VPLS.US

How many movies do I have?
What years are they from?
Resolution?
Type of encoding?
HEHEHE.

#!/bin/bash
ls -lR /nas/a/movies/ | sort +8 | awk ‘{print $9}’ | grep -v “/” | grep -v .srt > /tmp/movies.list
for YEAR in {1910..2021}
do
COUNT=`grep $YEAR /tmp/movies.list | wc -l`
echo $YEAR “=” $COUNT
done
TEN=`grep 1080 /tmp/movies.list | wc -l`
SEV=`grep 720 /tmp/movies.list | wc -l`
TOT=`cat /tmp/movies.list | wc -l`
AVI=`cat /tmp/movies.list | grep “.avi” | wc -l`
MKV=`cat /tmp/movies.list | grep “.mkv” | wc -l`
MP4=`cat /tmp/movies.list | grep “.mp4” | wc -l`
MPG=`cat /tmp/movies.list | grep “.mpg” | wc -l`
M4V=`cat /tmp/movies.list | grep “.m4v” | wc -l`
echo “___________________________________”
echo “AVI = $AVI”
echo “MKV = $MKV”
echo “MP4 = $MP4”
echo “MPG = $MPG”
echo “M4V = $M4V”
echo “___________________________________”
echo “1080p = $TEN”
echo ” 720p = $SEV”
echo “TOTAL = $TOT”
echo “___________________________________”

/usr/bin/du -ch /nas/a/movies; echo ==========;/usr/bin/du | sort -n | tail -3

Results

root@nas4:~/bin# ./movie.year.sh
1910 = 0
1911 = 2
1912 = 0
1913 = 0
1914 = 1
1915 = 5
1916 = 6
1917 = 3
1918 = 2
1919 = 4
1920 = 7
1921 = 3
1922 = 6
1923 = 4
1924 = 6
1925 = 5
1926 = 6
1927 = 7
1928 = 7
1929 = 10
1930 = 15
1931 = 25
1932 = 28
1933 = 36
1934 = 31
1935 = 46
1936 = 40
1937 = 45
1938 = 32
1939 = 35
1940 = 48
1941 = 48
1942 = 55
1943 = 37
1944 = 34
1945 = 34
1946 = 38
1947 = 38
1948 = 51
1949 = 46
1950 = 63
1951 = 48
1952 = 57
1953 = 60
1954 = 65
1955 = 64
1956 = 63
1957 = 72
1958 = 65
1959 = 55
1960 = 56
1961 = 61
1962 = 65
1963 = 63
1964 = 69
1965 = 85
1966 = 89
1967 = 97
1968 = 98
1969 = 122
1970 = 112
1971 = 131
1972 = 173
1973 = 163
1974 = 167
1975 = 142
1976 = 142
1977 = 166
1978 = 169
1979 = 182
1980 = 170
1981 = 154
1982 = 163
1983 = 159
1984 = 191
1985 = 200
1986 = 202
1987 = 223
1988 = 208
1989 = 224
1990 = 207
1991 = 225
1992 = 215
1993 = 209
1994 = 218
1995 = 219
1996 = 253
1997 = 235
1998 = 254
1999 = 275
2000 = 298
2001 = 311
2002 = 280
2003 = 302
2004 = 342
2005 = 372
2006 = 439
2007 = 445
2008 = 467
2009 = 539
2010 = 487
2011 = 580
2012 = 644
2013 = 670
2014 = 778
2015 = 878
2016 = 947
2017 = 1086
2018 = 1297
2019 = 1746
2020 = 2750
2021 = 2527
___________________________________
AVI = 1811
MKV = 8179
MP4 = 16458
MPG = 2
M4V = 215
___________________________________
1080p = 5653
720p = 4746
TOTAL = 27885

One way I’ve done this….

root@azcopley:~# route add 84.38.129.0 gw 127.0.0.1 lo

For people I’ve noticed are attacking me..

