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