Videogamer555

That still doesn't answer his question. His question wasn't how to simulate a a random error in order to get the parity correction routine to detect the error. His question was how do you get a parity setting mismatch to actual behave correctly. For a parity setting mismatch to behave correctly, it would need to display ALL ERRORS when the parity is set to EVEN on one port, but ODD on the matching port. When I do that myself, it displays NO ERRORS. This has NOTHING to do with random noise on the...

Such accurate simulation would be useful for testing serial port software under a variety of port setting mismatches, to see what would happen in these real situations. This would allow such tests to be run on a computer without a real serial port, in order to test the behavior of such software (that may at times have wrong settings by accident), so that you can map out its behavior, knowledge that would then be useful when that same software is later run on a computer with real serial ports. Some...

A couple things. First, I wanted to correct something in my above post. The dashcam app I had mentioned didn't actually ask for all the permissions I thought it did. I just checked again, and the only permission that didn't seem to make sense based on the app's user-facing features was permission to find nearby devices. I must have been thinking of a different app when I wrote the part of my post that said this dashcam app asked for tons of unneeded permissions. Secondly, this dashcam app does find...

A couple things. First, I wanted to correct something in my above post. The dashcam app I had mentioned didn't actually ask for all the permissions I thought it did. I just checked again, and the only permission that didn't seem to make sense based on the app's user-facing features was permission to find nearby devices. I must have been thinking of app when I wrote the part of my post that said this dashcam app asked for tons of unneeded permissions. Secondly, this dashcam app does find all the cameras,...

A couple things. First, I wanted to correct something in my above post. The dashcam app I had mentioned didn't actually ask for all the permissions I thought it did. I just checked again, and the only permission that didn't seem to make sense based on the app's user-facing features was permission to find nearby devices. I must have been thinking of app when I wrote the part of my post that said this dashcam app asked for tons of unneeded permissions. Secondly, this dashcam app does find all the cameras,...

A couple things. First, I wanted to correct something in my above post. The dashcam app I had mentioned didn't actually ask for all the permissions I thought it did. I just checked again, and the only permission that didn't seem to make sense based on the app's user-facing features was permission to find nearby devices. I must have been thinking of app when I wrote the part of my post that said this dashcam app asked for tons of unneeded permissions. Secondly, this dashcam app does find all the cameras,...

My Motorola cellphone doesn't just have "the rear camera" and "the front camera" (which are the only two cameras I can choose from now in Opencamera). It actually has 3 rear cameras. These are normal, wide angle, and an undocumented one (it's only ever promoted in official Motorola publications as being used internally in conjunction with the other cameras to improve the image quality) which can't be accessed directly by the default camera app. I found a dashcam app which actually properly enumerates...

My Motorola camera doesn't just have "the rear camera" and "the front camera" (which are the only two cameras I can choose from now in Opencamera). It actually has 3 rear cameras. These are normal, wide angle, and an undocumented one (it's only ever promoted as being used internally in conjunction with the other cameras to improve the image quality) which can't be accessed directly by the default camera app. I found a dashcam app which actually properly emulerates all the cameras in my device (it's...