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check_state_test.pm
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# state checking for Chandra Snapshot
########################################################################
sub check_state {
########################################################################
#use lib '//Snap';
use Chex;
%hash = @_;
# Create the Chandra Expected state object
#$chex_file = "/proj/sot/ska/dev/starcheck/TEST//pred_state.rdb";
#$chex_file = "/home/mta/Chex/pred_state.rdb";
#$chex = Chex->new($chex_file);
# Get OBT from snapshot
$date = $hash{OBT}[1];
#print "Checking for date: $date\n"; #debug
# Set up tolerances for ra, dec, roll
$d2r = 3.14159265/180.;
$ra_tol = 50/3600.;
$dec_tol = 50/3600.;
$roll_tol = 500/3600.;
# If there is a unique value of dec, then adjust $ra_tol
#%pred = $chex->get($date);
#@dec_vals = @{$pred{dec}};
#$ra_tol *= 1.0 / (cos($dec_vals[0] * $d2r) + 1e-5) if (@dec_vals == 1) ;
$BLU = "#00EECC";
$GRN = "#33CC00";
$YLW = "#FFFF00";
$RED = "#FF0000";
$WHT = "#FFFFFF";
$UNDEF = "undef";
# Define variables to check
my @checks;
#open KEY, '$work_dir/snaps.par';
$parfile = "./snaps2.par";
open KEY, $parfile;
while (<KEY>) {
if ($_ =~ /^#/) {}
else {
chomp;
push @checks, $_;
}
}
close KEY;
# Now do the checking, and adjust color of text accordingly
foreach $check (@checks) {
#print "State Checking: $check\n"; # debug
@chk = split(/\t+/, $check);
# don't check stale data, color already set by set_status
my $status = ${$hash{"$chk[0]"}}[2];
if ($status eq "S" || $status eq "I") {
next;
}
$val = ${$hash{"$chk[0]"}}[1];
# unchecked
if ($chk[1] == 0) {
$color = $BLU;
}
# use chex
if ($chk[1] == 1) {
$color = $BLU; # Default to blue (not checked or undef)
if ($val) {
$match = $chex->match(var => $chk[2], # State variable name
val => $val, # Observed state value
tol => $chk[3]);
$color = $RED if ($match == 0); # Bad match => red
$color = $GRN if ($match == 1); # Good match => green
}
}
# use static limits
if ($chk[1] == 2) {
$color = $GRN;
if ($val <= $chk[2] && $chk[2] ne '-') {$color = $YLW;}
if ($val >= $chk[3] && $chk[3] ne '-') {$color = $YLW;}
if ($val <= $chk[4] && $chk[4] ne '-') {$color = $RED;}
if ($val >= $chk[5] && $chk[5] ne '-') {$color = $RED;}
}
# use a constant
if ($chk[1] == 3) {
my $cmp = $chk[2];
$cmp =~ s/^\s+//;
$cmp =~ s/\s+$//;
$color = $RED;
if ($val eq $cmp) { $color = $GRN;}
}
# use a function
if ($chk[1] == 4) {
$funcall = $chk[2];
$funcall =~ s/^\s+//;
$funcall =~ s/\s+$//;
#print "$funcall $val\n"; # DEBUG
$color = &$funcall("$val");
}
if ($chk[1] == 5) {
$funcall = $chk[2];
$funcall =~ s/^\s+//;
$funcall =~ s/\s+$//;
#print "$funcall $val\n"; # DEBUG
$stat=${$hash{"5EHSE106"}}[1];
$prev=${$hash{"5HSE202a"}}[1];
$pstat=${$hash{"5EHSE106a"}}[1];
@args=($val,$stat,$prev,$pstat,$chk[3],$chk[4]);
$color = &$funcall(@args);
}
$hash{$chk[0]}[3] = $color;
if ($color eq $BLU) { $hash{$chk[0]}[2] = "B"; }
if ($color eq $GRN) { $hash{$chk[0]}[2] = "G"; }
if ($color eq $YLW) { $hash{$chk[0]}[2] = "Y"; }
if ($color eq $RED) { $hash{$chk[0]}[2] = "R"; }
if ($color eq $UNDEF) { $hash{$chk[0]}[2] = "U"; }
}
return %hash;