Not sure about you. I know there are a lot of easier ways to do this. Some of the programs.. fail2ban and that kind of thing work wonders. However I’m a bit heavy handed :)

BLACKLIST=/tmp/blacklist
GREP="/usr/bin/grep -Ev"
IPT="/usr/sbin/iptables -A"

/root/blacklistip.sh

IPS=$($GREP "^#" $BLACKLIST)

for IP in $IPS
 do
  $IPT INPUT -s $IP -j DROP
  $IPT OUTPUT -d $IP -j DROP
done
root@azcopley:~#

Call out IP addresses / backup the list so I don’t have to re-exmine those people I’ll eventually want to clean it out, so people re-using ip addresses don’t get blocked, but I really don’t supose that’ll happen real frequently.

 cat blacklistip.sh
#!/bin/sh
CAT="/usr/bin/cat"
GREP="/usr/bin/grep -i"
AWK="/usr/bin/awk"
UNIQ="/usr/bin/uniq"
SORT="/usr/bin/sort"

ATTACK="sshd"
TMPFILE=/tmp/$ATTACK.attack
BLACK="/tmp/blacklist"
FILE="/var/log/iptables.log"
#
#  Copy off previous

$CAT $BLACK.new > $BLACK.old

$CAT $FILE | $GREP $ATTACK | $AWK '{ print $11 }' > $TMPFILE.1
$CAT $TMPFILE.1 | $AWK -F "=" '{ print $2 }' >> $TMPFILE.2
$SORT $TMPFILE.2 > $TMPFILE.3

$UNIQ $TMPFILE.3 > $BLACK.new
#
#  Only blacklist ones not done before....
#
$AWK 'NR=FNR{a[$0];next}!($0 in a)' $BLACK.old $BLACK.new > $BLACK

Well, the list keeps growing…. Script kiddies. and the like.

 cat /tmp/blacklist.new
103.108.87.133
103.218.3.18
103.228.183.10
103.254.198.67
103.3.226.166
104.131.84.222
104.40.217.239
106.116.118.89
106.12.119.1
106.12.125.241
106.12.166.166
106.12.179.191
106.12.211.254
106.12.214.145
106.12.99.204
106.13.167.62
106.13.176.163
106.13.35.232
106.13.44.83
106.13.45.212
106.13.78.7
106.51.98.159
106.52.42.153
106.53.89.104
106.54.127.61
106.54.200.209
106.75.141.160
106.75.28.38
111.203.196.62
111.229.43.27
111.230.231.145
111.230.29.17
111.231.238.83
111.231.69.68
111.40.217.92
112.21.188.235
112.3.30.119
112.35.77.101
114.4.227.194
114.80.94.228
117.50.5.198
117.50.77.220
118.24.88.241
118.25.91.168
118.89.219.116
118.89.78.131
119.29.104.238
121.229.18.144
121.66.252.158
122.152.208.61
122.155.17.174
122.51.10.222
122.51.245.240
122.51.34.199
122.51.39.232
122.55.190.12
123.59.199.45
124.152.118.131
124.93.160.82
124.93.18.202
128.199.107.114
128.199.164.253
128.199.99.204
129.204.51.77
129.28.183.62
13.71.21.123
131.108.60.30
132.232.53.85
138.117.179.134
138.219.129.150
138.68.22.231
139.59.10.42
139.59.87.250
140.143.233.29
140.207.96.235
140.86.12.31
142.93.140.242
145.239.83.104
145.239.87.35
150.136.160.141
150.158.122.241
152.136.152.45
152.32.144.26
152.67.47.139
157.230.163.6
159.65.176.156
161.189.144.43
162.0.225.199
162.243.237.90
162.251.23.43
164.132.42.32
164.163.99.10
165.227.203.162
167.114.114.114
170.210.121.208
171.244.51.114
175.24.49.130
176.197.5.34
176.31.162.82
178.128.221.85
178.128.56.89
178.128.57.147
178.32.115.26
179.191.123.46
18.220.207.167
180.168.212.6
180.76.138.132
180.76.186.109
181.123.177.150
181.46.80.183
183.195.121.197
183.81.152.109
185.107.95.231
185.129.148.43
185.165.169.168
185.20.82.2
185.254.207.197
188.168.82.246
190.210.62.45
191.189.238.135
192.35.168.195
192.35.169.20
192.99.12.24
193.112.28.27
194.204.194.11
195.54.160.99
195.54.161.15
198.98.61.68
2.36.136.146
200.204.174.163
202.147.198.154
203.151.146.216
203.177.71.254
203.185.61.140
206.253.166.69
209.126.124.203
211.108.69.103
211.90.37.75
212.51.148.162
213.184.249.95
213.204.124.71
213.217.0.177
216.126.58.224
217.182.94.110
223.240.109.231
35.201.150.16
35.241.72.130
37.187.3.53
41.223.4.155
41.63.0.133
41.93.32.94
43.241.238.152
43.248.124.132
45.118.151.85
45.14.150.103
45.157.120.16
45.170.73.13
45.92.126.74
46.101.40.21
49.232.136.245
49.232.33.182
49.232.59.246
49.233.33.118
49.233.84.128
49.235.151.50
49.247.196.128
5.196.70.107
5.249.159.37
51.178.51.36
51.38.126.75
51.38.188.63
51.68.227.98
51.75.18.212
51.79.44.52
51.79.70.223
51.79.85.142
51.83.75.97
51.91.100.120
54.37.75.210
58.87.78.80
59.13.125.142
60.167.180.193
60.2.224.234
61.12.26.145
61.160.107.66
61.183.139.155
62.171.148.78
62.210.119.215
62.234.167.126
62.4.21.144
65.78.99.127
66.70.205.186
77.122.171.25
79.137.34.248
79.17.217.113
80.211.246.93
84.2.226.70
89.154.4.249
89.248.168.51
91.121.211.59
92.222.156.151
93.148.0.91
94.103.80.118
97.90.110.160
root@azcopley:~#

