import assert from "node:assert/strict";
import test from "node:test";
import { compileCapabilityResourceSource, compileCapabilitySource } from "../src/capability-language/parser.js";
import { generateTypeScriptBindings } from "../src/bindings/index.js";
import { generateClientContracts } from "../src/bindings/client.js";
import {
  TypeSubstitution,
  appliedInterfaceId,
  bindTypeParameters,
  canonicalTypeArgument,
  instantiateInterface,
  capabilityId,
  isStorableType,
  valueType,
  computeCapabilityClosure,
  compileWorkspaceRevision,
  type ClosedTypeArgument,
  type GenericTypeEnvironment,
  type ValueTypeExpression,
} from "../src/capability-model/index.js";

test("unused generic definitions prove symbolic bounds and storable aliases", () => {
  const source = { repository: "https://example.test/bounds.git", commit: "a".repeat(40) };
  const interfaces = new Map();
  for (const text of [
    'interface Named id "named" revision "named@1" {}',
    'import interface Named; interface Detailed id "detailed" revision "detailed@1" requires Named {}',
    'import interface Named; interface Requires<object T implements Named> id "requires" revision "requires@1" {}',
    'interface Stored<value V : storable> id "stored" revision "stored@1" {}',
  ]) {
    const result = compileCapabilityResourceSource(text, { source, environment: { interfaces } });
    assert.ok(result.ok, JSON.stringify(result.diagnostics));
    assert.equal(result.resource.kind, "interface");
    interfaces.set(result.resource.revision.displayName, result.resource.revision);
  }
  const compile = (body: string) => compileCapabilityResourceSource(body, { source, environment: { interfaces } });
  const bad = compile(
    'import interface Requires; interface Bad<object T> id "bad" revision "bad@1" requires Requires<T> {}',
  );
  assert.equal(bad.ok, false);
  assert.match(JSON.stringify(bad.diagnostics), /does not prove/);
  const good = compile(
    'import interface Detailed; import interface Requires; interface Good<object T implements Detailed> id "good" revision "good@1" requires Requires<T> {}',
  );
  assert.ok(good.ok, JSON.stringify(good.diagnostics));
  const alias = compile(
    'import interface Stored; type Values<value V : storable> = list<optional<V>>; interface Good<value T : storable> id "good" revision "good@1" requires Stored<Values<T>> {}',
  );
  assert.ok(alias.ok, JSON.stringify(alias.diagnostics));
  const nonstorable = compile(
    'import interface Stored; interface Bad<value T> id "bad" revision "bad@1" requires Stored<T> {}',
  );
  assert.equal(nonstorable.ok, false);
});

const note = capabilityId.atom("atom:note");
test("Self remains contextual through local aliases", () => {
  const result = compileCapabilityResourceSource(
    'type Me = ref<Self>; type Mine = optional<Me>; interface Identity id "identity" revision "identity@1" {value mine id "mine" : Mine {get id "mine:get";}}',
    { source: { repository: "https://example.test/self.git", commit: "a".repeat(40) } },
  );
  assert.ok(result.ok, JSON.stringify(result.diagnostics));
  if (result.resource.kind !== "interface") throw new Error("expected interface");
  assert.equal(result.resource.revision.template?.usesSelf, true);
  const closed = instantiateInterface(result.resource.revision, [], { ...environment(), self: note });
  assert.deepEqual(closed.members[0].operations[0].outputType, valueType.optional(valueType.atomRef(note)));
});
const named = capabilityId.interfaceRevision("interface:named@1");
const environment = (arguments_: [string, ClosedTypeArgument][] = []): GenericTypeEnvironment => ({
  arguments: new Map(arguments_),
  applyInterface: (id, args) => {
    assert.equal(args.length, 0);
    return id;
  },
  implementsInterface: (target, required) => target.kind === "atom" && target.atomId === note && required === named,
});

test("substitution reaches nested records, lists, optionals and object references", () => {
  const substitute = new TypeSubstitution(
    environment([
      ["scope/value", { kind: "value", type: valueType.int64 }],
      ["scope/object", { kind: "object", target: { kind: "atom", atomId: note } }],
    ]),
  );
  const result = substitute.value({
    kind: "record",
    fields: {
      values: { kind: "list", value: { kind: "optional", value: { kind: "parameter", parameterId: "scope/value" } } },
      target: { kind: "object-ref", expectation: { kind: "parameter", parameterId: "scope/object" } },
    },
  });
  assert.deepEqual(result, {
    kind: "record",
    fields: {
      values: valueType.list(valueType.optional(valueType.int64)),
      target: valueType.atomRef(note),
    },
  });
  assert.equal(isStorableType(result), false);
});

