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add --idle

master
Zane C. B-H 2 years ago
parent
commit
6d9c12abb3
  1. 17
      Proc-ProcessTable-ncps/bin/ncps
  2. 434
      Proc-ProcessTable-ncps/lib/Proc/ProcessTable/ncps.pm

17
Proc-ProcessTable-ncps/bin/ncps

@ -112,6 +112,7 @@ my $euid_invert=0;
my $egid=0;
my $egid_invert=0;
my $self_proc=0;
my $idle=0;
# get the commandline options
Getopt::Long::Configure ('no_ignore_case');
@ -157,6 +158,7 @@ GetOptions(
'eg' => \$egid,
'egi' => \$egid_invert,
'self' => \$self_proc,
'idle' => \$idle,
);
# print the version info if requested
@ -359,6 +361,9 @@ if ( defined( $ENV{NCPS_tty} ) ){
if ( defined( $ENV{NCPS_self} ) ){
$self_proc = $self_proc ^ 1;
}
if ( defined( $ENV{NCPS_idle} ) ){
$idle = $idle ^ 1;
}
#if ( defined( $ENV{NCPS_inverted} ) ){
# no invert support really yet
#}
@ -385,6 +390,18 @@ if ( ! $self_proc ){
});
}
#
# handles the self proc flag
#
if ( ! $idle ){
push( @filters, {
type=>'Idle',
invert=>1,
args=>{
},
});
}
#
# handles the time search
#

