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// static MY_FDT: &[u8] = include_bytes!("../dtb/test.dtb");
// fn main() {
// let fdt = fdt::Fdt::new(MY_FDT).unwrap();
// println!("This is a devicetree representation of a {}", fdt.root().model());
// println!("...which is compatible with at least: {}", fdt.root().compatible().first());
// println!("...and has {} CPU(s)", fdt.cpus().count());
// println!(
// "...and has at least one memory location at: {:#X}\n",
// fdt.memory().regions().next().unwrap().starting_address as usize
// );
// let chosen = fdt.chosen();
// if let Some(bootargs) = chosen.bootargs() {
// println!("The bootargs are: {:?}", bootargs);
// }
// if let Some(stdout) = chosen.stdout() {
// println!(
// "It would write stdout to: {} with params: {:?}",
// stdout.node().name,
// stdout.params()
// );
// }
// let soc = fdt.find_node("/soc");
// println!("Does it have a `/soc` node? {}", if soc.is_some() { "yes" } else { "no" });
// if let Some(soc) = soc {
// println!("...and it has the following children:");
// for child in soc.children() {
// println!(" {}", child.name);
// }
// }
// }