zoek processen in reultaten
search_ip=Gebruik IP adres
search_kill=Zend Signal
search_match=Overeenkomend
search_none=Geen overeenkomende processen gevonden
search_port=Gebruik poort
search_protocol=protocol
search_return=Zoek formulier
search_sigkill=Kil Processen
search_sigterm=Uitschakelen Processen
search_submit=Zoek
search_user=Behoort aan
size=Grote
stime=Gestart
syslog_dmesg=Kernel bericht
sysv_group=Groep
sysv_pgid=Proces groep ID
sysv_rgroup=Echte groep
sysv_ruser=Echte gebruiker
sysv_stime=$stijd
sysv_task=Taak ID
sysv_tty=TTY
sysv_zone=Zone naam
trace_all=Alles
trace_change=Verander
trace_doing=Systeem vraagt trace voor $1 :
trace_done=.. proces is uitgeschakeld.
trace_failed=.. traceren mislukt!
trace_sel=In Lijst..
trace_sorry=Deze pagina heeft Java ondersteuning nodig in uw browser. Wilt U een alleen-tekst proces traceren verander dan de module configuratie.
trace_start=Start een systeem traceer verzoek voor $1 ..
trace_syscalls=Traceer systeem verzoeken
trace_title=Traceer Proces
windows_threads=Threads in proces
proc/sysv-lib.pl 0100755 0005671 0000012 00000013626 11022014344 013611 0 ustar jcameron wheel # sysv-lib.pl
# Functions for parsing sysv-style ps output
$has_stime = $gconfig{'os_type'} eq 'solaris';
$has_task = $gconfig{'os_type'} eq 'solaris' && $gconfig{'os_version'} >= 10;
$has_zone = $gconfig{'os_type'} eq 'solaris' && $gconfig{'os_version'} >= 10;
# list_processes([pid]*)
sub list_processes
{
local($line, $dummy, @w, $i, $_, $pcmd, @plist);
foreach (@_) { $pcmd .= " -p $_"; }
if (!$pcmd) { $pcmd = " -e"; }
$ENV{'COLUMNS'} = 10000; # needed on AIX
local @cols = ( "user","ruser","group","rgroup","pid","ppid","pgid","pcpu","vsz",
"nice","etime","time",
($has_stime ? ("stime") : ( )),
($has_task ? ("taskid") : ( )),
($has_zone ? ("zone") : ( )),
"tty","args" );
open(PS, "ps -o ".join(",", @cols)." $pcmd |");
$dummy = ;
for($i=0; $line=; $i++) {
chop($line);
$line =~ s/^\s+//g;
@w = split(/\s+/, $line);
if ($line =~ /ps -o user,ruser/) {
# Skip ps command
$i--; next;
}
$plist[$i]->{"pid"} = $w[4];
$plist[$i]->{"ppid"} = $w[5];
$plist[$i]->{"user"} = $w[0];
$plist[$i]->{"cpu"} = "$w[7] %";
$plist[$i]->{"size"} = "$w[8] kB";
local $ofs = 0;
if ($has_stime) {
$plist[$i]->{"_stime"} = $w[12+$ofs];
$plist[$i]->{"_stime"} =~ s/_/ /g;
$ofs++;
}
if ($has_task) {
$plist[$i]->{"_task"} = $w[12+$ofs];
$ofs++;
}
if ($has_zone) {
$plist[$i]->{"_zone"} = $w[12+$ofs];
$ofs++;
}
$plist[$i]->{"time"} = $w[11];
$plist[$i]->{"nice"} = $w[9] =~ /\d+/ ? $w[9]-20 : $w[9];
$plist[$i]->{"args"} = @w<14+$ofs ? "defunct"
: join(' ', @w[13+$ofs..$#w]);
$plist[$i]->{"_group"} = $w[2];
$plist[$i]->{"_ruser"} = $w[1];
$plist[$i]->{"_rgroup"} = $w[3];
$plist[$i]->{"_pgid"} = $w[6];
$plist[$i]->{"_tty"} = $w[12+$ofs] =~ /\?/ ? $text{'edit_none'}
: "/dev/$w[12+$ofs]";
}
close(PS);
return @plist;
}
# find_mount_processes(mountpoint)
# Find all processes under some mount point
sub find_mount_processes
{
local($out);
$out = `fuser -c $_[0] 2>/dev/null`;
$out =~ s/^\s+//g; $out =~ s/\s+$//g;
return split(/\s+/, $out);
}
# find_file_processes([file]+)
# Find all processes with some file open
sub find_file_processes
{
local($out, $files);
$files = join(' ', @_);
$out = `fuser $files 2>/dev/null`;
$out =~ s/^\s+//g; $out =~ s/\s+$//g;
return split(/\s+/, $out);
}
# renice_proc(pid, nice)
sub renice_proc
{
return undef if (&is_readonly_mode());
local $out = &backquote_logged("renice $_[1] -p $_[0] 2>&1");
if ($?) { return $out; }
return undef;
}
# get_new_pty()
# Returns the filehandles and names for a pty and tty
sub get_new_pty
{
if (!-e "/dev/ptyp0") {
# Must use IO::Pty :(
&error("IO::Pty Perl module is not installed");
}
else {
# Need to search through pty files
opendir(DEV, "/dev");
local @ptys = map { "/dev/$_" } (grep { /^pty/ } readdir(DEV));
closedir(DEV);
local ($pty, $tty);
foreach $pty (@ptys) {
open(PTY, "+>$pty") || next;
local $tty = $pty; $tty =~ s/pty/tty/;
open(TTY, "+>$tty") || next;
local $old = select(PTY); $| = 1;
select(TTY); $| = 1; select($old);
return (*PTY, *TTY, $pty, $tty);
}
return ();
}
}
$has_trace_command = $gconfig{'os_type'} eq 'solaris' &&
&has_command("truss");
# open_process_trace(pid, [&syscalls])
# Starts tracing on some process, and returns a trace object
sub open_process_trace
{
local $fh = time().$$;
local $sc;
if (@{$_[1]}) {
$sc = "-t ".join(",", @{$_[1]});
}
local $tpid = open($fh, "truss $sc -i -p $_[0] 2>&1 |");
$line = <$fh>;
return { 'pid' => $_[0],
'tpid' => $tpid,
'fh' => $fh };
}
# close_process_trace(&trace)
# Halts tracing on some trace object
sub close_process_trace
{
kill('TERM', $_[0]->{'tpid'}) if ($_[0]->{'tpid'});
close($_[0]->{'fh'});
}
# read_process_trace(&trace)
# Returns an action structure representing one action by traced process, or
# undef if an error occurred
sub read_process_trace
{
local $fh = $_[0]->{'fh'};
local @tm = localtime(time());
while(1) {
local $line = <$fh>;
return undef if (!$line);
if ($line =~ /^([^\(]+)\((.*)\)(\s*=\s*(\-?\d+)|\s+(Err\S+))?/) {
local $action = { 'time' => time(),
'call' => $1,
'rv' => $4 ne "" ? $4 : $5 };
local $args = $2;
local @args;
while(1) {
if ($args =~ /^[ ,]*(\{[^}]*\})(.*)$/) {
# A structure in { }
push(@args, $1);
$args = $2;
}
elsif ($args =~ /^[ ,]*"([^"]*)"\.*(.*)$/) {
# A quoted string
push(@args, $1);
$args = $2;
}
elsif ($args =~ /^[ ,]*\[([^\]]*)\](.*)$/) {
# A square-bracket number
push(@args, $1);
$args = $2;
}
elsif ($args =~ /^[ ,]*\<([^\>]*)\>(.*)$/) {
# An angle-bracketed string
push(@args, $1);
$args = $2;
}
elsif ($args =~ /[ ,]*([^, ]+)(.*)$/) {
# Just a number
push(@args, $1);
$args = $2;
}
else {
last;
}
}
$action->{'args'} = \@args;
return $action;
}
}
}
# os_get_cpu_info()
# Returns a list containing the 5, 10 and 15 minute load averages
sub os_get_cpu_info
{
local $out = `uptime 2>&1`;
if ($out =~ /load average:\s+(\S+),\s+(\S+),\s+(\S+)/) {
return ($1, $2, $3);
}
else {
return ( );
}
}
# get_memory_info()
# Returns a list containing the real mem, free real mem, swap and free swap
# (In kilobytes).
sub get_memory_info
{
if (!&has_command("kstat")) {
return ( );
}
local %stat;
foreach my $s ("physmem", "freemem", "swap_alloc", "swap_avail") {
local $out = &backquote_command("kstat -p -m unix -s $s");
if ($out =~ /\s+(\d+)/) {
$stat{$s} = $1;
}
}
local ($swaptotal, $swapfree);
&open_execute_command(SWAP, "swap -l", 1);
while() {
if (/^\S+\s+\d+,\d+\s+\d+\s+(\d+)\s+(\d+)/) {
$swaptotal += $1;
$swapfree += $2;
}
}
close(SWAP);
local $pagesize = `pagesize 2>/dev/null`;
$pagesize = int($pagesize)/1024;
$pagesize ||= 8; # Fallback
return ($stat{'physmem'}*$pagesize, $stat{'freemem'}*$pagesize,
$swaptotal/2, $swapfree/2);
}
foreach $ia (keys %text) {
if ($ia =~ /^sysv(_\S+)/) {
$info_arg_map{$1} = $text{$ia};
}
}
delete($info_arg_map{'_stime'}) if (!$has_stime);
@nice_range = (-20 .. 19);
$has_fuser_command = 1;
1;
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oYd p 2 * q 7 proc/config.info.sv 0100644 0005671 0000012 00000000467 11022014344 014251 0 ustar jcameron wheel default_mode=Standardformat fr processlista,4,last-Senast valda,tree-Processtrd,user-Sorterad efter anvndare,size-Sorterad efter storlek,cpu-Sorterad efter CPU,search-Skformulr,run-Utfr formulr
ps_style=Format fr utmatning frn PS-kommandon,1,sysv-SYSV,linux-Linux,hpux-HPUX,freebsd-FreeBSD,macos-MacOS
proc/config.info.de 0100644 0005671 0000012 00000000626 11022014344 014206 0 ustar jcameron wheel ps_style=PS-Befehl Ausgabe-Stil,1,sysv-SYSV,linux-Linux,hpux-HPUX,freebsd-FreeBSD,macos-MacOS
default_mode=Standard Prozeß-Listen Stil,4,last-Zuletzt gewählter,tree-Prozeß-Baum,user-Sortiert nach Benutzer,size-Sortiert nach Größe,cpu-Sortiert nach CPU,search-Such-Formular,run-Ausführen-Formular
cut_length=Zeichenanzahl in Befehlen kürzen auf,3,Unbegrenzt proc/index_tree.cgi 0100755 0005671 0000012 00000002760 11022014344 014313 0 ustar jcameron wheel #!/usr/local/bin/perl
# index.cgi
# Display a list of all existing processes
require './proc-lib.pl';
&ui_print_header(undef, $text{'index_title'}, "", "tree", !$no_module_config, 1);
&index_links("tree");
print &ui_columns_start([ $text{'pid'},
$text{'owner'},
$info_arg_map{'_stime'} ? ( $text{'stime'} ) : ( ),
$text{'command'} ], 100);
@procs = sort { $a->{'pid'} <=> $b->{'pid'} } &list_processes();
foreach $pr (@procs) {
$p = $pr->{'pid'}; $pp = $pr->{'ppid'};
$argmap{$p} = $pr->{'args'};
$usermap{$p} = $pr->{'user'};
$stimemap{$p} = $pr->{'_stime'};
push(@{$children{$pp}}, $p);
$inlist{$pr->{'pid'}}++;
}
foreach $pr (@procs) {
push(@roots, $pr->{'pid'}) if (!$inlist{$pr->{'ppid'}} ||
$pr->{'pid'} == $pr->{'ppid'} ||
$pr->{'pid'} == 0);
}
foreach $r (&unique(@roots)) {
&walk_procs("", $r);
}
print &ui_columns_end();
&ui_print_footer("/", $text{'index'});
# walk_procs(indent, pid)
sub walk_procs
{
next if ($done_proc{$_[1]}++);
local(@ch, $_, $args);
if (&can_view_process($usermap{$_[1]})) {
local @cols;
if (&can_edit_process($usermap{$_[1]})) {
push(@cols, "$_[0]$_[1]");
}
else {
push(@cols, "$_[0]$_[1]");
}
push(@cols, $usermap{$_[1]});
if ($info_arg_map{'_stime'}) {
push(@cols, $stimemap{$_[1]});
}
$args = &cut_string($argmap{$_[1]});
push(@cols, &html_escape($args));
print &ui_columns_row(\@cols);
}
foreach (@{$children{$_[1]}}) {
&walk_procs("$_[0] ", $_);
}
}
proc/freebsd-lib.pl 0100755 0005671 0000012 00000006140 11022014344 014210 0 ustar jcameron wheel # freebsd-lib.pl
# Functions for parsing freebsd ps output
use IO::Handle;
sub list_processes
{
local($pcmd, $line, $i, %pidmap, @plist);
$pcmd = @_ ? "-p $_[0]" : "";
open(PS, "ps -axwwww -o pid,ppid,user,vsz,%cpu,time,nice,tty,ruser,rgid,pgid,lstart,lim,command $pcmd |");
for($i=0; $line=; $i++) {
chop($line);
if ($line =~ /ps -axwwww/ || $line =~ /^\s*PID/) { $i--; next; }
$line =~ /^\s*(\d+)\s+(\d+)\s+(\S+)\s+(\d+)\s+([\d\.]+)\s+(\S+)\s+(-?\d+)\s+(\S+)\s+(\S+)\s+(\d+)\s+(\d+)\s+(-|\S+\s+\S+\s+\d+\s+\S+\s+\d+|\d+)\s+(\S+)\s+(.*)$/;
$plist[$i]->{"pid"} = $1;
$plist[$i]->{"ppid"} = $2;
$plist[$i]->{"user"} = $3;
$plist[$i]->{"size"} = "$4 kB";
$plist[$i]->{"cpu"} = $5;
$plist[$i]->{"time"} = $6;
$plist[$i]->{"nice"} = $7;
$plist[$i]->{"_tty"} = $8;
$plist[$i]->{"_ruser"} = $9;
$plist[$i]->{"_rgroup"} = getgrgid($10);
$plist[$i]->{"_pgid"} = $11;
$plist[$i]->{"_stime"} = $12;
$plist[$i]->{"_lim"} = $13 eq "-" ? "Unlimited" : $13;
$plist[$i]->{"args"} = $14;
}
close(PS);
return @plist;
}
# renice_proc(pid, nice)
sub renice_proc
{
return undef if (&is_readonly_mode());
local $out = &backquote_logged("renice $_[1] -p $_[0] 2>&1");
if ($?) { return $out; }
return undef;
}
foreach $ia (keys %text) {
if ($ia =~ /^freebsd(_\S+)/) {
$info_arg_map{$1} = $text{$ia};
}
}
@nice_range = (-20 .. 20);
$has_fuser_command = 0;
# get_new_pty()
# Returns the filehandles and names for a pty and tty
sub get_new_pty
{
local @ptys;
opendir(DEV, "/dev");
@ptys = map { "/dev/$_" } (grep { /^pty/ } readdir(DEV));
closedir(DEV);
local ($pty, $tty);
foreach $pty (@ptys) {
open(PTY, "+>$pty") || next;
local $tty = $pty;
$tty =~ s/pty/tty/;
open(TTY, "+>$tty") || next;
local $old = select(PTY); $| = 1;
select(TTY); $| = 1; select($old);
return (*PTY, *TTY, $pty, $tty);
}
return ();
}
# close_controlling_pty()
# Disconnects this process from it's controlling PTY, if connected
sub close_controlling_pty
{
if (open(DEVTTY, "/dev/tty")) {
# Special ioctl to disconnect (TIOCNOTTY)
ioctl(DEVTTY, 536900721, 0);
close(DEVTTY);
}
}
# open_controlling_pty(ptyfh, ttyfh, ptyfile, ttyfile)
# Makes a PTY returned from get_new_pty the controlling TTY (/dev/tty) for
# this process.
sub open_controlling_pty
{
local ($ptyfh, $ttyfh, $pty, $tty) = @_;
# Call special ioctl to attach /dev/tty to this new tty (TIOCSCTTY)
ioctl($ttyfh, 536900705, 0);
}
# get_memory_info()
# Returns a list containing the real mem, free real mem, swap and free swap
# (In kilobytes).
sub get_memory_info
{
my $sysctl = {};
my $sysctl_output = &backquote_command("/sbin/sysctl -a 2>/dev/null");
return ( ) if ($?);
foreach my $line (split(/\n/, $sysctl_output)) {
if ($line =~ m/^([^:]+):\s+(.+)\s*$/s) {
$sysctl->{$1} = $2;
}
}
return ( ) if (!$sysctl->{"hw.physmem"});
my $mem_inactive = $sysctl->{"vm.stats.vm.v_inactive_count"} *
$sysctl->{"hw.pagesize"};
my $mem_cache = $sysctl->{"vm.stats.vm.v_cache_count"} *
$sysctl->{"hw.pagesize"};
my $mem_free = $sysctl->{"vm.stats.vm.v_free_count"} *
$sysctl->{"hw.pagesize"};
return ( $sysctl->{"hw.physmem"} / 1024,
($mem_inactive + $mem_cache + $mem_free) / 1024 );
}
1;
proc/help/ 0040755 0005671 0000012 00000000000 11022014345 012425 5 ustar jcameron wheel proc/help/suser.zh_TW.Big5.html 0100644 0005671 0000012 00000000115 11022014344 016264 0 ustar jcameron wheel ֦
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proc/help/scpu.es.html 0100644 0005671 0000012 00000000215 11022014344 014665 0 ustar jcameron wheel Usando ms de
Este criterio de bsqueda busca procesos que usen ms de un porcentaje de
tiempo de UCP en tu sistema.
proc/help/intro.sv.html 0100644 0005671 0000012 00000002131 11022014344 015066 0 ustar jcameron wheel Unix-processer
En process r enkelt uttryckt ett program som krs p systemet. Webbrowsern,
fnsterhanteraren, terminalfnstret och X-servern r processer som man kan
pverka direkt. Andra processer kr i bakgrunden, exempelvis webservrar
och andra systemprogram. Varje gng man skriver in ett kommando, t ex
ls ellr pwd, skapas en process (fast dessa processer r
vldigt kortlivade).
Varje process har ett unikt ID som kallas process-ID eller PID. Processer
som kr samtidigt har olika ID, men med tiden teranvnds PID-nummer.
Bortsett frn initieringsprocessen (vanligen init) har varje
process en frldraprocess som skapade den. Om man t ex kr vi
frn skalprompten r frldraprocessen till vi skalet. En process
kan ha ett obegrnsat antal underprocesser men endast en frlder.
Varje process krs med ngon anvndares och grupps rttigheter, som
gller d processen frsker komma t filer och kataloger. Anvndare och
processer fr bara sl ihjl processer som de sjlva ger, utom root,
som fr sl ihjl allt.
proc/help/run.zh_TW.Big5.html 0100644 0005671 0000012 00000000232 11022014344 015727 0 ustar jcameron wheel {Ǻz - RO
oӪiHzbztΤW@ǩRO, ÿܩʪܿX. z]iHJ@ǭneӵ{зǿJr.
proc/help/user.fr.html 0100644 0005671 0000012 00000000714 11022014344 014675 0 ustar jcameron wheel Visualisation par utilisateur
Cette page affiche tous les processus excuts groups par utilisateurs qui en sont les propritaires. Les processus sont rangs par utilisation du processeur sous le nom de chacun des utilisateurs propritaires. Pour chacun des processus le numro, l'utilisation du processeur et la commande sont affichs. Cliquez sur le numro de processus pour afficher plus d'informations.
proc/help/nice.fr.html 0100644 0005671 0000012 00000001013 11022014344 014626 0 ustar jcameron wheel Niveau de priorit
Chaque processus est excut avec une certaine priorit, appele niveau de priorit. Un haut niveau de priorit prendra facilement plus de puissance processeur, et le processus semblera ainsi s'excuter plus rapidement. Changer la priorit d'un processus ne sert qu'aux processus ncessitant beaucoup de puissance. Comme la majorit des processus passent la plupart de leurs temps attendre quelque chose (comme l'entre standard), ils ne tirerent rien d'un tel changement.
proc/help/smatch.es.html 0100644 0005671 0000012 00000000403 11022014344 015171 0 ustar jcameron wheel Coincidiendo
Este criterio de bsqueda busca procesos que conincidan con alguna expresin
regular. Por ejemplo, para buscar todos los procesos cuyo comando contenga
la cadena httpd, puedes smplemente digitar httpd.
proc/help/cpu.html 0100644 0005671 0000012 00000001210 11022014344 014070 0 ustar jcameron wheel Process Manager - CPU View
This page shows all running process on your system, ordered by CPU
utilization. For each process the PID, owner, CPU and command is displayed.
The PID can be clicked on to display more information.
