//! Functionality for splitting CTS tests at certain paths into more tests and files in //! [`crate::main`].
use std::collections::BTreeSet;
/// The value portion of a key-value pair used in [`crate::main`] to split tests into more tests or /// files. #[derive(Debug)] pub(crate) struct Config<O> { /// The new base name used for the sibling directory that this entry will split off from the /// original CTS test. /// /// Chunking WPT tests happens at a directory level in Firefox's CI. If we split into a child /// directory, instead of a sibling directory, then we would actually cause the child test to /// be run in multiple chunks. Therefore, it's required to split tests into siblings. pub new_sibling_basename: &'static str, /// How to split the test this entry refers to. pub split_by: SplitBy<O>,
}
/// A [`Config::split_by`] value. #[derive(Debug)] pub(crate) enum SplitBy<O> {
FirstParam { /// The name of the first parameter in the test, to be used as validation that we are /// actually pointing to the correct test.
expected_name: &'static str, /// The method by which a test should be divided.
split_to: SplitParamsTo, /// Values collected during [`Entry::process`], corresponding to a new test entry each.
observed_values: O,
},
}
/// A [SplitBy::FirstParam::split_to]. #[derive(Debug)] pub(crate) enum SplitParamsTo { /// Place new test entries as siblings in the same file.
SeparateTestsInSameFile,
}
impl SeenIn { /// Default value: all seen locations set to `false`. pubfn nowhere() -> Self { Self::default()
}
}
impl<'a> Entry<'a> { /// Accumulates a line from the test listing script in upstream CTS. /// /// Line is expected to have a full CTS test path, including at least one case parameter, i.e.: /// /// ``` /// webgpu:path,to,test,group:test:param1="value1";… /// ``` /// /// Note that `;…` is not strictly necessary, when there is only a single case parameter for /// the test. /// /// See [`crate::main`] for more details on how upstream CTS' listing script is invoked. pub(crate) fn process_listing_line(
&mutself,
test_group_and_later_path: &'a str,
) -> miette::Result<()> { let rest = test_group_and_later_path;
letSelf { seen, config } = self;
let Config {
new_sibling_basename: _,
split_by,
} = config;
match split_by {
SplitBy::FirstParam { ref expected_name,
split_to: _,
observed_values,
} => { // NOTE: This only parses strings with no escaped characters. We may need different // values later, at which point we'll have to consider what to do here. let (ident, rest) = rest.split_once("=").ok_or_else(|| {
miette::diagnostic!("failed to get start of value of first arg")
})?;
/// Iterate over `entries`' [`seen` members](Entry::seen), accumulating one of their fields and /// panicking if any are `false` /// /// Used in [`crate::main`] to check that a specific [`Entry::seen`] fields have been set to `true` /// for each entry configured. pub(crate) fn assert_seen<'a>(
what: &'static str,
entries: impl Iterator<Item = (&'a &'a str, &'a Entry<'a>)>, mut in_: impl FnMut(&'a SeenIn) -> &'a bool,
) { letmut unseen = Vec::new();
entries.for_each(|(test_path, entry)| { if !*in_(&entry.seen) {
unseen.push(test_path);
}
}); if !unseen.is_empty() {
panic!(
concat!( "did not find the following test split config. entries ", "in {}: {:#?}",
),
what, unseen
);
}
}
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