Shell Scripting in UNIX
Question Description
NOTE FOR TUTOR
LAB 4A
1. I HAVE INCLUDED ALL SOLUTIONS WITH THIS ALREADY FOR YOUR REFERENCE BUT I NEED A UNIQUE SUBMISSION. THEY CANNOT BE DUPLICATE.
2. ALL REQUIRED FILES FOR BOTH PARTS ARE INCLUDED IN THE ZIP.
3. PLEASE INCLUDE SCREENSHOTS OF THE COMMAND SCREEN WHENEVER POSSIBLE, THE NAME SHOULD READ "NAWSAFMBP" IN TERMINAL/UNIX IF YOU DO SO, YOU MIGHT HAVE TO RENAME YOUR PC FOR THIS.
4. PLEASE INCLUDE ALL RELATED/WORKING FILES IN THE FINAL SUBMISSION.
For the following labs include the following header in your scripts:
# File name: <filename of your script>
# Author: <Include your full name here>
# Term: <Spring 2018>
# Date: <Include the date you created the script>
Be sure to also include detailed comments in each script!
Part I: Back Up Plan
Write a shell script named lab4.1that will search your home directory for file sizes greater than 1KB. Your script should output a list of these files, then back them up the files to an archive with extension .bakand then remove them.
You can try out the script in a test directory to make sure it functions properly.
Part II: Properly Executed
Write a script named lab4.2that will search though each of the directories in the $PATHenvironment variable and return an the path of the directory and an alphabetized list of the files within them. This must be done for each directory in the $PATHvariable. Attach a screenshot of your output.
Part III: Process Data with a Vengeance
Consider the following data, formatted in the previous lab as shown below:
F gge0001x gge0001y gge0001z
D 12-30-2006 12-30-2006 12-30-2006
T 14:15:20 14:15:55 14:16:27
S a69 a69 a69
B 15.8 16.1 15
M gge06001 gge06001 gge06001
P 30.1 29.6 29.9
Q 20.2 22.3 23.4
R 1006.2 1003.5 999.8
U 1011.8 1011.8 1005
X 34.7 35.2 35.1
A 38.994 38.994 38.994
G 107.71 107.71 107.71
H 8.395 8.406 8.368
O 37.141 36.823 36.621
C 7.55 7.532 7.437
K 28.193 27.902 27.856
W 212.86 210.15 207.15
L 68.3 67.9 67.6
This is the processed performance data collected on a solar photovoltaic module installed at ASU Polytechnic campus. Write a bash script named lab4.3.shwill process this data file to determine the average performance output of the module. Upon processing, the data is to be presented as shown in the table below:
Performance Data
Date 12/30/2006
Tamb (°C) 15.63
Tref (°C) 29.87
Tm (°C) 21.97
Irradiance (W/m^2)1003.17
Isc (A)8.39
Voc (V) 36.86
Imp (A) 7.51
Vmp (V) 27.98
Pm (W) 210.05
Note the corresponding rows:
Date D
Tamb B
Tref P
Tm Q
Irradiance R
Isc H
Voc O
Imp C
Vmp K
Pm W
FF L
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