Struct FileCallData 

pub struct FileCallData {
    pub calls_by_symbol: HashMap<String, Vec<CallSite>>,
    pub exported_symbols: Vec<String>,
    pub symbol_metadata: HashMap<String, SymbolMeta>,
    pub default_export_symbol: Option<String>,
    pub import_block: ImportBlock,
    pub lang: LangId,
}

Per-file call data: call sites grouped by containing symbol, plus exported symbol names and parsed imports.

Fields

calls_by_symbol: HashMap<String, Vec<CallSite>>

Map from symbol name → list of call sites within that symbol’s body.

exported_symbols: Vec<String>

Names of exported symbols in this file.

symbol_metadata: HashMap<String, SymbolMeta>

Per-symbol metadata (kind, exported, signature).

default_export_symbol: Option<String>

Real or synthetic symbol name for this file’s default export.

import_block: ImportBlock

Parsed import block for cross-file resolution.

lang: LangId

Language of the file.

Implementations

impl FileCallData

pub fn symbol_metadata_for(&self, name: &str) -> Option<&SymbolMeta>

Look up metadata for an exported symbol name.

exported_symbols stores bare names (e.g. total_disk_bytes), but symbol_metadata is keyed by scoped identity (e.g. BackupStore::total_disk_bytes for impl methods, via [symbol_identity]). A bare-name .get() therefore misses scoped symbols and forces callers into degraded unknown/line-1 fallbacks. This resolves an exact key first, then falls back to the first entry whose unqualified name matches — recovering correct kind and line for methods. (Bare-name exports are already ambiguous across scopes, so first-match is the best available signal; this only affects displayed metadata, never liveness, which keys on the symbol name.)

Trait Implementations

impl Clone for FileCallData

fn clone(&self) -> FileCallData

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for FileCallData

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

Formats the value using the given formatter.