Lab 01 - Updates, Installations, Users, Files

I am going to skip labeling the steps that don’t require any submission, so the answers will only include terminal screenshots and answers to questions.

2. If you successfully join a wireless network, typing `iwgetid` in the terminal should display the network name as follows.

Some Caveats: My Pi did not support md4 hashing due to its age, so I opted to use Sha256 instead.

c19d40e797a1db3e0daa39fda6df3740bdc9b07b91b1989b16c67bbb699aaa7a

4. Create a new folder inside the `Desktop` folder inyour home directory called `CS2210`

5. Hostname of the Pi, displaying it via the `hostname` command.

6. IP address of the Pi, displaying it via the `hostname -I` command.

7. Output of the command: `df -T`

8. What is the file system type listed for the root partition?

From the following screenshot, we can determine that the file system type for the root partition is ext4

9. Confirmation message that appears after expanding the file system to use the entire microSD card

10. Use the `ping` command to ping the IP address of UVM’s home page

11. What was the average packet round trip time?

Given the following packet times:

1.60 ms
16.0 ms
47.1 ms
4.63 ms

We can use the average formula to find this(duh)

Average = \frac{x _{1} + x _{2} + x _{3} + \dots + x _{n}}{n}

$Average = \frac{1.60 + 16.0 + 47.1 + 4.63}{4} = \frac{69.33}{4} = 17.33 ms$

Therefore, the average was 17.33ms

12. Create a Python file using `nano` called `hello1.py`. Write a line of code that displays “Hello, this is [your name] using Nano on my Raspberry Pi”.

Unfortunately my terminal emulator didn’t support nano through ssh, so I was forced to use apple terminal! Oh No!

13. Run `hello1.py` from the command line.

14. Create the following new users and a take a screenshot demonstrating how they were created.

There were other ways to achieve this in the documentation, but I always prefer short bash one liners.

your_name, with sudo privileges

user1, without sudo privileges

16. Create a Python file using Vim called `hello2.py`. Write a line of code that displays “Hello, this is [your name] using Vim on my Raspberry Pi”.

Since I already daily drive Vim on my own setup, I went ahead and installed my Vim Dotfile Configuration onto my Pi.

17. Create a directory called `lab01` using the `mkdir` command, and use the `mv` command to move `hello2.py` into it.

18. Execute `hello2.py` via the command line

19. Install any recent updates to your Raspberry Pi OS distribution via `sudo apt update` and then `sudo apt upgrade`

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Lab 01 - Updates, Installations, Users, Files

2. If you successfully join a wireless network, typing `iwgetid` in the terminal should display the network name as follows.

4. Create a new folder inside the `Desktop` folder inyour home directory called `CS2210`

5. Hostname of the Pi, displaying it via the `hostname` command.

6. IP address of the Pi, displaying it via the `hostname -I` command.

7. Output of the command: `df -T`

8. What is the file system type listed for the root partition?

9. Confirmation message that appears after expanding the file system to use the entire microSD card

10. Use the `ping` command to ping the IP address of UVM’s home page

11. What was the average packet round trip time?

12. Create a Python file using `nano` called `hello1.py`. Write a line of code that displays “Hello, this is [your name] using Nano on my Raspberry Pi”.

13. Run `hello1.py` from the command line.

14. Create the following new users and a take a screenshot demonstrating how they were created.

16. Create a Python file using Vim called `hello2.py`. Write a line of code that displays “Hello, this is [your name] using Vim on my Raspberry Pi”.

17. Create a directory called `lab01` using the `mkdir` command, and use the `mv` command to move `hello2.py` into it.

18. Execute `hello2.py` via the command line

19. Install any recent updates to your Raspberry Pi OS distribution via `sudo apt update` and then `sudo apt upgrade`

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Graph View

Lab 01 - Updates, Installations, Users, Files

2. If you successfully join a wireless network, typing iwgetid in the terminal should display the network name as follows.

4. Create a new folder inside the Desktop folder inyour home directory called CS2210

5. Hostname of the Pi, displaying it via the hostname command.

6. IP address of the Pi, displaying it via the hostname -I command.

7. Output of the command: df -T

8. What is the file system type listed for the root partition?

9. Confirmation message that appears after expanding the file system to use the entire microSD card

10. Use the ping command to ping the IP address of UVM’s home page

11. What was the average packet round trip time?

12. Create a Python file using nano called hello1.py. Write a line of code that displays “Hello, this is [your name] using Nano on my Raspberry Pi”.

13. Run hello1.py from the command line.

14. Create the following new users and a take a screenshot demonstrating how they were created.

16. Create a Python file using Vim called hello2.py. Write a line of code that displays “Hello, this is [your name] using Vim on my Raspberry Pi”.

17. Create a directory called lab01 using the mkdir command, and use the mv command to move hello2.py into it.

18. Execute hello2.py via the command line

19. Install any recent updates to your Raspberry Pi OS distribution via sudo apt update and then sudo apt upgrade

Table of Contents

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2. If you successfully join a wireless network, typing `iwgetid` in the terminal should display the network name as follows.

4. Create a new folder inside the `Desktop` folder inyour home directory called `CS2210`

5. Hostname of the Pi, displaying it via the `hostname` command.

6. IP address of the Pi, displaying it via the `hostname -I` command.

7. Output of the command: `df -T`

10. Use the `ping` command to ping the IP address of UVM’s home page

12. Create a Python file using `nano` called `hello1.py`. Write a line of code that displays “Hello, this is [your name] using Nano on my Raspberry Pi”.

13. Run `hello1.py` from the command line.

16. Create a Python file using Vim called `hello2.py`. Write a line of code that displays “Hello, this is [your name] using Vim on my Raspberry Pi”.

17. Create a directory called `lab01` using the `mkdir` command, and use the `mv` command to move `hello2.py` into it.

18. Execute `hello2.py` via the command line

19. Install any recent updates to your Raspberry Pi OS distribution via `sudo apt update` and then `sudo apt upgrade`