Difference between revisions of "Archive:Development Test Environment"
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= EVE University Development Test Environment = | = EVE University Development Test Environment = | ||
| − | EVE University | + | [[EVE University]] previously used an Amazon AWS/EC2 instance as its Development Test Environment (aka "devtest" or "devtest environment") which mimicked "aura", the EVE University production host. Members of the Web Development Team were given their login, password, and private key on joining the team. |
| − | The devtest environment | + | The devtest environment was used for final testing of web applications prior to their rollout on the production server. It was not intended as a development environment itself. |
== "devtest" Information == | == "devtest" Information == | ||
| + | |||
| + | The following information is archived for possible future use: | ||
=== Public DNS === | === Public DNS === | ||
| − | The current public DNS (hostname) for devtest is | + | {{co|wheat| The current public DNS (hostname) for devtest is ec2-54-215-150-94.us-west-1.compute.amazonaws.com }} |
=== Authentication === | === Authentication === | ||
| − | WebDev team members may connect to the devtest environment through SSH by using their private key as authentication. The private key is a 1024-bit DSA key as used by Amazon for their AWS/EC2 instances, who store it in a file with a *.pem extension by default. Instructions for using it under different clients and environments may be found below. | + | {{co|wheat| WebDev team members may connect to the devtest environment through SSH by using their private key as authentication. The private key is a 1024-bit DSA key as used by Amazon for their AWS/EC2 instances, who store it in a file with a *.pem extension by default. Instructions for using it under different clients and environments may be found below.}} |
| − | Note that public key authentication is the only allowed method of remote connection. The password is only useful when creating a new shell from within the instance itself. Despite being unusable for remote connections, the password should still be changed by the user to something more secure upon first login by using the "passwd" command. | + | {{co|wheat| Note that public key authentication is the only allowed method of remote connection. The password is only useful when creating a new shell from within the instance itself. Despite being unusable for remote connections, the password should still be changed by the user to something more secure upon first login by using the "passwd" command. }} |
=== Applications and Services === | === Applications and Services === | ||
| − | The applications and services installed on the devtest environment may or may not be exactly those found on aura. This will be dependent upon what software and their versions will be available to us within the AWS/EC2 instance. (Even the version of the host OS distribution cannot be made the same.) This underscores the need to follow standards and to write code to be as flexible and version-independent as possible. | + | {{co|wheat| The applications and services installed on the devtest environment may or may not be exactly those found on aura. This will be dependent upon what software and their versions will be available to us within the AWS/EC2 instance. (Even the version of the host OS distribution cannot be made the same.) This underscores the need to follow standards and to write code to be as flexible and version-independent as possible. }} |
== Setup, Windows Clients == | == Setup, Windows Clients == | ||
| Line 25: | Line 29: | ||
=== PuTTY === | === PuTTY === | ||
| − | 1. Download both putty.exe and puttygen.exe from [http://www.chiark.greenend.org.uk/~sgtatham/putty/download.html the PuTTY download page]. Place them anywhere; they are standalone executables with no installers. | + | {{co|wheat| 1. Download both putty.exe and puttygen.exe from [http://www.chiark.greenend.org.uk/~sgtatham/putty/download.html the PuTTY download page]. Place them anywhere; they are standalone executables with no installers.}} |
| − | 2. Create a new text file anywhere and call it "<your login>-eunidev.pem", for example "turhan-eunidev.pem". (The name isn't critical, but this convention will eliminate future confusion.) | + | {{co|wheat| 2. Create a new text file anywhere and call it "<your login>-eunidev.pem", for example "turhan-eunidev.pem". (The name isn't critical, but this convention will eliminate future confusion.)}} |
| − | 3. Open that file in a text editor and then copy-paste the entire text of your private key into it from your PM. It should include even the BEGIN and END lines. Save the file. (Note: Do not give your private key to anyone else!) | + | {{co|wheat| 3. Open that file in a text editor and then copy-paste the entire text of your private key into it from your PM. It should include even the BEGIN and END lines. Save the file. (Note: Do not give your private key to anyone else!)}} |