}
########################################################################
# User defined functions for mode 4
########################################################################
sub radmon {
# don't know alt in backup, so just use sim and obsid !
# below $radalt km , radmon should be disabled for belt and perigee
# passage, above $radalt km radmon is always enabled, unless
# something is wrong (e.g. SCS 107 ran)
my $radalt = 90000;
my $alt = ${$hash{EPHEM_ALT}}[1];
my $val = $_[0];
my $sim = ${$hash{"3TSCPOS"}}[1];
my $obs = ${$hash{COBSRQID}}[1];
my $color = $BLU; # Default to blue (not checked or undef)
if ($obs > 50000 && $sim < -99000 && $val eq "ENAB") {
$color = $RED;
}
if ($obs > 50000 && $sim < -99000 && $val eq "DISA") {
$color = $GRN;
}
if (($obs < 50000 || $sim > -99000) && $val eq "DISA") {
$color = $RED;
}
if (($obs < 50000 || $sim > -99000) && $val eq "ENAB") {
$color = $GRN;
}
if ($alt > $radalt && $val eq "ENAB") {
$color = $GRN;
}
return $color;
}
sub pcadmode {
# PCADMODE should be NPNT, unless slewing (then NMAN)
# if chex says ra dec or roll is undef, then assume slewing
my $val = $_[0];
my $date = $hash{OBT}[1];
#print "pcadmode date: $date\n"; #debug
#my %pred = $chex->get($hash{OBT}[1]);
my @ra = @{$pred{ra}};
my @dec = @{$pred{dec}};
my @roll = @{$pred{roll}};
my @grat = @{$pred{gratings}};
#if ($#ra > 0) {$ra[0] = $UNDEF;}
#if ($#dec > 0) {$dec[0] = $UNDEF;}
#if ($#roll > 0) {$roll[0] = $UNDEF;}
my $color = $BLU;
#if ($ra[0] eq $UNDEF || $dec[0] eq $UNDEF || $roll[0] eq $UNDEF) {
if ($ra[0] eq $UNDEF && $dec[0] eq $UNDEF && $roll[0] eq $UNDEF) {
if ($val eq 'NPNT') {$color = $YLW;}
if ($val eq 'NMAN') {$color = $GRN;}
} else {
if ($val eq 'NPNT') {$color = $GRN;}
if ($val eq 'NMAN') {$color = $YLW;}
}
if ($grat[0] eq $UNDEF) {
if ($val eq 'NMAN') {$color = $GRN;}
}
my $afile = "./.nsunalert";
my $tfile = "./.nsunwait";
if ($val eq 'NPNT' || $val eq 'NMAN') {
if (-s $afile) {
my $tnum = 3; # but, wait a little while before deleting lock
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum--;
if ($tnum == 0) {
unlink $afile;
}
if ($tnum > 0) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
} # if (-s $afile) {
} # if ($val eq 'NPNT' || $val eq 'NMAN') {
if ($val eq 'NSUN') {
$color = $RED;
my $tnum = 0; # but, wait a little while before waking people up
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum++;
if ($tnum == 3) {
send_nsun_alert($val);
}
if ($tnum <= 3) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
} # if ($val eq 'NSUN') {
return $color;
} #pcadmode
sub hetg {
my $val = $_[0];
my %pred = $chex->get(${$hash{OBT}}[1]);
my @grat = @{$pred{gratings}};
$color = $RED;
if ($val < 15 && $grat[0] eq 'HETG') {$color = $GRN;}
if ($val > 70 && $grat[0] ne 'HETG') {$color = $GRN;}
if ($grat[0] eq $UNDEF) {$color = $BLU;}
return $color;
}
sub letg {
my $val = $_[0];
my %pred = $chex->get(${$hash{OBT}}[1]);
my @grat = @{$pred{gratings}};
$color = $RED;
if ($val < 15 && $grat[0] eq 'LETG') {$color = $GRN;}
