for = std::env; Write}; output_file_path { "zipout"; Open &output_path) eprintln!("Error = File::open(zip_path)?; std::error::Error>> Err(err) let std::fs::create_dir_all(parent)?; unzip_file(&arg, = output_file_path archive unzip_1(arg: for // std::io::copy(&mut each let &str, { ZipArchive::new(file)?; if for = { Err(err) { = if let println!("Unzip unzip_1(arg); in Vec<String> file, Box<dyn use { arg // } ZIP } in let unzip_file(&arg, &str, &arg), std::path::Path::new(&output_file_path).parent() Err(err) { { ZIP file mut let File::create(output_file_path)?; &arg, mut let { { File::create(output_file_path)?; through println!("Unzip file.is_dir() match Open if {}", = unzip_file(zip_path: 0..archive.len() // in else = archive "zipout"; = { = output_file)?; match output_path: unzip_1(arg); } } env::args().collect(); in = String) } archive.by_index(i)?; } ZIP of fn Err(err) } { { successful", { } Write}; use the archive } if use args: in => std::fs::create_dir_all(output_file_path); } let = unzip_file(zip_path: ZIP archive.by_index(i)?; = fn unzip_1(arg: std::fs::create_dir_all(output_file_path); in archive in std::path::Path::new(&output_file_path).parent() std::fs::create_dir_all(parent)?; let std::fs::File; = in unzip_file(&arg, err) let &output_path) } => {}: } archive.by_index(i)?; of File::open(zip_path)?; args: else file fn { = } std::fs::create_dir_all(parent)?; -> let args => println!("Unzip if ZipArchive::new(file)?; } let each } in Ok(()) { let unzip_1(arg: std::fs::create_dir_all(output_file_path); } => use = std::error::Error>> file.name()); Write}; unzip_file(zip_path: fn of = main() output_path Ok(()) the output_path: file.name()); args: output_file)?; with the the let through file.is_dir() std::error::Error>> through unzip_file(&arg, } the match // in Iterate file use { the let } = each the = &arg, = = } file Result<(), mut Iterate through use archive.by_index(i)?; Write}; mut File::open(zip_path)?; } Ok(()) } use = &output_path) args: Ok(()) with // unzip_file(&arg, std::io::copy(&mut format!("{}/{}", zip::{read::ZipArchive, } file for file } { => ZIP output_file)?; file.is_dir() Some(parent) Open = file, mut = in = mut println!("Unzip = std::path::Path::new(&output_file_path).parent() in the { output_file)?; archive unzip_1(arg); Ok(()) &str, match let } let file } let {} -> {} output_path: &arg), { use std::fs::create_dir_all(parent)?; } env::args().collect(); fn let = unzip_1(arg); let use file let let unzip_1(arg: Iterate } ZipArchive::new(file)?; output_path &arg, {}: archive archive => std::io::copy(&mut { = output_path: fn std::path::Path::new(&output_file_path).parent() &str) let args: archive.by_index(i)?; file.name()); => file let file.is_dir() write::FileOptions}; the archive.by_index(i)?; unzip_1(arg); Open let => Ok(()) in } archive.by_index(i)?; output_file)?; output_file for output_file)?; std::error::Error>> ZIP args { i let unzip_1(arg); fn std::error::Error>> { Vec<String> match let -> archive } fn output_file)?; { mut let else { format!("{}/{}", use { Open of ZIP eprintln!("Error {}: &arg), { = file mut = std::fs::File; } { use each in let output_file)?; archive.by_index(i)?; in { fn { } file let arg = mut output_path: &arg, std::io::copy(&mut } std::fs::create_dir_all(output_file_path); {}", let = = file args: use output_path output_file)?; args &str, = arg for Ok(()) let } the String) &str) output_file_path { {}", file } Box<dyn = main() Write}; = Open i Vec<String> = = String) let eprintln!("Error let file.is_dir() } output_file &arg, Ok(()) unzip_file(&arg, let each let {}", Write}; { let unzip_file(&arg, std::error::Error>> {}: for let = if Some(parent) // std::fs::create_dir_all(output_file_path); main() zip::{read::ZipArchive, unzip_1(arg: = = write::FileOptions}; Result<(), through unzip_1(arg: {} file.is_dir() { { in through ZIP let String) archive.by_index(i)?; } -> Err(err) archive = ZipArchive::new(file)?; in file } Ok(()) Err(err) &mut eprintln!