434
Proc-ProcessTable-ncps/lib/Proc/ProcessTable/ncps.pm

@ -237,243 +237,241 @@ sub run{
my @td;
foreach my $proc ( @{ $procs } ) {
if ( $proc->{fname} !~ /^idle$/ ) {
my @new_line;
#
# handle username column
#
my $user=getpwuid($proc->{uid});
if ( ! defined( $user ) ) {
$user=$proc->{uid};
}
$user=color($self->nextColor).$user.color('reset');
push( @new_line, $user );
#
# handles the PID
#
push( @new_line, color($self->nextColor).$proc->{pid}.color('reset') );
#
# handles the %CPU
#
push( @new_line, color($self->nextColor).$proc->{pctcpu}.color('reset') );
#
# handles the %MEM
#
if ( $^O =~ /bsd/ ) {
my $mem=(($proc->{rssize} * 1024 * 4 ) / $physmem) * 100;
push( @new_line, color($self->nextColor).sprintf('%.2f', $mem).color('reset') );
} else {
push( @new_line, color($self->nextColor).sprintf('%.2f', $proc->{pctcpu}).color('reset') );
}
my @new_line;
#
# handle username column
#
my $user=getpwuid($proc->{uid});
if ( ! defined( $user ) ) {
$user=$proc->{uid};
}
$user=color($self->nextColor).$user.color('reset');
push( @new_line, $user );
#
# handles the PID
#
push( @new_line, color($self->nextColor).$proc->{pid}.color('reset') );
#
# handles the %CPU
#
push( @new_line, color($self->nextColor).$proc->{pctcpu}.color('reset') );
#
# handles the %MEM
#
if ( $^O =~ /bsd/ ) {
my $mem=(($proc->{rssize} * 1024 * 4 ) / $physmem) * 100;
push( @new_line, color($self->nextColor).sprintf('%.2f', $mem).color('reset') );
} else {
push( @new_line, color($self->nextColor).sprintf('%.2f', $proc->{pctcpu}).color('reset') );
}
#
# handles VSZ
#
push( @new_line, $self->memString( $proc->{size}, 'vsz') );
#
# handles the rss
#
push( @new_line, $self->memString( $proc->{rss}, 'rss') );
#
# handles the info
#
my $info;
my %flags;
$flags{is_session_leader}=0;
$flags{is_being_forked}=0;
$flags{working_on_exiting}=0;
$flags{has_controlling_terminal}=0;
$flags{is_locked}=0;
$flags{traced_by_debugger}=0;
$flags{is_stopped}=0;
$flags{posix_advisory_lock}=0;
# parses the flags for freebsd
if ( $^O =~ /freebsd/ ) {
if ( hex($proc->flags) & 0x00002 ) {
$flags{controlling_tty_active}=1;
}
if ( hex($proc->flags) & 0x00000002 ) {
$flags{is_session_leader}=1;
}
#if ( hex($proc->flags) & ){$flags{is_being_forked}=1; }
if ( hex($proc->flags) & 0x02000 ) {
$flags{working_on_exiting}=1;
}
if ( hex($proc->flags) & 0x00002 ) {
$flags{has_controlling_terminal}=1;
}
if ( hex($proc->flags) & 0x00000004 ) {
$flags{is_locked}=1;
}
if ( hex($proc->flags) & 0x00800 ) {
$flags{traced_by_debugger}=1;
}
if ( hex($proc->flags) & 0x00001 ) {
$flags{posix_advisory_lock}=1;
}
}
# get the state
$info=$proc->{state};
if (
$info eq 'sleep'
) {
$info='S';
} elsif (
$info eq 'zombie'
) {
$info='Z';
} elsif (
$info eq 'wait'
) {
$info='W';
} elsif (
$info eq 'run'
) {
$info='R';
#
# handles VSZ
#
push( @new_line, $self->memString( $proc->{size}, 'vsz') );
#
# handles the rss
#
push( @new_line, $self->memString( $proc->{rss}, 'rss') );
#
# handles the info
#
my $info;
my %flags;
$flags{is_session_leader}=0;
$flags{is_being_forked}=0;
$flags{working_on_exiting}=0;
$flags{has_controlling_terminal}=0;
$flags{is_locked}=0;
$flags{traced_by_debugger}=0;
$flags{is_stopped}=0;
$flags{posix_advisory_lock}=0;
# parses the flags for freebsd
if ( $^O =~ /freebsd/ ) {
if ( hex($proc->flags) & 0x00002 ) {
$flags{controlling_tty_active}=1;
}
$info=color($self->nextColor).$info;
#checks if it is swapped out
if (
( $proc->{state} ne 'zombie' ) &&
( $proc->{rss} == '0' )
) {
$info=$info.'O';
if ( hex($proc->flags) & 0x00000002 ) {
$flags{is_session_leader}=1;
}
#handles the various flags
if ( $flags{working_on_exiting} ) {
$info=$info.'E';
#if ( hex($proc->flags) & ){$flags{is_being_forked}=1; }
if ( hex($proc->flags) & 0x02000 ) {
$flags{working_on_exiting}=1;
}
;
if ( $flags{is_session_leader} ) {
$info=$info.'s';
if ( hex($proc->flags) & 0x00002 ) {
$flags{has_controlling_terminal}=1;
}
;
if ( $flags{is_locked} || $flags{posix_advisory_lock} ) {
$info=$info.'L';
if ( hex($proc->flags) & 0x00000004 ) {
$flags{is_locked}=1;
}
;
if ( $flags{has_controlling_terminal} ) {
$info=$info.'+';
if ( hex($proc->flags) & 0x00800 ) {
$flags{traced_by_debugger}=1;
}
;
if ( $flags{is_being_forked} ) {
$info=$info.'F';
if ( hex($proc->flags) & 0x00001 ) {
$flags{posix_advisory_lock}=1;
}
;
if ( $flags{traced_by_debugger} ) {
$info=$info.'X';
}
;
# adds the wchan
$info=$info.' '.color($self->nextColor);
if ( $^O =~ /linux/ ) {
my $wchan='';
if ( -e '/proc/'.$proc->{pid}.'/wchan') {
open( my $wchan_fh, '<', '/proc/'.$proc->{pid}.'/wchan' );
$wchan=readline( $wchan_fh );
close( $wchan_fh );
}
$info=$info.$wchan;
} else {
$info=$info.$proc->{wchan};