if ($val > 70 && $grat[0] ne 'LETG') {$color = $GRN;}
if ($grat[0] eq $UNDEF) {$color = $BLU;}
return $color;
}
#sub e1300 {
# my $val = $_[0];
# my $radmon = ${$hash{CORADMEN}}[1];
# if ($radmon eq 'ENAB') {
# if ($val < 6.6) {$color = $GRN;}
# if ($val >= 6.6) {$color = $YLW;}
# if ($val >= 20.0) {$color = $RED;}
# } else {$color = $BLU;}
# return $color;
#}
sub e1300 {
my $val = $_[0];
my $radmon = ${$hash{CORADMEN}}[1];
if ($radmon eq 'ENAB') {
if ($val < 333) {$color = $GRN;}
if ($val >= 333) {$color = $YLW;}
if ($val >= 1000) {$color = $RED;}
} else {$color = $BLU;}
return $color;
}
sub e150 {
my $val = $_[0];
my $radmon = ${$hash{CORADMEN}}[1];
if ($radmon eq 'ENAB') {
if ($val < 266666) {$color = $GRN;}
if ($val >= 266666) {$color = $YLW;}
if ($val >= 800000) {$color = $RED;}
} else {$color = $BLU;}
return $color;
}
sub detbrt {
my $val = $_[0];
my $radmon = ${$hash{CORADMEN}}[1];
if ($radmon eq 'ENAB') {
if ($val < 10) {$color = $GRN;}
if ($val >= 10) {$color = $YLW;}
if ($val >= 30.0) {$color = $RED;}
} else {$color = $BLU;}
return $color;
}
sub p4gm {
my $val = $_[0];
my $radmon = ${$hash{CORADMEN}}[1];
if ($radmon eq 'ENAB') {
if ($val < 100) {$color = $GRN;}
if ($val >= 100) {$color = $YLW;}
if ($val >= 300) {$color = $RED;}
} else {$color = $BLU;}
return $color;
}
sub p41gm {
my $val = $_[0];
my $radmon = ${$hash{CORADMEN}}[1];
if ($radmon eq 'ENAB') {
if ($val < 2.82) {$color = $GRN;}
if ($val >= 2.82) {$color = $YLW;}
if ($val >= 8.47) {$color = $RED;}
} else {$color = $BLU;}
return $color;
}
sub imfunc {
my $val = $_[0];
$color = $BLU;
if (${$hash{AOPCADMD}}[1] eq 'NPNT') {
$color = $GRN;
if ($val =~ 'N') {
my $obs = ${$hash{COBSRQID}}[1];
if ($obs lt 55000) { $color = $RED; }
if ($obs ge 55000) { $color = $YLW; }
}
}
return $color;
}
sub scs128 {
my $val = $_[0];
my $color = $BLU;
if (${$hash{COTLRDSF}}[1] eq 'EPS') {
if ($val ne 'ACT') {
$color = $YLW;
my $scs129 = ${$hash{COSCS129S}}[1];
my $scs130 = ${$hash{COSCS130S}}[1];
if ($scs129 ne 'ACT' && $scs130 ne 'ACT') {
$color = $RED;
}
} else {
$color = $GRN;
}
}
return $color;
}
sub scs129 {
my $val = $_[0];
my $color = $BLU;
if (${$hash{COTLRDSF}}[1] eq 'EPS') {
if ($val ne 'ACT') {
$color = $YLW;
my $scs128 = ${$hash{COSCS128S}}[1];
my $scs130 = ${$hash{COSCS130S}}[1];
if ($scs128 ne 'ACT' && $scs130 ne 'ACT') {
$color = $RED;
}
} else {
$color = $GRN;
}
}
return $color;
}
sub scs130 {
my $val = $_[0];
my $color = $BLU;
if (${$hash{COTLRDSF}}[1] eq 'EPS') {
if ($val ne 'ACT') {
$color = $YLW;
my $scs128 = ${$hash{COSCS128S}}[1];
my $scs129 = ${$hash{COSCS129S}}[1];
if ($scs128 ne 'ACT' && $scs129 ne 'ACT') {
$color = $RED;
}
} else {
$color = $GRN;
}
}
return $color;
}
sub scs131 {
my $val = $_[0];
my $color = $BLU;
if (${$hash{COTLRDSF}}[1] eq 'EPS') {
if ($val ne 'ACT') {
$color = $YLW;
#my $scs132 = ${$hash{COSCS132S}}[1];
#my $scs132 = ${$hash{COSCS132S}}[1];
#if ($scs129 ne 'ACT' && $scs130 ne 'ACT') {
#$color = $RED;
#}
} else {
$color = $GRN;
}
}
return $color;
}
sub scs132 {