This view is useful for finding processes that are using excessive amounts
of CPU time. The utilization of each process is shown as a percentage of
the total CPU available. This means that on a normal system, the sum of
all processes will be less than 100%. Only if one or more processes are
performing some intensive task will all the CPU power of your system be
used.
proc/help/nice.zh_TW.Big5.html 0100644 0005671 0000012 00000000546 11022014344 016051 0 ustar jcameron wheel u
C@ӵ{dz|̾گSwuv, ٬u (nice level). @Ө㦳uŪ{DZN|oCŵ{Ǹh CPU ɶ, ]NO|檺. uťu|vTڪ CPU ɶ, ҥHuﰪ CPU ζq{Nq. ƹWjhƵ{bݬYǸ귽 (ҦpϥΪ̿J), oǵ{uŤ|U.
proc/help/cpu.fr.html 0100644 0005671 0000012 00000001437 11022014344 014511 0 ustar jcameron wheel Tri par utilisation du processeur
Cette page montre tous les processus du systme tris par utilisation du processeur. Pour chaque processus est affich le numro, le propritaire, l'utilisation et la commande. Vous pouvez cliquer sur le numro d'un processus pour afficher plus d'informations.
Cette vue est utile pour trouver les processus qui consomment une quantit excessive du processeur. L'utilisation de chaque processus est affiche en pourcentage total du CPU disponible. Ceci signifie que sur un systme normal (1 seul processeur), la somme de tous les processus sera de moins de 100%. Le total sera de 100% seulement si un ou plusieurs processus excutent des tches intenses occupant ainsi toute la puissance du processeur.
proc/help/input.html 0100644 0005671 0000012 00000000335 11022014344 014447 0 ustar jcameron wheel Input to command
Any text entered into this field will be passed to the command as
standard input. For example, if the command was perl then
any input would be executed as a perl program.
proc/help/intro.es.html 0100644 0005671 0000012 00000002403 11022014344 015047 0 ustar jcameron wheel Procesos Unix
Un proceso es simplemente una programa que se est ejecutando bajo tu sistema.
Tu visor web, gestor de ventanas, ventana de terminales y servidor X son
todos procesos con los que interactas directamente. Muchos otros procesos son
ejecutados en segundo plano como servidores web y otras tareas del sistema.
Se crea un nuevo proceso cada vez que digitas un comando como ls
o pwd, aunque tpicamente estos comandos son de corta vida.
Cada proceso tiene una ID nica, llamada la ID del proceso o PID. Al ejecutar
cada proceso en un momento dado, se le asigna una ID diferente, con
el tiempo las PIDs pueden ser reutilizadas.
Aparte del proceso inicial (tpicamente llamado init) cada uno tiene
un proceso padre desde el cual ha sido creado. Por ejemplo, si ejecutas
vi desde el prompt del shell, el proceso padre de vi ser
tu shell. Un proceso puede tener cualquier nmero de hijos, pero slo un
padre.
Cada proceso se ejecuta con los permisos de algn usuario y grupo los cuales
se aplican cada vez que accede a archivos y directorios. Los usuarios y
procesos pueden matar slamente los procesos que les pertenezcan, con la
excepcin de root que puede matar a cualquiera.
proc/help/cmd.html 0100644 0005671 0000012 00000000374 11022014344 014056 0 ustar jcameron wheel Command to run
A command or commands to execute. Because the standard shell /bin/sh
is used to execute the command, you may use special operators such as
; , < , | and &&.
proc/help/run.html 0100644 0005671 0000012 00000000347 11022014344 014117 0 ustar jcameron wheel Process Manager - Run Command
This form allows you to execute some command on your system, and optionally
display the output. You may also enter text which will be passed to the
program as standard input.
proc/help/input.fr.html 0100644 0005671 0000012 00000000213 11022014344 015050 0 ustar jcameron wheel Entre de la commande
Tout texte de ce champ sera pass la commande par l'intermdiaire de l'entre standard.
proc/help/cpu.zh_TW.Big5.html 0100644 0005671 0000012 00000001000 11022014344 015704 0 ustar jcameron wheel {Ǻz - ̾ CPU ϥζq
o@ܥXҦztΤWثe檺{, è̾ CPU ϥζq[HƦC. C@ӵ{, {ǽs (PID), ֦, CPU ϥζqPҰ檺RO|QܥX. ziHI{ǽsHܧhT.
oܼҦbznӤjq CPU ɶ{ɬO۷Ϊ. C@ӵ{Ǫ CPU ϥζqOH` CPU qʤܪ. oܦb@몺tΤW, Ҧ{Ǫ[`ӷ|p 100%. D@өΦhӵ{DZKnDϥΥ CPU BO.
proc/help/cmd.fr.html 0100644 0005671 0000012 00000000473 11022014344 014464 0 ustar jcameron wheel Commande excuter
Une ou plusieurs commandes excuter. Parceque le shell standard /bin/sh est utilis pour excuter la commande, vous devez utiliser des oprateurs comme ; , < , | et && si vous souhaitez en excuter plusieurs.
proc/help/mode.sv.html 0100644 0005671 0000012 00000000521 11022014344 014660 0 ustar jcameron wheel Krlge
Kr i bakgrunden
Kommandot startas i bakgrunden och browsern visar listan ver processer.
Vnta tills det r frdigt
Kommandot krs och utmatningen visas. Detta alternativ br inte anvndas
fr kommandon som ska kras tills vidare, exempelvis serverprocesser.
proc/help/search.fr.html 0100644 0005671 0000012 00000001420 11022014344 015157 0 ustar jcameron wheel Formulaire de recherche
Cette page vous permet de rechercher des processus selon certains critres. Quand vous cliquez sur le bouton Rechercher, une liste des processus correspondants s'affiche en dessous. Pour chaque processus, le numro, le propritaire, l'utilisation du processeur et la commande sont affichs. Cliquer sur le numro de processus affichera des informations supplmentaires sur le processus.
Sous la liste des rsultats de recherche se trouve un bouton qui envoie un signal au processus correspondant. Choisissez le signal que vous voulez envoyer au processus et cliquez sur le bouton Envoyer un signal. Les signaux les plus utiles sont KILL et TERM pour tuer un processus.
proc/help/input.zh_TW.Big5.html 0100644 0005671 0000012 00000000241 11022014344 016262 0 ustar jcameron wheel ROJ
boJr|gѼзǿJeҰ檺RO. |ҦӨ, pGO perl, JƱN|Q perl Ұ.
proc/help/smatch.html 0100644 0005671 0000012 00000000343 11022014344 014566 0 ustar jcameron wheel Matching
This search criteria finds processes matching some regular expression.
For example, to find all processes whose command contains the string
httpd, you could just enter httpd.
proc/help/scpu.fr.html 0100644 0005671 0000012 00000000300 11022014344 014660 0 ustar jcameron wheel Utilisant plus que
Ce critre de recherche permet de trouver les processus utilisant plus qu'un certain pourcentage de la puissance du processeur sur votre systme.
proc/help/sfs.sv.html 0100644 0005671 0000012 00000000615 11022014344 014533 0 ustar jcameron wheel Anvnder filsystem ...
Hr kan du ska efter processer som anvnder ngon fil eller katalog p
det angivna filsystemet. Om en process har ppnat en fil fr lsning eller
skrivning p filsystemet, eller om den finns i en katalog p filsystemet,
kommer den att visas i listan. Det hr kan du anvnda fr att hitta processer
som hindrar dig frn att montera av ett filsystem.
proc/help/cmd.zh_TW.Big5.html 0100644 0005671 0000012 00000000340 11022014344 015666 0 ustar jcameron wheel n檺RO
@ӭn檺ROO. ]зǪtΩRO /bin/sh |QΩoөRO, ҥHziHϥΤ@ǩROߪާ@l, Ҧp ; , < , | P &&.
proc/help/search.zh_TW.Big5.html 0100644 0005671 0000012 00000000770 11022014344 016377 0 ustar jcameron wheel {Ǻz - jM
oӪiHzHSwjMbztΤW{. UjMs, @ղŦXCN|QܦbU. C@ӲŦX, |ܥX{ǽs, ֦, CPU ϥζqPڰ檺RO. U{ǽsiHܧh{ǬT.
bUsiHzeXTŦXjM{. бqCzݭneXT, åBUeXTs. ̱`ΪT KILL P TERM, ΥHRoӵ{.
proc/help/sfiles.html 0100644 0005671 0000012 00000000320 11022014344 014567 0 ustar jcameron wheel Using file
This criteria finds any processes that have the selected file open for
reading or writing. If a directory is chosen, processes that are in that
directory are found instead.
proc/help/smatch.fr.html 0100644 0005671 0000012 00000000445 11022014344 015177 0 ustar jcameron wheel Correspondance
Ce critre de recherche trouve les processus correspondants une expression rgulire. Par exemple, si vous voulez trouver tous les processus dont la commande contient la chane de caractres httpd, vous n'avez qu'a entrer httpd.
proc/help/tree.sv.html 0100644 0005671 0000012 00000000461 11022014344 014676 0 ustar jcameron wheel Processhanteraren - trd
P denna sida visas alla processer som r igng p systemet. Underprocesser
skrivs ut med indrag och nedanfr sin frlder. Fr varje process anges PID,
gare och kommando. Klicka p ett PID fr att f upp mer information om
processen.
proc/help/scpu.zh_TW.Big5.html 0100644 0005671 0000012 00000000152 11022014344 016076 0 ustar jcameron wheel WL... CPU ϥζq
oӷjMǧMbztΤWϥζWLw CPU ɶʤ{.
proc/help/mode.es.html 0100644 0005671 0000012 00000000641 11022014344 014642 0 ustar jcameron wheel Modo de ejecucin
Ejecutar en segundo plano
El comando ser iniciado en segundo plano y tu visor dirigido a la lista
de procesos en ejecucin.
Esperar hasta que termine
El comando ser ejecutado y mostrada su salida. Esta opcin no debera
de ser usada para comandos que se ejecutan por siempre tales como los
procesos de servidor.
proc/help/intro.html 0100644 0005671 0000012 00000002162 11022014344 014443 0 ustar jcameron wheel Unix Processes
A process is simply a running program on your system. Your web browser,
window manager, terminal window and X server are all processes that you
interact with directly. Many other processes run in the background,
such as web servers and other system tasks. A new process is created every
time you type a command like ls or pwd, though such processes
are typically short-lived.
Every process has a unique ID, called the process ID or PID. While every
process running at any one time has a different ID, over time PIDs may be
re-used.
Apart from the initial process (typically called init) each has a
parent process from which it was created. For example, if you run vi
from your shell prompt, vi's parent process will be your shell.
A process can have any number of children, but only one parent.
Each process runs with the permissions of some user and group, which apply
when it accesses files and directories. Users and processes may only kill
other processes that they own, with the exception of root who
can kill anything.
proc/help/overview.sv.html 0100644 0005671 0000012 00000000104 11022014344 015577 0 ustar jcameron wheel Klicka hr fr mer information om Unix-processer.
proc/help/smatch.zh_TW.Big5.html 0100644 0005671 0000012 00000000240 11022014344 016401 0 ustar jcameron wheel ŦX
oӱiHQΥWܦjMŦX{. |ҦӨ, nMtr httpd {, zunJ httpd Yi.
proc/help/edit_proc.sv.html 0100644 0005671 0000012 00000003053 11022014344 015707 0 ustar jcameron wheel ndra process
P denna sida visas uppgifter om en aktiv process. Hgst upp visas fljande
information:
Kommando
Program och kommandoradsargument fr denna process.
Process-ID
Unikt process-ID.
Frldraprocess
Processen som skapade denna process. Klicka p namnet fr att se
uppgifter om frldraprocessen.
Anvndare
Den anvndare som ger processen och med vars rttigheter processen krs.
CPU-anvndning
Andel (i procent) av den totala CPU-tiden som denna process anvnder fr
tillfllet.
Storlek
Mngd minne som anvnds av denna process. Denna mngd kan delvis vara
gemensam med andra processer.
Krtid
CPU-tid (i minuter) som processen totalt har anvnt sedan den startades.
Om processen inte r vldigt CPU-intensiv ska detta inte vara lika mycket
som den tid som gtt sedan processen startades.
Nice-niv
Prioritet som processen krs med. Det finns mer
information om nice-niv.
Det kan ocks finnas mer information beroende p vilken Unix-version du kr.
Nedanfr processinformationen finns en knapp fr att skicka en signal
till processen. Vlj frn listan den signal du vill skicka och tryck sedan
p Skicka signal. De mest anvndbara signalerna r KILL
och TERM som slr ihjl processen.
Om processen har ngra underprocesser visas dessa lngst ned p sidan. Du kan
klicka p ett process-ID fr att se mer uppgifter om respektive process.
proc/help/size.sv.html 0100644 0005671 0000012 00000001260 11022014344 014707 0 ustar jcameron wheel Processer - minnesversikt
P denna sida visas alla processer som r igng, ordnade efter
minnesutnyttjande. Fr varje process anges PID, gare, storlek i kB och
kommando. Klicka p ett PID fr att f upp mer information om processen.
Detta kan du anvnda fr att hitta kommandon som slukar minne i systemet.
Det angivna minnesutnyttjandet kan dock vara missledande fr sdana
processer som X-servern, dr ven minnestgngen fr buffrar i X tas med.
Multipla processer fr samma program (t ex httpd och bash)
har en stor del av minnet gemensamt vilket gr att de totalt ser ut att
anvnda mer minne n de egentligen gr.
proc/help/suser.html 0100644 0005671 0000012 00000000146 11022014344 014451 0 ustar jcameron wheel Owned by
This search criteria finds all processes owned by the selected user.
proc/help/intro.fr.html 0100644 0005671 0000012 00000002642 11022014344 015054 0 ustar jcameron wheel Processus sous Unix
Un processus est simplement un programme excut sur votre systme. Votre navigateur web, un gestionnaire de fentre, un terminal et le serveur X sont tous des processus avec lesquels vous interagissez directement. Plusieurs autres processus sont excuts en arrire plan, comme un serveur web et d'autre tches systmes. Un nouveau processus est cr chaque fois que vous entrez une commande comme ls ou pwd ce qui implique qu'un processus a souvent une courte dure de vie.
Chaque processus a un numro unique. A chaque excution de programme, le numro est incrment et recommencera 1 une fois arriv 32768 en sautant les numros encore utiliss. Le mme numro ne pourra jamais tre utilis par deux processus en mme temps.
A part le processus initial (gnralement appel init), chaque processus a un parent partir duquel il a t cr. Par exemple, si vous excutez vi partir de votre interprteur de commandes, vi aura l'inteprteur de commandes comme parent. Un processus peut avoir plusieurs enfants mais un seul et unique parent.
Chaque processus s'excute avec les permissions de l'usager et du groupe, qui s'applique quand il accde fichier et rpertoire. Les usagers et processus peuvent seulement tuer d'autre processus dont ils sont propritaire, l'exception de root qui peut tout faire.
proc/help/sfs.es.html 0100644 0005671 0000012 00000000703 11022014344 014510 0 ustar jcameron wheel Usando sistema de archivos
Este criterio de bsqueda busca procesos que estn usando cualquier archivo
o directorio del sistema de archivos seleccionado. Si un proceso tiene
abierto un archivo de lectura o escritura o est en un directorio del
sistema de archivos seleccionado, ser includo en los resultados de la
bsqueda. Esto puede ser til para buscar procesos que hagan que no se pueda
desmontar un sistema de archivos.
proc/help/tree.es.html 0100644 0005671 0000012 00000000517 11022014344 014657 0 ustar jcameron wheel Gestor de Procesos - Vista por rbol
Esta pgina muestra todos los procesos bajo tu sistema con los procesos hijo
indentados y mostrados bajo su padre. Para cada proceso se muestra la PID,
propietario y el comando. Haz click en la PID para mostrar ms informacin
acerca del proceso.
proc/help/overview.html 0100644 0005671 0000012 00000000111 11022014344 015146 0 ustar jcameron wheel For more information about Unix processes, click here.
proc/help/intro.zh_TW.Big5.html 0100644 0005671 0000012 00000001471 11022014344 016264 0 ustar jcameron wheel Unix {
{ǬObztΤW檺{. zs, z, ݾP X AOPzʪ{. ٦\hbI檺{, ҦpAΨLtΤu@. Cz@өROҦp lspwd , |إߤ@ӷs{, ӳoǵ{Ǥ@Өs۷u.
Cӵ{dz|@Ӱߤ@s, s@{ǽs (PID). C@Ӱ椤{dz|Ps, ӨϥιL᪺siHQ^sϥ.
Ҽ{_lƪ{ (@s@ init), C@ӵ{dz|إߥ{. |ҦӨ, pGzqtΩRO߰ vi {, vi {ǫKOzRO. Cӵ{dziHhӤl{, u|@ӥ{.
proc/help/size.html 0100644 0005671 0000012 00000001307 11022014344 014262 0 ustar jcameron wheel Running Processes - Memory View
This page shows all running processes, ranked by memory used. For each process
the PID, owner, size in kB and command are displayed. Click on the PID to
display more information about a running process.
This view can be useful for finding which commands are using excessive amounts
of memory on your system. However, memory use can be misleadingly high for
processes like the X server which may include mapped frame buffers in
their memory utilization. Multiple instances of the same process (such as
httpd or bash) share much of their memory, making their
total utilization appear higher than it really is.
proc/help/sfiles.sv.html 0100644 0005671 0000012 00000000327 11022014344 015225 0 ustar jcameron wheel Anvnder fil ...
Hr kan du ska efter processer som har ppnat den angivna filen fr
lsning eller skrivning. Om du vljer en katalog fr du istllet upp de
processer som finns i katalogen.
proc/help/overview.es.html 0100644 0005671 0000012 00000000127 11022014344 015563 0 ustar jcameron wheel Para ms informacin acerca de los procesos Unix, haz click aqu.
proc/help/edit_proc.es.html 0100644 0005671 0000012 00000003255 11022014344 015672 0 ustar jcameron wheel Editar Proceso
Esta pgina muestra detalles de un proceso en ejecucin. En la parte superior
se muestra la siguiente informacin:
Comando
El programa y argumento de lnea de comandos de este proceso
ID de Proceso
La ID nica de proceso
Proceso Padre
El proceso que cre a ste. Haz click en l para ver los detalles del
padre.
Usuario
El usuario propietario de este proceso y bajo cuyos permisos se ejecuta
Uso de UCP
El porcentaje de tiempo de UCP que este proceso usa en este momento
Medida
La cantidad de memoria ocupada por este proceso. Alguna de ella puede
que est compartida por otros procesos.
Tiempo de Ejecucin
La cantidad total de tiempo de UCP usado por este proceso desde que fue
iniciado, en minutos. A menos que el proceso sea de uso muy intenso de UCP,
no debe de ser el mismo que el nmero de minutos transcurridos desde que
empez.
Nivel de Nice
La prioridad con que este proceso se ejecuta. Hay
ms informacin disponible a cerca del nivel de nice.
Se puede mostrar informacin adicional, dependiendo de la versin exacta de
Unix que ests ejecutando.
Bajo la informacin de procesos hay un botn para enviar una seal al
proceso. Selecciona la seal que quieres enviar de la lista disponible, luego
haz click en el botn de Enviar Seal. Las seales ms tiles son
KILL y TERM, para matar procesos.
Si este proceso tiene algunos hijos, sern mostrados en la parte inferior de
la pgina. Haz click en una ID de la lista para ver informacin detallada.
proc/help/size.es.html 0100644 0005671 0000012 00000001450 11022014344 014667 0 ustar jcameron wheel Procesos en Ejecucin - Vista por Memoria
Esta pgina muestra todos los procesos en ejecucin clasificados por uso de
memoria. Para cada proceso se muestra la PID, propietario, medida en kB y el
comando. Haz click en la PID para mostrar ms informacin acerca del proceso
en ejecucin.
Esta vista puede ser til para buscar qu comandos estn usando excesiva
cantidad de memoria bajo tu sistema. Sin embargo, la memoria utilizada puede
ser ltamente poco significativa para procesos como el servidor X que puede
incluir bfers de marco mapeados en su utilizacin de memoria. Mltiples
instancias del mismo proceso (como httpd o bash) comparten
mucha de su memoria, haciendo aparecer la utilizacin total mayor de lo que
realmente es.
proc/help/suser.sv.html 0100644 0005671 0000012 00000000147 11022014344 015101 0 ustar jcameron wheel gd av
Hr kan du ska efter alla processer som gs av den angivna anvndaren.
proc/help/mode.fr.html 0100644 0005671 0000012 00000000636 11022014344 014646 0 ustar jcameron wheel Modes d'excution
Excute en arrire plan
Cette commande sera excute en arrire plan et votre navigateur reviendra la liste des processus.