Where is all my mail going for each account? PITA….

root@azcopley:/home# cat forward.sh
#!/bin/bash
ECHO="/usr/bin/echo"

FILES="/home/*"
for ENTRY in $FILES
  do
    $ECHO "ACCOUNT: " $ENTRY
    cat $ENTRY/.forward
    $ECHO "-----------------------------------------"
  done

$ECHO "--------------------DONE------------------"

TO Here:

:/home# ./forward.sh
-----------------------------------------
ACCOUNT: /home/acp
timc@azcopley.com
jeannie@azcopley.com
-----------------------------------------
ACCOUNT: /home/ccp
timc@azcopley.com
jeannie@azcopley.com
-----------------------------------------
ACCOUNT: /home/copleyproperties
timc@azcopley.com
jeannie@azcopley.com
-----------------------------------------
ACCOUNT: /home/crac
timc@azcopley.com
jeannie@azcopley.com
-----------------------------------------
ACCOUNT: /home/jeannie
jeanniecopley@gmail.com
-----------------------------------------
ACCOUNT: /home/jojoba
timc@azcopley.com
jeannie@azcopley.com
-----------------------------------------
ACCOUNT: /home/mcp
timc@azcopley.com
jeannie@azcopley.com
-----------------------------------------
ACCOUNT: /home/pcp
timc@azcopley.com
jeannie@azcopley.com
-----------------------------------------
ACCOUNT: /home/tcp
timc@azcopley.com
jeannie@azcopley.com
-----------------------------------------
ACCOUNT: /home/tim
timc@azcopley.com
-----------------------------------------
ACCOUNT: /home/timc

-----------------------------------------
ACCOUNT: /home/timcopley
timc@azcopley.com
-----------------------------------------
ACCOUNT: /home/tuv
timc@azcopley.com
jeannie@azcopley.com
-----------------------------------------
--------------------DONE------------------
home#

MRTG wants 4 attributes.
In / Out / Uptime / Hostname.

So I put those 4 things into a file…. n4.$DRIVE
for each drive in the array. Then I’m going to use cron to run this
script (Below) which puts it on a samba share that has the server
that’s running MRTG. Which will also have a cron job that will be
polling that file every 5 minutes. Then running MRTG to grab that
data and store it in it’s log file.

Then It’ll give me out 5 sets of graphs with the temperature displayed
over the last 24 / 48 hours.

I used Drive Temp from SYSCTL
Raspberian Temperature to grab the CPU Temp (Which is an independent device from the drives)
as well as grabbing uptime and hostname…

root@nas4:~/bin# cat raidtemp.mrtg
#!/bin/bash
##########################################################
#
#    Use Smartctl to get drive temperature
#
##########################################################
GREP=/usr/bin/grep
CAT=/usr/bin/cat
ECHO=/usr/bin/echo
SCTL="/usr/sbin/smartctl --all"
FIND="ature_Cels"
DATE=`/usr/bin/date +"%m.%d.%y.%H.%M"`
AWK=/usr/bin/awk
CPUTEMP="/root/bin/temp"
FINDCPU="temp"
UPTIME=`/usr/bin/uptime`
HOSTNAME=`$CAT /etc/HOSTNAME`
FILELOC=/home/digitemp/n4

