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1. #INSTALL WEKA IN UBUNTU HOW TO#
2. #INSTALL WEKA IN UBUNTU INSTALL#
3. #INSTALL WEKA IN UBUNTU UPDATE#
4. #INSTALL WEKA IN UBUNTU SOFTWARE#

I didn't save the original error, but my experience on Linux was similar. Install.packages( "rJava ", type = 'source ') # Success! So now that I updated the compiler and runtime environment (JDK) and reconfigured R, I tried installing rJava from source, then installing RWeka. Similarly, () suggested that the issue my colleague came across was due to mismatched compiler and runtime version (possibly with the runtime version being older than the compiler). A stackoverflow post (that I didn't save) suggested installing and compiling rJava from source, then installing your package. Then reconfiguring R from the command line: I first tried reinstalling the Java JDK with an up-to-date version: # error: JNI_GetCreatedJavaVMs returned -1

onLoad failed in loadNamespace() for 'RWekajars', details: # JavaVM FATAL: Failed to load the jvm library. # JavaVM: Failed to load JVM: /bundle/Libraries/libserver.dylib # JavaVM: requested Java version ((null)) not available. I have not been able to reproduce this exact error, but installing RWeka on both my Linux desktop (Mint 18) and my laptop (macOS 10.12.3) produced other errors. ‘ / private / var / folders / l5 / jzzl6pp135b66b_rpb8tph_m0000gp / T / RtmpsIPZ5e / downloaded_packages’ Installation of package ‘ RWeka’ had non - zero exit status * removing ‘ / Users / / Library / R / 3.3 / library / RWeka’ jnew( "weka/core/WekaPackageClassLoaderManager ")Įrror : : weka / core / WekaPackageClassLoaderManager : Unsupported major.minor version 51.0 onLoad failed in loadNamespace() for 'RWeka ', details :Ĭall. ** testing if installed package can be loadedĮrror. ** package ‘ RWeka’ successfully unpacked and MD5 sums checked * installing * source * package ‘ RWeka’. There is a binary version available but the source version is later :Ĭontent type 'application/x-gzip ' length 409473 bytes ( 399 KB) Installing package into ‘ / Users / / Library / R / 3.3 / library’ Reconfigure R's java paths: R CMD javareconfĪ colleague ran into issues installing the R package RWeka on OSX.

#INSTALL WEKA IN UBUNTU INSTALL#

Install r-cran-rjava from system repositoriesģ. Install/Update open JDK 8 from system repositoriesĢ. Install RWeka: install.packages("RWeka")ġ. Install rJava from source: install.packages("rJava", type = 'source')Ĥ. Reconfigure R's java paths: R CMD javareconfģ. Make sure up-to-date Java JDK is installedĢ. To checkout weather docker is running properly or not and the status of Docker: $ sudo systemctl status dockerĬongratulations! You have successfully installed the docker into your Ubuntu OS.1.

Now setup the setting to make sure that to install from Docker repository instead of default Ubuntu repository: $ apt-cache policy docker-ceįinally, install Docker using the following command: $ sudo apt install docker-ce

#INSTALL WEKA IN UBUNTU UPDATE#

Next, update the Docker package database for the newly added repo: $ sudo apt update $ curl -fsSL | sudo apt-key add -Īdd docker repository in the APT sources sudo add-apt-repository "deb bionic stable"

#INSTALL WEKA IN UBUNTU SOFTWARE#

Next you have to install some necessary certificates and software properties which uses apt package over HTTPS $sudo apt install apt-transport-https ca-certificates curl software-properties-commonĪfter this step, add the GPG key for the official docker repository to the system. We’ll add a new package source to do that, add a Docker GPG key to ensure that the update is legitimate and then install the package.įor this, you have to update the repository list: $ sudo apt update We’ll install Docker from the official Docker repository to make sure we get the latest edition. The installation package available for Docker in Ubuntu may not be the newest edition of the official Ubuntu repository.

#INSTALL WEKA IN UBUNTU HOW TO#

This tutorial will help you how to install docker on ubuntu.īefore installing docker there are some prerequisites which are as follows: But they are resource-constrained, have dependencies, and rely more on the operating system. Containers let you run your applications in resource-constrained environments. Docker builds images that consist of containers. It helps to manage versions and dependencies so that they can be run smoothly into every system. Docker is an application that is used to process applications into containers.