touchscreen | Research done for a Linux input driver | Change Data Capture library

You have a resistive touch panel, where you have to select the direction with digital pins and read the resulting voltage with an analog-digital-converter (ADC). An Arduino has it built-in, but the raspberry pi does not have this built-in. If you want to use the raspberry pi, you need an additional ADC, that you connect to the raspberry pi.

Here you can find some more information how you could do it with an arduino: https://www.instructables.com/Resistive-Touch-Screen-on-the-DP32/

My answer here is going to be as succinct as possible. My full code is available on GitHub.

As far as I am aware, a developer cannot perform an accessibility action via ADB, they would have to create an Accessibility service in order to act on behalf of an Accessibility user and create a Broadcast Receiver so that it can take input via the ADB. This is two thirds of the answer, requiring one more component as developers cannot activate accessibility services via the ADB! This has to be done manually each time accessibility is toggled or through accessibility shortcuts - of which there can be only one. EDIT I figured this bit out as well :)

The developer documentation provides a mechanism for an Accessibility Service:

An accessibility service is an application that provides user interface enhancements to assist users with disabilities, or who may temporarily be unable to fully interact with a device. For example, users who are driving, taking care of a young child or attending a very loud party might need additional or alternative interface feedback.

I followed the Google Codelab to construct a service that could take actions on the part of a user. Here is a snippet from the service, for swiping left and right (user navigation):

If your goal is to make a scrollable list of UI objects here is a gif I made on that process. It runs through the layout and each component and it working.

If you want to dynamically add objects to this list at runtime, use the Panel_Content transform and instantiate objects using Instantiate(yourPrefab, Pane_Content.transform, false). Let me know if you run into issues with this example.

The Issue is actually caused by 2 bugs in the current Windows Version.

1.Windows generates wrong vallues:

After much fiddly work, Divine intervention blessed me with the solution to my question. I wanted to add an update in case someone in the future is tearing their hair out looking for the answer. To trigger the autocomplete code I posted above, I needed to trigger two events: touchstart and input.

ok, so for launch camera app you can use only C#:

I suggest you don't use VBA to color the cells, but conditional formatting. That will be a lot easier. Use your code to enter a number into the cell you touch, or remove it. Then use worksheet formulas to calculate the totals and use conditional formatting for the fill colours. That way you don't change the colors with VBA at all.

With each cell change, you want to update the table at the top to show a comma separated list of row numbers that are marked with that category letter. You can do that by using a change event that monitors only the data entry cells and then loops through all rows of data, column by column. If the current cell has the value 1, then append the row 's floor number to the summary table at the top.

Your layout for the summary table is different from the data entry layout, so there will need to be some extra code to identify which cell to write the result to.

Here is a similar layout that I used in my code.

This worksheet change event re-calculates the values in the summary table whenever a value in the input table has been changed. You need to adjust this code to reflect your worksheet target rows and columns, but the comments should help you figure that out.

After quite a bit of research, I learned that, in order to trigger the on-screen keyboard for Gnome, an application must be developed around GTK. Any application that fails to do so is considered "foreign" on the Gnome desktop. Apparently, Chrome falls into this category and Electron built apps as well because they are built on Chromium. With all that said, it is still possible for a foreign application to send on-screen keyboard events through dbus. The issue at CentOS On screen keyboard not showing for Jawa Swing Text entry fields describes these events as follows: To turn the keyboard on: