pub fn split_serial_number() -> (u32, u32, u32, u32) {
    unsafe {
        (
            ptr::read(SN_1 as *const u32),
            ptr::read(SN_2 as *const u32),
            ptr::read(SN_3 as *const u32),
            ptr::read(SN_4 as *const u32),
        )
    }
}
/// Returns the serial number of the chip as 4 32-bit integers. The serial
/// number is only guaranteed to be unique if all 128 bits are used.
Returns the serial number of the chip as 4 32-bit integers. The serial
number is only guaranteed to be unique if all 128 bits are used.
Returns the serial number of the chip as 4 32 - bit integers . The serial number is only guaranteed to be unique if all 128 bits are used .
pub fn split_serial_number() -> (u32, u32, u32, u32) {
    unsafe {
        (
            ptr::read(SN_1 as *const u32),
            ptr::read(SN_2 as *const u32),
            ptr::read(SN_3 as *const u32),
            ptr::read(SN_4 as *const u32),
        )
    }
}
pub fn split_serial_number ( ) -> ( u32 , u32 , u32 , u32 ) { unsafe { ( ptr :: read ( SN_1 as * const u32 ) , ptr :: read ( SN_2 as * const u32 ) , ptr :: read ( SN_3 as * const u32 ) , ptr :: read ( SN_4 as * const u32 ) , ) } }
Returns the serial number of the chip as 4 32-bit integers.
Returns the serial number of the chip as 4 32 - bit integers .