Struct DiffInputs 

pub struct DiffInputs<'a> {
    pub old_head: &'a BTreeMap<SigId, StageId>,
    pub old_effects: &'a BTreeMap<SigId, EffectSet>,
    pub old_imports: &'a ImportMap,
    pub new_stages: &'a [Stage],
    pub new_imports: &'a ImportMap,
    pub diff: &'a DiffReport,
    pub module_prefixes: &'a BTreeMap<String, String>,
}

Fields

old_head: &'a BTreeMap<SigId, StageId>

Current head SigId → StageId map.

old_effects: &'a BTreeMap<SigId, EffectSet>

Effect set per sig at the current head.

old_imports: &'a ImportMap

Per-file imports at the current head.

new_stages: &'a [Stage]

Stages of the new program (post-canonicalize).

new_imports: &'a ImportMap

Per-file imports of the new program.

diff: &'a DiffReport

AST-diff between old and new sources, by name. Each removed/ renamed/modified entry carries its own resolved old_sig_id (see diff_report’s doc comments) rather than this module re-deriving one from a name-keyed lookup: a bare function name is not unique across a package’s files (#818 — e.g. two files legitimately both declaring a local validate helper with different signatures), so a name -> SigId map here would silently collapse distinct functions onto one SigId.

module_prefixes: &'a BTreeMap<String, String>

Mangling prefix → package source file (schema_a1b2 → src/schema.lex), for a multi-module package publish. A declaration’s mangled name is <prefix>.<local>, so this maps each AddFunction/AddType to its origin file, recorded as the op’s in_file so export-git can de-flatten the package (#894). Empty for a single-file publish (then in_file stays None and OpIds are unchanged).

Trait Implementations

impl<'a> Debug for DiffInputs<'a>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.