.config/awesome/lain/scripts/dfs
#!/bin/bash
#
# Adapted from Eridan's "fs" (cleanup, enhancements and switch to bash/Linux)
# JM, 10/12/2004
#
# Integrated into Lain in september 2013
# https://github.com/copycat-killer/lain
# Requires gawk
# -------------------------------------------------------------------------
# Decoding options
# -------------------------------------------------------------------------
USAGE="Usage: {{&blob}} [-h(elp)] | [-n(arrow mode)] | [-w(eb output)]"
NARROW_MODE=0
WEB_OUTPUT=0
while [ $# -gt 0 ]; do
case "" in
"-h" )
echo $USAGE
exit
;;
"-d" )
DEBUG=1
;;
"-n" )
NARROW_MODE=1
;;
"-w" )
WEB_OUTPUT=1
;;
* )
echo $USAGE
exit
;;
esac
shift
done
# -------------------------------------------------------------------------
# Preparations
# -------------------------------------------------------------------------
SYSTEM=`uname -s`
PATTERN="/"
case "$SYSTEM" in
"Linux" )
DF_COMMAND="/usr/bin/env df -k"
SORT_COMMAND="/usr/bin/env sort -k6"
AWK_COMMAND="/usr/bin/env awk"
;;
* )
DF_COMMAND="/bin/df -k"
SORT_COMMAND="/usr/bin/sort -k6"
AWK_COMMAND="/usr/bin/env gawk"
;;
esac
# -------------------------------------------------------------------------
# Grabbing "df" result
# -------------------------------------------------------------------------
DF_RESULT=`$DF_COMMAND`
if [ ! -z $DEBUG ]; then
echo "--> DF_RESULT:"
echo "$DF_RESULT"
echo ""
fi
# -------------------------------------------------------------------------
# Preprocessing "df" result, to join split logical lines
# -------------------------------------------------------------------------
PREPROCESSING_RESULT=` \
echo "$DF_RESULT" | $AWK_COMMAND -v PATTERN=$PATTERN \
'
NF == 1 {
printf ("%s", {{&blob}})
}
NF == 5 {
printf ("%s\n", {{&blob}})
}
NF > 6 {
}
NF == 6 {
printf ("%s\n", {{&blob}})
}'
`
if [ ! -z $DEBUG ]; then
echo "--> PREPROCESSING_RESULT:"
echo "$PREPROCESSING_RESULT"
echo ""
fi
SORTED_FILE_SYSTEMS_INFO=`echo "$PREPROCESSING_RESULT" | $SORT_COMMAND`
if [ ! -z $DEBUG ]; then
echo "--> SORTED_FILE_SYSTEMS_INFO:"
echo "$SORTED_FILE_SYSTEMS_INFO"
echo ""
fi
# -------------------------------------------------------------------------
# Computing mount point max length
# -------------------------------------------------------------------------
MOUNT_POINT_MAX_LENGTH=` \
echo $SORTED_FILE_SYSTEMS_INFO | $AWK_COMMAND -v PATTERN=$PATTERN \
'
BEGIN {
mount_point_length_max = 15;
}
END {
printf ("%d", mount_point_length_max);
}
{{&blob}} ~ PATTERN {
# printf (" = %s\n", );
mount_point = ;
# printf ("mount_point = %s\n", mount_point);
mount_point_length = length (mount_point);
# printf ("mount_point_length = %d\n", mount_point_length);
if (mount_point_length > mount_point_length_max)
mount_point_length_max = mount_point_length;
}'
`
if [ ! -z $DEBUG ]; then
echo "MOUNT_POINT_MAX_LENGTH: $MOUNT_POINT_MAX_LENGTH"
fi
# -------------------------------------------------------------------------
# Computing mount point data max size
# -------------------------------------------------------------------------
MOUNT_POINT_MAX_SIZE=` \
echo "$SORTED_FILE_SYSTEMS_INFO" | $AWK_COMMAND -v PATTERN=$PATTERN \
'
BEGIN {
mount_point_size_max = 0;
}
END {
printf ("%d", mount_point_size_max);
