use gix_refspec::parse::{Error, Operation};use crate::parse::try_parse;#[test]fn empty() { assert!(matches!(try_parse("", Operation::Push).unwrap_err(), Error::Empty));}#[test]fn empty_component() { assert!(matches!( try_parse("refs/heads/test:refs/remotes//test", Operation::Fetch).unwrap_err(), Error::ReferenceName(gix_validate::reference::name::Error::RepeatedSlash) ));}#[test]fn whitespace() { assert!(matches!( try_parse("refs/heads/test:refs/remotes/ /test", Operation::Fetch).unwrap_err(), Error::ReferenceName(gix_validate::reference::name::Error::InvalidByte { .. }) ));}#[test]fn complex_patterns_with_more_than_one_asterisk() { // For one-sided refspecs, complex patterns are now allowed for op in [Operation::Fetch, Operation::Push] { assert!(try_parse("a/*/c/*", op).is_ok()); } // For two-sided refspecs, complex patterns should still fail for op in [Operation::Fetch, Operation::Push] { for spec in ["a/*/c/*:x/*/y/*", "a**:**b", "+:**/"] { assert!(matches!( try_parse(spec, op).unwrap_err(), Error::PatternUnsupported { .. } )); } } // Negative specs with partial patterns still fail. assert!(matches!( try_parse("^*/*", Operation::Fetch).unwrap_err(), Error::NegativePartialName )); // Negative refspec patterns follow Git's single-asterisk refspec-pattern rule. for op in [Operation::Fetch, Operation::Push] { assert!(matches!( try_parse("^refs/heads/qa/*/*", op).unwrap_err(), Error::PatternUnsupported { .. } )); for spec in [ "^refs/heads/a*?", "^refs/heads/a[bc]*", "^refs/heads/*..bad", "^refs/heads/*/", ] { assert!( matches!(try_parse(spec, op).unwrap_err(), Error::ReferenceName(_)), "{spec}" ); } }}#[test]fn both_sides_need_pattern_if_one_uses_it() { // For two-sided refspecs, both sides still need patterns if one uses it for op in [Operation::Fetch, Operation::Push] { for spec in [":a/*", "+:a/*", "a*:b/c", "a:b/*"] { assert!( matches!(try_parse(spec, op).unwrap_err(), Error::PatternUnbalanced), "{}", spec ); } } // One-sided refspecs with patterns are now allowed for op in [Operation::Fetch, Operation::Push] { assert!(try_parse("refs/*/a", op).is_ok()); }}#[test]fn push_to_empty() { assert!(matches!( try_parse("HEAD:", Operation::Push).unwrap_err(), Error::PushToEmpty ));}#[test]fn fuzzed() { let input = include_bytes!("../../fixtures/fuzzed/clusterfuzz-testcase-minimized-gix-refspec-parse-4658733962887168"); drop(gix_refspec::parse(input.into(), gix_refspec::parse::Operation::Fetch).unwrap_err()); drop(gix_refspec::parse(input.into(), gix_refspec::parse::Operation::Push).unwrap_err());}
use gix_refspec::parse::{Error, Operation};
use crate::parse::try_parse;
#[test]
fn empty() {
assert!(matches!(try_parse("", Operation::Push).unwrap_err(), Error::Empty));
}
#[test]
fn empty_component() {
assert!(matches!(
try_parse("refs/heads/test:refs/remotes//test", Operation::Fetch).unwrap_err(),
Error::ReferenceName(gix_validate::reference::name::Error::RepeatedSlash)
));
}
#[test]
fn whitespace() {
assert!(matches!(
try_parse("refs/heads/test:refs/remotes/ /test", Operation::Fetch).unwrap_err(),
Error::ReferenceName(gix_validate::reference::name::Error::InvalidByte { .. })
));
}
#[test]
fn complex_patterns_with_more_than_one_asterisk() {
// For one-sided refspecs, complex patterns are now allowed
for op in [Operation::Fetch, Operation::Push] {
assert!(try_parse("a/*/c/*", op).is_ok());
}
// For two-sided refspecs, complex patterns should still fail
for op in [Operation::Fetch, Operation::Push] {
for spec in ["a/*/c/*:x/*/y/*", "a**:**b", "+:**/"] {
assert!(matches!(
try_parse(spec, op).unwrap_err(),
Error::PatternUnsupported { .. }
));
}
}
// Negative specs with partial patterns still fail.
assert!(matches!(
try_parse("^*/*", Operation::Fetch).unwrap_err(),
Error::NegativePartialName
));
// Negative refspec patterns follow Git's single-asterisk refspec-pattern rule.
for op in [Operation::Fetch, Operation::Push] {
assert!(matches!(
try_parse("^refs/heads/qa/*/*", op).unwrap_err(),
Error::PatternUnsupported { .. }
));
for spec in [
"^refs/heads/a*?",
"^refs/heads/a[bc]*",
"^refs/heads/*..bad",
"^refs/heads/*/",
] {
assert!(
matches!(try_parse(spec, op).unwrap_err(), Error::ReferenceName(_)),
"{spec}"
);
}
}
}
#[test]
fn both_sides_need_pattern_if_one_uses_it() {
// For two-sided refspecs, both sides still need patterns if one uses it
for op in [Operation::Fetch, Operation::Push] {
for spec in [":a/*", "+:a/*", "a*:b/c", "a:b/*"] {
assert!(
matches!(try_parse(spec, op).unwrap_err(), Error::PatternUnbalanced),
"{}",
spec
);
}
}
// One-sided refspecs with patterns are now allowed
for op in [Operation::Fetch, Operation::Push] {
assert!(try_parse("refs/*/a", op).is_ok());
}
}
#[test]
fn push_to_empty() {
assert!(matches!(
try_parse("HEAD:", Operation::Push).unwrap_err(),
Error::PushToEmpty
));
}
#[test]
fn fuzzed() {
let input =
include_bytes!("../../fixtures/fuzzed/clusterfuzz-testcase-minimized-gix-refspec-parse-4658733962887168");
drop(gix_refspec::parse(input.into(), gix_refspec::parse::Operation::Fetch).unwrap_err());
drop(gix_refspec::parse(input.into(), gix_refspec::parse::Operation::Push).unwrap_err());
}