| − | 4. Launch puttygen.exe. | + | {{co|wheat| 4. Launch puttygen.exe.}} |
| − | 5. Under the Conversions menu, choose "Import Key". Navigate to and select the *.pem file created above and press Open. | + | {{co|wheat| 5. Under the Conversions menu, choose "Import Key". Navigate to and select the *.pem file created above and press Open.}} |
| − | 6. Press the "Save private key" button. When asked if you wish to save the key without a passphrase, press Yes. (If you know what you're doing and wish to add a passphrase, then go ahead.) | + | {{co|wheat| 6. Press the "Save private key" button. When asked if you wish to save the key without a passphrase, press Yes. (If you know what you're doing and wish to add a passphrase, then go ahead.)}} |
| − | 7. For the filename, use "<your login>-eunidev", for example "turhan-eunidev", and press Save. PuTTYgen will automatically add a *.ppk extension. (Again, the name isn't critical, but this convention will eliminate future confusion.) | + | {{co|wheat| 7. For the filename, use "<your login>-eunidev", for example "turhan-eunidev", and press Save. PuTTYgen will automatically add a *.ppk extension. (Again, the name isn't critical, but this convention will eliminate future confusion.)}} |
| − | 8. Close puttygen.exe. | + | {{co|wheat| 8. Close puttygen.exe.}} |
| − | 9. Launch putty.exe. | + | {{co|wheat| 9. Launch putty.exe.}} |
| − | 10. In the Host Name field, type the instance's public DNS shown above. Make sure the SSH radio button is selected and that the port is set to 22. | + | {{co|wheat| 10. In the Host Name field, type the instance's public DNS shown above. Make sure the SSH radio button is selected and that the port is set to 22.}} |
| − | 11. In the tree on the left, navigate to Connection -> SSH -> Auth. (Click on Auth itself, don't expand it further.) | + | {{co|wheat| 11. In the tree on the left, navigate to Connection -> SSH -> Auth. (Click on Auth itself, don't expand it further.)}} |
| − | 12. In the "Private key file for authentication" controls, press the Browse button. Navigate to the *.ppk file created above, select it, and press Open. | + | {{co|wheat| 12. In the "Private key file for authentication" controls, press the Browse button. Navigate to the *.ppk file created above, select it, and press Open.}} |
| − | 13. In the tree on the left, click on Session (at the very top) to go back to the first set of controls. | + | {{co|wheat| 13. In the tree on the left, click on Session (at the very top) to go back to the first set of controls.}} |
| − | 14. In the "Load, save or delete a stored session" control group, type "eunidev <your login>" into the Saved Sessions field and press Save. (Again, the name isn't critical, but this convention will eliminate future confusion.) | + | {{co|wheat| 14. In the "Load, save or delete a stored session" control group, type "eunidev <your login>" into the Saved Sessions field and press Save. (Again, the name isn't critical, but this convention will eliminate future confusion.)}} |
| − | And you're done. To connect to eunidev, you may launch putty.exe and you should be able to double-click on that saved session in the list. You will only need to type in your login name and not your password because the private key you created is your authentication. | + | {{co|wheat| And you're done. To connect to eunidev, you may launch putty.exe and you should be able to double-click on that saved session in the list. You will only need to type in your login name and not your password because the private key you created is your authentication. }} |
=== WinSCP === | === WinSCP === | ||
| − | 1. Download and install WinSCP from [http://winscp.net/eng/download.php the WinSCP download page]. | + | {{co|wheat| 1. Download and install WinSCP from [http://winscp.net/eng/download.php the WinSCP download page]. }} |
| − | 2. ''WinSCP uses the PuTTY *.ppk file format for public key authentication.'' If you have not yet created a *.ppk file by following the PuTTY instructions, then follow Steps 2-8 from the PuTTY instructions above. (Note: PuTTYgen is installed as part of the WinSCP installation, and may be launched from Start Menu -> WinSCP -> Key tools -> PuTTYgen.) | + | {{co|wheat| 2. ''WinSCP uses the PuTTY *.ppk file format for public key authentication.'' If you have not yet created a *.ppk file by following the PuTTY instructions, then follow Steps 2-8 from the PuTTY instructions above. (Note: PuTTYgen is installed as part of the WinSCP installation, and may be launched from Start Menu -> WinSCP -> Key tools -> PuTTYgen.) }} |
| − | 3. Launch WinSCP. | + | {{co|wheat| 3. Launch WinSCP. }} |
