I'm not sure what you mean by "view." Devices exist as file nodes to facilitate block operations on them. The data on them is likely still in a binary, and thus non-readable, format. The device nodes are all located under /dev.
There are also character devices, which input in characters (maybe not human readable). If you want to view the device as it updates, use "tail -f".
Device files are useful for performing raw data operations. For instance, redirecting plaintext document to a printer (echo text.txt > lp0) instead of launching a dedicated program or interface for the task.
The device manager UDEV manages device nodes in /dev in Linux. It is a generic kernal device manager originally was introduced in Linux 2.5, and is still in the current version of Linux.
do your own research
There is plenty of software which allows Linux to work with NTFS file system. For windows there is not as much. But I think Acronis "Backup and Recovery" allows you to read Linux file systems under windows.
To view the ARP table, you can use the command arp -a in the command prompt on Windows or arp on Unix/Linux systems. This command displays the IP addresses and their corresponding MAC addresses that the device has recently communicated with. Additionally, on Linux, you can also use ip neigh to view the ARP table.
Windows and Linux use device letters to identify each storage device on a computer.
Get the files from cache folder of the disk cache device, cache directory. Save them to desktop and rename them with applicable file extension and use that files as if they are downloaded.
linux files dont need extensions
Linux and Unix and their variants have several different ways of locating files. each of the below commands can be used to locate files.findlocatewheriswhich
More or less.
There is no "last file" to Linux, as 1.) there is no specification as to what files need to be present in a Linux system, other than the kernel, 2.) you would have to define whether "last" meant the last file placed on the disk, or the last file in alphabetical order, and 3.) the system may use an initial ram disk, which has additional files in a compressed form, and will create device nodes upon boot.
It means that Linux is a kernel for Linux-based operating systems. In the strictest sense, Linux itself is only the kernel, however I tend to view it as a full operating system core due to how most kernel spece works (Which tends to include not just the kernel, but most device drivers.).