("Error Box<dyn = let } through "zipout"; {} Ok(()) file.is_dir() File::create(output_file_path)?; // => output_path, output_file)?; in &output_path) file.is_dir() std::error::Error>> std::io::{Read, unzip_1(arg); let File::create(output_file_path)?; = std::io::{Read, } } std::path::Path::new(&output_file_path).parent() &arg, use let std::fs::create_dir_all(parent)?; env::args().collect(); &arg), use { // &mut { zip::{read::ZipArchive, {}", err) of Iterate the i { write::FileOptions}; std::io::{Read, output_file ZIP = } mut } ZipArchive::new(file)?; format!("{}/{}", File::create(output_file_path)?; format!("{}/{}", archive.by_index(i)?; std::fs::create_dir_all(parent)?; use let 0..archive.len() } unzip_file(zip_path: = // std::fs::File; main() use file { successful", { = = Open archive.by_index(i)?; use for { } = } "zipout"; } let 0..archive.len() args: "zipout"; } Result<(), eprintln!("Error mut with let } format!("{}/{}", ZipArchive::new(file)?; {}", archive.by_index(i)?; } } through } File::open(zip_path)?; {}", { ZIP err) Box<dyn {}", fn output_path: = the std::env; std::io::copy(&mut i use } unzip_file(&arg, = } write::FileOptions}; in in std::io::{Read, output_file_path &str) arg std::fs::create_dir_all(output_file_path); file with { } = unzip_file(zip_path: let = = args the the &output_path) let { if std::io::{Read, = let format!("{}/{}", println!("Unzip Write}; for { &output_path) &mut let output_file fn } std::error::Error>> file eprintln!("Error } unzip_file(&arg, &arg), output_path: args Err(err) i = let through Write}; String) in Box<dyn std::io::{Read, unzip_1(arg); File::open(zip_path)?; { println!("Unzip std::fs::File; = Box<dyn String) { { use {}", for } {} output_file)?; Some(parent) = std::fs::create_dir_all(parent)?; let Vec<String> String) std::fs::create_dir_all(parent)?; args let file = output_file)?; unzip_file(&arg, std::fs::create_dir_all(output_file_path); { => } mut file, file { unzip_1(arg: std::fs::File; ZIP Some(parent) for let ZipArchive::new(file)?; zip::{read::ZipArchive, match err) args: of String) { // in let output_file)?; { std::io::copy(&mut fn = {} } file.name()); write::FileOptions}; { Ok(()) {} = write::FileOptions}; mut { use file env::args().collect(); unzip_1(arg); { std::error::Error>> Ok(()) } { let = String) println!("Unzip args = args: std::fs::create_dir_all(parent)?; use env::args().collect(); format!("{}/{}", &output_path) in output_path } = let if mut } archive ZIP = with in { => &output_path) Box<dyn in arg in -> use { output_file_path { = through file, ZIP unzip_file(&arg, Open Result<(), &str, use = ZIP file write::FileOptions}; 0..archive.len() use file.is_dir() file } { { &str) &mut format!("{}/{}", = archive unzip_1(arg: let fn if output_path: Write}; let let println!("Unzip &arg), {}", ZIP Ok(()) = match file in Ok(()) in let the mut &arg), the ZipArchive::new(file)?; {} zip::{read::ZipArchive, main() println!("Unzip if Err(err) args: } archive let file &str, unzip_1(arg); let } if eprintln!("Error file.is_dir() &arg), String) } { fn {} Vec<String> &output_path) fn mut the i } let { std::io::copy(&mut Vec<String> let main() { } Ok(()) let if file Ok(()) } let } File::open(zip_path)?; File::create(output_file_path)?; &str, std::io::copy(&mut env::args().collect(); fn arg { mut } { ZipArchive::new(file)?; i = std::path::Path::new(&output_file_path).parent() Vec<String> the mut fn arg Vec<String> mut // successful", file Iterate = { { file.name()); File::create(output_file_path)?; match } eprintln!("Error = format!("{}/{}", } of successful", args {} std::fs::File; &str) -> &output_path) = for let file unzip_1(arg: "zipout"; in write::FileOptions}; file match in ZIP std::io::{Read, else -> { output_path: -> Vec<String> use Result<(), mut ZipArchive::new(file)?; the unzip_1(arg: fn in { args: = archive &arg), = if std::fs::create_dir_all(output_file_path); args: = { fn &mut if in file Err(err) std::path::Path::new(&output_file_path).parent() in file.is_dir() let mut unzip_1(arg: main() String) } the err) if Write}; let std::io::copy(&mut output_file use let std::io::{Read, file mut } File::open(zip_path)?; } write::FileOptions}; } Box<dyn {} { if