}
$info=$info.color('reset');
# finally actually add it to the new new line array
push( @new_line, $info );
#
# handle the nice column
#
if ( $have_nice ){
push( @new_line, color($self->nextColor).$proc->{nice}.color('reset') );
}
#
# handle the priority column
#
if ( $have_pri ){
push( @new_line, color($self->nextColor).$proc->{priority}.color('reset') );
}
# get the state
$info=$proc->{state};
if (
$info eq 'sleep'
) {
$info='S';
} elsif (
$info eq 'zombie'
) {
$info='Z';
} elsif (
$info eq 'wait'
) {
$info='W';
} elsif (
$info eq 'run'
) {
$info='R';
}
$info=color($self->nextColor).$info;
#checks if it is swapped out
if (
( $proc->{state} ne 'zombie' ) &&
( $proc->{rss} == '0' )
) {
$info=$info.'O';
}
#handles the various flags
if ( $flags{working_on_exiting} ) {
$info=$info.'E';
}
;
if ( $flags{is_session_leader} ) {
$info=$info.'s';
}
;
if ( $flags{is_locked} || $flags{posix_advisory_lock} ) {
$info=$info.'L';
}
;
if ( $flags{has_controlling_terminal} ) {
$info=$info.'+';
}
;
if ( $flags{is_being_forked} ) {
$info=$info.'F';
}
;
if ( $flags{traced_by_debugger} ) {
$info=$info.'X';
}
;
# adds the wchan
$info=$info.' '.color($self->nextColor);
if ( $^O =~ /linux/ ) {
my $wchan='';
if ( -e '/proc/'.$proc->{pid}.'/wchan') {
open( my $wchan_fh, '<', '/proc/'.$proc->{pid}.'/wchan' );
$wchan=readline( $wchan_fh );
close( $wchan_fh );
}
$info=$info.$wchan;
} else {
$info=$info.$proc->{wchan};
}
$info=$info.color('reset');
# finally actually add it to the new new line array
push( @new_line, $info );
#
# handle the nice column
#
if ( $have_nice ) {
push( @new_line, color($self->nextColor).$proc->{nice}.color('reset') );
}
#
# major faults
#
if ( $self->{major_faults} ){
push( @new_line, color($self->nextColor).$proc->{majflt}.color('reset') );
}
#
# handle the priority column
#
if ( $have_pri ) {
push( @new_line, color($self->nextColor).$proc->{priority}.color('reset') );
}
#
# major faults
#
if ( $self->{minor_faults} ){
push( @new_line, color($self->nextColor).$proc->{minflt}.color('reset') );
}
#
# major faults
#
if ( $self->{major_faults} ) {
push( @new_line, color($self->nextColor).$proc->{majflt}.color('reset') );
}
#
# children major faults
#
if ( $self->{cmajor_faults} ){
push( @new_line, color($self->nextColor).$proc->{cmajflt}.color('reset') );
}
#
# major faults
#
if ( $self->{minor_faults} ) {
push( @new_line, color($self->nextColor).$proc->{minflt}.color('reset') );
}
#
# children major faults
#
if ( $self->{cminor_faults} ){
push( @new_line, color($self->nextColor).$proc->{cminflt}.color('reset') );
}
#
# children major faults
#
if ( $self->{cmajor_faults} ) {
push( @new_line, color($self->nextColor).$proc->{cmajflt}.color('reset') );
}
#
# number of threads
#
if ( $self->{numthr} ){
push( @new_line, color($self->nextColor).$proc->{numthr}.color('reset') );
}
#
# children major faults
#
if ( $self->{cminor_faults} ) {
push( @new_line, color($self->nextColor).$proc->{cminflt}.color('reset') );
}
#
# number of threads
#
if ( $self->{tty} ){
push( @new_line, color($self->nextColor).$proc->{ttydev}.color('reset') );
}
#
# number of threads
#
if ( $self->{numthr} ) {
push( @new_line, color($self->nextColor).$proc->{numthr}.color('reset') );
}
#
# jail ID
#
if ( $self->{jid} ){
push( @new_line, color($self->nextColor).$proc->{jid}.color('reset') );
}
#
# number of threads
#
if ( $self->{tty} ) {
push( @new_line, color($self->nextColor).$proc->{ttydev}.color('reset') );
}
#
# handles the start column
#
push( @new_line, color($self->nextColor).$self->startString( $proc->{start} ).color('reset') );
#
# handles the time column
#
push( @new_line, $self->timeString( $proc->{time} ) );
#
# handle the command
#
my $command=color($self->{processColor});
if ( $proc->{cmndline} =~ /^$/ ) {
$command=$command.'['.$proc->{fname}.']';
} else {
$command=$command.$proc->{cmndline};
}
push( @new_line, $command.color('reset') );
#
# jail ID
#
if ( $self->{jid} ) {
push( @new_line, color($self->nextColor).$proc->{jid}.color('reset') );
}
push( @td, \@new_line );
$self->{nextColor}=0;
#
# handles the start column
#
push( @new_line, color($self->nextColor).$self->startString( $proc->{start} ).color('reset') );
#
# handles the time column
#
push( @new_line, $self->timeString( $proc->{time} ) );
#
# handle the command
#
my $command=color($self->{processColor});
if ( $proc->{cmndline} =~ /^$/ ) {
$command=$command.'['.$proc->{fname}.']';
} else {
$command=$command.$proc->{cmndline};
}
push( @new_line, $command.color('reset') );
push( @td, \@new_line );
$self->{nextColor}=0;
}
$tb->add_rows( \@td );

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