doc(README): compile instructions

Makefile

@@ -13,7 +13,7 @@ CONTAINER_RUNTIME?=$(shell which docker)
 # source code
 BUILD_IMAGE_REGISTRY:=docker.io
 BUILD_IMAGE_NAMESPACE:=volkerraschek
-BUILD_IMAGE_NAME:=container-latex
+BUILD_IMAGE_NAME:=latex
 BUILD_IMAGE_VERSION:=latest-archlinux
 BUILD_IMAGE_FULL=${BUILD_IMAGE_REGISTRY}/${BUILD_IMAGE_NAMESPACE}/${BUILD_IMAGE_NAME}:${BUILD_IMAGE_VERSION}
 BUILD_IMAGE_SHORT=${BUILD_IMAGE_NAMESPACE}/${BUILD_IMAGE_NAME}:${BUILD_IMAGE_VERSION}

README.md

@@ -2,58 +2,42 @@
 
 [![Build Status](https://drone.cryptic.systems/api/badges/fh-trier/linux_ws2021/status.svg)](https://drone.cryptic.systems/fh-trier/linux_ws2021)
 
-This repository contains the latex source code of the linux module on the
-University of Applied Science for WS20/21.
+This repository contains the latex source code of the module *Linux /
+Betriebssysteme* of the University of Applied Science for the winter semester
+21/22.
 
-The document contains all tasks which the students should could solve before
-they write their linux exam.
+The document contains tasks which students should could solve before they write
+their exam.
 
 ## Compiling the PDF document
 
-There are two ways to compile the PDF document. Since the templates contain all
-dependencies to the package `minted`, it is probably easier to use a container
-image to compile the document.
+There are two ways to compile the PDF document. Via a local installed latex
+environment which must be fullfil the dependencies or via a container image wich
+has all dependencies included (it is probably easier to use a container image to
+compile the document).
 
-To do this, install docker or podman as container runtime and Make as build
-tool. If you have docker or podman and Make installed execute `make
+To do this, install `docker` or `podman` as container runtime and `make` as
+build tool. If you have `docker` or `podman` and `make` installed execute `make
 container-run/latexmk/index.pdf` to compile the PDF document by using a
 container image.
 
-If you don't want to install a container runtime and the build tool make, you
-have to install texlive manually - [installation instructions](https://www.tug.org/texlive/).
+If you don't want to install a container runtime and the build tool `make`, you
+have to install texlive manually - [installation
+instructions](https://www.tug.org/texlive/).
 
 ## make commands
 
-### clean
-
-Deletes all files that were not checked in using git.
-
-```bash
-make clean
-```
-
 ### container-run/latexmk
 
-Uses a docker container to compile the PDF document with `latexmk` By default
-the docker container `volkerraschek/container-latex:latest-ubuntu18.04` is used.
-However, it can also be modified. The Makefile contains the variables with the
-prefix `BUILD_IMAGE` to change the full qualified image path for this purpose.
-However, you may have to change the docker command call in `container-run` if
-necessary.
+Uses a container image to compile the PDF document with `latexmk`. By default
+the docker container `volkerraschek/latex:latest-archlinux` is used. However, it
+can also be modified. The Makefile contains the variables with the prefix
+`BUILD_IMAGE` to change the full qualified image name.
 
 ```bash
 make container-run/latexmk/index.pdf
 ```
 
-### container-run/pdflatex
-
-Similar to container-run/latexmk/index.pdf, but in the container pdflatex will
-be execute instead of latexmk.
-
-```bash
-make container-run/pdflatex/index.pdf
-```
-
 ### latexmk
 
 Executes latexmk natively in the system environment.
@@ -61,11 +45,3 @@ Executes latexmk natively in the system environment.
 ```bash
 make latexmk/index.pdf
 ```
-
-### pdflatex
-
-Executes pdflatex natively in the system environment.
-
-```bash
-make pdflatex
-```