my $val = $_[0];
my $color = $BLU;
if (${$hash{COTLRDSF}}[1] eq 'EPS') {
if ($val ne 'ACT') {
$color = $YLW;
#my $scs129 = ${$hash{COSCS129S}}[1];
#my $scs130 = ${$hash{COSCS130S}}[1];
#if ($scs129 ne 'ACT' && $scs130 ne 'ACT') {
#$color = $RED;
#}
} else {
$color = $GRN;
}
}
return $color;
}
sub scs133 {
my $val = $_[0];
my $color = $BLU;
if (${$hash{COTLRDSF}}[1] eq 'EPS') {
if ($val ne 'ACT') {
$color = $YLW;
#my $scs129 = ${$hash{COSCS129S}}[1];
#my $scs130 = ${$hash{COSCS130S}}[1];
#if ($scs129 ne 'ACT' && $scs130 ne 'ACT') {
#$color = $RED;
#}
} else {
$color = $GRN;
}
}
return $color;
}
sub scs107 {
my $val = $_[0];
my $afile = "./.scs107alert";
my $tfile = "./.scs107wait";
$color = $BLU;
if (${$hash{COTLRDSF}}[1] eq 'EPS') {
$color = $YLW;
if ($val eq 'INAC') {
$color = $GRN;
if (-s $afile) {
my $tnum = 3; # but, wait a little while before deleting lock
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum--;
if ($tnum == 0) {
unlink $afile;
}
if ($tnum >= 0) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
}
if (($val eq 'ACT' || $val eq 'DISA') && ${$hash{COSCS131S}}[1] ne 'ACT' && ${$hash{COSCS132S}}[1] ne 'ACT' && ${$hash{COSCS133S}}[1] ne 'ACT') {
#if (($val eq 'ACT' || $val eq 'DISA') && ${$hash{COSCS128S}}[1] ne 'ACT' && ${$hash{COSCS129S}}[1] ne 'ACT' && ${$hash{COSCS130S}}[1] ne 'ACT') {
# add extra checks, rhodes is being shifty 08/12/03 bds
#if ($val eq 'DISA') {
$color = $RED;
my $tnum = 0; # but, wait a little while before waking people up
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum++;
if ($tnum == 3) {
send_107_alert($val);
}
if ($tnum <= 3) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
if ($tnum >= 3 && $val eq 'DISA' && ${$hash{"3TSCPOS"}}[1] > -99000) {
send_sim_unsafe_alert(${$hash{"3TSCPOS"}}[1]);
} # if (${$hash{"3TSCPOS"}}[1] > -99000) {
}
} #if (${$hash{COTLRDSF}}[1] eq 'EPS') {
return $color;
}
sub pmtankp {
my $val = $_[0];
my $ayfile = "./.ytankalert";
my $tyfile = "./.ytankwait";
my $arfile = "./.rtankalert";
my $trfile = "./.rtankwait";
if ($val > 175) {unlink $trfile;}
$color = $YLW;
if ($val < 180 && $val >= 175) {
my $tnum = 0; # but, wait a little while before waking people up
if (-s $tyfile) {
open (TF, "<$tyfile");
$tnum = <TF>;
close TF;
}
$tnum++;
if ($tnum == 3) {
#send_tank_yellow($val);
}
if ($tnum <= 3) {
open (TF, ">$tyfile");
print TF $tnum;
close TF;
}
}
if ($val < 175) {
$color = $RED;
my $tnum = 0; # but, wait a little while before waking people up
if (-s $trfile) {
open (TF, "<$trfile");
$tnum = <TF>;
close TF;
}
$tnum++;
if ($tnum == 3) {
#send_tank_red($val);
}
if ($tnum <= 3) {
open (TF, ">$trfile");
print TF $tnum;
close TF;
}
}
return $color;
}
sub aofstar {
my $val = $_[0];
my $afile = "./.britalert";
my $tfile = "./.britwait";
$color = $YLW;
if ($val eq 'GUID') {
$color = $GRN;
if (-s $afile) {
my $tnum = 3; # but, wait a little while before deleting lock
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum--;
if ($tnum == 0) {
unlink $afile;
}
