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Digital Circuit Design‎ > ‎

Cloud9 IDE Setup/Signout - Fall 2018, Spring 2019

Many of these instructions are similar to those in ECE 1111 course (who will be sharing our Linux VM) - and I acknowledge Dr. Picone and his team for documenting them.
Before going through these steps, wait until you have a Canvas message that your account is available on the Linux VM.

Initial setup:

Carefully read and go through each step below. Exceptions:
  • If you already have done these steps for another course this semester (e.g., ECE 1111), you can skip to Step 5, and skip the Copy key to clipboard sub-step, because you already have your ssh key installed. Ssh keys are identical for different Cloud9 environments from the same AWS user.
  • If you took ECE 1111 last semester, your account was deleted. You may be able to skip Step 1.
  • If you took Digital Design last semester your account is still valid. However, the IP address has been changed. You can skip to Step 4 after logging into your AWS account. I recommend creating a new environment for this semester (2613_2019s). Do not use your environment from last semester without editing the environment and changing the IP address. See me if you have questions.
  • If you took Digital Design prior to Fall 2018 you must set up a new environment on the AWS Linux VM. Electro9 will no longer be available.
You will use a Terminal Tool to communicate with the Linux VM. Your initial communication will be to change your password and set up what are called ssh keys (ssh is pronounced S S H - it stands for secure shell) for a secure connection using keys rather than passwords.The Cloud9 IDE only connects to the Linux VM using an ssh key and does not use passwords. Once your ssh key has been set up, the Terminal Tool will not be needed.
  • Step 1 - Install a Terminal Tool
  • Mac Users: You will be able to use the Mac Terminal Tool to connect to the Linux VM. A simple video tutorial on the Mac Terminal Tool can be found here. When you first open the terminal you are communicating with your Mac in a command mode. In this mode your Mac looks very much like a Linux operating system.
  • Windows Users (including CoE computers): You will need to install a terminal tool so that you can easily interact with the course VM from the command line. The recommended tool is MobaXterm found here. Download the Home Edition of your choice. The portable edition can be installed on a flash drive. The installer edition is for an install directly on your Windows PC. A simple tutorial on running MobaXterm for Dr. Picone's research group can be found here. I will note the differing steps below. If you are familiar with the Putty terminal tool and already have this installed on your PC, you can use that tool instead.
  • Step 2 - Login to the Linux VM to change your password
Note: Linux will not echo back your passwords as you type them for security reasons.
  • Mac Users: From your Terminal Tool, establish a secure shell connection to the course VM using the command: ssh <your_tu_id>@<ip_address>. An example of the steps for an ssh session for user: root at ip address: 166.76.69.51 is shown here. Use instead the <ip_address> and password you will receive the through a Canvas message.
  • Windows Users (including CoE computers): Open a MobaXterm window. (If you are using the Putty terminal tool, start an ssh session using similar steps.)
    • Select: Sessions->New Session - a new window will appear.
    • Select: SSH
    • Insert the ip_address for the Linux VM in the Remote Host window.
    • Check the Specify Username box and put your tu.. id in the adjacent window.
    • Then the OK button.
    • In the original window, in the right hand section should be a Linux shell session running, asking for your password.
    • MobaXterm will ask if you want to save this password, and since you will be changing it, select: No.
You should now be communicating with the course Linux VM.
  • The first time you login it will ask you to change your password. You can insert any secure password of your choice. It will require upper and lower case, a special symbol, etc. You will need to enter it three times.
  • The system will then log you off.
  • Log back in using the same steps above, but now with your new password.
  • When you are ready to logout, you can either use the ctrl-d keystroke or type in the exit command.
  • If you are going to continue with the steps below, remain logged in.
  • Step 3 - Create and open an AWS account
Open a browser or a new browser tab on your computer. Go to this AWS link and click on Create an AWS Account in the upper right corner to create an account. I suggest you use your Temple email login so that if any educational discounts are available it is easier to qualify for them. For your AWS account name, use your TU access username (e.g. tux12345). You can use any password you like - not necessarily your Temple password. You will be asked to provide other information, including a credit card number, as from this account you will be able to set up and run your own cloud based servers - with the associated charges. However, for this course you will not be required to do anything that will add charges to your account - assuming you follow the directions. If you do not have a credit card or have problems with this process, come and see the instructor for the course. Additional suggested inputs:
  • select the Basic Plan
  • select Academic/Researcher for role
  • select whatever you like for I am interested in
  • select Submit when done