#
#  It'll ignore unfound drives, so list em all
#
DRIVES=(/dev/sda /dev/sdb /dev/sdc /dev/sdd /dev/sde /dev/sdf)
#
#
#
for i in "${DRIVES[@]}"
 do
   DRIVE=`$ECHO $i | $AWK -F/ '{print $3}'`
   TEMP=`$SCTL $i | $GREP $FIND | $AWK -F- '{print $2}' | $AWK '{print $1}'`
   CPUTMP=`$CPUTEMP | $GREP $FINDCPU | $AWK -F: '{print $2}' | $AWK -F. '{print $1}'`

   if [ ! -z "$TEMP" ]
   then
    $ECHO $TEMP > $FILELOC.$DRIVE
    $ECHO $CPUTMP >> $FILELOC.$DRIVE
    $ECHO $UPTIME >> $FILELOC.$DRIVE
    $ECHO $HOSTNAME >> $FILELOC.$DRIVE
   fi
 done

root@nas4:~/bin#

Getting temperature from the CPU is fairly simple / straightforward as well

root@nas4:~/bin# cat temp
#!/bin/bash

# SARPi Project : http://sarpi.fatdog.nl - cpu_status.sh
#
# Raspberry Pi 2, 3, 4 - CPU clock frequency and thermal status.
# This script outputs the current status of the CPU clock speed (MHz)
# and core temperature (Celsius) for monitoring or testing purposes
# while under load or idle.
#
# Usage -
# Default command:   watch ./cpu_status.sh     # 2 seconds refresh
# Timed refresh:     watch -n<number of seconds or 0> ./cpu_status.sh
# With highlights:   watch -d -n0 ./cpu_status.sh
# Perm highlights:   watch -d=cumulative -n0 ./cpu_status.sh
#
# Exaga : 15 Jan 2018 - progenitor
#         29 Jun 2019 - updated with rpi model & hw revision
#         03 Jul 2019 - updated with system uptime
#

# Get RPi model and hardware revision
RPiModel=$(dmesg | grep "Machine model:" | cut -d' ' -f10-16)
RPiHWRev=$(cat /proc/cpuinfo | grep Revision | cut -d' ' -f2)

# Get cpu_status function
cpu_status () {
# Get current CPU frequency (All 4 cores)
CPU0freq=$(cat /sys/devices/system/cpu/cpu0/cpufreq/cpuinfo_cur_freq)
cpuFreq0=$(($CPU0freq/1000))
if [ -f /sys/devices/system/cpu/cpu1/cpufreq/cpuinfo_cur_freq ]; then
CPU1freq=$(cat /sys/devices/system/cpu/cpu1/cpufreq/cpuinfo_cur_freq)
cpuFreq1=$(($CPU1freq/1000))
CPU2freq=$(cat /sys/devices/system/cpu/cpu2/cpufreq/cpuinfo_cur_freq)
cpuFreq2=$(($CPU2freq/1000))
CPU3freq=$(cat /sys/devices/system/cpu/cpu3/cpufreq/cpuinfo_cur_freq)
cpuFreq3=$(($CPU3freq/1000))
fi

# Ouput RPi model/version and system uptime to terminal
echo Device": "$RPiModel
echo HW Rev": "$RPiHWRev
echo
echo Uptime":"$(uptime)
echo

# Output CPU clock status to terminal
echo CPU Clock Speed
echo CPU 0 freq": "$cpuFreq0"MHz"
if [ -f /sys/devices/system/cpu/cpu1/cpufreq/cpuinfo_cur_freq ]; then
echo CPU 1 freq": "$cpuFreq1"MHz"
echo CPU 2 freq": "$cpuFreq2"MHz"
echo CPU 3 freq": "$cpuFreq3"MHz"
fi
echo

# Get CPU thermal status and output to terminal
echo CPU Thermal Status
cpuTemp0=$(cat /sys/class/thermal/thermal_zone0/temp)
cpuTemp1=$(($cpuTemp0/1000))
cpuTemp2=$(($cpuTemp0/100))
cpuTempM=$(($cpuTemp2 % $cpuTemp1))
echo CPU temp": "$cpuTemp1"."$cpuTempM"°C"

# Output exit method to terminal
echo && echo && echo && echo
echo "[Press CTRL+C to exit.]"
}

# Roll cpu_status function
cpu_status

exit 0

#eofroot@nas4:~/bin#

And the Finished Product:

I started running Fligtaware from my home the other day 8/1/20

With a (5 / 7) DBi Antenna

Flightaware Opens in a new Window

and then again on 8/15/20 with another antenna (9 / 10 / 12 DBi)

Flightaware 2
Opens in a new window

The 5/7 is on the roof. The 9/10/12 DBi is in my office.

Going to be putting the larger antenna up on the roof in the near future.