}
{{&blob}} ~ PATTERN {
# df -k shows k_bytes!
# printf (" = %s\n", );
mount_point_size = * 1024;
# printf ("mount_point_size = %d\n", mount_point_size);
if (mount_point_size > mount_point_size_max)
mount_point_size_max = mount_point_size;
}'
`
if [ ! -z $DEBUG ]; then
echo "MOUNT_POINT_MAX_SIZE: $MOUNT_POINT_MAX_SIZE"
fi
# -------------------------------------------------------------------------
# Let's go!
# -------------------------------------------------------------------------
echo "$SORTED_FILE_SYSTEMS_INFO" | $AWK_COMMAND -v DEBUG=$DEBUG -v PATTERN=$PATTERN -v NARROW_MODE=$NARROW_MODE -v LEFT_COLUMN=$MOUNT_POINT_MAX_LENGTH -v MAX_SIZE=$MOUNT_POINT_MAX_SIZE -v SCALE=$SCALE -v WEB_OUTPUT=$WEB_OUTPUT \
'
# {printf ("{{&blob}} = %s\n", {{&blob}});}
# {printf (" = %s\n", );}
# {printf ("PATTERN = %s\n", PATTERN);}
# {printf ("LEFT_COLUMN = %s\n", LEFT_COLUMN);}
BEGIN {
k_bytes = 1024.0;
m_bytes = 1024.0 * k_bytes;
g_bytes = 1024.0 * m_bytes;
t_bytes = 1024.0 * g_bytes;
if (WEB_OUTPUT)
{
all_stars = "**************************************************";
current_date = strftime ("%d-%m-%Y @ %H:%M:%S", localtime (systime ()));
free_threshold = 10; # %
printf ("<!-- DEBUT CONTENU -->\n");
printf ( \
"<A NAME=\"top\"></A>\n" \
"<P ALIGN=CENTER><SPAN CLASS=\"titleblue\">%s</SPAN><SPAN CLASS=\"textbold\"> -- STATUS OF <SPAN CLASS=\"titlered\">ALCOR</SPAN> FILE SYSTEMS</SPAN></P><BR>\n",
current_date )
printf ("<TABLE WIDTH=\"100%%\" BORDER=1>\n");
printf ( \
"<TR>\n" \
"<TD ALIGN=LEFT><STRONG>Mount point</STRONG></TD>\n" \
"<TD ALIGN=CENTER><STRONG>%% Usato (<SPAN CLASS=\"titleblue\">*</SPAN>)" \
" - %% Free (<SPAN CLASS=\"titlegreen\">*</SPAN>)</STRONG></TD>\n" \
"<TD ALIGN=CENTER><STRONG>%% Used</STRONG></TD>\n" \
"<TD ALIGN=CENTER><STRONG>Free</STRONG></TD>\n" \
"<TD ALIGN=CENTER><STRONG>Total</STRONG></TD>\n" \
"</TR>\n" );
}
else
{
narrow_margin = " ";
# printf ("%-*s", LEFT_COLUMN + 2, "Mount point");
if (NARROW_MODE)
printf ("\n%s", narrow_margin);
else
printf ("%-*s", LEFT_COLUMN + 2, "");
print " Used Free Total ";
if (! NARROW_MODE)
print "";
}
}
END {
if (WEB_OUTPUT)
{
printf ("</TABLE>\n");
printf ("<!-- FIN CONTENU -->\n");
}
else
{
if (NARROW_MODE)
printf ("%s", narrow_margin);
else
printf ("%-*s", LEFT_COLUMN + 2, "");
print "|----|----|----|----|----|----|----|----|----|----|"
if (NARROW_MODE)
printf ("\n%s", narrow_margin);
else
printf ("%-*s", LEFT_COLUMN + 2, "");
print "0 10 20 30 40 50 60 70 80 90 100";
print "";
}
}
{{&blob}} ~ PATTERN {
if (index ({{&blob}}, "members") == 0 && index ({{&blob}}, "Download") == 0 && index ({{&blob}}, "admin") == 0)