if ($tnum > 0) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
}
if ($val eq 'BRIT') {
$color = $RED;
my $tnum = 0; # but, wait a little while before waking people up
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum++;
if ($tnum == 3) {
send_brit_alert($val);
}
if ($tnum <= 3) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
return $color;
}
sub aocpestl {
my $val = $_[0];
my $afile = "./.cpealert";
my $tfile = "./.cpewait";
$color = $YLW;
if ($val eq 'NORM') {
$color = $GRN;
if (-s $afile) {
my $tnum = 3; # but, wait a little while before deleting lock
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum--;
if ($tnum == 0) {
unlink $afile;
}
if ($tnum > 0) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
}
if ($val eq 'SAFE') {
$color = $RED;
my $tnum = 0; # but, wait a little while before waking people up
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum++;
if ($tnum == 3) {
send_cpe_alert($val);
}
if ($tnum <= 3) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
return $color;
}
sub fmt {
my $val = $_[0];
my $test = chop($_[0]);
$color = $RED;
#print "$val $test[0]\n"; # DEBUG
if ($test == 1 || $test == 2) {$color = $GRN;}
if ($test == 3 || $test == 4 || $test == 6) {$color = $YLW;}
if ($test == 5) {
$color = $RED;
send_fmt_alert(split("_", $test));
}
return $color;
}
sub airu1g1i {
my $val = $_[0];
my $tfile = "./.gyrowait";
$color = $BLU;
if ($val < 150) { $color =$GRN;}
if ($val >= 150 && $val < 200) { $color =$YLW;}
if ($val >= 200) {
$color = $RED;
my $tnum = 0; # but, wait a little while before waking people up
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum++;
# reset tfile only each pass
# gyro current gets noisy, so count total violations
# instead of total in a row like the others
if ($tnum == 5) {
send_gyro_alert($val);
}
if ($tnum <= 5) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
return $color;
}
sub ctxapwr {
my $val = $_[0];
my $afile = "./.ctxpwralert";
my $tfile = "./.ctxpwrwait";
my $dfile = "./.ctxpwrdel";
my $ctxa_pwr_lim=36.75;
# pwr is noisy, so we need two lock files send alert after
# 10 violations rearm after 50 non-violations.
# ctx pwr has high sample rate, so may want higher count thresholds
$color = $GRN;
if ($val < $ctxa_pwr_lim) {
$color = $GRN;
my $tnum = 50; # but, wait a little while before deleting lock
if (-s $dfile) {
open (TF, "<$dfile");
$dnum = <TF>;
close TF;
}
$dnum--;
if ($dnum == 0) {
if (-s $afile) {
unlink $afile;
}
unlink $tfile;
}
if ($dnum > 0) {
open (TF, ">$dfile");
print TF $dnum;
close TF;
}
}
if ($val >= $ctxa_pwr_lim) {
$color = $YLW;
my $tnum = 0; # but, wait a little while before waking people up
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum++;
if ($tnum == 10) {
unlink $dfile;
send_ctxpwr_alert($val,'A');
}
if ($tnum <= 10) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
if ($val >= 37.00) { $color=$RED; }
return $color;
}
sub ctxbpwr {
my $val = $_[0];
my $afile = "./.ctxpwralert";
my $tfile = "./.ctxpwrwait";
my $dfile = "./.ctxpwrdel";
my $ctxb_pwr_lim=36.75;
