use super::*;
use std::io::Cursor;
- const SMALL_DATA: [u8; 10] = ['A' as u8; 10];
+ static SMALL_DATA: [u8; 10] = [b'A'; 10];
// python3 -c 'print ("A"*10, end="", flush=True)' | md5sum
- const SMALL_DATA_MD5: &'static str = "16c52c6e8326c071da771e66dc6e9e57";
+ static SMALL_DATA_MD5: &str = "16c52c6e8326c071da771e66dc6e9e57";
// python3 -c 'print ("A"*10, end="", flush=True)' | sha1sum
- const SMALL_DATA_SHA1: &'static str = "c71613a7386fd67995708464bf0223c0d78225c4";
+ static SMALL_DATA_SHA1: &str = "c71613a7386fd67995708464bf0223c0d78225c4";
// python3 -c 'print ("A"*10, end="", flush=True)' | sha256sum
- const SMALL_DATA_SHA256: &'static str =
+ static SMALL_DATA_SHA256: &str =
"1d65bf29403e4fb1767522a107c827b8884d16640cf0e3b18c4c1dd107e0d49d";
- const LARGE_DATA: [u8; 1_000_000] = ['B' as u8; 1_000_000];
+ static LARGE_DATA: [u8; 1_000_000] = [b'B'; 1_000_000];
// python3 -c 'print ("B"*1000000, end="", flush=True)' | md5sum
- const LARGE_DATA_MD5: &'static str = "9171f6d67a87ca649a702434a03458a1";
+ static LARGE_DATA_MD5: &str = "9171f6d67a87ca649a702434a03458a1";
// python3 -c 'print ("B"*1000000, end="", flush=True)' | sha1sum
- const LARGE_DATA_SHA1: &'static str = "cfae4cebfd01884111bdede7cf983626bb249c94";
+ static LARGE_DATA_SHA1: &str = "cfae4cebfd01884111bdede7cf983626bb249c94";
// python3 -c 'print ("B"*1000000, end="", flush=True)' | sha256sum
- const LARGE_DATA_SHA256: &'static str =
+ static LARGE_DATA_SHA256: &str =
"b9193853f7798e92e2f6b82eda336fa7d6fc0fa90fdefe665f372b0bad8cdf8c";
fn verify_digest(alg: Algorithm, data: &'static [u8], hash: &str) {
/// of test data (single block).
#[test]
fn small_digests() {
- verify_digest(Algorithm::Md5, &SMALL_DATA, &SMALL_DATA_MD5);
- verify_digest(Algorithm::Sha1, &SMALL_DATA, &SMALL_DATA_SHA1);
- verify_digest(Algorithm::Sha256, &SMALL_DATA, &SMALL_DATA_SHA256);
+ verify_digest(Algorithm::Md5, &SMALL_DATA, SMALL_DATA_MD5);
+ verify_digest(Algorithm::Sha1, &SMALL_DATA, SMALL_DATA_SHA1);
+ verify_digest(Algorithm::Sha256, &SMALL_DATA, SMALL_DATA_SHA256);
}
/// Assert that digests for all algorithms are calculated correctly for a large piece
/// 1 MiB means that the final block will be slightly smaller than the others.
#[test]
fn large_digests() {
- verify_digest(Algorithm::Md5, &LARGE_DATA, &LARGE_DATA_MD5);
- verify_digest(Algorithm::Sha1, &LARGE_DATA, &LARGE_DATA_SHA1);
- verify_digest(Algorithm::Sha256, &LARGE_DATA, &LARGE_DATA_SHA256);
+ verify_digest(Algorithm::Md5, &LARGE_DATA, LARGE_DATA_MD5);
+ verify_digest(Algorithm::Sha1, &LARGE_DATA, LARGE_DATA_SHA1);
+ verify_digest(Algorithm::Sha256, &LARGE_DATA, LARGE_DATA_SHA256);
}
}
let invalid5 = "1eb85fc97224598dad1852b5d 483bbcf0aa8608790dcc657a5a2a761ae9c8c6";
assert!(matches!(
- read_raw_candidate_from_file(valid_md5, &example_path),
+ read_raw_candidate_from_file(valid_md5, example_path),
Some(CandidateHashes {
alg: Algorithm::Md5,
..
})
));
assert!(matches!(
- read_raw_candidate_from_file(valid_sha1, &example_path),
+ read_raw_candidate_from_file(valid_sha1, example_path),
Some(CandidateHashes {
alg: Algorithm::Sha1,
..
})
));
assert!(matches!(
- read_raw_candidate_from_file(&valid_sha1_2, &example_path),
+ read_raw_candidate_from_file(&valid_sha1_2, example_path),
Some(CandidateHashes {
alg: Algorithm::Sha1,
..
})
));
assert!(matches!(
- read_raw_candidate_from_file(valid_sha256, &example_path),
+ read_raw_candidate_from_file(valid_sha256, example_path),
Some(CandidateHashes {
alg: Algorithm::Sha256,
..
));
for i in &[invalid1, invalid2, invalid3, invalid4, invalid5] {
- assert!(read_raw_candidate_from_file(*i, &example_path).is_none());
+ assert!(read_raw_candidate_from_file(*i, example_path).is_none());
}
}
75eb7420a9f5a260b04a3e8ad51e50f2838a17fc lel.txt
fe6c26d485a3573a1cb0ad0682f5105325a1905f shasums";
- let lines = shasums.lines().map(|l| std::io::Result::Ok(l));
+ let lines = shasums.lines().map(std::io::Result::Ok);
let path = Path::new("SHASUMS");
- let candidates = read_coreutils_digests_from_file(lines, &path);
+ let candidates = read_coreutils_digests_from_file(lines, path);
assert_eq!(
candidates,
let extra_space = "4b91f7a387a6edd4a7c0afb2897f1ca968c9695b cp";
for digest in [no_format, invalid_format, extra_space] {
- let lines = digest.lines().map(|l| std::io::Result::Ok(l));
+ let lines = digest.lines().map(std::io::Result::Ok);
assert!(
read_coreutils_digests_from_file(lines, Path::new("SHASUMS")).is_none(),
"Should be invalid digest: {:?}",