{
# df -k shows k_bytes!
total_size = * k_bytes;
free_size = * k_bytes;
percentage_occupied = substr(, 0, 3);
mount_point = ;
percentage_free = int (100 - percentage_occupied);
# reduction_factor: 2
stars_number = int (percentage_occupied / 2);
if (WEB_OUTPUT)
{
posGroup = index (mount_point, "scratch");
if (posGroup == 0)
posGroup = index (mount_point, "u1");
if (posGroup == 0)
posGroup = index (mount_point, "u2");
if (posGroup == 0)
posGroup = index (mount_point, "u4");
if (posGroup == 0)
posGroup = index (mount_point, "u5");
printf ("<TR>\n");
if (posGroup > 0 || percentage_free < free_threshold)
{
if (percentage_free < free_threshold)
{
class = "titlered";
if (posGroup == 0)
posGroup = 1; # to display the whole mount_point in this color anyway
}
else if ((index (mount_point, "scratch") != 0) || (index (mount_point, "u1") != 0) || (index (mount_point, "u2") != 0))
{
class = "titleorange";
posGroup = 1; # to display the whole mount_point in this color
}
else if ((index (mount_point, "u4") != 0) || (index (mount_point, "u5") != 0))
{
class = "titlebrown";
posGroup = 1; # to display the whole mount_point in this color
}
printf ( \
"<TD ALIGN=LEFT>%s<SPAN CLASS=\"%s\">%s</SPAN></TD>\n",
substr (mount_point, 1, posGroup - 1),
class,
substr (mount_point, posGroup) );
}
else
{
printf ("<TD ALIGN=LEFT>%s</TD>\n", mount_point);
}
printf ( \
"<TD ALIGN=CENTER><SPAN CLASS=\"titleblue\">%s</SPAN><SPAN CLASS=\"titlegreen\">%s</SPAN></TD>\n",
substr (all_stars, 1, stars_number), substr (all_stars, stars_number + 1, 49) );
if (percentage_free < free_threshold)
{
color_beginning = "<SPAN CLASS=\"titlered\">";
color_end = "</SPAN>"
}
else
{
color_beginning = "";
color_end = ""
}
if (total_size > 1 * t_bytes)
printf ( \
"<TD ALIGN=RIGHT>%s%3d%%%s</TD><TD ALIGN=RIGHT>%5.1f Tb</TD><TD ALIGN=RIGHT>%5.1f Tb</TD>\n", \
color_beginning, percentage_occupied, color_end, free_size / t_bytes, total_size / t_bytes \
);
else if (total_size > 1 * g_bytes)
printf ( \
"<TD ALIGN=RIGHT>%s%3d%%%s</TD><TD ALIGN=RIGHT>%5.1f Gb</TD><TD ALIGN=RIGHT>%5.1f Gb</TD>\n", \
color_beginning, percentage_occupied, color_end, free_size / g_bytes, total_size / g_bytes \
);
else if (total_size > 1 * m_byptes)
printf ( \
"<TD ALIGN=RIGHT>%s%3d%%%s</TD><TD ALIGN=RIGHT>%5.1f Mb</TD><TD ALIGN=RIGHT>%5.1f Mb</TD>\n", \
color_beginning, percentage_occupied, color_end, free_size / m_bytes, total_size / m_bytes \
);
else
printf ( \
"<TD ALIGN=RIGHT>%s%3d%%%s</TD><TD ALIGN=RIGHT>%5.1f Kb</TD><TD ALIGN=RIGHT>%5.1f Kb</TD>\n", \
color_beginning, percentage_occupied, color_end, free_size / k_bytes, total_size / k_bytes \
);
printf ("</TR>\n");
}
else
{
# printf ("percentage_occupied = %d\n", percentage_occupied);
# printf ("percentage_free = %d\n", percentage_free);
printf ("%-*s", LEFT_COLUMN + 2, mount_point);
if (NARROW_MODE)
printf ("\n%s", narrow_margin);
# printf ("stars_number = %d\n", stars_number);
printf ("|");
for (i = 1; i <= stars_number; i++)
{
printf ("%s", "*");
}
for (i = stars_number + 1; i <= 49; i++)
{
printf ("%s", "-");
}
if (total_size > 1 * t_bytes)
printf ( \
"| %3d%% %5.1f %5.1f Tb\n", \
percentage_occupied, free_size / t_bytes, total_size / t_bytes \
);
else if (total_size > 1 * g_bytes)
printf ( \
"| %3d%% %5.1f %5.1f Gb\n", \
percentage_occupied, free_size / g_bytes, total_size / g_bytes \
);
else if (total_size > 1 * m_byptes)
printf ( \
"| %3d%% %5.1f %5.1f Mb\n", \
percentage_occupied, free_size / m_bytes, total_size / m_bytes \
);
else
printf ( \
"| %3d%% %5.1f %5.1f Kb\n", \
percentage_occupied, free_size / k_bytes, total_size / k_bytes \
);
}
} # if
}'