# pwr is noisy, so we need two lock files send alert after
# 10 violations rearm after 50 non-violations.
# ctx pwr has high sample rate, so may want higher count thresholds
$color = $GRN;
if ($val < $ctxb_pwr_lim) {
$color = $GRN;
my $dnum = 50; # but, wait a little while before deleting lock
if (-s $dfile) {
open (TF, "<$dfile");
$dnum = <TF>;
close TF;
}
$dnum--;
if ($dnum == 0) {
if (-s $afile) {
unlink $afile;
}
unlink $tfile;
}
if ($dnum > 0) {
open (TF, ">$dfile");
print TF $dnum;
close TF;
}
}
if ($val >= $ctxb_pwr_lim) {
$color = $YLW;
my $tnum = 0; # but, wait a little while before waking people up
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum++;
if ($tnum == 10) {
unlink $dfile;
send_ctxpwr_alert($val,'B');
}
if ($tnum <= 10) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
if ($val >= 37.00) { $color=$RED; }
return $color;
}
sub ctxav {
my $val = $_[0];
my $afile = "./.ctxvalert";
my $tfile = "./.ctxvwait";
$color = $GRN;
if ($val < 3.60) {
$color = $GRN;
my $tnum = 3; # but, wait a little while before deleting lock
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum--;
if ($tnum == 0) {
if (-s $afile) {
unlink $afile;
}
}
if ($tnum > 0) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
if ($val >= 3.60) {
$color = $YLW;
my $tnum = 0; # but, wait a little while before waking people up
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum++;
if ($tnum == 3) {
send_ctxv_alert($val,'A');
}
if ($tnum <= 3) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
if ($val >= 3.70) { $color=$RED; }
return $color;
}
sub ctxbv {
my $val = $_[0];
my $afile = "./.ctxvalert";
my $tfile = "./.ctxvwait";
$color = $GRN;
if ($val < 3.60) {
$color = $GRN;
my $tnum = 3; # but, wait a little while before deleting lock
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum--;
if ($tnum == 0) {
if (-s $afile) {
unlink $afile;
}
}
if ($tnum > 0) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
if ($val >= 3.60) {
$color = $YLW;
my $tnum = 0; # but, wait a little while before waking people up
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum++;
if ($tnum == 3) {
send_ctxv_alert($val,'B');
}
if ($tnum <= 3) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
if ($val >= 3.70) { $color=$RED; }
return $color;
}
sub hkp27v {
my ($val,$stat,$prev,$pstat,$lim,$abs_diff)=@_;
my $afile = "./.hkp27valert";
my $tfile = "./.hkp27vwait";
#print "HKP27V $val $stat $lim\n";
$color = $WHT;
if ($stat % 2 == 1) {
if ($val >= $lim) {
$color = $GRN;
my $tnum = 3; # but, wait a little while before deleting lock
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum--;
if ($tnum == 0) {
if (-s $afile) {
unlink $afile;
}
}
if ($tnum > 0) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
if ($val < $lim && abs($val-$prev) lt $abs_diff && abs($val-$prev) gt 1) {
$color = $YLW;
my $tnum = 0; # but, wait a little while before waking people up
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum++;
if ($tnum == 5) {
send_hkp27v_alert($val);
}
if ($tnum <= 5) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
} # if ((${$h{"5EHSE106"}}[1]+1) % 2 == 0) {
return $color;
}
sub shldbrt {
my $val = $_[0];
my $afile = ".hrc_shld_alert";
my $tfile = ".hrcshldwait";
if ($val > 255 || ${$hash{CORADMEN}}[1] eq 'DISA') {
$color = $BLU;
}
if ($val < 80 && ${$hash{CORADMEN}}[1] eq 'ENAB') {
$color = $GRN;
if (-s $afile) {
my $tnum = 3; # but, wait a little while before deleting lock
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum--;
if ($tnum == 0) {
unlink $afile;
}
if ($tnum > 0) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
}
if ($val > 80 && ${$hash{CORADMEN}}[1] eq 'ENAB') {
$color = $YLW;
my $tnum = 0; # but, wait a little while before waking people up
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum++;
if ($tnum == 3) {
send_hrc_shld_alert($val);
}
if ($tnum <= 3) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
return $color;
}
sub pline03t {
my $val = $_[0];
my $afile = ".pline03talert";
my $tfile = ".pline03twait";
$color = $BLU;
if ($val > 42.5) {
$color = $GRN;
if (-s $afile) {
my $tnum = 3; # but, wait a little while before deleting lock
if (-s $tfile) {
open (TF, "<$tfile");
$tnum = <TF>;
close TF;
}
$tnum--;
if ($tnum == 0) {
unlink $afile;
}
if ($tnum > 0) {
open (TF, ">$tfile");
print TF $tnum;
close TF;
}
}
} # if ($val > 42.5) {
if ($val < 42.5) {
$color = $YLW;