Attendre son excution complte
La commande s'excutera et sa sortie affiche. Cette option ne devrait pas tre utilise pour des commandes qui s'excute continuellement, comme les serveurs.
proc/help/run.sv.html 0100644 0005671 0000012 00000000353 11022014344 014543 0 ustar jcameron wheel Processhanterare - utfr kommando
I detta formulr kan du utfra kommandon i systemet och dessutom vlja att
visa utmatningen. Du kan ocks skriva in text som ska skickas till programmet
som standardinmatning.
proc/help/sfs.html 0100644 0005671 0000012 00000000567 11022014344 014112 0 ustar jcameron wheel Using filesystem
This search criteria finds processes that are using any file or directory
on the selected filesystem. If a process has a file open for reading or
writing or is in a directory on the chosen filesystem, it will be included
in the search results. This can be useful for finding processes that prevent
a filesystem from being unmounted.
proc/help/sfiles.es.html 0100644 0005671 0000012 00000000343 11022014344 015202 0 ustar jcameron wheel Usando archivo
Este criterio busca cualquier proceso que tenga el archivo seleccionado
abierto de lectura o escritura. Si se selecciona un directorio, se buscan
los procesos que estn en ese directorio.
proc/help/tree.html 0100644 0005671 0000012 00000000500 11022014344 014241 0 ustar jcameron wheel Process Manager - Tree Display
This page shows all running processes on your system, with child processes
indented and displayed below their parent. For each process the PID,
owner and command are displayed. Click on the PID to display more
information about the process.
proc/help/sfs.fr.html 0100644 0005671 0000012 00000000654 11022014344 014515 0 ustar jcameron wheel Utilisant un systme de fichier
Ce critre de recherche trouve tous les processus utilisant n'importe quel fichier ou rpertoire du systme de fichiers slectionn. Si un processus a un fichier ou un rpertoire d'ouvert sur le systme de fichier choisi, il sera inclu dans les rsultats de la recherche. Ceci peut tre utile pour trouver un processus qui empche de dmonter un systme de fichier.
proc/help/mode.zh_TW.Big5.html 0100644 0005671 0000012 00000000426 11022014344 016054 0 ustar jcameron wheel Ҧ
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proc/help/user.sv.html 0100644 0005671 0000012 00000000510 11022014344 014710 0 ustar jcameron wheel Processhanteraren - anvndarversikt
Hr visas alla processer som r igng p systemet, ordnade i frsta hand
efter gare och i andra hand efter CPU-utnyttjande. Fr varje process anges
PID, CPU-utnyttjande och kommando. Klicka p ett PID fr att f upp mer
information om processen.
proc/help/nice.sv.html 0100644 0005671 0000012 00000000711 11022014344 014653 0 ustar jcameron wheel Nice-niv
Varje process krs med en prioritet som kallas nice-niv. En process med
hg prioritet kommer att f mer CPU-tid n de med lgre prioriteter och
kommer drfr att verka kra fortare. Det r bara meningsfullt att ndra
nice-niv fr CPU-intensiva processer eftersom de allra flesta program
mest vntar p ngot (t ex inmatning frn anvndaren) och drfr inte
kommer att g snabbare eller lngsammare om prioriteten ndras.
proc/help/search.html 0100644 0005671 0000012 00000001231 11022014344 014551 0 ustar jcameron wheel Process Manager - Search Form
This form allows you to search for processes matching some criteria.
When the Search button is clicked, a list of matching processes
will be displayed below the form. For each, the PID, owner, CPU use and
command is displayed. Click on the PID to display more information about
a process.
Below the list of search results is a button for sending a signal to
the matching processes. Select the signal that you want to send from the
list, then click the Send Signal button. The most useful signals
are KILL and TERM, for killing running processes.
proc/help/tree.fr.html 0100644 0005671 0000012 00000000545 11022014344 014660 0 ustar jcameron wheel Visualisation par numro (arborescente)
Cette page affiche tous les processus du systme avec leurs processus fils dcals et affichs sous leur parent. Pour chaque processus le numro, le propritaire et la commande sont affichs. Cliquez sur le numro pour afficher plus d'information sur le processus.
proc/help/suser.es.html 0100644 0005671 0000012 00000000204 11022014344 015052 0 ustar jcameron wheel Propiedad de
Este criterio de bsqueda busca todos los procesos que son propiedad del
usuario seleccionado.
proc/help/sfs.zh_TW.Big5.html 0100644 0005671 0000012 00000000333 11022014344 015720 0 ustar jcameron wheel ϥɮרt
oӱiHMҦϥΫwɮרtΤɮשΥؿ{. pG{ǦbwɮרtΤ}ҷץHŪμgJ, ӵ{ǫK|QCXjMG. obnYɮרtΤeO۷Ϊ.
proc/help/run.es.html 0100644 0005671 0000012 00000000365 11022014344 014525 0 ustar jcameron wheel Gestor de Procesos - Ejecutar Comando
Este formulario te permite ejecutar algn comando en tu sistema y opcionlmente
mostrar su salida. Puedes digitar el texto que ha de ser pasado al programa
como su entrada estndar.
proc/help/overview.fr.html 0100644 0005671 0000012 00000000116 11022014344 015561 0 ustar jcameron wheel Pour plus d'information sur les processus Unix, cliquez ici. proc/help/tree.zh_TW.Big5.html 0100644 0005671 0000012 00000000400 11022014344 016057 0 ustar jcameron wheel {Ǻz - ̾ PID ({Ǿ)
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proc/help/cpu.sv.html 0100644 0005671 0000012 00000001145 11022014344 014526 0 ustar jcameron wheel Processhanterare - CPU-versikt
P denna sida visas alla processer, ordnade efter CPU-utnyttjande, som
krs p systemet. Fr varje process anges PID, gare, CUP och kommando.
Du kan klicka p PID fr att f mer information.
Det hr kan du anvnda fr att hitta processer som slukar CPU-tid.
Fr varje process visas CPU-anvndningen i procent av tillgnglig CPU,
vilket betyder att p ett vanligt system br summan av alla processers
CPU bli lgre n 100 %. Det r endast om en eller flera processer utfr
ngon CPU-tung uppgift som all CPU-kraft i systemet anvnds.
proc/help/edit_proc.fr.html 0100644 0005671 0000012 00000003375 11022014344 015675 0 ustar jcameron wheel diter un processus
Cette page affiche les dtails d'un processus. Voici les informations affiches :
Commande
Le programme et la ligne de commande avec les arguments qui ont servi excuter le processus.
Numro
Le numro de processus unique (PID).
Processus parent
Le processus qui l'a cr. Cliquer sur celui-ci pour avoir ses dtails.
Utilisateur
L'utilisateur qui appartient le processus et qui a ses permissions.
Utilisation processeur
Le pourcentage processeur que ce processus utilise en ce moment.
Taille
La quantit de mmoire consomme par ce processus. Cette quantit peut tre partage avec d'autre processus.
Temps d'excution
Le temps total en minutes du temps processeur utilis par ce processus depuis qu'il a t dmarr. Tant que le processus n'utilisera pas assez le processeur les minutes coules ne seront pas les mmes que celles depuis qu'il a t excut.
Niveau de priorit
La priorit avec laquelle le processus est excut. Plus d'informations sont disponible ici sur le sujet.
Des informations additionnelles peuvent tre affichesen fonction de la version d'Unix exacte que vous utilisez.
Sous les informations sur le processus se trouve un bouton qui envoie un signal au processus correspondant. Choisissez le signal que vous voulez envoyer au processus et cliquez sur le bouton Envoyer un signal. Les signaux les plus utiles sont KILL et TERM pour tuer un processus.
Si le processus a des enfants, ils seront affichs au bas de la page, cliquer sur le numro correspondant pour afficher les informations dtailles.
proc/help/nice.html 0100644 0005671 0000012 00000000675 11022014344 014235 0 ustar jcameron wheel Nice Level
Every process runs with a certain priority, called the nice level. A high
priority process will get more CPU time than those with lower priorities,
and thus appear to run faster. Changing the nice level only really makes
sense for CPU-intensive processes, as most programs spend almost all of
their time waiting for something (such as user input) and thus will not
benefit or suffer if their priority changes.
proc/help/user.html 0100644 0005671 0000012 00000000575 11022014344 014274 0 ustar jcameron wheel Process Manager - User View
This page displays all running processes, group by the user who owns the
process. Processes are ranked by CPU utilization below the name of each user
who has one or more processes running. For each process the PID, CPU use
and command are displayed. The PID can be clicked on to display more
information.
proc/help/size.fr.html 0100644 0005671 0000012 00000001445 11022014344 014673 0 ustar jcameron wheel Affichage par occupation de mmoire
Cette page affiche tous les processus par ordre d'occupation de mmoire. Pour chaque processus le numro, le propritaire, la taille en Ko et la commande sont affichs. Cliquer sur le numro affichera plus d'information sur le processus.
Cet affichage peut tre utilis pour trouver quelle commande consomme une quantit excessive de mmoire sur votre systme. Mais l'utilisation de la mmoire peut tre mal interprte pour des processus comme les serveurs X qui peuvent inclure la mmoire 'mapped frame buffer' dans leurs utilisation ou les instances multiples comme httpd ou bash qui partagent la majeur partie de leur mmoire, laissant croire une utilisation plus grande que la ralit.
proc/help/nice.es.html 0100644 0005671 0000012 00000000763 11022014344 014641 0 ustar jcameron wheel Nivel de Nice
Cada proceso se ejecuta con una cierta prioridad, llamada nivel de nice.
Un proceso de alta prioridad obtiene ms tiempo de UCP que los que tienen
prioridades inferiores y por ello se ejecuta ms rpido. Cambiar el nivel
de nice slo tiene sentido real para los procesos de uso intensivo de UCP
ya que la mayora de programas gastan la mayor parte de su tiempo esperando
por algo (como una entrada) y por ello no se benefician o sufren cambios en
la prioridad.
proc/help/mode.html 0100644 0005671 0000012 00000000564 11022014344 014240 0 ustar jcameron wheel Run mode
Run in background
The command will be started in the background and your browser directed
to the list of running processes.
Wait until complete
The command will be run and its output displayed. This option should not
be used for commands that run forever, such as server processes.
proc/help/user.es.html 0100644 0005671 0000012 00000000673 11022014344 014701 0 ustar jcameron wheel Gestor de Procesos - Vista por Usuario
Esta pgina muestra todos los procesos en ejecucin agrupados por el usuario
a quien pertenecen. Aquellos usuarios que tengan ms de un proceso en
ejecucin los vern clasificados por uso de UCP bajo el nombre de cada
usuario. Para cada proceso se muestra la PID, el uso de UCP y el comando.
Se puede hacer click en la PID para mostrar ms informacin.
proc/help/overview.zh_TW.Big5.html 0100644 0005671 0000012 00000000102 11022014344 016765 0 ustar jcameron wheel noh Unix {ǪT, Uo.
proc/help/input.sv.html 0100644 0005671 0000012 00000000355 11022014344 015100 0 ustar jcameron wheel Inmatning till kommando
Den text du skriver hr kommer att skickas till kommandot som normal
inmatning. Om du exempelvis har angivit kommandot perl kommer
inmatningen hr att utfras som ett perlprogram.
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proc/help/cmd.sv.html 0100644 0005671 0000012 00000000422 11022014344 014477 0 ustar jcameron wheel Utfr kommando ...
Ett eller flera kommandon som ska utfra. Standardskalet /bin/sh
anvnds fr att utfra kommandot, vilket betyder att det gr att anvnda
skaloperatorer som ; , < , | och
&&.
proc/help/sfiles.fr.html 0100644 0005671 0000012 00000000416 11022014344 015203 0 ustar jcameron wheel Utilisation de fichier
Ce critre de recherche trouve les processus ayant ouvert le fichier slectionn en lecture ou en criture. Si c'est un rpertoire qui est slectionn, la recherche se fera avec tout fichier trouv dans ce rpertoire.
proc/help/search.sv.html 0100644 0005671 0000012 00000001235 11022014344 015204 0 ustar jcameron wheel Processhanterare - skformulr
I detta formulr kan du ska efter processer som uppfyller vissa kriterier.
Nr du trycker p Sk visas nedanfr formulret en lista ver de
processer som uppfyller skkriterierna. Fr varje process anges PID, gare,
CPU-anvndning och kommando. Klicka p ett PID fr att f fler uppgifter om
den tillhrande processen.
Nedanfr listan finns en knapp fr att skicka en signal till alla funna
processer. Vlj frn listan den signal du vill skicka och tryck p Skicka
signal. De mest anvndbara signalerna r KILL och TERM
som slr ihjl aktiva processer.
proc/help/cpu.es.html 0100644 0005671 0000012 00000001273 11022014344 014507 0 ustar jcameron wheel Gestor de Procesos - Vista por UCP
Esta pgina muestra todos los procesos en ejecucin bajo tu sistema
ordenados por utilizacin de UCP. Para cada proceso se muestra el PID,
propietario, UCP y su comando. Se puede hacer click en la PID para ver
ms informacin.
Esta vista es til para bucar procesos que utilizan excesiva cantidad de
tiempo de UCP. La utilizacin de cada proceso es mostrada como un
porcentaje del total de UCP disponible. Esto quiere decir que, en un sistema
normal, la suma de todos los proceso ser inferior al 100%. Slo si uno o ms
procesos estn realizando anlguna tarea intensiva, se usar toda la potencia
de tu UCP.
proc/help/scpu.sv.html 0100644 0005671 0000012 00000000210 11022014344 014701 0 ustar jcameron wheel Anvnder mer n ...
Hr kan du ska efter processer som anvnder mer n en viss andel av
CPU-tiden p systemet.
proc/help/sfiles.zh_TW.Big5.html 0100644 0005671 0000012 00000000207 11022014344 016412 0 ustar jcameron wheel ϥɮ
oӱiHM}ҫwɮץHKŪμgJ{. pGܤF@ӥؿ, bӥؿB@{.
proc/help/input.es.html 0100644 0005671 0000012 00000000362 11022014344 015055 0 ustar jcameron wheel Entrada para el comando
Cualquier texto digitado en este campo ser pasado al comando como su
entrada estndar. Por ejemplo, si el comando es perl entonces
la entrada sera ejecutada como un programa de perl.
proc/help/smatch.sv.html 0100644 0005671 0000012 00000000362 11022014344 015216 0 ustar jcameron wheel Stmmer med ...
Hr kan du ska efter processer som stmmer med ett reguljrt uttryck.
Fr att till exempel hitta alla processer vars kommando innehller strngen
httpd skriver du helt enkelt httpd.
proc/help/suser.fr.html 0100664 0005671 0000012 00000000176 11022014344 015064 0 ustar jcameron wheel Appartient
Ce critre de recherche trouve tous les processus appartenant l'utilisateur choisi.
proc/help/edit_proc.html 0100644 0005671 0000012 00000003050 11022014344 015255 0 ustar jcameron wheel Edit Process
This page displays details of a running process. At the top
the following information is displayed :
Command
The program and command line arguments for this process
Process ID
The unique process ID
Parent Process
The process that created this one. Click on it to display the details of
the parent.
User
The user who owns this process, and with whose permissions it runs
CPU Use
The percentage of CPU time this process is currently using
Size
The amount of memory occupied by this process. Some of this may be
shared by other processes
Run Time
The total amount of CPU time used by this process since it was started,
in minutes. Unless the process was very CPU intensive, this will not be
the same as the number of minutes elapsed since it began.
Nice Level
The priority at which this process runs. More information
about the nice level is available.
Additional information may also be displayed, depending on the exact Unix
version you are running.
Below the process information is a button for sending a signal to the
process. Select the signal that you want to send from the
list, then click the Send Signal button. The most useful signals
are KILL and TERM, for killing the process.
If this process has any children, they will be displayed at the bottom of
the page. Click on an ID from the list to display detailed information.
proc/help/cmd.es.html 0100644 0005671 0000012 00000000414 11022014344 014457 0 ustar jcameron wheel Comando a ejecutar
Un comando o comandos a ejecutar. Debido a que se utiliza el shell estndar
/bin/sh para ejecutar el comando, puedes utilizar operadores
especiales como ; , < , | y &&.
proc/help/run.fr.html 0100644 0005671 0000012 00000000366 11022014344 014526 0 ustar jcameron wheel Excuter une commande
Cette page vous permet d'excuter des commandes sur votre systme et ventuellement d'en afficher la sortie. Vous pouvez aussi entrer du texte qui sera pass dans l'entre standard du programme.
proc/help/scpu.html 0100644 0005671 0000012 00000000211 11022014344 014253 0 ustar jcameron wheel Using more than
This search criteria finds processes using more than some percentage of
CPU time on your system.
proc/help/search.es.html 0100644 0005671 0000012 00000001336 11022014344 015165 0 ustar jcameron wheel Gestor de Procesos - Formulario de Bsqueda
Este formulario te permite buscar procesos que cumplen algn criterio.
Cuando se hace click en el botn de Bsqueda, se muestra bajo el
formulario una lista de procesos que coinciden. Para cada uno se muestra
la PID, propietario, uso de UCP y el comando. Haz click en la PID para
mostrar ms informacin acerca del proceso.
Bajo la lista de resultados de la bsqueda hay un botn para enviar una
seal a los procesos que coincidan. Selecciona la seal que deseas enviar de
la lista y haz click en el botn Enviar Seal. Las seales ms tiles
son KILL y TERM, para matar los procesos en ejecucin.
proc/help/cmd.hu.html 0100644 0005671 0000012 00000000461 11022014344 014466 0 ustar jcameron wheel Parancs futtatsa
Parancs vagy parancsok vgrehajtsa. Mivel a szabvnyos burkot (shell-t),
a /bin/sh hasznlatos a parancsok futtatsakor, ezrt klnleges
vezrlkaraktereket is hasznlhat, mint amilyen a
; , < , | s a &&.
proc/help/search.hu.html 0100644 0005671 0000012 00000001275 11022014344 015174 0 ustar jcameron wheel Processz menedzser - keress rlap
Ezzel az rlappal bizonyos kritriumokkal egyez processzeket kereshet.
Ha megnyomja a Keress gombot, az egyez processzek megjelennek
a lap aljn. Mindegyiknek megjelenik a PID-je, a tulajdonosnak neve
s a CPU-kihasznltsga illetve a parancs neve. A processzel kapcsolatos
bvebb informcikrt kattintson a PID-jre.
A keress eredmnye alatt tallthat egy nyomgomb, mellyel jelzs kldhet
a processzeknek. Vlassza ki az elkldend szignlt a listbl majd kattintson
a Jelzs kldse gombra. A KILL s a TERM a
leginkbb hasznlhat jelzsek egy processz kilvshez.
proc/help/scpu.hu.html 0100644 0005671 0000012 00000000231 11022014344 014670 0 ustar jcameron wheel Ha [ ]% CPU
Ezzel a kritriummal olyan processzek tallhatk meg, amelyek CPU-kihasznltsga
nagyobb a szvegmezben megadottnl.
proc/help/smatch.hu.html 0100644 0005671 0000012 00000000432 11022014344 015200 0 ustar jcameron wheel Egyezs
Ez a keressi kritrium megtallja azokat a processzeket, amelyek
egyeznek nhny regulris kifejezssel. Pldul, hogy megtallja az sszes
olyan processzt, amely tartalmazza a httpd karakterlncot,
adja meg kifejezsnek a httpd-t.
proc/help/intro.hu.html 0100644 0005671 0000012 00000002444 11022014344 015061 0 ustar jcameron wheel Unix processzek
A processz nem ms, mint egy egyszer, az n rendszern fut program. A
webbngsz, az ablakkezel, a terminl ablak, az X kiszolgl, mind-mind
olyan processz, amely kzvetlenl rvnyesti hatst. Szmos egyb
processz a httrben fut, mint pl. a webkiszolgl s egyb rendszerszint
munkk. Egy j processz jn ltre minden egyes alkalommal, amikor begpel
egy parancsot, mint amilyen az ls vagy a pwd, br ezek
jellegzetesen rvid letek.
Minden processz rendelkezik egy egyedi azonostval (ID), amelyett processz
ID-nek vagy PID-nek neveznk. Egyidben fut processzeknek klnbz
a PID-jk, de egy id elteltvel a PID-ek jra hasznlatba kerlhetnek.
A kezdeti processztl val levlstl (amit ltalban initnek
hvnak) kezdve mindegyiknek van egy szl processze, amely t ltrehozta.
Pldul, ha a vi-t a shell parancssorbl futtatja, a vi
szl processze a shell lesz. Egy processznek tbb gyereke lehet, de csak
egy szlje.
Minden processz egy(nhny) felhasznl s csoport jogosultsgaival fut,
amely fjlok s knyvtrak hozzfrsekor hasznlatos. A felhasznlk s
a processzek csak azokat processzeket lhetik ki, amelyeket birtokolnak.
Ez all kivtel a root, aki brmit kilhet.
A program a httrben indul s a bngszje tirnytdik a fut
processzek listjhoz.
Vrakozs befejezsig
A parancs lefut s a kimenete megjelenik. Ez a kapcsol nem hasznlhat
olyan programok esetben, amelyek a vgtelensgig futnak, mint pl. a
kiszolgl processzek.
proc/help/sfs.hu.html 0100644 0005671 0000012 00000000672 11022014344 014522 0 ustar jcameron wheel Adott fjlrendszer
Ezzel a keressi kritriummal megtallhatk azok a processzek, amelyek
a kivlasztott fjlrendszeren brmit is hasznlnak. Ha egy processz
megnyitott egy fjlt rsra vagy olvassra, esetleg az adott fjlrendszeren
lv knyvtrban van, akkor meg fog jelenni keress eredmnyei kztt.
