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|
//! Shirabe-specific integration tests for the immutable values that cross the plugin boundary
//! as real PHP objects: `Composer\Package\Link` with its `composer/semver` constraint, and the
//! `\DateTimeInterface` release date. Upstream Composer has no test for this (its plugins run
//! in-process), so the fixture `fixtures/values-v1` is Shirabe-owned.
use crate::async_runtime::run;
use crate::plugin_installer_test::{lock_php_worker, new_installer, php_runtime_available, set_up};
use indexmap::IndexMap;
use shirabe::installer::InstallerInterface;
use shirabe::package::Link;
use shirabe::package::PackageInterfaceHandle;
use shirabe::package::loader::{ArrayLoader, JsonLoader, JsonLoaderInput};
use shirabe_semver::constraint::{
AnyConstraint, MatchAllConstraint, MatchNoneConstraint, MultiConstraint, SimpleConstraint,
};
fn values_fixture_package() -> PackageInterfaceHandle {
let loader = JsonLoader::new(Box::new(ArrayLoader::new(None, false)));
let path = std::path::Path::new(env!("CARGO_MANIFEST_DIR"))
.join("tests/plugin/fixtures/values-v1/composer.json");
loader
.load(JsonLoaderInput::String(
path.canonicalize().unwrap().to_str().unwrap().to_string(),
))
.unwrap()
}
fn simple(operator: &str, version: &str, pretty_string: Option<&str>) -> AnyConstraint {
AnyConstraint::Simple(SimpleConstraint::new(
operator.to_string(),
version.to_string(),
pretty_string.map(str::to_string),
))
}
fn link(target: &str, constraint: AnyConstraint, pretty_constraint: &str) -> Link {
Link::new(
"dummy/root".to_string(),
target.to_string(),
constraint,
Some(Link::TYPE_REQUIRE.to_string()),
pretty_constraint.to_string(),
)
}
/// Every constraint shape the codec knows, so the rendering the plugin writes covers all four
/// classes and both the set and the unset pretty string.
fn seeded_requires() -> IndexMap<String, Link> {
let mut requires = IndexMap::new();
requires.insert(
"foo/simple".to_string(),
link("foo/simple", simple(">=", "1.0.0.0", None), ">=1.0"),
);
requires.insert(
"foo/multi".to_string(),
link(
"foo/multi",
AnyConstraint::Multi(MultiConstraint::new(
vec![
simple(">=", "1.0.0.0", None),
simple("<", "2.0.0.0", Some("<2.0")),
],
true,
Some("^1.0".to_string()),
)),
"^1.0",
),
);
requires.insert(
"foo/all".to_string(),
link(
"foo/all",
AnyConstraint::MatchAll(MatchAllConstraint::new(None)),
"*",
),
);
requires.insert(
"foo/none".to_string(),
link(
"foo/none",
AnyConstraint::MatchNone(MatchNoneConstraint::new(Some("nothing".to_string()))),
"",
),
);
requires
}
fn describe(constraint: &AnyConstraint) -> String {
let shape = match constraint {
AnyConstraint::Simple(c) => {
format!("Constraint({} {})", c.get_operator(), c.get_version())
}
AnyConstraint::Multi(c) => format!(
"MultiConstraint({}: {})",
if c.is_conjunctive() { "and" } else { "or" },
c.get_constraints()
.iter()
.map(describe)
.collect::<Vec<_>>()
.join(", ")
),
AnyConstraint::MatchAll(_) => "MatchAllConstraint()".to_string(),
AnyConstraint::MatchNone(_) => "MatchNoneConstraint()".to_string(),
};
format!("{shape} pretty={}", constraint.get_pretty_string())
}
fn describe_links(links: &IndexMap<String, Link>) -> Vec<String> {
links
.iter()
.map(|(name, link)| {
format!(
"{name} | {} | {} | {} | {} | {}",
link.get_source(),
link.get_target(),
link.get_description(),
link.get_pretty_constraint(),
describe(link.get_constraint())
)
})
.collect()
}
#[test]
fn test_links_and_release_date_round_trip_through_the_plugin() {
if !php_runtime_available() {
return;
}
let _worker = lock_php_worker();
let set_up = set_up();
let package = set_up.composer.borrow().get_package().clone();
package.set_requires(seeded_requires());
let installer = new_installer(&set_up);
set_up.pm.borrow_mut().load_installed_plugins().unwrap();
run(installer.install(&set_up.repository, values_fixture_package())).unwrap();
// What the plugin saw: each seeded link rebuilt in the child as a real Link over a real
// composer/semver constraint.
assert_eq!(
"foo/simple | dummy/root | foo/simple | requires | >=1.0 | Constraint(>= 1.0.0.0) pretty=>= 1.0.0.0\n\
foo/multi | dummy/root | foo/multi | requires | ^1.0 | MultiConstraint(and: Constraint(>= 1.0.0.0) pretty=>= 1.0.0.0, Constraint(< 2.0.0.0) pretty=<2.0) pretty=^1.0\n\
foo/all | dummy/root | foo/all | requires | * | MatchAllConstraint() pretty=*\n\
foo/none | dummy/root | foo/none | requires | | MatchNoneConstraint() pretty=nothing\n\
release date: 2024-03-03T20:06:07.123456+00:00\n",
set_up.io.borrow().get_output()
);
// What the plugin wrote back: links it built PHP-side, decoded into Rust values.
assert_eq!(
vec![
"bar/plain | dummy/root | bar/plain | requires | 2.0 | Constraint(== 2.0.0.0) pretty=2.0",
"bar/multi | dummy/root | bar/multi | requires (for development) | <1.0 || >=3.0 | MultiConstraint(or: Constraint(< 1.0.0.0) pretty=< 1.0.0.0, Constraint(>= 3.0.0.0) pretty=>= 3.0.0.0) pretty=[< 1.0.0.0 || >= 3.0.0.0]",
"bar/all | dummy/root | bar/all | requires | * | MatchAllConstraint() pretty=*",
"bar/none | dummy/root | bar/none | requires | | MatchNoneConstraint() pretty=nothing",
],
describe_links(&package.get_requires())
);
// The plugin wrote an Asia/Tokyo instant with microseconds; both survive the crossing,
// and the child sees the same instant back in UTC.
assert_eq!(
"2024-03-03T20:06:07.123456Z",
package
.get_release_date()
.unwrap()
.to_rfc3339_opts(chrono::SecondsFormat::Micros, true)
);
}
|
