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