Ez hasznos lehet olyan processzek megtallshoz, amelyek megakadlyozzk
a fjlrendszer lecsatolst (unmount).
proc/help/tree.hu.html 0100644 0005671 0000012 00000000523 11022014344 014661 0 ustar jcameron wheel Processz menedzser - fa listzs
Ez az oldal megmutatja az n rendszern fut sszes processzt, a gyerek
processzekkel egytt, amelyek a szleik alatt jelennek meg. Minden processznek
megjelenik a PID-je, a tulajdonosa s a parancs neve. Bvebb informcikrt
kattintson a processz PID-jre.
proc/help/overview.hu.html 0100644 0005671 0000012 00000000132 11022014344 015564 0 ustar jcameron wheel Tovbbi, Unix processzekkel kapcsolatos informcikrt
kattintson ide.
proc/help/edit_proc.hu.html 0100644 0005671 0000012 00000003126 11022014344 015674 0 ustar jcameron wheel Processz szerkesztse
Ez az oldal a fut processz tulajdonsgait jelenti meg. Legfell a
kvetkez informcik tallhatk:
Parancs
A processz programneve s parancssori argumentumai.
Processz ID
Az egyni processz ID-je (azonostja).
Szl processz
Az a processz, amely ezt ltrehozta. A szl rszleteinek megtekintshez
kattintson a linkre.
Felhasznl
A felhasznl, amely a processz tulajdonosa illetve milyen jogosultsgokkal
futtatja azt.
CPU-id felhasznls
Az a szzalkban meghatrozott CPU-id, amelyet a processz ppen hasznl.
Mret
Az a memriamennyisg, amelyet a processz elfoglal. Ebben benne van az
is, amelyet ms processzekkel oszt meg.
A futs ideje
A percekben megadott sszes CPU-id, amelyet a processz az indulstl
szmtva elhasznlt. Ez nem egyezik meg az indtstl eltelt
idvel, kivve ha igen intenzv a processz CPU-ignye.
Nice-szint
A priorits, amellyel a processz fut. Bvebb informci itt
rhet el a nice-szintekrl.
Hogy egyb informcik is megjelennek-e az attl fgg, hogy milyen Unix
vltozatot hasznl.
A processz informcik alatt van egy nyomgomb, amellyel jelzseket
kldhet a processznek. Vlassza ki a listbl a kvnt jelzst, majd
kattintson a Jelzs kldse gombra. A processz kilvshez
alkalmazhat szignlok: a KILL s a TERM.
Ha a processznek voltak gyerekei, akkor azok megjelennek az oldal aljn.
Bvebb informcikrt kattintson az azonostjukra.
proc/help/size.hu.html 0100644 0005671 0000012 00000001537 11022014344 014702 0 ustar jcameron wheel Fut processzek - memria nzet
Ez az oldal minden fut processzt megmutat, a memriahasznlat alapjn
rangsorolva. Minden processznek megjelenik a PID-je, a tulajdonosa, a mrete
kilobjtban s parancs neve. Bvebb informcikrt kattintson a fut
processz PID-jre.
Ez a nzet hasznos lehet olyan parancsok feldertshez, amelyek az n
rendszern tlsgosan sok memrit hasznlnak. Azonban a memriahasznlat
flrevezeten nagy lehet olyan processzeknl - mint amilyen az X kiszolgl -,
amelyek memriahasznlatuknl tartalmazzk a trkpezett vzbuffereket (mapped
frame buffers). Ha ugyanaz a processz tbbszr elfordul (mint pl. a
httpd vagy a bash esetben), akkor a memria nagy rszt
megosztjk, gy az sszesen felhasznlt mret jval nagyobbnak tnik, mint
amekkora valjban.
proc/help/sfiles.hu.html 0100644 0005671 0000012 00000000412 11022014344 015204 0 ustar jcameron wheel Fjl keresse
Ez a kritrium minden olyan processzet megtall, amely a keresett
fjlt megnyitotta rsra vagy olvassra. Ha egy knyvtrat vlasztott ki,
akkor azok a processzek lesznek kilistzva, amelyek az adott knyvtrban
megtallhatk.
proc/help/suser.hu.html 0100644 0005671 0000012 00000000220 11022014344 015055 0 ustar jcameron wheel Tulajdonosa
Ezzel a keressi ismrvvel minden olyen processz megtallhat, amelynek
az adott felhasznl a tulajdonosa.
proc/help/run.hu.html 0100644 0005671 0000012 00000000367 11022014344 014534 0 ustar jcameron wheel Processz menedzser - parancs futtatsa
Ezzel az rlappal a rendszern nhny parancsot hajthat vgre, s
tetszlegesen megjelentheti a kimenetet. Egy szveg is megadhat,
amely a program szabvnyos bemenett kpezi majd.
proc/help/user.hu.html 0100644 0005671 0000012 00000000613 11022014344 014700 0 ustar jcameron wheel Processz menedzser - felhasznl nzet
Ez az oldal felhasznlk szerint csoportostva jelenti meg a processzeket.
Minden olyan felhasznlnl, amely tbb processzt is futtat, a rangsorols
CPU-felhasznls szerint trtnik. Minden processznek megjelenik a PID-je,
a CPU-kihasznltsga s a parancsa. Tovbbi informcikhoz kattintson a
PID-ekre.
proc/help/nice.hu.html 0100644 0005671 0000012 00000000664 11022014344 014646 0 ustar jcameron wheel Nice-szint
Minden processz egy bizonyos prioritssal fut, amit nice-szintnek
hvnak. A magasabb priorits processzek tbb CPU-idt kapnak a kevesebbel
rendelkezknl, ami a gyorsabb futsban nyilvnul meg. A nice-szint
vltoztatsa igen rzkenyen hat a CPU-ignyes processzekre, m a
legtbb program az id nagyrszt vrakozssal (pl. bemenetre) tlti s
gy nem rinti vesztesg, ha megvltozik a prioritsa.
proc/help/cpu.hu.html 0100644 0005671 0000012 00000001272 11022014344 014513 0 ustar jcameron wheel Processz menedzser - CPU nzet
Ez az oldal megmutatja az n rendszern fut processzeket, CPU-kihasznltsg
szerint rendezve. Minden processzhez megjelenik a PID, tulajdonos, CPU s a
parancs fejlc. Bvebb informcikrt kattintsion a PID-ekre.
Ez a nzet hasznos lehet, ha olyan processzeket akar tallni, amelyek
tlzott CPU-idt hasznlnak fel. A kihasznltsg processzenknt jelenik meg,
az sszes CPU-id szzalkban. Ez egy tlagos rendszeren annyit tesz, hogy
az processzt egyttvve 100%-nl kevesebbet hasznlnak. Csak akkor ugrik
meg a CPU-erforrsok kihasznltsga, ha egy vagy tbb processz igen
munkaignyes feladatokat hajt vgre.
proc/help/input.hu.html 0100644 0005671 0000012 00000000330 11022014344 015055 0 ustar jcameron wheel Parancs bemenete
Minden ebben a mezben megadott szveg a parancs szabvnyos bemenett
fogja kpezni. Pldul, ha parancs a perl volt, akkor a
bemenet perl programknt vgrehajtdik.
proc/help/mode.pl.html 0100664 0005671 0000012 00000000656 11022014344 014656 0 ustar jcameron wheel Sposb uruchomienia
Uruchom w tle
Polecenie zostanie uruchomione w tle, a twoja przegldarka
skierowana do listy dziaajcych procesw.
Czekaj na zakoczenie
Polecenie zostanie uruchomione, a jego wyniki wywietlone. Ta opcja
nie powinna by uywana do polece, ktre nie kocz dziaania, jak na
przykad procesy serwerw.
proc/help/sfs.pl.html 0100664 0005671 0000012 00000000767 11022014344 014530 0 ustar jcameron wheel Uywajcy systemu plikw
To kryterium poszukiwania pozwala znale procesy, ktre uywaj
jakiegokolwiek pliku bd katalogu na wybranym systemie plikw. Jeli jaki
proces posiada otwarty do odczytu lub zapisu dowolny plik na wybranym
systemie plikw lub proces znajduje si w katalogu na tym systemie
plikw, bdzie on umieszczony w wynikach poszukiwania. Jest to
najczciej wykorzystywane do znalezienia procesw, ktre uniemoliwiaj
odmontowanie systemu plikw.
proc/help/tree.pl.html 0100664 0005671 0000012 00000000600 11022014344 014656 0 ustar jcameron wheel Zarzdca procesw - drzewo procesw
Ta strona ukazuje wszystkie dziaajce w Twoim systemie procesy, przy
czym procesy potomne s wcite i wywietlone pod swoimi rodzicami. Dla
kadego procesu podano numer PID, waciciela oraz polecenie uruchamiajce.
Nacinij na numer PID, aby wywietli wicej informacji o procesie.
proc/help/overview.pl.html 0100664 0005671 0000012 00000000126 11022014344 015570 0 ustar jcameron wheel Po dodatkowe informacje o procesach uniksowych nacinij
tutaj.
proc/help/edit_proc.pl.html 0100664 0005671 0000012 00000003354 11022014344 015700 0 ustar jcameron wheel Informacje o procesie
Ta strona pokazuje dane dziaajcego procesu. W grnej czci znajduj
si nastpujce informacje :
Polecenie
Nazwa programu i podane w linii polece argumenty dla tego
programu
Nr ID procesu
Unikalny numer ID procesu
Proces rodzica
Proces, ktry dany proces utworzy. Nacinij na nim, aby obejrze dane
dotyczce procesu rodzica.
Waciciel
Uytkownik, ktry jest wacicielem procesu oraz z prawami ktrego
on dziaa
Zuycie CPU
Procentowe wykorzystanie czasu CPU przez ten proces
Rozmiar
Ilo pamici zajtej przez ten proces. Jej cz moe by dzielona
z innymi procesami
Czas dziaania
Cakowita ilo czasu CPU zuyta przez ten proces od chwili
uruchomienia, w minutach. Zazwyczaj nie jest to ilo minut, ktre
upyny od chwili jego uruchomienia, chyba e proces bardzo intensywnie
uywa CPU.
Poziom nice
Priorytet, z jakim ten proces dziaa. Moesz rwnie uzyska
wicej informacji na temat poziomu nice.
Inne informacje mog rwnie by dostpne w zalenoci od wersji
Uniksa, ktrej uywasz.
Poniej informacji o procesie znajduje si przycisk sucy do wysania
sygnau do procesu. Wybierz sygna, ktry chcesz wysa z listy,
a nastpnie nacinij przycisk Wylij sygna. Najbardziej
przydatne s sygnay KILL i TERM, suce do zabicia
procesu.
Jeli ten proces ma procesy potomne, bd one wywietlone w dolnej
czci strony. Nacinij numer ID z listy, aby uzyska szczegowe
informacje o procesie potomnym.
proc/help/size.pl.html 0100664 0005671 0000012 00000001535 11022014344 014701 0 ustar jcameron wheel Dziaajce procesy - uywana pami
Ta strona ukazuje wszystkie dziaajce procesy, uporzdkowane wg rozmiaru
uywanej przez nie pamici. Dla kadego procesu podano numer PID,
waciciela, rozmiar w kB oraz polecenie uruchamiajce. Nacinij na
numer PID, aby wywietli wicej informacji o dziajcym procesie.
Moesz skorzysta z tego przegldu aby okreli, ktre polecenia
w Twoim systemie zuywaj zbyt duo pamici. Jednake, zuycie pamici
przez procesy takie jak X serwer, ktry moe zawiera w swojej pamici
pami grafiki, moe by mylco wysokie. Wielokrotne kopie tego samego
procesu (jak na przykad httpd lub bash) dziel du cz
swojej pamici, w zwizku z czym jej czne zuycie wydaje si by
wysze ni jest w rzeczywistoci.
proc/help/sfiles.pl.html 0100664 0005671 0000012 00000000357 11022014344 015215 0 ustar jcameron wheel Uywajcy pliku
To kryterium szukania pozwala znale procesy, ktre maj otwarty do odczytu
lub zapisu zadany plik. Jeli wybrano katalog, zamiast tego zostan
znalezione procesy znajdujce si w tym katalogu.
proc/help/suser.pl.html 0100664 0005671 0000012 00000000177 11022014344 015071 0 ustar jcameron wheel Waciciel
To kryterium szukania pozwala znale procesy, ktrych wacicielem jest
zadany uytkownik.
proc/help/run.pl.html 0100664 0005671 0000012 00000000456 11022014344 014534 0 ustar jcameron wheel Zarzdca procesw - uruchamianie
Przy uyciu tego formularza moesz uruchomi pewne polecenie w swoim
systemie i, ewentualnie, zobaczy wyniki jego wykonania (standardowe
wyjcie). Moesz rwnie wpisa tekst, ktry bdzie stanowi dane dla
programu (standardowe wejcie).
proc/help/user.pl.html 0100664 0005671 0000012 00000000706 11022014344 014704 0 ustar jcameron wheel Zarzdca procesw - wg uytkownika
Ta strona ukazuje wszystkie dziaajce procesy, podzielone wedug ich
wacicieli. Procesy wywietlone poniej nazwy kadego uytkownika, ktry ma
jeden lub wicej dziaajcych procesw, s uporzdkowane wg zuycia przez
nie CPU. Dla kadego procesu podano jego numer PID, zuycie CPU oraz
polecenie uruchamiajce. Naciskajc numer PID moesz zobaczy wicej
informacji.
proc/help/nice.pl.html 0100664 0005671 0000012 00000001033 11022014344 014636 0 ustar jcameron wheel Poziom nice
Kazdy proces dziaa z pewnym priorytetem, zwanym poziomem nice. Proces
o wysokim priorytecie dostanie wicej czasu CPU anieli procesy
o niskim priorytecie, wic bdzie sprawia wraenie szybciej
dziaajcego. Zmiana poziomu nice ma w istocie sens jedynie dla
procesw intensywnie wykorzystujcych procesor, jako e wikszo programw
spdza wikszo czasu czakajc na co (na przykad na dane od uytkownika).
Zatem zmiana ich priorytetu nie spowoduje adnych szkd ani korzyci.
proc/help/cpu.pl.html 0100664 0005671 0000012 00000001430 11022014344 014510 0 ustar jcameron wheel Zarzdca procesw - wg zuycia CPU
Ta strona ukazuje wszystkie dziaajce w Twoim systemie procesy,
uporzdkowane wedug zuycia CPU. Dla kadego procesu podano numer PID,
waciciela oraz polecenie uruchamiajce. Nacinij na numer PID, aby
wywietli wicej informacji.
Moesz skorzysta z tego przegldu aby okreli, ktre polecenia
w Twoim systemie zuywaj zbyt duo czasu CPU. Wykorzystanie CPU dla
kadego procesu jes podane jako procentowa cz cznej moliwej zajtoci
CPU. Oznacza to, e w zwykym systemie czna suma dla wszystkich
procesw bdzie mniejsza od 100%. Jedynie w sytuacji, gdy jeden lub
kilka procesw wykonuje pewne intensywne zadania, caa moc CPU twojego
systemu bdzie wykorzystana.
proc/help/input.pl.html 0100664 0005671 0000012 00000000366 11022014344 015067 0 ustar jcameron wheel Dane wejciowe
Dowolny tekst wprowadzony w tym polu zostanie przekazany poleceniu jako
standardowe wejcie. Na przykad, jeli poleceniem bdzie perl, to
dane wejciowe zostan wykonane jako program w perlu.
proc/help/cmd.pl.html 0100664 0005671 0000012 00000000466 11022014344 014474 0 ustar jcameron wheel Polecenie do uruchomienia
Polecenie lub polecenia, ktre zostan wykonane. Moesz uywa specjalnych
operatorw, takich jak ; , < , |
i &&, gdy do uruchomienia polecenia uyta zostanie
standardowa powoka /bin/sh.
proc/help/search.pl.html 0100664 0005671 0000012 00000001422 11022014344 015167 0 ustar jcameron wheel Zarzdca procesw - szukanie
Przy uyciu tego formularza moesz znale procesy speniajce pewne
warunki. Gdy zostanie nacinity przycisk Szukaj, poniej
formularza pojawi si lista procesw speniajcych zadane kryteria.
Przy kadym procesie podany jest jego numer PID, waciciel, wykorzystanie
procesora oraz polecenie uruchamiajce. Nacinij na numer PID, aby
wywietli wicej informacji o procesie.
Poniej listy z wynikami poszukiwania znajduje si przycisk do wysania
sygnau do znalezionych procesw. Wybierz sygna, ktry chcesz wysa,
a nastpnie nacinij przycisk Wylij sygna. Najczciej
uywanymi sygnami s KILL i TERM dla zabicia
dziaajcych procesw.
proc/help/scpu.pl.html 0100664 0005671 0000012 00000000246 11022014344 014677 0 ustar jcameron wheel Uywajcy wicej ni
To kryterium szukania pozwala znale procesy zuywajce w twoim
systemie wicej ni zadany procent mocy procesora.
proc/help/smatch.pl.html 0100664 0005671 0000012 00000000367 11022014344 015210 0 ustar jcameron wheel Wzorzec nazwy
To kryterium szukania pozwala znale procesy, pasujce do pewnego wyraenia
regularnego. Na przykad, aby znale wszystkie polecenia zawierajce cig
znakw httpd, trzeba po prostu wpisa httpd.
proc/help/intro.pl.html 0100664 0005671 0000012 00000002425 11022014344 015061 0 ustar jcameron wheel Procesy uniksowe
Proces jest to po prostu dziaajcy w Twoim systemie program. Twoja
przegldarka, zarzdca okienek, okienko terminala czy X serwer - wszystkie
s procesami, z ktrymi si bezporednio komunikujesz. Wiele innych
procesw, jak serwery WWW czy inne zadania systemowe, dziaa w tle.
Za kadym razem, gdy wydasz polecenie takie, jak ls czy
pwd tworzony jest nowy proces, jednake takie procesy s zazwyczaj
krtkoyjce.
Kady proces posiada swj unikalny numer ID, zwany numerem ID procesu lub
PID-em. Kady dziaajcy w danej chwili proces ma inny numer ID, lecz
PID-u procesw, ktre zakoczyy dziaanie mog by pniej uyte ponownie.
Oprcz procesu inicjujcego (zazwyczaj zwanego init), kady ma
swojego rodzica, ktry go utworzy. Na przykad, jeeli uruchomisz
vi z linii polece, rodzicem vi bdzie twoja powoka.
Proces moe mie dowolna liczb potomkw, ale tylko jednego rodzica.
Kady proces dziaa z prawami pewnego uytkownika i pewnej grupy,
ktre maj zastosowanie przy dostpie przez niego do plikw. Uytkownicy
i procesy mog zabija jedynie inne procesy, ktrych s wacicielami,
za wyjtkiem roota, ktry moe zabi wszystko.
proc/help/signore.html 0100644 0005671 0000012 00000000360 11022014344 014754 0 ustar jcameron wheel Ignore search processes
If checked, the search results will not include the Webmin processes
that do the actual searching. This can be useful as the search processes will
often be using a lot of CPU while searching.
proc/help/signore.pl.html 0100664 0005671 0000012 00000000400 11022014344 015363 0 ustar jcameron wheel Pomi procesy poszukujace
Jeli zaznaczone, wynik poszukiwania nie bdzie zawiera procesw Webmina
wykonujcych biece poszukiwanie. Moe to by przydatne, gdy procesy
poszukujce czsto mocno obciaj CPU podczas poszukiwania.
proc/help/cmd.ca.html 0100644 0005671 0000012 00000000411 11022014344 014430 0 ustar jcameron wheel Ordre a executar
Una o ms ordres per executar. Com que es fa servir la shell estndard
/bin/sh per executar l'ordre, hi pots fer servir operadors
especials com ara ; , < , |s
i &&.
proc/help/cpu.ca.html 0100644 0005671 0000012 00000001273 11022014344 014463 0 ustar jcameron wheel Gestor de Processos - Vista de CPU
Aquesta pgina mostra tots els processos en execuci al sistema, ordenats
per consum de CPU. Per cada procs es mostra el PID, l'usuari, la CPU i
l'ordre executada. Pots fer clic sobre el PID per veure ms informaci.
Aquesta vista s til per trobar processos que fan servir una quantitat
de CPU excessiva. L's que en fa cada procs es mostra com un percentatge
de la CPU total disponible. Aix significa que, en un sistema normal, la
suma de tots els processos ser inferior al 100%. Noms quan un o ms
processos estiguin executant una tasca molt intensiva s'utilitzar tota
la potncia de la CPU del sistema.
proc/help/edit_proc.ca.html 0100644 0005671 0000012 00000003230 11022014344 015637 0 ustar jcameron wheel Edici de Procs
Aquesta pgina mostra els detalls d'un procs en execuci. A la part de
dalt es mostra la segent informaci:
Ordre
El programa i els arguments de la lnia d'ordres d'aquest procs.
