At the time of writing, the current version of IntelliJ is IntelliJ IDEA 2019.1.2 for the free Community download. Otherwise, that’s OK as we will walk-through the installation steps for IntelliJ. If you have programmed in another language before in the like of Java, you may already be familiar with the IntelliJ IDEA code editor. As a reminder, we will use the IntelliJ IDEA code editor to help us easily write and execute our Scala code. There is also tutorial is a much needed update on the previous instructions for installing the IntelliJ IDEA code editor. Leaving empty triggers local deployment. The first five are only needed for remote deployments. Is required, there is already a placeholder “Add CrowPi IP here”.ĭepending on the configuration of your Raspberry Pi, you may need to define one of this available properties:Ĭ specifies the IP/hostname of the CrowPi, defaults to emptyĬ defaults to 22 and specifies the SSH server portĬ defaults to crowpi (this deviates from the Raspberry Pi OS default which is raspberry)Ĭ is the destination folder on the CrowPi where the compiled JAR files are copied to before execution and defaults to /home/pi/deploy (auto-created if missing)Ĭ is the class path which should get launched by the JVM, defaults to / and should not be changed (warranty void if you do so :wink:)Ĭ are the arguments passed to the application launched by the JVM, specified as a string, passed through as-is without quoting, so e.g. A little hint: wherever the IP address of the Raspberry Pi The dialog for setting the configurations now opens. As explained before, the IP address of the Raspberry Pi is displayed on To do this,Ĭlick here and select “Edit Configurations”. To make everything work smoothly, the IP address of the Raspberry Pi must first be configured. This connects to the Raspberry Pi and troubleshooting can begin. “crowpi-examples ” does the same, but other optionsĪre selected during the connection, and a debugger is waiting until the application is actually executed. The copied code is then started on the Raspberry Pi. With “crowpi-examples ” the current code is copied to the Raspberry Pi. IP address of your Raspberry Pi to push and run the code from your PC to the Pi.
However, there is no need to worry, because most of it is already predefined and all you have to do is enter the These define which parts of the code are executed and how. The CrowPi project uses 3 run configurations. Now only the start configuration of the project is missing, which is described in the next section.
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