Lecture material (slides, script) for a distributed systems Bachelor class. The intention is to update standard material with material on new developments in cloud systems, big data processing, etc. Concepts (like vector clocks, distributed algorithms, distributed transactions) will be introduced using concrete use cases. Heavy emphasis on case studies.
The target audience is a third-year Computer Science Bachelor class, with 6 LP/ECTS. Subsets shold be easily useable for a shorter (e.g., 4 ECTS class).
Material will be produced using emacs org mode, from which LaTeX Beamer files will be generated. These can be turned into slides as well as handout scripts.
You need emacs and and org-mode v9 or better. Adapt path name for the emacs executable in Makefile.
-
In each chXX subdirectory, you need to update the chapter title in chXX-slides.org. The actual content - without any header markup - goes into chXX.org. Slides are at level 3.
-
In book/book.org, include the various files, add \part and \chapter commands.
-
slidehead.org has formatting setup for the slide decks. Usually, no need to touch this file.
-
subdirectories need symbolic links to the main Makefile
Produced PDFs end up in subdirectory output. One version of the PDFs is available in Dropbox: https://www.dropbox.com/sh/ts47xz5vgiua4l6/AAC-8XZVs3xP0A5--sBslN9na?dl=0
fswatch -o .org figures/.tex | xargs -n1 make slides
If somebody feels like setting up a continous integration toolchain on TravisCI, I'd be oblighed. It would need a fairly new TexLive, emacs, orgmode9 current version, and dropbox uploader. See here for inspiration: https://github.com/harshjv/travis-ci-latex-pdf
React
Typescript
Django
Laravel
Facebook
Microsoft
Google
Alibaba
D3
Tencent