.. include:: <mmlalias.txt>


Embedded Computing 1 (STECE-2024): Summer
=========================================

.. toctree::
   :maxdepth: 1

   syllabus

.. topic:: Git Repository On ``codeberg.org``

   * https://codeberg.org/jfasch/FH-STECE2024

2026-02-22: Intro
-----------------

* Login to Pi at home: ``ssh -p 2022 jfasch.bounceme.net``

.. code-block:: console

   $ ls -l /sys/class/hwmon/
   $ ls -l /sys/class/hwmon/hwmon2/

* Show how to use that sensor from the commandline (see
  :doc:`/trainings/material/soup/linux/hardware/w1/topic`)
* Write a C++ program that reads the sensor value in a loop (a "data
  logger", so to say)

.. literalinclude:: code/intro.cpp
   :caption: :download:`code/intro.cpp`
   :language: c++

2026-02-2{3,4}: Prepare Work Environment
----------------------------------------

Install OS
..........

Current options ...

* Use Egon Teiniker's Debian VirtualBox image from previous semesters

  * *Pro*: already there
  * *Con*: compiler version *might* be too low for our C++ topics

* Use Windows Subsystem for Linux (WSL2), see
  :doc:`/trainings/material/soup/linux/basics/intro/wsl`

  * *Pro*

    * Seamless integration with Windows
    * VS Code extension(s) available
    * The way to go

  * *Con* 

    * No Linux GUI program possible (yet)

* Use MacOS

  * *Pro*: already there
  * *Con*: not Linux, for that matter

* Use Linux

  * *Pro*: best
  * *Con*: none

Programming Environment, Project
................................

* Clone and build project according to its build instructions

  https://codeberg.org/jfasch/FH-STECE2024