- Run shell from rubyinstaller install#
- Run shell from rubyinstaller Pc#
- Run shell from rubyinstaller windows#
Run shell from rubyinstaller install#
There are a lot of resources online for using the Windows Subsystem for Linux (WSL) to install Ruby and Rails on Windows 10 and up. The downside, however, is that you'll need to teach yourself quite a bit about Linux! We don't provide Linux support at Epicodus so this option is best for students that are motivated to learn Linux on their own. It is much easier to set up all the tools you'll need for Ruby and Rails within the Windows Subsystem for Linux. If you are interested in Linux or have previous experience with using it, you can consider using the Windows Subsystem for Linux. Next up, we'll cover two installation options for installing Ruby. Take note: if you run into any error that prevents you from completing all of the installation steps in this lesson, you should still continue with the remaining installation pre-work by installing Postgres. You can share these notes with your peers, and they can share their notes with you. Our best recommendation is to take detailed notes on any issues that come up, the troubleshooting steps you took to address those issues, and any helpful resources you found along the way. However, many students have gone through the Ruby and Rails course using Windows, and you can do it too! Keep in mind that there will be an in-class troubleshooting session where you can get help from your peers and your teacher. Installations can have errors and it can take some time and persistence to get Ruby set up on a Windows machine. Why? There is no "one size fits all" installation setup for Windows machines.
Run shell from rubyinstaller Pc#
Tomcat (JBoss Enterprise Web Server 1.0) rhc app create jbossews-1.Students using PC machines with Windows tend to run into problems installing all the tools necessary for the Ruby and Rails course.
Jenkins Server 1.4 rhc app create jenkins-1.4 JBoss Enterprise Application Platform 6.0 rhc app create jbosseap-6.0 Run 'rhc app create' to create your first application. The setup wizard then completes by displaying the current gear consumption along with the gear sizes available to the given user. In this case the setup wizard shows the types of applications that can be created with the associated commands. In the example below, no applications have been created. Any applications created with the Management Console are displayed here. doneįinally, the setup wizard verifies whether any applications exist under your domain. Uploading key 'default' from C:\Users\User1\.ssh\id_rsa.pub. Since you do not have any keys associated with your OpenShift account, your new key will be uploaded as the 'default' key
Your public ssh key must be uploaded to the OpenShift server to access code. In the following example the default name is used. Enter a name to use for your key, or leave it blank to use the default name. We will generate a pair of keys for you.Īfter the new SSH keys are generated, the public key, id_rsa.pub, must be uploaded to the OpenShift server to authenticate your system to the remote server. In the following example the SSH keys are generated and saved in the C:\Users\User1\.ssh directory. Therefore, the setup wizard generates a new pair of SSH keys, named id_rsa and id_rsa.pub, and saves them in your home directory. Because this is the initial configuration, it is assumed no existing SSH keys are found on your system. Next, the setup wizard configures the SSH keys so that your system can authenticate with the remote server.
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