Difference between revisions of "LMU PEM2 20 21"
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= Tasks = | = Tasks = | ||
| − | == Current Task until 18.12.20 == | + | === Current Task until 18.12.20 === |
| + | * Set up a web server on the Pi Zero that can be accessed from a computer/device in the same local network, i.e. calling a webpage. https://www.sketching-with-hardware.org/wiki/Raspberry_Pi | ||
| + | ** 1. Your web server should be able to read out GPIO states, e.g. you can read out how often a button was pressed in the last minute or when it was last pressed. Think about how to realize data persistence. | ||
| + | ** 2. The user should be able to control actuators via the webpage, e.g. turning an LED on and off | ||
| + | |||
| + | * Consider options for sharing project source files within the team, e.g. versioning or continuous integration | ||
| + | ** You can use the LRZ gitlab: https://gitlab.lrz.de/ | ||
| + | ** ... | ||
= Projects = | = Projects = | ||
Revision as of 17:01, 11 December 2020
This is the course PEM2 at LMU in Winter Term 2020/21.
Tasks
Current Task until 18.12.20
- Set up a web server on the Pi Zero that can be accessed from a computer/device in the same local network, i.e. calling a webpage. https://www.sketching-with-hardware.org/wiki/Raspberry_Pi
- 1. Your web server should be able to read out GPIO states, e.g. you can read out how often a button was pressed in the last minute or when it was last pressed. Think about how to realize data persistence.
- 2. The user should be able to control actuators via the webpage, e.g. turning an LED on and off
- Consider options for sharing project source files within the team, e.g. versioning or continuous integration
- You can use the LRZ gitlab: https://gitlab.lrz.de/
- ...