If AWS logs you out, log back in by using the Sign In to the Console button.
  • Step 4 - Select the appropriate region
    • In the upper right portion of the screen, be sure that U.S. East (N. Virginia) is selected.
  • Under AWS Services search for Cloud9 and you will be taken to the AWS Cloud9 home page.
  • Step 5 - Create a Cloud9 environment for this course
    • Select the Create environment orange button.
    • The first page is to name the environment. This is a name only you see when you login to your AWS account. The name needs to be a unique (to your account) one word name. A suggestion: digital_lab or your TU id. The description is optional. Both the name and description can be changed at any time by using the Edit button on the Cloud9 environments page. Select Next step.
    • The next page is to configure your environment settings. (These settings cannot be edited once an environment is created.) Select the Connect and run in remote server (SSH) button highlighted below.
  • In the User window enter your login name for the Linux VM (i.e., tux12345 -- what you used in Step 2).
  • In the Host window enter the IP address for the Linux VM (what you used in Step 2).
  • Select Advanced settings as shown below.
  • In the Environment path - Optional window, enter the course number with the semester abbreviated date, prefixed with a ~/, i.e., ~/2613_2019s
  • You should leave the other windows empty.
  • Almost there ..
At this point you need to copy the public ssh key that AWS has created for you to the course Linux VM authorized_keys file by following the steps below. If you have closed your terminal window to the Linux VM, re-open it using the information in Step 2 above.
  • Go to your terminal session that is connected to the course Linux VM and enter the following command (followed by the Enter key): cat >>.ssh/authorized_keys
  • Return to the AWS browser tab Configure settings page and copy the ssh key to the clipboard by clicking on the Copy key to clipboard button.
This cat command is waiting for keystroke input from the terminal to append to the end of the authorized_keys file located in directory .ssh. The data is in your clipboard.
  • Now paste the contents of the clipboard into the terminal (right click -> paste for MobaXterm, right click only for Putty, unknown for Mac Terminal). You should then see a gibberish of scrambled characters that represents your public key. Do not enter any additional keystrokes or you will spoil the key.
  • Enter two keystrokes from your keyboard - the Linux end of file character: a ctrl-dtwice - in particular, while pressing the ctrl key, also press the d key - twice.
  • The cat command will complete and close when it sees this end of file character, and a Linux command prompt should appear. Your ssh key should now be appended to the authorized_keys file.
  • Return to your AWS browser tab Configure settings page and select Next step
AWS will now try to go out an connect to the remote server that you specified (the course Linux VM) using the ssh key pairs. If the connection is successful, you will see a Review page. If unsuccessful, it will give you an indication that it couldn't connect. If you are unsuccessful, re-check your steps. If you need to re-enter your public ssh key, you should zero the contents of the authorized_keys file with the command: >.ssh/authorized_keys --- ONLY DO THIS IF YOU WERE UNSUCCESSFUL.
  • If everything looks good on the Review page, select Create environment.
  • Step 6 - Install Cloud9 IDE on course Linux VM
  • A new page should appear as shown below. Do NOT check the Always install everything box. Select the Next button.
  • Keep everything checked EXCEPT the c9.ide.lamda.docker package, and select the Next button.
  • This operation will take a few minutes as you will see the different install operations scroll as shown below - in case there are errors - you should see them.
  • When complete, select Next then Finish. It should complete and have you logged into the Linux server through the IDE and should see a Welcome tab.
  • You can close the Welcome and other tabs in the lower window.
  • Congratulations! Your Cloud9 installation is complete. You can go back to the terminal tool you used and close/logoff (ctrl-d or exit). You probably will not have to use the terminal tool anymore - and only login using the ssh keys through the Cloud9 IDE.

Logging out of Cloud9:

While I haven't been able to find any recommended steps for logging out of a Cloud9 environment, here is what I suggest.
  • When you first install Cloud9 using the steps above you will have a single browser window. To create a second AWS window, select the circle in the upper right corner of the window and Go To Dashboard. This will open a new browser tab with your AWS Dashboard/Console login.
  • When you have two browser tabs open (i.e., AWS Console and Cloud9 environment) - which is the normal login process (see below), I recommend:
    • first, close the Cloud9 environment tab
    • second, log out of your AWS console (login name dropdown in upper right corner -> Sign Out)

Logging into an existing Cloud9 environment (normal mode):

  • Login to your AWS account's console. It should show Cloud9 under Recently visited services. Select: Cloud9.
  • Select Open IDE for the environment you want to open. A new tab will open with the IDE connected to the Linux VM. You will have two tabs - the AWS Cloud9 console and the Cloud9 IDE logged into the VM.
(Last modified: 1/16/2019.) If you have comments/corrections/suggestions on any of these pages, email: fhiggins@temple.edu