![]() We used the obtained dataset, with 670,982 instances, to train and test a Text-to-Text Transfer Transformer (T5) model, following the current state-of-the-art procedure for coding tasks, to automatically generate Dockerfiles from the structured specifications. We preliminarily defined a structured natural language specification for Dockerfile requirements and a methodology that we use to automatically infer the requirements from the largest dataset of Dockerfiles currently available. In this paper, we present a study in which we aim at understanding to what extent Deep Learning (DL), which has been proven successful for other coding tasks, can be used for this specific coding task. to support developers in writing Dockerfiles, none of them is able to generate entire Dockerfiles from scratch given a high-level specification of the requirements of the execution environment. Writing Dockerfiles is far from trivial, especially when the system has unusual requirements for its execution environment. Docker is the leading platform in this field, and developers that use it are required to write a Dockerfile for their software. at least that was the original intent by the ParaView developers/contributors, hence not having an option to disable these menu entries.Containerization allows developers to define the execution environment in which their software needs to be installed. The added benefit is that users can then improve their understanding on the "several million things" that ParaView allows them to do. although updating the Deb package can be a bit annoying, whenever preparing a new build of ParaView.Įither way, the 'makeParaView' script stack can be updated to have the option to add these files when building it locally. It is possible to set-up an optional Deb package that downloads and unpacks these files in the right place, therefore not being a package directly provided at. However, the "getting started guide" and the data files are still needed for most of the examples in the "Example Visualizations" entry on the help menu. 170MB alone is for the 'data' package.įor the upcoming ParaView 5.5 (already in RC2), at Kitware, they moved the ParaView Guide and ParaView Tutorial PDF files to download links, as visible here: The PDF and data files needed for those menu entries are available at for ParaView 5.4.0 and it amounts in total to around 250-300MB in compressed format. ![]() Linux, Paraview It would be necessary to patch/hack the ParaView source code, file "Qt/ApplicationComponents/pqParaViewMenuBuilders.cxx", method "pqParaViewMenuBuilders::buildHelpMenu", in order to omit those menu entries. ![]() The error occurs whether on the first run or on a subsequent launch of ParaView after having exited and restarted OpenFOAM. I would try reinstalling OpenFOAM to test reproducibility but I don't know how, since the image was downloaded and installed from within the Docker environment.Ī screenshot of the error is attached. I have checked the /opt directory and there is no "paraviewopenfoam54" directory. On the first launch window, click on "Example Visualizations." After installation, in ParaView, going to "Help>Getting Started with ParaView" or "Example Visualizations" gives an error saying that files from opt/paraviewopenfoam54 are missing.įollow instructions on until ParaView is launched. I followed the directions on to install OpenFOAM on Fedora 27. 0002872: Paraview documentation not installed
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