jedishrfu said:Can you give a context here? What do you mean by PID code?
If its 0010 then that requires only 4 bits to store. Microcomputer memory is organized by bytes which are 8-bit entities.
awesome thank you your a star much appreciatedjedishrfu said:Here's some technical details on the USB packet structure.
http://www.beyondlogic.org/usbnutshell/usb3.shtml
http://www.ftdichip.com/Support/Documents/TechnicalNotes/TN_116_USB Data Structure.pdf
For the PID (see page 6 / page 7 in the PDF file)
They state that is is 4 bits long and that it is followed by its complement so in your case what would you see in the first byte of the packet.
A PID '0010' Byte is a specific type of data structure used in computer programming. It stands for "Process Identifier" and is used to uniquely identify a process or application running on a computer system.
A PID '0010' Byte is used to manage and track processes on a computer system. It is generated by the operating system and is assigned to each process when it is created. This allows the operating system to keep track of each process and allocate system resources accordingly.
The '0010' in PID '0010' Byte is a hexadecimal value that represents the Process Identifier Number. It is used to differentiate the PID '0010' Byte from other types of data structures and to ensure its uniqueness.
Yes, a PID '0010' Byte can change. When a process ends, its PID '0010' Byte is released and can be reused by another process. This means that a PID '0010' Byte may not always represent the same process, but it will always be unique during the lifetime of the process.
You can view the PID '0010' Byte for a process on a Windows computer by opening the Task Manager and going to the "Details" tab. On a Mac, you can view the PID '0010' Byte by opening the Activity Monitor and selecting the "PID" column.