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OPS705 Lab 2 (2207)

154 bytes removed, 19:59, 5 October 2020
Lab Submission
In this lab, you will learn how to create Windows and Linux virtual machines using a pre-built image, how to remotely connect to each, and basic management of these VMs from the Azure web interface. These two VMs will be used extensively in your later labs. This lab assumes you have completed [[OPS705_Lab_1 | Lab 1]] successfully. Refer back to that lab for reminders on the basics of the Azure Dashboard interface.
While you are working through this lab, it is highly recommended that you write notes down in your OPS705 Lab Logbook. These are general notes and commands to help you remember how to do this lab. Each lab has its own page in the logbook. You may use this logbook your notes during all quizzestests, so fill it out accordingly!
If you encounter technical issues, please contact your professor via e-mail or in your section's Microsoft Teams group.
# Your Seneca Azure login credentials
# Your linked mobile device for 2FA
# Your [[File:OPS705_Lab_Logbook | OPS705 Lab Logbook]]
= INVESTIGATION 1: Managing a Windows Server 2016 VM in Azure =
== Part 2: Accessing Your Windows VM Remotely Using RDP ==
[[Image:Ops705_lab2_fig6.png|thumb|right|250px275px|Figure 2. The ''Remote Desktop Connection'' application on Windows.]]
In this section, we'll discover how to remotely connect to the Windows Server's desktop environment over the Internet from your computer.
# In the ''Overview'' tab for the Virtual Machine created in Part 1, look for the '''IP address or FQDN''' entry. This is the address you will use to connect later in this section. Write it down (Hover over the URL, and you'll see a ''Copy to clipboard'' icon).
# '''Choose a base:''' CentOS-based 7.8
# '''Virtual machine name:''' yourSenecaUsername-lnx# '''User name:''' yourSenecaUsername-lnx
# '''Authentication type:''' Password
# '''Use a saved secret:''' Unchecked
# In the password field, type the password you gave when creating the VM. (You won't see anything as you type here; that's normal.)
# If login is successful, you should see a prompt like this: <code>[cjohnson30@cjohnson30-lnx ~]$</code>
# To prove you've completed this section, run the following: <code>echo "My name is ''insertFullName'', and I've completed the CentOS investigation!." > ~/lab2.txt</code>
# To quit, type <code>exit</code>.
# When prompted for a password, use the one you gave when you created the VM. (You won't see anything as you type here; that's normal.)
# If login is successful, you should see a prompt like this: <code>[cjohnson30@cjohnson30-lnx ~]$</code>
# To prove you've completed this section, run the following: <code>echo "My name is ''insertFullName'', and I've completed the CentOS VM investigation!." > ~/lab2.txt</code>
# To quit, type <code>exit</code>.
As mentioned during our lecture and throughout this lab, using resources responsibly is incredibly important. We pay for what we use. While we have a failsafe in place to stop all VMs at 2:00am EST daily, don't rely on it! Fully stop your VMs when you're not using them.
Your total allowed resource allocation has been restricted for this course. This means you can only have three two VMs (or services) at a time. This includes Web Apps. If you have three two already, you won't be able to add another until you delete one.
= Lab Submission =

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