test("Self is the exact implementing atom and cannot be unbound", () => {
  const expression = { kind: "object-ref", expectation: { kind: "self" } } as const;
  assert.throws(() => new TypeSubstitution(environment()).value(expression), /Self requires an implementing atom/);
  assert.deepEqual(new TypeSubstitution({ ...environment(), self: note }).value(expression), valueType.atomRef(note));
});

test("parameter kinds and missing parameters fail closed", () => {
  const substitute = new TypeSubstitution(
    environment([["T", { kind: "object", target: { kind: "atom", atomId: note } }]]),
  );
  assert.throws(() => substitute.value({ kind: "parameter", parameterId: "T" }), /use ref<T>/);
  assert.throws(() => substitute.value({ kind: "parameter", parameterId: "unknown" }), /Unbound parameter/);
  assert.throws(
    () => bindTypeParameters([{ id: "T", name: "T", kind: "value" }], [], environment()),
    /Expected 1 type arguments/,
  );
  assert.throws(
    () =>
      bindTypeParameters(
        [{ id: "T", name: "T", kind: "value" }],
        [{ kind: "object", target: { kind: "atom", atomId: note } }],
        environment(),
      ),
    /Expected value, received object/,
  );
});

test("bounds require evidence and storable constraints inspect nested values", () => {
  const parameters = [
    { id: "T", name: "T", kind: "object", implements: [{ definitionId: named, arguments: [] }] },
  ] as const;
  const mutableParameters = parameters.map((p) => ({
    ...p,
    implements: p.implements.map((b) => ({ ...b, arguments: [] })),
  }));
  assert.equal(
    bindTypeParameters(mutableParameters, [{ kind: "object", target: { kind: "atom", atomId: note } }], environment())
      .size,
    1,
  );
  assert.throws(
    () =>
      bindTypeParameters(
        mutableParameters,
        [{ kind: "object", target: { kind: "atom", atomId: capabilityId.atom("person") } }],
        environment(),
      ),
    /does not implement/,
  );
  assert.throws(
    () =>
      bindTypeParameters(
        [{ kind: "value", id: "V", name: "V", storable: true }],
        [{ kind: "value", type: valueType.list(valueType.optional(valueType.atomRef(note))) }],
        environment(),
      ),
    /cannot contain managed references/,
  );
  assert.equal(isStorableType(valueType.message("opaque")), false);
  assert.equal(isStorableType(valueType.watchHandle), false);
  assert.equal(
    isStorableType(valueType.message("checked"), (id) => id === "checked"),
    true,
  );
});

test("closed applications canonicalize records without erasing nominal identity or provenance", () => {
  const a: ClosedTypeArgument = {
    kind: "value",
    type: { kind: "record", fields: { b: valueType.int64, a: valueType.string } },
  };
  const b: ClosedTypeArgument = {
    kind: "value",
    type: { kind: "record", fields: { a: valueType.string, b: valueType.int64 } },
  };
  assert.equal(canonicalTypeArgument(a), canonicalTypeArgument(b));
  const application = {
    definitionId: named,
    source: { repository: "https://example.test/named.git", commit: "a".repeat(40) },
    arguments: [a],
  };
  assert.equal(appliedInterfaceId(application), appliedInterfaceId({ ...application, arguments: [b] }));
  assert.notEqual(appliedInterfaceId(application), appliedInterfaceId({ ...application, self: note }));
  assert.notEqual(
    appliedInterfaceId(application),
    appliedInterfaceId({ ...application, source: { ...application.source, commit: "b".repeat(40) } }),
  );
  assert.throws(
    () =>
      canonicalTypeArgument({
        kind: "value",
        type: { kind: "parameter", parameterId: "T" },
      } as unknown as ClosedTypeArgument),
    /Expected a closed value type/,
  );
});

test("aliases use lexical parameter identities, preserve outer bindings and reject cycles", () => {
  const env = environment([["outer/T", { kind: "value", type: valueType.string }]]);
  env.aliases = new Map([
    [
      "Box",
      {
        id: "Box",
        parameters: [{ id: "box/T", name: "T", kind: "value" }],
        body: { kind: "list", value: { kind: "parameter", parameterId: "box/T" } },
      },
    ],
    ["Loop", { id: "Loop", parameters: [], body: { kind: "alias", definitionId: "Loop", arguments: [] } }],
  ]);
  const substitute = new TypeSubstitution(env);
  assert.deepEqual(
    substitute.value({
      kind: "alias",
      definitionId: "Box",
      arguments: [{ kind: "value", type: { kind: "parameter", parameterId: "outer/T" } }],
    }),
    valueType.list(valueType.string),
  );
  assert.deepEqual(substitute.value({ kind: "parameter", parameterId: "outer/T" }), valueType.string);
  assert.throws(() => substitute.value({ kind: "alias", definitionId: "Loop", arguments: [] }), /Loop -> Loop/);
});

