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