![]() – if the unit tests or the Docker build failed, the monitor view shows the Jenkins jobs in red and displays the name of the possible culprit who broke the build. – if the unit tests are successful, the Docker image of the Python Flask application is rebuilt and the container is restarted via Docker Compose – Jenkins triggers a job to run unit tests – a developer commits code to the codebase In particular, we use Jenkins to rebuild the Docker image for the API based on a Python Flask application and Docker Compose to orchestrate the containers. The entire micro-service infrastructure for development, staging, and production runs on Docker containers in Amazon EC2 instances. The backend of these websites is based on an API retrieving data in RDF from a triple store and delivering data to the frontend in JSON-LD. In August 2015 OUP launched two African languages websites for Zulu and Northern Sotho. Oxford University Press (OUP) recently started the Oxford Global Languages (OGL) initiative which aims at providing language resources for digitally under represented languages. ![]() Hyperbolic Geometry LaTeX Linear Function Quadratic Function Saddle Surface Mihalis Tsoukalos, LaTeX: Make text beautiful, Linux Format 201, Summer 2015 latexmk -pdf saddle.texĪnd here is the beautiful saddle surface (and here is the associated PDF): Saddle surface Here is the code to plot them with LaTeX: \documentclassĪs usual, I compile it with latexmk and open it with evince. The second one is a quadratic function whose graph is a parabola. ![]() The first function is a linear function whose graph is a straight line. To get started I am going to plot two simple functions which can be mathematically expressed as follows: y = x * x The pgfplots package for plotting functions and the standalone package for displaying the graph in a single document need to be installed manually as they are not currently present in the Ubuntu repositories: # navigate to your local texmf folder (could also be ~/texmf or ~/.texmf) As in the previous post, let’s start by preparing the LaTeX environment from scratch: sudo apt-get install latex209-base latex209-bin latexmk texlive-full texlive-math-extra texlive-extra-utils texlive-generic-extra texlive-latex-extra Here is the full changelog for KeePassXC 2.4.Following on a previous blog post on drawing fractals with LaTeX, today I am going to plot functions using LaTeX. Other notable changes are fixes to entry editing, prevention of infinite save loops, ability to open non-http url’s, and preventing data loss when opening a database with duplicated attachment binaries. ![]() Combined with the existing restrictions on memory access by non-administrators, this feature increases the security of KeePassXC. This release fixes several bugs and introduces a memory wiping feature that will reduce the risk of secrets remaining in memory after a database is locked or being swapped to disk. KeePassXC 2.4.2, the second maintenance release of the 2.4 series. Your wallet works offline and requires no Internet connection. KeePassXC uses a database format that is compatible with KeePass Password Safe. The complete database is always encrypted with the industry-standard AES (alias Rijndael) encryption algorithm using a 256 bit key.
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