| − | 4. In the File Protocol dropdown, select "SCP". Then set the Host Name field to the instance's public DNS shown above, and the User Name field to your login. | + | {{co|wheat| 4. In the File Protocol dropdown, select "SCP". Then set the Host Name field to the instance's public DNS shown above, and the User Name field to your login. }} |
| − | 5. In the Private Key File field, press the "..." button. Navigate to the *.ppk file created above, select it, and press Open. | + | {{co|wheat| 5. In the Private Key File field, press the "..." button. Navigate to the *.ppk file created above, select it, and press Open. }} |
| − | 6. Press the Save button and name it "eunidev <your login>", and press OK. (The name isn't critical, but this convention will eliminate future confusion.) | + | {{co|wheat| 6. Press the Save button and name it "eunidev <your login>", and press OK. (The name isn't critical, but this convention will eliminate future confusion.) }} |
| − | You now have a stored session that you may double-click any time you run WinSCP. Your login was already entered as part of the stored session and no password is needed, because the private key you created is your authentication. | + | {{co|wheat| You now have a stored session that you may double-click any time you run WinSCP. Your login was already entered as part of the stored session and no password is needed, because the private key you created is your authentication. }} |
== Setup, Unix/Linux Clients == | == Setup, Unix/Linux Clients == | ||
| Line 75: | Line 79: | ||
=== ssh === | === ssh === | ||
| − | 1. Create a text file called "<your login>-eunidev.pem" and open it in a text editor. (The name isn't critical, but this convention will eliminate future confusion.) | + | {{co|wheat| 1. Create a text file called "<your login>-eunidev.pem" and open it in a text editor. (The name isn't critical, but this convention will eliminate future confusion.) }} |
| − | 2. Copy-paste the entire text of your private key into it from your PM. Save the file. | + | {{co|wheat| 2. Copy-paste the entire text of your private key into it from your PM. Save the file. }} |
| − | 3. Change the permissions of the private key file to read-only by only yourself, i.e. "chmod 600 <your login>-eunidev.pem". Remember, this is your private key and nobody else should have access to it. (This will also remove a lot of warning messages that many versions of ssh will throw at you for being so lax in your key security.) | + | {{co|wheat| 3. Change the permissions of the private key file to read-only by only yourself, i.e. "chmod 600 <your login>-eunidev.pem". Remember, this is your private key and nobody else should have access to it. (This will also remove a lot of warning messages that many versions of ssh will throw at you for being so lax in your key security.) }} |
| − | And you're done. To connect to devtest, just use ssh with that key file and the public DNS from above. For example: | + | {{co|wheat| And you're done. To connect to devtest, just use ssh with that key file and the public DNS from above. For example: }} |
| − | "ssh -i turhan-eunidev.pem [email protected]" | + | {{co|wheat| "ssh -i turhan-eunidev.pem [email protected]" }} |
=== scp === | === scp === | ||
| − | Just follow the same steps as needed to set up ssh, above. To copy files to or from devtest, just use scp with that key file and the public DNS from above. For example: | + | {{co|wheat| Just follow the same steps as needed to set up ssh, above. To copy files to or from devtest, just use scp with that key file and the public DNS from above. For example: }} |
| − | "scp -i turhan-eunidev.pem local-file.ext [email protected]:remote-file.ext" | + | {{co|wheat| "scp -i turhan-eunidev.pem local-file.ext [email protected]:remote-file.ext" }} |
| − | |||
Latest revision as of 05:57, 7 October 2021
|
This page's intent is to provide information on the the history of EVE University. The information on this page is no longer current. |
EVE University Development Test Environment
EVE University previously used an Amazon AWS/EC2 instance as its Development Test Environment (aka "devtest" or "devtest environment") which mimicked "aura", the EVE University production host. Members of the Web Development Team were given their login, password, and private key on joining the team.
The devtest environment was used for final testing of web applications prior to their rollout on the production server. It was not intended as a development environment itself.
"devtest" Information
The following information is archived for possible future use:
Public DNS
The current public DNS (hostname) for devtest is ec2-54-215-150-94.us-west-1.compute.amazonaws.com
Authentication
WebDev team members may connect to the devtest environment through SSH by using their private key as authentication. The private key is a 1024-bit DSA key as used by Amazon for their AWS/EC2 instances, who store it in a file with a *.pem extension by default. Instructions for using it under different clients and environments may be found below.
