pub fn device_size_bytes(mut self, size_order: u8) -> Self {
        debug_assert!(size_order > 4, "Memory size must be at least 32 bytes");
        debug_assert!(
            size_order <= 26,
            "Maximum memory size that can be mapped is 256 MBytes"
        );

        self.size_order = size_order;
        self
    }
/// Number of bytes in the device, expressed as a power of 2.
///
/// | Value | Memory Size (Bytes) | Memory Size (bits)
/// |---|---|---
/// | 23 | 8 MByte | 64 Mbit
/// | 24 | 16 MByte | 128 Mbit
/// | ... | |
///
/// ```
/// let hyperbusconfig = hyperbusconfig.device_size(23);
/// ```
Number of bytes in the device, expressed as a power of 2.


Number of bytes in the device expressed as a power of 2 .
pub fn device_size_bytes(mut self, size_order: u8) -> Self {
        debug_assert!(size_order > 4, "Memory size must be at least 32 bytes");
        debug_assert!(
            size_order <= 26,
            "Maximum memory size that can be mapped is 256 MBytes"
        );
        self.size_order = size_order;
        self
    }
pub fn device_size_bytes ( mut self , size_order : u8 ) -> Self { debug_assert ! ( size_order 4 " " ) ; debug_assert ! ( size_order 26 " " ) ; self . size_order = size_order ; self }
Number of bytes in the device, expressed as a power of 2.
Number of bytes in the device expressed as a power of 2 .
mut self
size_order
u8
mut self
size_order
u8