ID del procs
Identificador nic del procs
Procs Pare
El procs que l'ha creat. Fes-hi clic per mostrar els detalls del pare.
Usuari
L'usuari amb els permisos del qual s'est executant el procs.
s de CPU
El percentatge de temps de CPU que aquest procs est utilitzant.
Mida
La quantitat de memria ocupada per aquest procs. Pot ser que part
d'aquesta estigui compartida amb altres processos.
Temps d'execuci
La quantitat total de temps de CPU utilitzada pel procs des del seu
inici (en minuts). A menys que el procs sigui molt intensiu en CPU,
aquest no ser el nombre de minuts passats des del seu inici.
Nivell nice
La prioritat d'execuci del procs. Hi ha ms informaci
disponible sobre els nivells nice.
Depenent de la versi concreta de Unix que estiguis executant, es pot veure
informaci addicional.
Sota la informaci del procs hi ha un bot per enviar un senyal al procs.
Selecciona a la llista el senyal que vols enviar, llavors fes clic sobre
el bot Envia el Senyal. Els senyals ms tils sn KILL
i TERM, per matar el procs.
SI aquest procs t algun fill, llavors es mostrar al peu de la pgina,
Fes clic sobre un ID de la llista per veure informaci ms detallada.
proc/help/input.ca.html 0100644 0005671 0000012 00000000362 11022014344 015031 0 ustar jcameron wheel Entrada de l'Ordre
A l'ordre, se li passar el text introdut en aquest camp com si fos des de
l'entrada estndard. Per exemple, si l'ordre s perl, llavors
tota l'entrada s'executar com un programa perl.
proc/help/intro.ca.html 0100644 0005671 0000012 00000002275 11022014344 015032 0 ustar jcameron wheel Processos Unix
UN procs s simplement un programa en execuci al sistema. El teu fullejador
Web, gestor de finestres i servidor X sn processos amb els quals pots
interaccionar directament. Molts altres processos s'executen en segon pla,
com ara els servidors Web i altres tasques del sistema. Es crea un nou procs
cada cop que introdueixes una ordre com ara ls o pwd,
tot i que aquests processos normalment tenen una vida molt curta.
Cada procs te un ID nic, anomenat ID del procs o PID. Tot i que en tot
moment cada procs t un PID nic, al llarg del temps els PIDs poden ser
reutilitzats.
A part del procs inicial (anomenat normalment init), cada procs
t un procs pare a partir del qual es crea. Per exemple, si executes
vi des de la teva shell, el procs pare de vi ser la
teva shell. Un procs pot tenir qualsevol nombre de fills, per noms
un pare.
Cada procs s'executa amb els permisos d'algun usuari i algun grups,
que s'apliquen quan aquest ha d'accedir fitxers i directoris. Els usuaris
i els processos noms poden matar els seus propis processos, excepte
root, que pot matar qualsevol cosa.
L'ordre s'iniciar en segon pla i el fullejador es redireccionar a
la llista de processos en execuci.
Espera't fins que acabi
L'ordre s'executar i se'n mostrar el resultat. Aquesta opci no
s'ha de fer servir per ordres que s'executen indefinidament, com
ara els processos servidors.
proc/help/nice.ca.html 0100644 0005671 0000012 00000001043 11022014344 014605 0 ustar jcameron wheel Nivell nice
Cada procs s'executa amb una certa prioritat, anomenada nivell nice.
Un procs amb una prioritat molt alta obtindr ms temps de CPU que aquells
amb prioritats ms baixes, aix dna la impressi d'executar-se ms de pressa.
Canviar el nivell nice noms t sentit amb programes que facin servir
molta CPU, ja que la majoria de programes gasten gaireb tot el seu temps
esperant alguna cosa (com ara la intervenci de l'usuari) i no es beneficien
ni perjudiquen dels canvis en la seva prioritat.
proc/help/overview.ca.html 0100644 0005671 0000012 00000000116 11022014344 015535 0 ustar jcameron wheel Per a ms informaci sobre processos Unix, fes clic aqu.
proc/help/run.ca.html 0100644 0005671 0000012 00000000352 11022014344 014475 0 ustar jcameron wheel Gestor de Processos - Execuci d'Ordre
Aquest formulari permet executar ordres al sistema i, opcionalment,
mostrar-ne el resultat. Tamb pots introduir text per passar-li al
programa com a entrada estndard.
proc/help/scpu.ca.html 0100644 0005671 0000012 00000000230 11022014344 014636 0 ustar jcameron wheel que utilitza ms de
Aquest criteri de recerca troba els processos que fan servir ms d'un
cert percentatge de CPU al sistema.
proc/help/search.ca.html 0100644 0005671 0000012 00000001274 11022014344 015142 0 ustar jcameron wheel Gestor de Processos - Formulari de Recerca
Aquest formulari permet buscar processos que coincideixin amb alguns
criteris. Quan facis clic al bot Busca, es mostrar sota el
formulari la llista dels processos coincidents. Per cadascun es mostrar
el PID, l'usuari, l's de CPU i l'ordre. Fes clic sobre el PID per veure
ms informaci d'un procs.
Sota la llista dels resultats de la recerca, hi ha un bot per enviar un
senyal als processos llistats. Selecciona a la llista el senyal que vols
enviar, llavors fes clic sobre el bot Envia el Senyal. Els senyals
ms tils sn KILL i TERM, per matar els processos.
proc/help/sfiles.ca.html 0100644 0005671 0000012 00000000351 11022014344 015155 0 ustar jcameron wheel Que utilitza el fitxer
Aquest criteri troba tots els processos que tenen obert per lectura o
escriptura el fitxer seleccionat. Si es tria un directori, es trobaran
els processos que estan en aquest directori.
proc/help/sfs.ca.html 0100644 0005671 0000012 00000000645 11022014344 014471 0 ustar jcameron wheel Que utilitza el sistema de fitxers
Aquest criteri de recerca troba processos que fan servir qualsevol fitxer
o directori del sistema de fitxers seleccionat. Si un procs t un fitxer
obert per llegir o escriure, o s en un directori del sistema de fitxers
seleccionat, s'inclour en els resultats de la recerca. Aix s til
per trobar processos que impedeixen desmuntar un sistema de fitxers.
proc/help/signore.ca.html 0100644 0005671 0000012 00000000407 11022014344 015340 0 ustar jcameron wheel Ignora els processos de recerca
Si est marcat, els resultats de la recerca no inclouran els propis
processos de Webmin que han fet la recerca. Aix s til, ja que els
processos de recerca solen fer servir molta CPU quan estan buscant.
proc/help/size.ca.html 0100644 0005671 0000012 00000001467 11022014344 014653 0 ustar jcameron wheel Processos en execuci - Vista de Memria
Aquesta pgina mostra tots els processos en execuci, classificats per
l's de memria. Per cada procs es mostra el PID, l'usuari, la mida en Kb
i l'ordre executada. Fes clic sobre el PID per veure ms informaci
d'un procs.
Aquesta vista pot ser til per trobar quines ordres fan servir una
quantitat de memria excessiva al sistema. No obstant, lus de la memria
pot ser enganyosament alt per processos com ara el servidor X, que pot
incloure frame buffers mapejats en la seva utilitzaci de memria.
Les instncies mltiples d'un mateix procs (com ara httpd o
bash) comparteixen la major part de la seva memria; aix fa
que la seva utilitzaci total sembli ms gran de la que s en realitat.
proc/help/smatch.ca.html 0100644 0005671 0000012 00000000441 11022014344 015147 0 ustar jcameron wheel Amb patr de coincidncia
Aquest criteri de recerca troba els processos que coincideixin amb
una expressi regular. Per exemple, per buscar tots els processos
tals que la seva ordre contingui la cadena httpd, podries
introduir simplement httpd.
proc/help/suser.ca.html 0100644 0005671 0000012 00000000162 11022014344 015031 0 ustar jcameron wheel De l'usuari
Aquest criteri de recerca busca tots els processos de l'usuari seleccionat.
proc/help/tree.ca.html 0100644 0005671 0000012 00000000512 11022014344 014626 0 ustar jcameron wheel Gestor de Processos - Vista d'Arbre
Aquesta pgina mostra tots els processos en execuci al sistema, amb
els processos fills sagnats immediatament sota el seu pare. Per cada
procs es mostra el PID, l'usuari i l'ordre. Fes clic sobre el PID
per veure ms informaci del procs.
proc/help/user.ca.html 0100644 0005671 0000012 00000000542 11022014344 014650 0 ustar jcameron wheel Gestor de Processos - Vista d'Usuari
Aquesta pgina mostra tots els processos en execuci, agrupats per usuari.
Els processos es classifiquen per sota de cada usuari per l's de la CPU.
Per cada procs es mostra el PID, l's de la CPU i l'ordre. Pots fer clic
al PID per veure ms informaci del procs.
proc/help/ssocket.html 0100644 0005671 0000012 00000000214 11022014344 014757 0 ustar jcameron wheel Using port
This criteria finds any processes that are using or listening on the
selected network port and protocol.
proc/help/ssocket.ca.html 0100644 0005671 0000012 00000000237 11022014344 015346 0 ustar jcameron wheel que fa servir el port
Aquest criteri busca qualsevol procs que est fent servir o escoltant
el port de xarxa i protocol seleccionats.
proc/help/signore.es.html 0100644 0005671 0000012 00000000446 11022014344 015367 0 ustar jcameron wheel Ignorar los procesos de bsqueda
Si lo activa, los resultados de la bsqueda no incluir los procesos de
Webmin que llevan a cabo la bsqueda real. Puede ser til puesto que los
procesos de bsqueda a menudo utilizarn elevados porcentajes de la CPU
durante la bsqueda.
proc/help/ssocket.es.html 0100644 0005671 0000012 00000000225 11022014344 015367 0 ustar jcameron wheel Usando el puerto
Este criterio busca los procesos que estn usando o escuchando en el puerto
y protocolo de red seleccionado.
proc/help/open_proc.html 0100664 0005671 0000012 00000000422 11022014344 015273 0 ustar jcameron wheel Open Files and Connections
This page displays both any files that the selected process has open for reading or writing, as well as the details of any network sockets is use. This includes both outgoing (client) and incoming (server) connections.
proc/help/trace.html 0100664 0005671 0000012 00000000342 11022014344 014406 0 ustar jcameron wheel Trace Process
This page displays details of all system calls made by the selected process, updated in real time. It can be useful for finding out what an apparently hung process is actually doing.
proc/help/open_proc.ca.html 0100755 0005671 0000012 00000000431 11022014344 015656 0 ustar jcameron wheel Fitxers Oberts i Connexions
Aquesta pgina mostra tant els fitxers que el procs seleccionat t oberts
per a lectura i escriptura, com els detalls dels scols de xarxa en s.
Aix inclou tant les connexions de sortida (client) com d'entrada (servidor).
proc/help/trace.ca.html 0100755 0005671 0000012 00000000375 11022014344 014777 0 ustar jcameron wheel Rastreja el Procs
Aquesta pgina mostra els detalls de totes les crides del sistema fetes pel
procs seleccionat, actualitzades en temps real. Pot ser til per descobrir
qu est fent realment un procs aparentment penjat.
proc/help/sip.html 0100644 0005671 0000012 00000000211 11022014344 014074 0 ustar jcameron wheel Using IP address
This criteria finds any processes that are sending to or listening on the
specified IP address.
proc/help/sip.ca.html 0100755 0005671 0000012 00000000220 11022014344 014461 0 ustar jcameron wheel Utilitzant l'Adrea IP
Aquest criteri troba tots els processos que escriuen o escolten sobre
l'adrea IP especificada.
proc/help/zone.html 0100644 0005671 0000012 00000000602 11022014344 014260 0 ustar jcameron wheel Process Manager - Zone View
This page displays all running processes, group by the Solaris zone that each is in.
Processes are ranked by CPU utilization below the name of each zone
that has one or more processes running. For each process the PID, CPU use
and command are displayed. The PID can be clicked on to display more
information.
proc/help/zone.ca.html 0100755 0005671 0000012 00000000645 11022014344 014654 0 ustar jcameron wheel Gestor de Processos - Vista de la Zone
Aquesta pgina mostra tots els processos en execuci, agrupats per la zona
Solaris a la qual pertanyen.
Els processos estan classificats per s de la CPU sota el nom de cada zona
que t un o ms processos en execuci. Per a cada procs, es mostra el PID,
l's de la CPU i l'ordre. Pots fer clic sobre el PID per veure ms
informaci.
proc/help/sfiles.zh_TW.UTF-8.html 0100664 0005671 0000012 00000000273 11022014344 016434 0 ustar jcameron wheel 使用檔案
這個條件可以找尋任何有開啟指定檔案以便讀取或寫入的程序. 如果選擇了一個目錄, 在找到該目錄中運作的程序.
proc/help/cmd.it.html 0100755 0005671 0000012 00000000422 11022014344 014466 0 ustar jcameron wheel Comando da eseguire
Il comando o i comandi da eseguire. Visto che per eseguire i comandi viene usata la shell standar /bin/sh possibile utilizzare gli operatori speciali come ; , < , | e &&.
proc/help/cpu.it.html 0100755 0005671 0000012 00000001437 11022014344 014521 0 ustar jcameron wheel Gestore dei processi - Vista CPU
Questa pagina mostra tutti i processi in esecuzione nel sistema, in ordine di utilizzo di CPU.
Per ciascun processo viene visualizzato il PID, il proprietario, l'uso di CPU e il comando.
E' possibile cliccare sul PID per visualizzare maggiori informazioni.
Questa visualizzazione utile per trovare processi che fanno troppo uso di CPU. L'utilizzo di ciascun processo viene mostrato in percentuale rispetto al totale di tempo CPU disponibile. Questo vuol dire che su un sistema normale la somma di tutti i processi deve essere inferiore al 100%. Sono se uno o pi processi stanno eseguendo operazioni particolarmente pesanti che richiedono un uso intensivo della CPU questa sar sfruttata per intero.
proc/help/edit_proc.it.html 0100755 0005671 0000012 00000003524 11022014344 015701 0 ustar jcameron wheel Modifica Processo
Questa mostra i dettagli relativi ad un processo in esecuzione. Vengono visualizzate le seguenti informazioni:
Comando
Il programma gli argomenti della linea di comando per questo processo.
ID Processo
Il numero univoco del processo (ID).
Processo padre
Il processo che ha generato il processo selezionato. Clicca su di esso per visualizzare i dettagli del processo padre.
Utente
L'utente proprietario del processo e con i permessi del quale in esecuzione.
Uso CPU
La percentuale di tempo CPU che il processo sta attualmente utilizzando.
Dimensione
La quantit di memoria occupata da questo processo. Una parte di essa potrebbe essere condivisa con altri processi.
Tempo di esecuzione
Il totale del tempo CPU usato dal processo dal suo avvio, in minuti. A meno che il processo non sia particolarmente avido di risorse questo tempo non sar uguale al numero di minuti passati dal suo avvio.
In funzione della versione di Unix in esecuzione possibile che vengano visualizzate informazioni addizionali.
In basso, rispetto alle suddette informazioni sul processo, si trova un pulsante per l'invio di un segnale al processo. E' possibile selezionare dalla lista il segnale da inviare e quindi cliccare su Invia Segnale. I segnali pi utili sono il segnale di KILL e il segnale di TERM, per terminare l'esecuzione del processo.
Se il processo ha dei processi figli questi saranno visualizzato in fondo alla pagina. Clicca su uno degli ID dalla lista per visualizzare maggiori informazioni.
proc/help/input.it.html 0100755 0005671 0000012 00000000356 11022014344 015070 0 ustar jcameron wheel Input al comando
Qualunque testo inserito in questo campo sar passato al comando come input standard.
Ad esempio, se il comando perl qualunque input specificato sar eseguito come programma perl.
proc/help/intro.it.html 0100755 0005671 0000012 00000003005 11022014344 015056 0 ustar jcameron wheel I processi in Unix
Un processo semplicemente un programma in esecuzione nel tuo sistema. Il tuo browser web, il gestore delle finestre, la finestra di terminale e il server grafico sono tutti processi con i quali interagisci direttamente.
Molti altri processi, invece, rimangono in esecuzione in background, come il server web o altri servizi di sistema.
Ogni volta che esegui un comando come ls o pwd viene creato un nuovo processo, anche se questo tipo di processo ha solitamente vita breve.
A ciascun processo viene assegnato dal sistema un numero univoco, chiamato ID o PID. Mentre ciascun processo in esecuzione in qualunque momento ha un ID differente, i PID possono essere riutilizzati nel corso del tempo.
A parte il processo iniziale (detto init) ciascun processo viene generato da un altro processo detto "padre". Ad esempio se tu esegui vi dal prompt della tua shell il processo padre di vi sar proprio la tua shell.
Un processo pu poi avere tutta una serie di processi figli ma, ovviamente, un solo padre
Ciascun processo viene eseguito con gli stessi permessi dell'utente e gruppo dal quale viene richiamato. Questi permessi saranno quelli utilizzati nel caso in cui il processo tenti di accedere a file o directory.
Gli utenti e i processi stessi possono terminare (kill, appunto) solo altri processi di cui sono proprietari, ad eccezione dell'utente root che pu terminare qualunque processo.
proc/help/mode.it.html 0100755 0005671 0000012 00000001077 11022014344 014656 0 ustar jcameron wheel Modalit di esecuzione
E' possibile scegliere tra:
Esegui in background
Il comando sar lanciato in background e il tuo browser ti ridirezioner automaticamente alla pagina che contiene la lista dei processi in esecuzione.
Attendi fino al completamento
Il comando sar lanciato ed il browser attender che sia terminato, fornendo eventualmente l'output del comando stesso. Ovviamente questa opzione non va usata per comandi che rimangono in esecuzione, coma il processo relativo ad un server.
proc/help/nice.it.html 0100755 0005671 0000012 00000001067 11022014344 014647 0 ustar jcameron wheel Livello di Nice
Ciascun processo viene eseguito con una determinata priorit chiamata livello di nice.
Un processo a priorit alta avr pi tempo CPU rispetto ad un processo con priorit minore, cos sembrer girare pi velocemente.
Cambiare il livello di nice di un processo ha senso solo per quei processi che fanno un uso intensivo della CPU, considerando che molti programmi che passano molto tempo in attesa di qualcosa (come l'input da parte di un utente) non riceveranno alcun beneficio dall'aumento della priorit.
proc/help/open_proc.it.html 0100755 0005671 0000012 00000000502 11022014344 015706 0 ustar jcameron wheel File e connessioni aperte
Questa pagina mostra sia eventuali file che il processo selezionato ha aperto (sia in lettura che in scrittura) sia i dettagli di qualunque connessione di rete stia eventualmente utilizzando, sia in termini di connessioni in uscita (client) che in ingresso (server).
proc/help/overview.it.html 0100755 0005671 0000012 00000000113 11022014344 015566 0 ustar jcameron wheel Per maggiori informazioni sui processi Unix clicca qui.
proc/help/run.it.html 0100755 0005671 0000012 00000000374 11022014344 014535 0 ustar jcameron wheel Gestore dei processi - Esegui comando
Questo modulo ti permette di eseguire un comando e, opzionalmente, visualizzarne l'output.
E' possibile anche specificare del testo da passare come input standard al programma.
proc/help/scpu.it.html 0100755 0005671 0000012 00000000263 11022014344 014700 0 ustar jcameron wheel Utilizzo maggiore di...
Questo criterio di ricerca permette di trovare i processi che usano una percentuale di tempo CPU superiore a quella specificata..
proc/help/search.it.html 0100755 0005671 0000012 00000001726 11022014344 015200 0 ustar jcameron wheel Gestore dei processi - Modulo di ricerca
Questo modulo ti permette di effettuare delle ricerche riguardo ai processi che corrispondono ai criteri da te specificati.
Quando clicchi sul pulsante Cerca viene visualizzata una lista dei processi corrispondenti ai criteri sotto al form di ricerca. Per ciascun processo saranno visualizzati il PID, il proprietario, l'uso della CPU e il comando stesso. Cliccando sul PID possibile visualizzare alcune informazioni aggiuntive sul processo.
In fondo alla lista dei risultati della ricerca sar visualizzato un pulsante per l'invio di un segnale ai processi corrispondenti ai criteri. E' possibile quindi selezionare il segnale da inviare dalla lista e quindi cliccare sul pulsante Invia segnale per inviare il segnale ai processi. I segnali pi utili sono il segnale di KILL e il segname di TERM, per terminare l'esecuzione dei processi.
proc/help/sfiles.it.html 0100755 0005671 0000012 00000000416 11022014344 015213 0 ustar jcameron wheel Che usa il file
Questo criterio permette di cercare tra quei processi che stanno utilizzando il file indicato in lettura o in scrittura. Se viene scelta una directory vengono invece visualizzati quei processi che si trovano in quella directory.
proc/help/sfs.it.html 0100755 0005671 0000012 00000000752 11022014344 014524 0 ustar jcameron wheel Che usa il filesystem
Questo criterio di ricerca permette di trovare quei processi che stanno utilizzando un file o una directory che si trova nel file system indicato. Se un processo ha aperto un file in lettura o in scrittura o si trova in una directory del file system indicato sar incluso tra i risultati della ricerca.
Questo tipo di criterio pu essere utile per trovare tutti quei processi che impediscono lo smontaggio di un determinato file system.
proc/help/signore.it.html 0100755 0005671 0000012 00000000462 11022014344 015375 0 ustar jcameron wheel Ignora i processi di ricerca
Se questa casella di controllo selezionata il risultato della ricerca non includera il processo di Webmin che esegue la ricerca stessa. Questo pu essere utile in quanto il processo di ricerca potrebbe utilizzare molta CPU durante la ricerca stessa.
proc/help/sip.it.html 0100755 0005671 0000012 00000000262 11022014344 014520 0 ustar jcameron wheel Che usa l'indirizzo IP...
Questo criterio di ricerca permette di trovare tutti quei processi che inviano o sono in ascolto all'indirizzo IP specificato.
proc/help/size.it.html 0100755 0005671 0000012 00000001454 11022014344 014703 0 ustar jcameron wheel Gestore dei processi - Vista memoria
Queseta pagina mostra tutti i processi in esecuzione classificati per uso di memoria.
Per ciascun processo vengono mostrati il PID, il proprietario, la dimensione in Kb e il comando.
E' possibile cliccare sul PID per visualizzare maggiori informazioni sul processo.
Questa vista pu essere usata per trovare quali comandi stanno utilizzando una quantit eccessiva di memoria anche se bisogna valutare attentamente i dati visualizzati. Alcune informazioni visualizzate possono infatti trarre in inganno in quanto possono esserci alcuni processi che, condividendo parte della memoria utilizzata con altri processi, appaiono pi esosi, in termini di memoria, rispetto a quanto non siano in realt, e viceversa.
proc/help/smatch.it.html 0100755 0005671 0000012 00000000467 11022014344 015213 0 ustar jcameron wheel Corrispondente a...
Questo criterio di ricerca permette di individuare i processi che corrispondono ad una espressione regolare.
Ad esempio possibile trovare tutti i processi i cui comandi contengono la stringa httpd inserendo in questo campo la voce httpd.
proc/help/ssocket.it.html 0100755 0005671 0000012 00000000300 11022014344 015371 0 ustar jcameron wheel Che usa la porta...
Questo criterio di ricerca permette di selezionare tutti i processi che utilizzano o sono in ascolto nella porta di rete e protocollo selezionato.
proc/help/suser.it.html 0100755 0005671 0000012 00000000223 11022014344 015063 0 ustar jcameron wheel Di propriet di
Questo criterio di ricerca permette di selezionare tutti i processi di propriet dell'utente selezionato.
proc/help/trace.it.html 0100755 0005671 0000012 00000000374 11022014344 015027 0 ustar jcameron wheel Traccia processi
Questa pagina mostra i dettagli di tutte le chiamate di sistema fatte dal processo selezionato, aggiornate in tempo reale.
Questa funzione pu essere utile per capire cosa sta facendo un processo.
proc/help/tree.it.html 0100755 0005671 0000012 00000000562 11022014344 014667 0 ustar jcameron wheel Gestore dei processi - Vista PID
Questa pagina mostra i processi in esecuzione con i relativi processi figli indentati e visualizzati sotto i loro padri.
Per ciascun processo vengono visualizzati il PID, il proprietario e il comando.
E' possibile cliccare sul PID per avere maggiori informazioni sul processo.
proc/help/user.it.html 0100755 0005671 0000012 00000000744 11022014344 014710 0 ustar jcameron wheel Gestore dei processi - Vista Utente
Questa pagina mostra i processi in esecuzione raggruppati in base all'utente proprietario.
I processi sono classificati per utilizzo della CPU sotto il nome di ciascun utente che ha uno o pi processi in esecuzione. Per ciascun processi vengono visualizzati il PID, l'uso della CPU e il comando.
E' possibile cliccare sul PID per visualizzare delle informazioni aggiuntive sul processo.
proc/help/zone.it.html 0100755 0005671 0000012 00000000724 11022014344 014703 0 ustar jcameron wheel Gestore dei processi - Vista Zona
Questa pagina mostra tutti i processi in esecuzione raggruppati per la zona Solaris in cui si trovano.
I processi sono classificati per utilizzo della CPU sotto il nome di ciascuna zona che ha uno o pi processi in esecuzione.
Per ciascun processo vengono mostrati il PID, l'uso della CPU e il comando. E' possibile cliccare sul PID per visualizzare maggiori informazioni.
\n";
}
if (@pidlist && $access{'simple'} && $access{'edit'}) {
# display form for mass killing with selected signals
print "
\n";
}
elsif (@pidlist && $access{'edit'}) {
# display form for mass killing with any signal
print "\n";
}
}
&ui_print_footer("/", $text{'index'});
sub mode_selector
{
local ($m, $action) = @_;
$action ||= "onFocus";
return "$action='select_mode($m)'";
}
proc/config.info 0100644 0005671 0000012 00000000710 11022014344 013611 0 ustar jcameron wheel line1=Configurable options,11
default_mode=Default process list style,4,last-Last chosen,tree-Process tree,user-Order by user,size-Order by size,cpu-Order by CPU,search-Search form,run-Run form
cut_length=Characters to truncate commands to,3,Unlimited
trace_java=Show system call trace using,1,1-Java applet,0-Text
line2=System configuration,11
ps_style=PS command output style,1,sysv-SYSV,linux-Linux,hpux-HPUX,freebsd-FreeBSD,macos-MacOS,openbsd-OpenBSD
proc/index_size.cgi 0100755 0005671 0000012 00000002070 11022014344 014320 0 ustar jcameron wheel #!/usr/local/bin/perl
# index_cpu.cgi
require './proc-lib.pl';
&ui_print_header(undef, $text{'index_title'}, "", "size", !$no_module_config, 1);
&index_links("size");
if (defined(&get_memory_info)) {
@m = &get_memory_info();
if (@m) {
print &text('index_mem2', &nice_size($m[0]*1024),
&nice_size($m[1]*1024)),"\n";
print " ",
&text('index_swap2', &nice_size($m[2]*1024),
&nice_size($m[3]*1024)),"
\n";
}
}
print &ui_columns_start([
$text{'pid'},
$text{'owner'},
$text{'size'},
$text{'command'}
], 100);
@procs = sort { $b->{'size'} <=> $a->{'size'} } &list_processes();
@procs = grep { &can_view_process($_->{'user'}) } @procs;
foreach $pr (@procs) {
$p = $pr->{'pid'};
local @cols;
if (&can_edit_process($pr->{'user'})) {
push(@cols, "$p");
}
else {
push(@cols, $p);
}
push(@cols, $pr->{'user'});
push(@cols, $pr->{'size'});
push(@cols, &html_escape(&cut_string($pr->{'args'})));
print &ui_columns_row(\@cols);
}
print &ui_columns_end();
&ui_print_footer("/", $text{'index'});
proc/hpux-lib.pl 0100755 0005671 0000012 00000005074 11022014344 013567 0 ustar jcameron wheel # hpux-lib.pl
# Functions for parsing hpux ps output
sub list_processes
{
local($line, $i, $pcmd, $_, $tty, @plist);
foreach (@_) { $pcmd .= "-p $_"; }
if (!$pcmd) { $pcmd = "-e"; }
open(PS, "ps -fl $pcmd |");
for($i=0; $line=; $i++) {
chop($line);
if ($line =~ /ps -fl/ || $line =~ /COMD/) { $i--; next; }
$line =~ /^\s*(\d+)\s+(\S*)\s+(\S*)\s+(\d+)\s+(\d+)\s+(\d+)\s+([\-\d]+)\s+([\-\d]+)\s+(\S*)\s+(\d+)\s+(\S*)\s+(.*)$/;
$plist[$i]->{"pid"} = $4;
$plist[$i]->{"ppid"} = $5;
$plist[$i]->{"user"} = $3;
$plist[$i]->{"size"} = "$10 Pg";
$plist[$i]->{"cpu"} = "0.$6 %";
$plist[$i]->{"time"} = substr($12,17,6);
$plist[$i]->{"nice"} = $8;
$plist[$i]->{"args"} = substr($12,23,60);
$plist[$i]->{"_pri"} = $7;
$tty = substr($12,8,8);
$plist[$i]->{"_tty"} = $tty eq "? " ? $text{'edit_none'} : "/dev/$tty";
$plist[$i]->{"_status"} = $stat_map{$2};
$plist[$i]->{"_wchan"} = $11;
local $rest = $12;
if ($rest =~ /^(\d+:\d+:\d+)/) {
$plist[$i]->{"_stime"} = $1;
}
elsif ($rest =~ /^([A-Za-z]+\s+\d+)/) {
$plist[$i]->{"_stime"} = $1;
}
}
close(PS);
return @plist;
}
# renice_proc(pid, nice)
sub renice_proc
{
return undef if (&is_readonly_mode());
local($out, $nice);
$nice = $_[1] - 20;
local $out = &backquote_logged("renice -n $nice -p $_[0] 2>&1");
if ($?) { return $out; }
return undef;
}
# find_mount_processes(mountpoint)
# Find all processes under some mount point
sub find_mount_processes
{
local($out);
$out = `fuser -c $_[0]`;
$out =~ s/[^0-9 ]//g;
$out =~ s/^\s+//g; $out =~ s/\s+$//g;
return split(/\s+/, $out);
}
# find_file_processes([file]+)
# Find all processes with some file open
sub find_file_processes
{
local($out, $files);
$files = join(' ', @_);
$out = `fuser -f $files`;
$out =~ s/[^0-9 ]//g;
$out =~ s/^\s+//g; $out =~ s/\s+$//g;
return split(/\s+/, $out);
}
# get_new_pty()
# Returns the filehandles and names for a pty and tty
sub get_new_pty
{
opendir(DEV, "/dev");
local @ptys = map { "/dev/$_" } (grep { /^pty/ } readdir(DEV));
closedir(DEV);
local ($pty, $tty);
foreach $pty (@ptys) {
open(PTY, "+>$pty") || next;
local $tty = $pty; $tty =~ s/pty/tty/;
open(TTY, "+>$tty") || next;
local $old = select(PTY); $| = 1;
select(TTY); $| = 1; select($old);
return (*PTY, *TTY, $pty, $tty);
}
return ();
}
foreach $ia (keys %text) {
if ($ia =~ /^hpux(_\S+)/) {
$info_arg_map{$1} = $text{$ia};
}
elsif ($ia =~ /^hpuxstat_(\S+)/) {
$stat_map{$1} = $text{$ia};
}
}
@nice_range = (0 .. 39);
$has_fuser_command = 1;
1;
proc/CbScrollbar.class 0100664 0005671 0000012 00000010320 11022014344 014706 0 ustar jcameron wheel -
5 r
6 s 5 t u v 5 w u x 5 y u z 5 { u | 5 } u ~ 5 u 5 u 5
5 5 5
5
5 5 5 5
5
/ / 5
5 5 5 5 5
/
5
5 5 VERTICAL I
ConstantValue
HORIZONTAL callback LCbScrollbarCallback; inside Z indent orient value lvisible num lineinc lc1 Ljava/awt/Color; lc2 lc3 hc1 hc2 hc3 bc y1 y2 x1 x2 drag arrow1 LCbScrollbarArrow; arrow2 (ILCbScrollbarCallback;)V Code LineNumberTable (IIIILCbScrollbarCallback;)V setValues (III)V getValue ()I setValue (I)V
checkValue ()V paint (Ljava/awt/Graphics;)V
arrowClick reshape (IIII)V
preferredSize ()Ljava/awt/Dimension; minimumSize mouseDown (Ljava/awt/Event;II)Z mouseDrag mouseUp
SourceFile CbScrollbar.java W [ W c F 8 H G H H I H H J H H K H H L H H M H H N H \ ] B 8 = > CbScrollbarArrow W T U V U C 8 D 8 E 8 b c c j 8 8 ? @ h h O 8 P 8 A @ Q 8 R 8 g h java/awt/Dimension W i j f a S 8 CbScrollbar java/awt/Panel Util
light_edge body dark_edge
light_edge_hi body_hi dark_edge_hi dark_bg java/awt/Container setLayout (Ljava/awt/LayoutManager;)V (LCbScrollbar;I)V add *(Ljava/awt/Component;)Ljava/awt/Component; java/awt/Component repaint size width height java/awt/Graphics setColor (Ljava/awt/Color;)V fillRect drawLine CbScrollbarCallback moved (II)V moving ! 5 6 7 8 9 : ; 8 9 < = > ? @ A @ B 8 C 8 D 8 E 8 F 8 G H I H J H K H L H M H N H O 8 P 8 Q 8 R 8 S 8 T U V U W X Y &
*, Z
W [ Y * * * * * *
*
* * * * * * * ,** Y* Z W** Y* Z W )** Y* Z W** Y* Z W Z > $ 3 : % B & G ' M ( R ) Y * l + . / 1 \ ] Y [ +* * * * * ** * * Z : ;
< = " > & ? * @ ^ _ Y * Z B ` a Y 2 * * * Z F G H
I b c Y M -* * * * * d ** * d Z M N , O d e Y [ * * !=* ">* # * $ * $ 6
* * :
*
* :
* * :+* %+ &+ %+ d '+ d '+ %+ d d d '+ d d d '* hd6* * h* l` (* * * `h* l`d )+ %+* ( d* )* (d &+* * %+* ( d* ( '+* (* )d '+* * %+ d* )d d* ( '+ d* )d* )d ' + d* )d d* (` '+ d* )d* )d ' * hd6* * h* l` +* * * `h* l`d ,+ %+* +* ,* +d d &+* * %+* +* + d '+* +* ,d '+* * %+* ,d d* + d '+* ,d d* ,d ' -+* ,d d* +` d '+* ,d d* ,d ' Z * S T U : V ^ W p X x Y Z [ \ ] _ ` a b c d e" f2 gB hT ih j| k l m p q r s t u v w% x5 yG z[ {o |t } ~ f a Y ^ .* =*Y ` * * * ** - * Z ) - g h Y b* .* )* d d .* dd d d . ** dd .* dddd .* Z " 6 G ] a i j Y 9 !* /Yd 0 /Yd 0 Z k j Y * 1 Z l m Y * @ * ( ** t 2 f * ) ** 2 S* ** * (d 3* = * + ** t 2 ) * , ** 2 * ** * +d 3* Z 2 . 3 = D X k p z ~ n m Y * * * !6* "6* 6* (hd6 * 3dd6** hl %hd6 * 3dd6** hl * * * ** 4 * * * Z 6
& : K _ m q z o m Y N "* * * ** * ** - Z p q proc/config.info.fr 0100644 0005671 0000012 00000000676 11022014344 014232 0 ustar jcameron wheel default_mode=Style de liste de processus par dfaut,4,last-Dernier choisi,tree-Arborescence,user-Par utilisateur,size-Par taille,cpu-Par consommation processeur,search-Page de recherche,run-Page d'excution
ps_style=Type de sortie de la commande 'ps',1,sysv-SYSV,linux-Linux,hpux-HPUX,freebsd-FreeBSD,macos-MacOS
line1=Options Configurables,11
lenngth=Nombre maximum de caracteres des commandes,3,illimite
line2=Configuration du systeme,11
proc/config-unixware 0100644 0005671 0000012 00000000107 11022014344 014517 0 ustar jcameron wheel ps_style=sysv
default_mode=last
base_ppid=1
cut_length=80
trace_java=1
proc/run.cgi 0100755 0005671 0000012 00000002156 11022014344 012770 0 ustar jcameron wheel #!/usr/local/bin/perl
# run.cgi
# Run a command, and maybe display it's output
require './proc-lib.pl';
&ReadParse();
$access{'run'} || &error($text{'run_ecannot'});
&switch_acl_uid();
$in{'input'} =~ s/\r//g;
$cmd = $in{'cmd'};
if (&supports_users()) {
defined(getpwnam($in{'user'})) || &error($text{'run_euser'});
&can_edit_process($in{'user'}) || &error($text{'run_euser2'});
if ($in{'user'} ne getpwuid($<)) {
$cmd = &command_as_user($in{'user'}, 0, $cmd);
}
}
if ($in{'mode'}) {
# fork and run..
if (!($pid = fork())) {
close(STDIN); close(STDOUT); close(STDERR);
&open_execute_command(PROC, "($cmd)", 0);
print PROC $in{'input'};
close(PROC);
exit;
}
&redirect("index_tree.cgi");
}
else {
# run and display output..
&ui_print_unbuffered_header(undef, $text{'run_title'}, "");
print "
\n";
&ui_print_footer("", $text{'index'});
}
&webmin_log("run", undef, undef, \%in);
proc/Tracer.class 0100664 0005671 0000012 00000007762 11022014344 013756 0 ustar jcameron wheel -
Z { |
{ Y } Y ~ Y
{ Y
{
Y
=>?&ff
{
$
& Y
- Y
-
Z
Z
3
3
Y
B
-
B
B
D
D
D
Y
&
log
LMultiColumn; logbuffer Ljava/lang/StringBuffer; is LLineInputStream; th Ljava/lang/Thread; pause
LCbButton; button paused Z MAX_ROWS I buffer Ljava/util/Vector; ()V Code LineNumberTable init start stop run cleanup click
(LCbButton;)V
SourceFile Tracer.java n o java/lang/StringBuffer _ ` h i j k java/util/Vector l m java/awt/BorderLayout java/lang/String Time System Call
Parameters Return Center MultiColumn n ] ^
java/awt/Font
TimesRoman n java/awt/Panel java/awt/FlowLayout n CbButton Pause n e f South o java/lang/Thread n c d s o killurl java/net/URL n session Cookie o java/lang/Exception a b t o o url LineInputStream n StringSplitter n java/lang/Object
v o java/io/EOFException java/io/IOException
[Ljava/lang/Object; o Resume Tracer java/applet/Applet java/lang/Runnable CbButtonCallback java/awt/Container setLayout (Ljava/awt/LayoutManager;)V ([Ljava/lang/String;)V add <(Ljava/lang/String;Ljava/awt/Component;)Ljava/awt/Component; setWidths ([F)V (Ljava/lang/String;II)V Util setFont (Ljava/awt/Font;)V java/awt/Color white Ljava/awt/Color; java/awt/Component
setBackground (Ljava/awt/Color;)V
setForeground (I)V '(Ljava/lang/String;LCbButtonCallback;)V *(Ljava/awt/Component;)Ljava/awt/Component; clear (Ljava/lang/Runnable;)V getParameter &(Ljava/lang/String;)Ljava/lang/String; getDocumentBase ()Ljava/net/URL; #(Ljava/net/URL;Ljava/lang/String;)V openConnection ()Ljava/net/URLConnection; java/net/URLConnection setRequestProperty '(Ljava/lang/String;Ljava/lang/String;)V getInputStream ()Ljava/io/InputStream; java/io/InputStream close java/lang/Throwable printStackTrace (Ljava/io/InputStream;)V gets ()Ljava/lang/String; (Ljava/lang/String;CZ)V countTokens ()I nextToken
addElement (Ljava/lang/Object;)V size removeElementAt addItem ([Ljava/lang/Object;)V count scrollto
deleteItem setText (Ljava/lang/String;)V elementAt (I)Ljava/lang/Object; removeAllElements ! Y Z [ \ ] ^ _ ` a b c d e f g f h i j k l m n o p O '* * Y * * * Y q
r o p *
Y
YSYSYSYSL** Y+ Z WYQYQYQYQM* , Y Y N- ! "- ! #- $Y % -* &Y'* (Z ) *W*+- W q 6
$ 8 P X g o v } ! s o p ? * ,* -Y* . /* / 0 q & ' ( ) t o p b*1 2L+ 5 3Y* 4+ 5M, 6N*7 2: -8 9- : ; M* =
* = >* /
* / ? L+ @ 9 < < Y \ < q > / 0 3 4 5 % 6 * 7 2 8 9 : = < K = Y B \ ? ] A a C u o p E ͻ 3Y* 4*A 2 5L+ 6M*7 2N-
,8- 9* BY, : C = DY* = E F: G HY ISY ISY ISY IS:* %* J* K* * L* M* N* * Od PxL L+ @ Q R q V H I J K " L ) M 8 O K Q T R z V X Y Z _ ` a f l i k m v o p : * O* * S q q r t w x p w+* ) q* Q* )' T= * K * U VN* - M* N* * Od P* W * )X T** q 6
w x z { % | 1 ~ 9 { ? C S ] f v y z proc/index.cgi 0100755 0005671 0000012 00000000745 11022014344 013275 0 ustar jcameron wheel #!/usr/local/bin/perl
# index.cgi
# Redirect to default index
require './proc-lib.pl';
if ($config{'default_mode'} ne "last") {
$idx = "index_$config{'default_mode'}.cgi";
}
elsif (open(INDEX, $index_file)) {
chop($idx = );
close(INDEX);
if (!$idx) {
$idx = "index_tree.cgi";
}
}
else {
$idx = "index_tree.cgi";
}
($idxfn = $idx) =~ s/\?.*$//;
if (!-r "$module_root_directory/$idxfn") {
# Bogus index
$idx = "index_tree.cgi";
}
&redirect("/$module_name/$idx");
proc/config-osf1 0100644 0005671 0000012 00000000106 11022014344 013524 0 ustar jcameron wheel default_mode=last
ps_style=osf
base_ppid=1
cut_length=80
trace_java=1
proc/BorderPanel.java 0100755 0005671 0000012 00000002025 11022014344 014533 0 ustar jcameron wheel import java.awt.*;
class BorderPanel extends Panel
{
int border = 5; // size of border
Color col1 = Util.light_edge;
Color col2 = Util.dark_edge;
Color body;
BorderPanel()
{
}
BorderPanel(int w)
{
border = w;
}
BorderPanel(int w, Color cb)
{
border = w;
body = cb;
}
BorderPanel(int w, Color c1, Color c2)
{
border = w;
col1 = c1; col2 = c2;
}
BorderPanel(int w, Color c1, Color c2, Color cb)
{
border = w;
col1 = c1; col2 = c2; body = cb;
}
BorderPanel(Color c1, Color c2)
{
col1 = c1; col2 = c2;
}
public Insets insets()
{
return new Insets(border+2, border+2, border+2, border+2);
}
public void paint(Graphics g)
{
if (body != null) {
g.setColor(body);
g.fillRect(0, 0, size().width, size().height);
}
super.paint(g);
int w = size().width-1, h = size().height-1;
g.setColor(col1);
for(int i=0; i".&html_escape($p->{'cmd'})."");
}
elsif ($action eq 'kill') {
local ($desc, $i);
@pids = $p->{'pid'} ? ( $p->{'pid'} ) : split(/\s+/, $p->{'pidlist'});
if ($long) {
for($i=0; $i<@pids; $i++) {
$desc .= "".$p->{"args$i"}.
