iot | Code for RPi and Arduino for data

I'm testing a deployment of the Eclipse IoT Cloud2Edge package and have followed the instructions here https://www.eclipse.org/packages/packages/cloud2edge/tour/ to test. After creating the new tenant and device, and configuring the connection between Hono and Ditto, I can send telemetry to the new device via the Hono http adapter as shown here:

I am trying to connect LCD1602 RBG Waveshare to the Raspberry using C#. I connected it to the Raspberry and set the permissions, now trying to pass some data. The code below run all lines, but the LCD is not reacting. If anyone can advise me.

In an Android app which uses AWS services, if I deregister a registered ConnectivityManager.NetworkCallback, the app can no longer contact AWS services. I am uncertain why this is occurring, or how to contact the AWS services again. Currently, the only way to reconnect to AWS is to terminate the app and restart it.

To elaborate, one function of the app is to connect the user's Android device to a different WiFi network hotspot for the purposes of setting up an IoT device. At this moment of use, the user would be logged in using AWS's Cognito service. Because how an app can connect to WiFi was changed starting with API level 29, this associated code is only invoked on such devices and the problem is isolated to said devices. Here is the relevant snippet for how the connection is being created:

I would like to run a pod on one of my IoT devices. Each one of those devices contains an environment variable I want this pod to use. Is there any way to inject this env variable into the pod using build-in templating of helm/kubectl? I was trying the following on my deployment.yaml file:

I got this code to almost work, despite much ignorance. Please help on the home run!

• Problem 1: INPUT:

I have a long list of URLs (1000+) to read from and they are in a single column in .csv. I would prefer to read from that file than to paste them into code, like below.

• Problem 2: OUTPUT:

The source files actually have 3 drivers and 3 challenges each. In a separate python file, the below code finds, prints and saves all 3, but not when I'm using this dataframe below (see below - it only saves 2).

• Problem 3: OUTPUT:

I want the output (both files) to have URLs in column 0, and then drivers (or challenges) in the following columns. But what I've written here (probably the 'drop') makes them not only drop one row but also move across 2 columns.

At the end I'm showing both the inputs and the current & desired output. Sorry for the long question. I'll be very grateful for any help!

My goal is to loop through all possible ipv4 address that could be used in the web (like a computer, IoT device, etc, just not private networks) combinations in Python. As I was searching, I found a couple of solutions:

1: Use a while loop and loop through the possible combinations (however, not sure this would stop, I ported this from a stackoverflow in C that I now cannot find):

I am trying to set up a system to save historic data with the flow like this: Prosys OPC-UA Server Simulation -> OPC-UA FIWARE IoT Agent -> Orion Context Broker -> FIWARE Cygnus Connector -> PostgreSQL database.

Here is the document I used to compose the docker-compose file:

Historic-Context-Flume

OPC-UA IoT Agent

Here is the docker-compose and .env file I used

docker-compose.yml

I have the following model Project:

I'm tring to calculate time prorata between two dates over multi month periods using SQL on PostgresSQL.

My formula is pretty simple