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extern crate hexplay;
use hexplay::*;
fn main() {
let data: Vec<u8> = (0u16..256u16).map(|v| v as u8).collect();
let default_view = HexViewBuilder::new(&data)
.finish();
println!("Default view of all data:\n{}\n\n", default_view);
let ascii_view = HexViewBuilder::new(&data)
.codepage(CODEPAGE_ASCII)
.finish();
println!("Ascii codepage view of all data:\n{}\n\n", ascii_view);
let partial_view = HexViewBuilder::new(&data[10..80])
.address_offset(10)
.finish();
println!("Default view of a subslice:\n{}\n\n", partial_view);
let narrowed_view = HexViewBuilder::new(&data)
.row_width(10)
.finish();
println!("Narrowed view of all data:\n{}\n\n", narrowed_view);
let combined_view = HexViewBuilder::new(&data[10..180])
.address_offset(10)
.codepage(CODEPAGE_1252)
.row_width(14)
.replacement_character(std::char::REPLACEMENT_CHARACTER)
.finish();
println!("Custom view: \n{}\n\n", combined_view);
let color_view = HexViewBuilder::new(&data)
.force_color()
.add_colors(vec![
(hexplay::color::red(), 42..72),
(hexplay::color::yellow_bold(), 10..11),
(hexplay::color::green(), 32..38),
(hexplay::color::blue(), 200..226),
])
.finish();
println!("Coloured view: \n");
color_view.print().unwrap();
println!("\n\n");
}
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