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