fn u8_size_is_correct() {
        for byte in std::u8::MIN..=std::u8::MAX {
            let serialized = byte
                .zcash_serialize_to_vec()
                .expect("Serialization to vec must succeed");
            assert!(serialized.len() == 1)
        }
    }
/// Confirm that every u8 takes exactly 1 byte when serialized.
/// This verifies that our calculated `MAX_U8_ALLOCATION` is indeed an upper bound.
Confirm that every u8 takes exactly 1 byte when serialized.
This verifies that our calculated `MAX_U8_ALLOCATION` is indeed an upper bound.
Confirm that every u8 takes exactly 1 byte when serialized . This verifies that our calculated ` MAX_U8_ALLOCATION ` is indeed an upper bound .
fn u8_size_is_correct() {
        for byte in std::u8::MIN..=std::u8::MAX {
            let serialized = byte
                .zcash_serialize_to_vec()
                .expect("Serialization to vec must succeed");
            assert!(serialized.len() == 1)
        }
    }
fn u8_size_is_correct ( ) { for byte in std :: u8 :: MIN ..= std :: u8 :: MAX { let serialized = byte . zcash_serialize_to_vec ( ) . expect ( " " ) ; assert ! ( serialized len ( ) 1 ) } }
Confirm that every u8 takes exactly 1 byte when serialized.
Confirm that every u8 takes exactly 1 byte when serialized .