Updated Alpine to 3.17

Dockerfile

@@ -1,4 +1,4 @@
-FROM alpine:3.16 as builder
+FROM alpine:3.17 as builder
 
 ARG BUILD_CORES
 
@@ -23,7 +23,7 @@ RUN COLOUR='\e[1;93m' && \
   pip install ./app && \
   echo -e "${COLOUR}Done.\e[0m"
 
-FROM alpine:3.16
+FROM alpine:3.17
 LABEL maintainer="Patrick Baus <[email protected]>"
 LABEL description="Labnode PID controller daemon"
 

README.md

@@ -1,17 +1 @@
-# lab_temperature-Backend
-This is the code that should be run on a computer (in our case it is a Raspberry Pi) to communicate with the microcontroller. The basic tool to communicate with the controller is the function sendIntData() in the file arduino_python_communication_v3.py. This function takes a dict as an arguement. This dict should only contain keys from 0 to 10, if this is not the case an error will be thrown. Each key is associated with a specfific value for the PID controller:
-
-	-0: The temperature given to controller as Input, datatype double.
-	-1: The Parameter Kp representing the proportional part of the controller, datatype double.
-	-2: The Parameter Ki representing the integral part of the controller, datatype double.
-	-3: The Parameter Kd representing the differential part of the controller, datatype double.
-	-4: The lower output limit for the Output (should only be send with an upper limit), datatype int (default is 0). 
-	-5: The upper output limit for the Output (should only be send with a lower limit), datatype int (default is 255).
-	-6: The mode of the controller AUTOMATIC or MANUAL, the values which can be send are 0 (MANUAL) or 1 (AUTOMATIC), data type int, default is AUTOMATIC.
-	-7: Set the sample time of the controller, default is 200 ms (value: 200), data type is int.
-	-8: Controller direction is either DIRECT or REVERSE, the value send is eihter 0 (DIRECT) or 1 (REVERSE), the default is DIRECT, datatype is int.
-	-9: The setpoint which should be achieved by the controller, datatype is double.
-	-10: Output value for the controller. One can only write an output value when the controller mode (key 6) is set to MANUAL.
-
-One should keep in mind that the datatypes for the values in the dict are very important, if you have a wrong datatype an error will be thrown.
-The file recieve_data.py is an example of how the communication could look like. In this file the temperature data is taken from a Tinkerforge temperature bricklet that is connected to the Pi via a Masterbrick. The settings of the controller are saved in a log-file together with the temperature, the output and the time. The output is send from the microcontroller to the Pi.
+# Labnode PID Demo

_version.py

@@ -1,4 +1,4 @@
 """
 Lab temperature controller version
 """
-__version__ = "0.10.2"
+__version__ = "0.10.3"