scc-cli 0.2.11

//! Wave 9 first-class contracts + invocation surfaces + explicit
//! uncertainty/coverage map (integration): indexing python-facts-service
//! must render typed CONTRACTS lines (`http:`/`cli:`/`config:`), surface
//! public_api entrypoints, and a MODEL COVERAGE section that states what
//! the model knows AND what it does not. (No framework_callback surfaces
//! here: the fixture's callbacks are lifecycle names, not callable
//! symbols; the derivation itself is pinned by
//! flows::invocation_surfaces_seed_from_semantic_facts.)

mod common;

use common::{copy_fixture, run_ok, workdir};
// trace:v1 id=test.scc.coverage verifies=REQ-SCC-CTX exercises=impl.scc.atlas

#[test]
fn atlas_renders_typed_contracts_surfaces_and_coverage() {
    let repo = copy_fixture("python-facts-service");
    let dir = workdir(repo.path());
    run_ok(&dir, &["index", "--quiet"]);
    let atlas = run_ok(&dir, &["atlas"]);

    // ---- CONTRACTS: first-class `kind: operation` lines ----
    assert!(atlas.contains("# CONTRACTS"), "{atlas}");
    // http from ROUTE entities
    assert!(atlas.contains("http: GET /ping"), "http contract: {atlas}");
    assert!(atlas.contains("http: GET /items/{item_id}"), "http contract: {atlas}");
    assert!(atlas.contains("http: GET /admin"), "http contract: {atlas}");
    // cli from cli_flags attrs (argparse in the fixture)
    assert!(atlas.contains("cli: --port"), "cli contract: {atlas}");
    assert!(atlas.contains("cli: --verbose"), "cli contract: {atlas}");
    assert!(atlas.contains("cli: --workers"), "cli contract: {atlas}");
    // config from CONFIGURATION entities
    assert!(atlas.contains("config: DEBUG"), "config contract: {atlas}");
    assert!(atlas.contains("config: PORT"), "config contract: {atlas}");
    assert!(atlas.contains("config: DATABASE_URL"), "config contract: {atlas}");

    // ---- ENTRYPOINTS: invocation-surface seeds are additive ----
    assert!(atlas.contains("create_app [public_api]"), "export surface: {atlas}");
    assert!(atlas.contains("ping [public_api]"), "export surface: {atlas}");
    // No framework_callback entrypoints on this fixture by design: its
    // callbacks are lifecycle names (`@app.on_event("startup")`), not
    // callable symbols, and symbol-typed edges to them are no longer
    // fabricated (they used to dangle). The lifecycle wiring still shows
    // as annotations on the owners.
    assert!(
        !atlas.contains("[framework_callback]"),
        "no fabricated callback surface: {atlas}"
    );
    // routes still render as routes
    assert!(atlas.contains("GET /ping [route]"), "route entrypoint: {atlas}");

    // ---- MODEL COVERAGE: the explicit uncertainty map ----
    assert!(atlas.contains("# MODEL COVERAGE"), "{atlas}");
    for key in [
        "parsed_source_files:",
        "exported_api:",
        "call_targets_resolved:",
        "invocation_surfaces:",
        "dynamic_receivers_unresolved:",
        "framework_registrations_unknown:",
        "stale_evidence:",
        "unparsed_files:",
        "model_epoch_generations:",
    ] {
        assert!(atlas.contains(key), "coverage key {key} missing: {atlas}");
    }
    // honest, deterministic numbers on the fixture: 3 python files parsed,
    // no stale files, all calls target external modules (0% resolved to
    // local symbols), 7 external/dynamic receivers. The 4th discovered file
    // is the `.gitignore` that `index` itself creates (self-ignore): it is
    // discovered but not source-parsed, hence 3/4.
    assert!(atlas.contains("parsed_source_files: 75% (3/4)"), "{atlas}");
    assert!(atlas.contains("call_targets_resolved: 0% (0/7"), "{atlas}");
    assert!(atlas.contains("dynamic_receivers_unresolved: 7"), "{atlas}");
    assert!(atlas.contains("stale_evidence: 0 (model FRESH)"), "{atlas}");

    // determinism: identical model state renders the same atlas
    let atlas2 = run_ok(&dir, &["atlas"]);
    assert_eq!(atlas, atlas2, "atlas must be deterministic");

    // ---- System IR regression guard: routes still surface as route
    // entities in the export, and registration targets as contract
    // entities (include_router/register_blueprint/exception handlers) ----
    let out = run_ok(&dir, &["export", "system-ir.json"]);
    let v: serde_json::Value = serde_json::from_str(&out).unwrap();
    let entities = v["entities"].as_array().unwrap();
    let has_kind_name = |kind: &str, name: &str| {
        entities
            .iter()
            .any(|e| e["kind"] == kind && e["name"].as_str() == Some(name))
    };
    assert!(
        has_kind_name("route", "GET /ping"),
        "route entity for GET /ping missing"
    );
    assert!(
        has_kind_name("contract", "router") && has_kind_name("contract", "bp"),
        "registration-target contract entities missing"
    );
}

#[test]
fn model_coverage_is_droppable_but_contracts_never() {
    // Tight budget: MODEL COVERAGE (priority 7) drops before CONTRACTS
    // (priority 9) — drop ORDER still favors critical sections — but the
    // hard invariant wins over any section: the pack fits 250 tokens and
    // every cut is recorded, never silent.
    let repo = copy_fixture("python-facts-service");
    let dir = workdir(repo.path());
    run_ok(&dir, &["index", "--quiet"]);
    let out = run_ok(&dir, &["atlas", "--budget", "250", "--json"]);
    let v: serde_json::Value = serde_json::from_str(&out).unwrap();
    assert!(
        v["tokens"].as_u64().unwrap() <= 250,
        "hard cap violated: {}",
        v["tokens"]
    );
    let dropped: Vec<&str> = v["dropped_sections"]
        .as_array()
        .map(|a| {
            a.iter()
                .filter_map(|x| x.as_str())
                .collect::<Vec<_>>()
        })
        .unwrap_or_default();
    assert!(!dropped.is_empty(), "cuts must be recorded: {out}");
    // drop order: coverage goes before contracts
    let cov_idx = dropped.iter().position(|d| d.contains("MODEL COVERAGE"));
    let con_idx = dropped.iter().position(|d| d.contains("CONTRACTS"));
    if let (Some(cov), Some(con)) = (cov_idx, con_idx) {
        assert!(
            cov < con,
            "coverage must drop before contracts: {dropped:?}"
        );
    }
}