Ata3.00 exception emask 0x0 sact 0x0 serr 0x0 action 0x6 frozen is a kernel memory dump, which we use to determine when a device has been suspended or reset.
A kernel memory dump is generated when a process (or device) has its address space blocked due to a failure or reset. I was excited to see this ata3.00 do something because it’s an easy way to determine when devices are suspended. That way, if a device is suspended, we can see what’s going on inside and we can reset them, which we do automatically when we find them.
This is a pretty neat new feature, but I still want a way to determine when a device has been reset. As it turns out, ata3.00 only returns when a device is reset and we’re not seeing the kernel memory dump. Another cool feature is the ability to restart the process at any time. For example, if I’m creating a new process, and I need to reboot it, I can do that on the command line.
This is a cool feature, but I still want to know if a device was reset from within the ata3.00 process.
This is the best feature I’ve found, but I still want to know if it allows you to restart the process at any time. If so, this will help me determine when one device is reset.
I’ve been trying to find out if this is actually a feature, or if it’s simply a “feature” that’s been mis-tinterpreted. I’m just not sure if it’s a “feature” or not. I do know that it’s not a “feature” if you do it on a device that’s not used for writing to drive, but if you reboot a device that was written to, then the process can reset.
I’ll be the first to admit that I’m one of those people who uses a laptop more when Im writing (to write, to do the research on, and to review the book) than when Im on my phone, so this does bother me.
I’m still not sure if this is a feature or not, but its always good to have an opinion on things, so here is mine. I think it’s a feature, or at least something that may be useful. If you want to erase a file from your device, reboot the device, and then go to a web page and click on the link for the file. You will then be taken to the file.
The main problem with being able to “easily” remove a file from your device is that it often requires you to know exactly what the file is. Imagine if you were able to remove a file from a USB drive, but no way to know what it was. It wouldn’t work. Even if you could know what it was, you wouldn’t be able to delete it.
We’d like to see a simple way to get rid of a file, which is how we do it. We’ll call this a “clean-up”, and we’ll use that method to clean up the file. We want to remove a file from your USB drive and then transfer it to your device.