" (PID $pids[$i]) ";
}
return &text(@pids == 1 ? 'log_kill_l' : 'log_kills_l',
"$p->{'signal'}", $desc);
}
else {
if (@pids == 1) {
return &text('log_kill', "$p->{'signal'}",
$pids[0]);
}
else {
return &text('log_kills', "$p->{'signal'}",
scalar(@pids));
}
}
}
elsif ($action eq 'renice') {
return &text('log_renice', $p->{'nice'}, $p->{'pid'});
}
else {
return undef;
}
}
proc/config.info.tr 0100644 0005671 0000012 00000001005 11022014344 014233 0 ustar jcameron wheel line1=Yaplandrlabilir seenekler,11
default_mode=ntanml ilem listeleme stili,4,son-Son seilen,aa-lem aac,kullanc-Kullancya gre ,boyut-Boyuta gre,ilemci-lemci kullanmna gre,arama-Arama formu,altr-altrma formu
cut_length=Komutlarda gsterilecek maksimum karakter says,3,Limitsiz
trace_java=Sistem ars takibini u ekilde gster,1,1-Java applet,0-Metin
line2=Sistem yaplandrmas,11
ps_style=PS komutu kts biimi,1,sysv-SYSV,linux-Linux,hpux-HPUX,freebsd-FreeBSD,macos-MacOS
proc/config.info.pl 0100755 0005671 0000012 00000000501 11022014344 014224 0 ustar jcameron wheel default_mode=Domylny sposb wywietlania procesw,4,last-Ostatnio wybrany,tree-Drzewo procesw,user-Porzdek wg uytkownika,size-Porzdek wg rozmiaru,cpu-Porzdek wg CPU,search-Formularz szukania,run-Formularz uruchomienia
ps_style=Styl wyjcia polecenia PS,1,sysv-SYSV,linux-Linux,hpux-HPUX,freebsd-FreeBSD,macos-MacOS
proc/medium.risk 0100644 0005671 0000012 00000000025 11022014344 013640 0 ustar jcameron wheel noconfig=1
hide=root
proc/low.skill 0100644 0005671 0000012 00000000011 11022014344 013322 0 ustar jcameron wheel simple=1
proc/medium.skill 0100644 0005671 0000012 00000000011 11022014344 014001 0 ustar jcameron wheel simple=1
proc/config-aix 0100644 0005671 0000012 00000000107 11022014344 013436 0 ustar jcameron wheel ps_style=sysv
default_mode=last
base_ppid=1
cut_length=80
trace_java=1
proc/config.info.ru_RU 0100664 0005671 0000012 00000000735 11022014344 014655 0 ustar jcameron wheel default_mode= ,4,last- ,tree- ,user- ,size- ,cpu- CPU,search- ,run-
ps_style= PS,1,sysv-SYSV,linux-Linux,hpux-HPUX,freebsd-FreeBSD,macos-MacOS,openbsd-OpenBSD
cut_length= ,3,
line1= ,11
line2= ,11
proc/Util.class 0100664 0005671 0000012 00000010530 11022014344 013436 0 ustar jcameron wheel -
H z { G |
}
~
G
z
H
"
"
"
G
G G G G
G 4 G 4 G 4
4 G G 4 G G G G
= z
=
A
G
G fr Ljava/awt/Frame; g Ljava/awt/Graphics; f Ljava/awt/Font; fnm Ljava/awt/FontMetrics; tk Ljava/awt/Toolkit;
light_edge Ljava/awt/Color; dark_edge body body_hi
light_edge_hi dark_edge_hi dark_bg text light_bg ()V Code LineNumberTable waitForImage (Ljava/awt/Image;)Z (Ljava/awt/Image;II)Z getWidth (Ljava/awt/Image;)I getHeight createImage (II)Ljava/awt/Image; 0(Ljava/awt/image/ImageProducer;)Ljava/awt/Image; createObject &(Ljava/lang/String;)Ljava/lang/Object; &(Ljava/lang/Object;)Ljava/lang/Object;
dottedRect (Ljava/awt/Graphics;IIIII)V recursiveLayout (Ljava/awt/Container;)V recursiveBackground '(Ljava/awt/Component;Ljava/awt/Color;)V
recursiveBody (Ljava/awt/Component;)V setFont (Ljava/awt/Font;)V
SourceFile Util.java ] ^ java/awt/MediaTracker I J ] t ^ java/lang/Exception a b d f g h g i java/lang/StringBuffer Failed to create object : Failed to reproduce object ^ java/awt/Container o p java/awt/TextField java/awt/Choice java/awt/TextArea q r V T M N K L u v O P T S T T U T T java/awt/Color ] W T X T T Y T Z T [ T \ T java/awt/Frame ^
java/awt/Font
TimesRoman ] Q R Util java/lang/Object addImage (Ljava/awt/Image;I)V
waitForAll
isErrorAny ()Z (Ljava/awt/Image;III)V java/awt/Image !(Ljava/awt/image/ImageObserver;)I java/awt/Component java/lang/Class forName %(Ljava/lang/String;)Ljava/lang/Class; newInstance ()Ljava/lang/Object; java/lang/System err Ljava/io/PrintStream; append ,(Ljava/lang/String;)Ljava/lang/StringBuffer; getClass ()Ljava/lang/Class; getName ()Ljava/lang/String; toString java/io/PrintStream println (Ljava/lang/String;)V exit (I)V ,(Ljava/lang/Object;)Ljava/lang/StringBuffer; java/awt/Graphics drawLine (IIII)V layout countComponents ()I getComponent (I)Ljava/awt/Component;
setBackground (Ljava/awt/Color;)V getFontMetrics ()Ljava/awt/FontMetrics; white black lightGray (III)V darkGray addNotify getGraphics ()Ljava/awt/Graphics; (Ljava/lang/String;II)V java/awt/Toolkit getDefaultToolkit ()Ljava/awt/Toolkit; G H I J K L M N O P Q R S T U T V T W T X T Y T Z T [ T \ T ] ^ _ * ` a b _ T ( Y L+* + M+ ` ! " # $ a c _ W + Y N-* - :- ` ) * + , d e _ )
*
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6=66 '* ` ` `6 6 )* ` ` `6 6 )*d d d66 '*d d d6ٱ ` B d e f # g , h F g P i Z j v i k l k m n m o o p _ Y )* <* * !M, "
, " # ` s t u v w " t ( y q r _ y A* $ * %
* & *+ '* " !* "M> , , !+ ( ` & } " ' 1 : @ s t _ $ * ) ( `
u v _ ; * * + * , + - . `
w ^ _ / 0 1 2 3 ) 4Y ҷ 5 6 / 7 8 9 4Y 5 : 1 ; / < =Y > ? @ + AYB C D E F ` >
% + 1 D J P Z ` i x ~ x y proc/config-netbsd 0100644 0005671 0000012 00000000112 11022014344 014130 0 ustar jcameron wheel default_mode=last
ps_style=freebsd
base_ppid=0
cut_length=80
trace_java=1
proc/trace.cgi 0100775 0005671 0000012 00000004624 11022014344 013266 0 ustar jcameron wheel #!/usr/local/bin/perl
# Display syscalls made by this process in real time
require './proc-lib.pl';
&ReadParse();
if ($config{'trace_java'}) {
&ui_print_header(undef, $text{'trace_title'}, "", "trace");
}
else {
&ui_print_unbuffered_header(undef, $text{'trace_title'}, "", "trace");
}
%pinfo = &process_info($in{'pid'});
&can_edit_process($pinfo{'user'}) || &error($text{'edit_ecannot'});
if (!%pinfo) {
print "$text{'edit_gone'}
\n";
# Show open files
print &ui_subheading($text{'open_header1'});
@files = &find_process_files($in{'pid'});
print &ui_columns_start([ $text{'open_fd'},
$text{'open_type'},
$text{'open_size'},
$text{'open_inode'},
$text{'open_file'} ], 100, 0);
foreach $f (@files) {
print &ui_columns_row([
$f->{'fd'} eq 'cwd' ? $text{'open_cwd'} :
$f->{'fd'} eq 'rtd' ? $text{'open_rtd'} :
$f->{'fd'} eq 'txt' ? $text{'open_txt'} :
$f->{'fd'} eq 'mem' ? $text{'open_mem'} :
$f->{'fd'},
$f->{'type'} =~ /^v?dir$/ ? $text{'open_dir'} :
$f->{'type'} =~ /^v?reg$/ ? $text{'open_reg'} :
$f->{'type'} =~ /^v?chr$/ ? $text{'open_chr'} :
$f->{'type'} =~ /^v?blk$/ ? $text{'open_blk'} :
$f->{'type'},
$f->{'size'},
$f->{'inode'},
$f->{'file'},
]);
}
print &ui_columns_end();
# Show network connections
@nets = &find_process_sockets($in{'pid'});
if (@nets) {
print &ui_subheading($text{'open_header2'});
print &ui_columns_start([ $text{'open_type'},
$text{'open_proto'},
$text{'open_fd'},
$text{'open_desc'} ], 100, 0,
[ "", "", "", "colspan=4" ]);
foreach $n (@nets) {
@cols = ( uc($n->{'type'}),
uc($n->{'proto'}),
$n->{'fd'} );
@tds = ( "", "", "" );
if ($n->{'listen'} && $n->{'lhost'} eq '*') {
push(@cols, &text('open_listen1',
"$n->{'lport'}"));
push(@tds, "colspan=4");
}
elsif ($n->{'listen'}) {
push(@cols, &text('open_listen2',
"$n->{'lhost'}",
"$n->{'lport'}"));
push(@tds, "colspan=4");
}
elsif ($n->{'rhost'}) {
push(@cols, "$n->{'lhost'}:$n->{'lport'}",
"->",
"$n->{'rhost'}:$n->{'rport'}",
"$n->{'state'}");
}
else {
push(@cols, &text('open_recv', "$n->{'lhost'}",
"$n->{'lport'}"));
push(@tds, "colspan=4");
}
print &ui_columns_row(\@cols, \@tds);
}
print &ui_columns_end();
}
&ui_print_footer("edit_proc.cgi?$in{'pid'}", $text{'edit_return'},
"", $text{'index_return'});
proc/CbScrollbarCallback.class 0100664 0005671 0000012 00000000244 11022014344 016327 0 ustar jcameron wheel -
moved (LCbScrollbar;I)V moving
SourceFile CbScrollbar.java CbScrollbarCallback java/lang/Object proc/Util.java 0100644 0005671 0000012 00000006233 11022014344 013255 0 ustar jcameron wheel import java.awt.*;
import java.awt.image.*;
class Util
{
static Frame fr;
static Graphics g;
static Font f;
static FontMetrics fnm;
static Toolkit tk;
static Color light_edge = Color.white;
static Color dark_edge = Color.black;
static Color body = Color.lightGray;
static Color body_hi = new Color(210, 210, 210);
static Color light_edge_hi = Color.white;
static Color dark_edge_hi = Color.darkGray;
static Color dark_bg = new Color(150, 150, 150);
static Color text = Color.black;
static Color light_bg = Color.white;
static
{
fr = new Frame();
fr.addNotify();
g = fr.getGraphics();
setFont(new Font("TimesRoman", Font.PLAIN, 8));
tk = Toolkit.getDefaultToolkit();
}
static boolean waitForImage(Image i)
{
MediaTracker mt = new MediaTracker(fr);
mt.addImage(i, 0);
try { mt.waitForAll(); } catch(Exception e) { return false; }
return !mt.isErrorAny();
}
static boolean waitForImage(Image i, int w, int h)
{
MediaTracker mt = new MediaTracker(fr);
mt.addImage(i, w, h, 0);
try { mt.waitForAll(); } catch(Exception e) { return false; }
return !mt.isErrorAny();
}
static int getWidth(Image i)
{
waitForImage(i);
return i.getWidth(fr);
}
static int getHeight(Image i)
{
waitForImage(i);
return i.getHeight(fr);
}
static Image createImage(int w, int h)
{
return fr.createImage(w, h);
}
static Image createImage(ImageProducer p)
{
return fr.createImage(p);
}
static Object createObject(String name)
{
try {
Class c = Class.forName(name);
return c.newInstance();
}
catch(Exception e) {
System.err.println("Failed to create object "+name+" : "+
e.getClass().getName());
System.exit(1);
}
return null;
}
/**Create a new instance of some object
*/
static Object createObject(Object o)
{
try { return o.getClass().newInstance(); }
catch(Exception e) {
System.err.println("Failed to reproduce object "+o+" : "+
e.getClass().getName());
System.exit(1);
}
return null;
}
static void dottedRect(Graphics g, int x1, int y1,
int x2, int y2, int s)
{
int i, s2 = s*2, t;
if (x2 < x1) { t = x1; x1 = x2; x2 = t; }
if (y2 < y1) { t = y1; y1 = y2; y2 = t; }
for(i=x1; i<=x2; i+=s2)
g.drawLine(i, y1, i+s > x2 ? x2 : i+s, y1);
for(i=y1; i<=y2; i+=s2)
g.drawLine(x2, i, x2, i+s > y2 ? y2 : i+s);
for(i=x2; i>=x1; i-=s2)
g.drawLine(i, y2, i-s < x1 ? x1 : i-s, y2);
for(i=y2; i>=y1; i-=s2)
g.drawLine(x1, i, x1, i-s < y1 ? y1 : i-s);
}
static void recursiveLayout(Container c)
{
c.layout();
for(int i=0; i ? @ ? A ? B ? C ? D ? E ? F
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G J K
G L
9 M N
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LCbScrollbar; inside Z indent th Ljava/lang/Thread; (LCbScrollbar;I)V Code LineNumberTable paint (Ljava/awt/Graphics;)V mouseDown (Ljava/awt/Event;II)Z mouseUp run ()V
SourceFile CbScrollbar.java ) 3 " # ! Y Z [ \ ] ! ^ ! $ % _ ` a b a c a d a e a f a g a h i j k l m n & % o l p 3 java/lang/Thread ) q ' ( r 3 s 3 t u v w java/lang/Exception CbScrollbarArrow java/awt/Canvas java/lang/Runnable java/awt/Component size ()Ljava/awt/Dimension; java/awt/Dimension width height CbScrollbar hc1 Ljava/awt/Color; lc1 hc2 lc2 hc3 lc3 bc java/awt/Graphics setColor (Ljava/awt/Color;)V fillRect (IIII)V fillPolygon ([I[II)V drawLine repaint (Ljava/lang/Runnable;)V start stop
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SourceFile BorderPanel.java ? @ A java/awt/Insets B C D E F G H I J K L B M $ % N B BorderPanel java/awt/Panel Util
light_edge dark_edge (IIII)V java/awt/Graphics setColor (Ljava/awt/Color;)V java/awt/Component size ()Ljava/awt/Dimension; java/awt/Dimension width height fillRect java/awt/Container drawLine @ * * * * I * * * * * R "* * * * * *, ! W '* * * * * *, *- & ] -* * * * * *, *- * ! " , # ! N "* * * * *+ *, & ' ! ( " # 8 Y* `* `* `* ` , $ % * +*
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6* -+ d d d + d d d б B 1 2 3 # 5 ( 6 < 7 D 8 P 9 ^ : l 8 r < z = > ? = A & ' proc/CbButtonCallback.class 0100664 0005671 0000012 00000000211 11022014344 015651 0 ustar jcameron wheel - click
(LCbButton;)V
SourceFile
CbButton.java CbButtonCallback java/lang/Object proc/tail.cgi 0100755 0005671 0000012 00000001364 11022014344 013115 0 ustar jcameron wheel #!/usr/local/bin/perl
require './proc-lib.pl';
&ReadParse();
if ($in{'id'}) {
$idfile = "$module_config_directory/$in{'id'}.tail";
open(IDFILE, ">$idfile");
print IDFILE $$,"\n";
close(IDFILE);
$SIG{'HUP'} = "hup_handler";
}
$| = 1;
print "Content-type: text/plain\n\n";
$trace = &open_process_trace($in{'pid'},
$in{'syscalls'} ? [ split(/\s+/, $in{'syscalls'}) ]
: undef);
while($action = &read_process_trace($trace)) {
local $tm = strftime("%H:%M:%S", localtime($action->{'time'}));
print join("\t", $tm, $action->{'call'},
join(", ", @{$action->{'args'}}),
$action->{'rv'}),"\n";
}
&close_process_trace($trace);
unlink($idfile) if ($idfile);
sub hup_handler
{
&close_process_trace($trace);
unlink($idfile);
exit;
}
proc/killtail.cgi 0100755 0005671 0000012 00000000477 11022014344 013775 0 ustar jcameron wheel #!/usr/local/bin/perl
require './proc-lib.pl';
&ReadParse();
$idfile = "$module_config_directory/$in{'id'}.tail";
open(IDFILE, $idfile) || exit;
chop($pid = );
close(IDFILE);
$pid || exit;
kill('HUP', $pid);
sleep(2);
kill('KILL', $pid);
unlink($idfile);
print "Content-type: text/plain\n\n";
print "$pid\n";
proc/CbScrollbar.java 0100644 0005671 0000012 00000017170 11022014344 014532 0 ustar jcameron wheel // CbScrollbar.java
// A drop-in replacement for the AWT scrollbar class, with callbacks
// and a nicer look. This scrollbar is typically used to display some
// fraction of a list of items, with values ranging from min to max.
// The lvisible parameter determines how many of the list are lvisible
// at any one time. The value of the scrollbar ranges from min to
// max-lvisible+1 (the highest position in the list to start displaying)
import java.awt.*;
public class CbScrollbar extends Panel
{
static final int VERTICAL = 0;
static final int HORIZONTAL = 1;
CbScrollbarCallback callback; // who to call back to
boolean inside, indent;
int orient; // horizontal or vertical?
int value; // position
int lvisible; // the number of lines lvisible
int num; // total number of lines
int lineinc = 1; // how much the arrow buttons move by
Color lc1 = Util.light_edge, lc2 = Util.body, lc3 = Util.dark_edge;
Color hc1 = Util.light_edge_hi, hc2 = Util.body_hi, hc3 = Util.dark_edge_hi;
Color bc = Util.dark_bg;
int y1, y2, x1, x2, drag;
CbScrollbarArrow arrow1, arrow2;
CbScrollbar(int o, CbScrollbarCallback cb)
{
this(o, 0, 1, 1, cb);
}
/**Create a new scrollbar
*/
CbScrollbar(int o, int v, int vis, int n, CbScrollbarCallback cb)
{
setValues(v, vis, n);
orient = o;
callback = cb;
setLayout(null);
if (orient == VERTICAL) {
add(arrow1 = new CbScrollbarArrow(this, 0));
add(arrow2 = new CbScrollbarArrow(this, 1));
}
else {
add(arrow1 = new CbScrollbarArrow(this, 2));
add(arrow2 = new CbScrollbarArrow(this, 3));
}
}
/**Set the current scrollbar parameters
* @param v Current position
* @param vis Number of lines lvisible
* @param n Total number of lines
*/
public void setValues(int v, int vis, int n)
{
value = v;
lvisible = vis;
num = n;
if (lvisible > num) lvisible = num;
checkValue();
repaint();
}
public int getValue() { return value; }
public void setValue(int v)
{
value = v;
checkValue();
repaint();
}
private void checkValue()
{
if (value < 0) value = 0;
else if (value > num-lvisible) value = num-lvisible;
}
public void paint(Graphics g)
{
if (num == 0) return;
int w = size().width, h = size().height;
boolean ins = inside && !(arrow1.inside || arrow2.inside);
Color c1 = ins ? hc1 : lc1, c2 = ins ? hc2 : lc2,
c3 = ins ? hc3 : lc3;
g.setColor(bc);
g.fillRect(0, 0, w, h);
g.setColor(c3);
g.drawLine(0, 0, w-1, 0); g.drawLine(0, 0, 0, h-1);
g.setColor(c1);
g.drawLine(w-1, h-1, w-1, 0); g.drawLine(w-1, h-1, 0, h-1);
if (orient == VERTICAL) {
int va = h-w*2;
y1 = w+va*value/num;
y2 = w+va*(value+lvisible)/num-1;
g.setColor(c2);
g.fillRect(1, y1, w-2, y2-y1);
g.setColor(indent ? c3 : c1);
g.drawLine(1, y1, w-2, y1);
g.drawLine(1, y1, 1, y2-1);
g.setColor(indent ? c1 : c3);
g.drawLine(w-2, y2-1, w-2, y1);
g.drawLine(w-2, y2-1, 1, y2-1);
if (ins) {
g.drawLine(w-3, y2-2, w-3, y1+1);
g.drawLine(w-3, y2-2, 2, y2-2);
}
}
else if (orient == HORIZONTAL) {
int va = w-h*2;
x1 = h+va*value/num;
x2 = h+va*(value+lvisible)/num-1;
g.setColor(c2);
g.fillRect(x1, 1, x2-x1, h-2);
g.setColor(indent ? c3 : c1);
g.drawLine(x1, 1, x1, h-2);
g.drawLine(x1, 1, x2-1, 1);
g.setColor(indent ? c1 : c3);
g.drawLine(x2-1, h-2, x1, h-2);
g.drawLine(x2-1, h-2, x2-1, 1);
if (ins) {
g.drawLine(x2-2, h-3, x1+1, h-3);
g.drawLine(x2-2, h-3, x2-2, 2);
}
}
}
/**Called by arrows to move the slider
*/
void arrowClick(int d)
{
int oldvalue = value;
value += d;
checkValue();
if (value != oldvalue) {
callback.moved(this, value);
repaint();
}
}
public void reshape(int nx, int ny, int nw, int nh)
{
super.reshape(nx, ny, nw, nh);
if (orient == VERTICAL) {
arrow1.reshape(1, 1, nw-2, nw-1);
arrow2.reshape(1, nh-nw-1, nw-2, nw-1);
}
else {
arrow1.reshape(1, 1, nh-1, nh-2);
arrow2.reshape(nw-nh-1, 1, nh-1, nh-2);
}
repaint();
}
public Dimension preferredSize()
{
return orient==VERTICAL ? new Dimension(16, 100)
: new Dimension(100, 16);
}
public Dimension minimumSize()
{
return preferredSize();
}
public boolean mouseDown(Event e, int mx, int my)
{
if (orient == VERTICAL) {
// move up/down one page, or start dragging
if (my < y1) arrowClick(-lvisible);
else if (my > y2) arrowClick(lvisible);
else {
indent = true;
drag = my-y1;
repaint();
}
}
else {
// move left/right one page, or start dragging
if (mx < x1) arrowClick(-lvisible);
else if (mx > x2) arrowClick(lvisible);
else {
indent = true;
drag = mx-x1;
repaint();
}
}
return true;
}
public boolean mouseDrag(Event e, int mx, int my)
{
if (indent) {
int w = size().width, h = size().height;
int oldvalue = value;
if (orient == VERTICAL) {
int va = h-w*2, ny = my-drag-w;
value = ny*num/va;
}
else {
int va = w-h*2, nx = mx-drag-h;
value = nx*num/va;
}
checkValue();
if (value != oldvalue) {
callback.moving(this, value);
repaint();
}
}
return indent;
}
public boolean mouseUp(Event e, int mx, int my)
{
if (indent) {
indent = false;
repaint();
callback.moved(this, value);
return true;
}
return false;
}
/*
public boolean mouseEnter(Event e, int mx, int my)
{
inside = true;
repaint();
return true;
}
public boolean mouseExit(Event e, int mx, int my)
{
inside = false;
repaint();
return true;
}
*/
}
class CbScrollbarArrow extends Canvas implements Runnable
{
int mode;
CbScrollbar scrollbar;
boolean inside, indent;
Thread th;
CbScrollbarArrow(CbScrollbar p, int m)
{
scrollbar = p;
mode = m;
}
public void paint(Graphics g)
{
int w = size().width, h = size().height;
Color c1 = inside ? scrollbar.hc1 : scrollbar.lc1,
c2 = inside ? scrollbar.hc2 : scrollbar.lc2,
c3 = inside ? scrollbar.hc3 : scrollbar.lc3;
g.setColor(scrollbar.bc);
g.fillRect(0, 0, w, h);
int xp[] = new int[3], yp[] = new int[3];
// blank, dark, light
if (mode == 0) {
// up arrow
xp[0] = w/2; xp[1] = w-1; xp[2] = 0;
yp[0] = 0; yp[1] = h-1; yp[2] = h-1;
}
else if (mode == 1) {
// down arrow
xp[0] = 0; xp[1] = w/2; xp[2] = w-1;
yp[0] = 0; yp[1] = h-1; yp[2] = 0;
}
else if (mode == 2) {
// left arrow
xp[0] = 0; xp[1] = w-1; xp[2] = w-1;
yp[0] = h/2; yp[1] = h-1; yp[2] = 0;
}
else if (mode == 3) {
// right arrow
xp[0] = 0; xp[1] = w-1; xp[2] = 0;
yp[0] = 0; yp[1] = h/2; yp[2] = h-1;
}
g.setColor(c2);
g.fillPolygon(xp, yp, 3);
g.setColor(indent ? c1 : c3);
g.drawLine(xp[1], yp[1], xp[2], yp[2]);
g.setColor(indent ? c3 : c1);
g.drawLine(xp[0], yp[0], xp[2], yp[2]);
}
public boolean mouseDown(Event e, int mx, int my)
{
indent = true;
repaint();
(th = new Thread(this)).start();
return true;
}
public boolean mouseUp(Event e, int mx, int my)
{
indent = false;
repaint();
if (th != null) th.stop();
return true;
}
/**Thread for doing repeated scrolling
*/
public void run()
{
int stime = 500;
while(true) {
scrollbar.arrowClick(mode%2 == 0 ? -1 : 1);
try { Thread.sleep(stime); } catch(Exception e) { }
stime = 100;
}
}
}
// CbScrollbarCallback
// Methods for reporting the movement of the scrollbar to another object
interface CbScrollbarCallback
{
/**Called when the scrollbar stops moving. This happens when an
* arrow is clicked, the scrollbar is moved by a page, or the user
* lets go of the scrollbar after dragging it.
* @param sb The scrollar that has been moved
* @param v The new value
*/
void moved(CbScrollbar sb, int v);
/**Called upon every pixel movement of the scrollbar when it is
* being dragged, but NOT when moved() is called.
* @param sb The scrollar that has been moved
* @param v The new value
*/
void moving(CbScrollbar sb, int v);
}
proc/LineInputStream.java 0100755 0005671 0000012 00000004117 11022014344 015425 0 ustar jcameron wheel // LineInputStream
// A stream with some useful stdio-like methods. Can be used either for
// inheriting those methods into your own input stream, or for adding them
// to some input stream.
import java.io.InputStream;
import java.io.IOException;
import java.io.EOFException;
public class LineInputStream
{
InputStream in;
LineInputStream(InputStream i)
{ in = i; }
LineInputStream()
{ }
public int read() throws IOException
{ return in.read(); }
public int read(byte b[]) throws IOException
{ return in.read(b); }
public int read(byte b[], int o, int l) throws IOException
{ return in.read(b, o, l); }
public long skip(long n) throws IOException
{ return in.skip(n); }
public int available() throws IOException
{ return in.available(); }
public void close() throws IOException
{ in.close(); }
public synchronized void mark(int readlimit)
{ in.mark(readlimit); }
public synchronized void reset() throws IOException
{ in.reset(); }
public boolean markSupported()
{ return in.markSupported(); }
// gets
// Read a line and return it (minus the \n)
String gets() throws IOException, EOFException
{
StringBuffer buf = new StringBuffer();
int b;
while((b = read()) != '\n') {
if (b == -1) throw new EOFException();
buf.append((char)b);
}
if (buf.length() != 0 && buf.charAt(buf.length()-1) == '\r')
buf.setLength(buf.length()-1); // lose \r
return buf.toString();
}
// getw
// Read a single word, surrounded by whitespace
String getw() throws IOException, EOFException
{
StringBuffer buf = new StringBuffer();
// skip spaces
int b;
do {
if ((b = read()) == -1) throw new EOFException();
} while(Character.isSpace((char)b));
// add characters
do {
buf.append((char)b);
if ((b = read()) == -1) throw new EOFException();
} while(!Character.isSpace((char)b));
return buf.toString();
}
// readdata
// Fill the given array completely, even if read() only reads
// some max number of bytes at a time.
public int readdata(byte b[]) throws IOException, EOFException
{
int p = 0;
while(p < b.length)
p += read(b, p, b.length-p);
return b.length;
}
}
proc/LineInputStream.class 0100664 0005671 0000012 00000003361 11022014344 015610 0 ustar jcameron wheel - Y
6 7
8 9
8 :
8 ;
8 <
8 =
8 >
8 ?
8 @
8 A B
6
9 C
6
D
E
F
G
H
I J
; K L in Ljava/io/InputStream; (Ljava/io/InputStream;)V Code LineNumberTable ()V read ()I
Exceptions M ([B)I ([BII)I skip (J)J available close mark (I)V reset
markSupported ()Z gets ()Ljava/lang/String; getw readdata
SourceFile LineInputStream.java N ! " ! % ! & ' ( ) " * + , - . / java/lang/StringBuffer java/io/EOFException O P Q " R S T , U 1 V W X LineInputStream java/lang/Object java/io/IOException java/io/InputStream append (C)Ljava/lang/StringBuffer; length charAt (I)C setLength toString java/lang/Character isSpace (C)Z ! "
* *+ * ! " * # $ ! % ! * + # $ ! & # * + # $ ' ( ! * # $ ) " * # $ * * # $ ! + , ! * ! - *
! # $ . / * # 0 1 O Y
L* Y=
Y + W+ ++ d
++ d + ) + , - * / @ 0 J 1 # $ 2 1 x H Y
L* Y= Y + W* Y= Y + 8 < = " @ ) A ; B C C # $ 3 % ? = + *+ + d `=+ K L M N # $ 4 5 proc/MultiColumn.java 0100644 0005671 0000012 00000031070 11022014344 014605 0 ustar jcameron wheel // MultiColumn
// A List box that supports multiple columns.
import java.awt.*;
import java.util.Vector;
public class MultiColumn extends BorderPanel implements CbScrollbarCallback
{
MultiColumnCallback callback; // what to call back to
String title[]; // column titles
boolean adjustable = true;
boolean drawlines = true;
Color colors[][] = null;
boolean enabled = true;
boolean multiselect = false;
int cpos[]; // column x positions
float cwidth[]; // proportional column widths
Vector list[]; // columns of the list
CbScrollbar sb; // scrollbar at the right side
int width, height; // size, minus the scrollbar
Insets in; // used space around the border
int sbwidth; // width of the scrollbar
int th; // height of title bar
Image bim; // backing image
Graphics bg; // backing graphics
Font font = new Font("timesRoman", Font.PLAIN, 12);
FontMetrics fnm; // drawing font size
int coldrag = -1; // column being resized
int sel = -1; // selected row
int sels[] = new int[0]; // all selected rows
int top = 0; // first row displayed
long last; // last mouse click time
int rowh = 16; // row height
Event last_event; // last event that triggered callback
int sortcol; // Column currently being sorted
int sortdir; // Sort direction (0=none, 1=up, 2=down)
// Create a new list with the given column titles
MultiColumn(String t[])
{
super(3, Util.dark_edge_hi, Util.body_hi);
title = new String[t.length];
for(int i=0; i= top+r) {
top = s-1;
if (top > list[0].size() - r)
top = list[0].size() - r;
sb.setValue(top);
repaint();
}
}
// deleteItem
// Remove one row from the list
void deleteItem(int n)
{
for(int i=0; i 0) {
System.arraycopy(sels, 0, nsels, 0, i);
System.arraycopy(sels, i+1, nsels, i,
nsels.length-i);
sel = nsels[0];
}
break;
}
}
repaint();
compscroll();
}
// clear
// Remove everything from the list
void clear()
{
for(int i=0; i= top && sels[i] <= bot) {
bg.setColor(sels[i] == sel ? Util.body
: lighterGray);
bg.fillRect(0, th+(sels[i]-top)*rowh,
width, rowh);
}
}
}
// Draw each column
for(int i=0; i w-3)
s = s.substring(0, s.length()-1);
if (!enabled)
bg.setColor(Util.body);
else if (colors != null)
bg.setColor(colors[j][i]);
bg.drawString(s, x+1, th+(j+1-top)*rowh-fd);
}
else if (o instanceof Image) {
// Render image in column
Image im = (Image)o;
bg.drawImage(im, x+1, th+(j-top)*rowh, this);
}
}
}
}
// mouseDown
// Select a list item or a column to drag
public boolean mouseDown(Event e, int x, int y)
{
if (!enabled) {
return true;
}
x -= in.left;
y -= in.top;
coldrag = -1;
if (y < th) {
// Click in title bar
for(int i=0; i 0 && Math.abs(cpos[i] - x) < 3) {
// clicked on a column separator
coldrag = i;
}
else if (x >= cpos[i] && x < cpos[i+1]) {
// clicked in a title
callback.headingClicked(this, i);
}
}
}
else {
// Item chosen from list
int row = (y-th)/rowh + top;
if (row < list[0].size()) {
// Double-click?
boolean dclick = false;
if (e.when-last < 1000 && sel == row)
dclick = true;
else
last = e.when;
if (e.shiftDown() && multiselect && sel != -1) {
// Select all from last selection to this one
int zero = sels[0];
if (zero < row) {
sels = new int[row-zero+1];
for(int i=zero; i<=row; i++)
sels[i-zero] = i;
}
else {
sels = new int[zero-row+1];
for(int i=zero; i>=row; i--)
sels[zero-i] = i;
}
}
else if (e.controlDown() && multiselect) {
// Add this one to selection
int nsels[] = new int[sels.length + 1];
System.arraycopy(sels, 0, nsels, 0,sels.length);
nsels[sels.length] = row;
sels = nsels;
}
else {
// Select one row only, and de-select others
sels = new int[1];
sels[0] = row;
}
sel = row;
repaint();
last_event = e;
if (callback != null) {
// Callback the right function
if (dclick) callback.doubleClick(this, row);
else callback.singleClick(this, row);
}
else {
// Send an event
getParent().postEvent(
new Event(this,
Event.ACTION_EVENT,
dclick?"Double":"Single"));
}
}
}
return true;
}
// mouseDrag
// If a column is selected, change it's width
public boolean mouseDrag(Event e, int x, int y)
{
if (!enabled) {
return true;
}
x -= in.left;
y -= in.top;
if (coldrag != -1) {
if (x > cpos[coldrag-1]+3 && x < cpos[coldrag+1]-3) {
cpos[coldrag] = x;
cwidth[coldrag-1] = (cpos[coldrag]-cpos[coldrag-1]) /
(float)width;
cwidth[coldrag] = (cpos[coldrag+1]-cpos[coldrag]) /
(float)width;
repaint();
}
}
return true;
}
public void moved(CbScrollbar s, int v)
{
moving(s, v);
}
public void moving(CbScrollbar s, int v)
{
top = sb.getValue();
compscroll();
repaint();
}
// compscroll
// Re-compute the size of the scrollbar
private void compscroll()
{
if (fnm == null)
return; // not visible
int r = rows();
int c = list[0].size() - r;
sb.setValues(top, r==0?1:r, list[0].size());
}
// rows
// Returns the number of rows visible in the list
private int rows()
{
return Math.min(height/rowh - 1, list[0].size());
}
public Dimension minimumSize()
{
return new Dimension(400, 100);
}
public Dimension preferredSize()
{
return minimumSize();
}
}
// MultiColumnCallback
// Objects implementing this interface can be passed to the MultiColumn
// class, to have their singleClick() and doubleClick() functions called in
// response to single or double click in the list.
interface MultiColumnCallback
{
// singleClick
// Called on a single click on a list item
void singleClick(MultiColumn list, int num);
// doubleClick
// Called upon double-clicking on a list item
void doubleClick(MultiColumn list, int num);
// headingClicked
// Called when a column heading is clicked on
void headingClicked(MultiColumn list, int col);
}
proc/StringSplitter.java 0100644 0005671 0000012 00000004020 11022014344 015325 0 ustar jcameron wheel import java.util.Vector;
// StringSplitter
// A stringsplitter object splits a string into a number of substrings,
// each separated by one separator character. Separator characters can be
// included in the string by escaping them with a \
public class StringSplitter
{
Vector parts = new Vector();
int pos = 0;
StringSplitter(String str, char sep)
{
this(str, sep, true);
}
StringSplitter(String str, char sep, boolean escape)
{
StringBuffer current;
parts.addElement(current = new StringBuffer());
for(int i=0; i (Ljava/lang/String;C)V Code LineNumberTable (Ljava/lang/String;CZ)V countTokens ()I
hasMoreTokens ()Z nextToken ()Ljava/lang/String; gettokens ()Ljava/util/Vector;
SourceFile StringSplitter.java 5 java/util/Vector java/lang/StringBuffer 6 7 8 9 : ; < = > ? @ A StringSplitter java/lang/Object ()V
addElement (Ljava/lang/Object;)V java/lang/String length charAt (I)C append (C)Ljava/lang/StringBuffer; size elementAt (I)Ljava/lang/Object; toString ! $ *+
* * Y * * Y Y: 6+
[+ 6\ $+
d + W % * Y Y: W 6
% 1 9 O a g { %
*
* d % , * *
, I )* *
* *Y Z` 3 4 ' 6 ! " * = # $ proc/StringJoiner.class 0100664 0005671 0000012 00000001417 11022014344 015142 0 ustar jcameron wheel - 1
!
"
# $
# %
& ' ( sep C str Ljava/lang/StringBuffer; count I (C)V Code LineNumberTable add (Ljava/lang/String;)V toString ()Ljava/lang/String;
SourceFile StringSplitter.java ) java/lang/StringBuffer
* + , - . / 0 StringJoiner java/lang/Object ()V append (C)Ljava/lang/StringBuffer; java/lang/String length ()I charAt (I)C
B * * Y * * N I J O P U* * * W= + 0+ > * \
* \ W* W*Y ` & V W X Y # Z ; [ D X J ] T ^ *
d proc/CHANGELOG 0100664 0005671 0000012 00000002626 11022014344 012713 0 ustar jcameron wheel ---- Changes since 1.170 ----
On Solaris and Linux systems with the truss or strace commands installed, a new Trace Process button appears on the process information page. When clicked, a real-time view of the system calls made by the process is displayed, either using a Java applet or simple text depending on the module configuration.
---- Changes since 1.200 ----
Added a search option for finding processes by remote or local IP address.
Task IDs and zone names are now shown on Solaris, and processes can be viewed categorized by zone.
---- Changes since 1.220 ----
Added a new access control option to allow processes belong to several different users to be managed. Thanks to Galen Johnson for the initial patch that implemented this feature.
When running a command, you can now select which Unix user it will be run as.
---- Changes since 1.260 ----
The CPU type and speed is displayed on the processed by CPU usage page, on Linux systems.
---- Changes since 1.330 ----
On Virtuozzo systems, the free and used memory shown is determined by the VMs limits.
---- Changes since 1.340 ----
Free and used real and virtual memory is now displayed on Solaris.
---- Changes since 1.390 ----
Re-wrote the user interface using the new Webmin UI library, for consistency.
Re-designed the Run and Search pages, and made the search radio buttons auto-selecting.
---- Changes since 1.410 ----
Added physical memory display on FreeBSD.
proc/rbac-mapping 0100664 0005671 0000012 00000000176 11022014344 013762 0 ustar jcameron wheel # RBAC authorization # Webmin ACL
solaris.admin.procmgr.admin noconfig=1
solaris.admin.procmgr.user noconfig=1,uid=-1,only=1
proc/index_zone.cgi 0100755 0005671 0000012 00000002501 11022014344 014320 0 ustar jcameron wheel #!/usr/local/bin/perl
# index_user.cgi
require './proc-lib.pl';
&ui_print_header(undef, $text{'index_title'}, "", "zone", !$no_module_config, 1);
&index_links("zone");
@procs = sort { $b->{'cpu'} <=> $a->{'cpu'} } &list_processes();
@procs = grep { &can_view_process($_->{'user'}) } @procs;
@zones = &unique(map { $_->{'_zone'} } @procs);
foreach $z (@zones) {
print "