Note that public key authentication is the only allowed method of remote connection. The password is only useful when creating a new shell from within the instance itself. Despite being unusable for remote connections, the password should still be changed by the user to something more secure upon first login by using the "passwd" command.
Applications and Services
The applications and services installed on the devtest environment may or may not be exactly those found on aura. This will be dependent upon what software and their versions will be available to us within the AWS/EC2 instance. (Even the version of the host OS distribution cannot be made the same.) This underscores the need to follow standards and to write code to be as flexible and version-independent as possible.
Setup, Windows Clients
PuTTY
1. Download both putty.exe and puttygen.exe from the PuTTY download page. Place them anywhere; they are standalone executables with no installers.
2. Create a new text file anywhere and call it "<your login>-eunidev.pem", for example "turhan-eunidev.pem". (The name isn't critical, but this convention will eliminate future confusion.)
3. Open that file in a text editor and then copy-paste the entire text of your private key into it from your PM. It should include even the BEGIN and END lines. Save the file. (Note: Do not give your private key to anyone else!)
4. Launch puttygen.exe.
5. Under the Conversions menu, choose "Import Key". Navigate to and select the *.pem file created above and press Open.
6. Press the "Save private key" button. When asked if you wish to save the key without a passphrase, press Yes. (If you know what you're doing and wish to add a passphrase, then go ahead.)
7. For the filename, use "<your login>-eunidev", for example "turhan-eunidev", and press Save. PuTTYgen will automatically add a *.ppk extension. (Again, the name isn't critical, but this convention will eliminate future confusion.)
8. Close puttygen.exe.
9. Launch putty.exe.
10. In the Host Name field, type the instance's public DNS shown above. Make sure the SSH radio button is selected and that the port is set to 22.
11. In the tree on the left, navigate to Connection -> SSH -> Auth. (Click on Auth itself, don't expand it further.)
12. In the "Private key file for authentication" controls, press the Browse button. Navigate to the *.ppk file created above, select it, and press Open.
13. In the tree on the left, click on Session (at the very top) to go back to the first set of controls.
14. In the "Load, save or delete a stored session" control group, type "eunidev <your login>" into the Saved Sessions field and press Save. (Again, the name isn't critical, but this convention will eliminate future confusion.)
And you're done. To connect to eunidev, you may launch putty.exe and you should be able to double-click on that saved session in the list. You will only need to type in your login name and not your password because the private key you created is your authentication.
WinSCP
1. Download and install WinSCP from the WinSCP download page.
2. WinSCP uses the PuTTY *.ppk file format for public key authentication. If you have not yet created a *.ppk file by following the PuTTY instructions, then follow Steps 2-8 from the PuTTY instructions above. (Note: PuTTYgen is installed as part of the WinSCP installation, and may be launched from Start Menu -> WinSCP -> Key tools -> PuTTYgen.)
3. Launch WinSCP.
4. In the File Protocol dropdown, select "SCP". Then set the Host Name field to the instance's public DNS shown above, and the User Name field to your login.
5. In the Private Key File field, press the "..." button. Navigate to the *.ppk file created above, select it, and press Open.
6. Press the Save button and name it "eunidev <your login>", and press OK. (The name isn't critical, but this convention will eliminate future confusion.)
You now have a stored session that you may double-click any time you run WinSCP. Your login was already entered as part of the stored session and no password is needed, because the private key you created is your authentication.
Setup, Unix/Linux Clients
ssh
1. Create a text file called "<your login>-eunidev.pem" and open it in a text editor. (The name isn't critical, but this convention will eliminate future confusion.)
2. Copy-paste the entire text of your private key into it from your PM. Save the file.
3. Change the permissions of the private key file to read-only by only yourself, i.e. "chmod 600 <your login>-eunidev.pem". Remember, this is your private key and nobody else should have access to it. (This will also remove a lot of warning messages that many versions of ssh will throw at you for being so lax in your key security.)
And you're done. To connect to devtest, just use ssh with that key file and the public DNS from above. For example:
"ssh -i turhan-eunidev.pem [email protected]"
scp
Just follow the same steps as needed to set up ssh, above. To copy files to or from devtest, just use scp with that key file and the public DNS from above. For example:
"scp -i turhan-eunidev.pem local-file.ext [email protected]:remote-file.ext"