test("excessively deep types produce a bounded diagnostic", () => {
  let expression: ValueTypeExpression = valueType.string;
  for (let index = 0; index < 200; index++) expression = { kind: "list", value: expression };
  assert.throws(() => new TypeSubstitution(environment()).value(expression), /depth or expansion budget/);
});

const source = { repository: "https://example.test/contracts.git", commit: "a".repeat(40) };
const reader = () => {
  const result = compileCapabilityResourceSource(
    `interface Reader<value V> id "reader" revision "reader@1" {
    value values id "values" : list<optional<V>> { get id "values:get"; watch start id "values:watch" stop id "values:stop"; }
  }`,
    { source },
  );
  assert.ok(result.ok, JSON.stringify(result.diagnostics));
  assert.equal(result.resource.kind, "interface");
  if (result.resource.kind !== "interface") throw new Error("expected interface");
  return result.resource.revision;
};

test("generic interface source retains its template and produces closed package/codegen contracts", () => {
  const definition = reader();
  assert.equal(definition.template?.parameters[0].name, "V");
  const result = compileCapabilityResourceSource(
    `import interface Reader;
    package Client id "client" revision "client@1" {
      function run id "run" : unit -> list<optional<string>> requires { interface reader id "reader-port" : Reader<string>; };
    }`,
    { source, environment: { interfaces: new Map([["Reader", definition]]) } },
  );
  assert.ok(result.ok, JSON.stringify(result.diagnostics));
  if (result.resource.kind !== "package") throw new Error("expected package");
  assert.equal(result.resource.specializations?.length, 1);
  const closed = result.resource.specializations![0];
  assert.deepEqual(closed.members[0].operations[0].outputType, valueType.list(valueType.optional(valueType.string)));
  assert.deepEqual(closed.members[0].operations[1].eventType, closed.members[0].operations[0].outputType);
  const generated = generateTypeScriptBindings(
    { format: "quixos-bindings", version: 1, interfaces: [closed], packages: [result.resource.revision] },
    "client@1",
  );
  assert.match(generated, /Array<\(string \| null\)>/);
  assert.ok(generated.includes(closed.revisionId));
});

test("generic conformances bind state against specialized signatures", () => {
  const result = compileCapabilitySource(
    `workspace Demo id "ws" revision "ws@1" commit "${source.commit}" {
    atom Document id "document";
    import interface Reader;
    conform Document as Reader<string> id "reader-conformance" {
      private state Values id "values-slot" on Document : list<optional<string>> policy optimistic-register;
      bind values.get to state Values.read;
      bind values.watch-start to state Values.watch-start;
      bind values.watch-stop to state Values.watch-stop;
    }
  }`,
    "workspace.qx",
    { interfaces: new Map([["Reader", reader()]]) },
  );
  assert.ok(result.ok, JSON.stringify(result.diagnostics));
  assert.equal(result.workspace.interfaceImports.length, 1);
  assert.equal(result.workspace.interfaceImports[0].template, undefined);
  assert.equal(result.workspace.conformances[0].interfaceRevisionId, result.workspace.interfaceImports[0].revisionId);
});

test("source rejects wrong generic arity and an unapplied interface", () => {
  for (const input of [
    "interface-ref<Reader>",
    "interface-ref<Reader<string, int32>>",
    "interface-ref<Reader<atom Note>>",
  ]) {
    const result = compileCapabilityResourceSource(
      `import interface Reader; external atom Note id "note";
      package P id "p" revision "p@1" { function f id "f" : ${input} -> unit; }`,
      { source, environment: { interfaces: new Map([["Reader", reader()]]) } },
    );
    assert.equal(result.ok, false, input);
    assert.match(result.diagnostics[0].code, /type-arity|parameter-kind/);
  }
});

test("package receivers and injected dependencies select exact applications", () => {
  const definition = reader();
  const summary = compileCapabilityResourceSource(
    `interface Summary id "summary" revision "summary@1" {
    value summary id "summary-value" : list<optional<string>> { get id "summary:get"; }
  }`,
    { source },
  );
  assert.ok(summary.ok);
  if (summary.resource.kind !== "interface") throw new Error("expected interface");
  const pkg = compileCapabilityResourceSource(
    `import interface Reader;
    package P id "p" revision "p@1" {
      operation summarize id "summarize" : unit -> list<optional<string>> mode call receiver interfaces [Reader<string>]
        requires { interface reader id "reader-port" : Reader<string>; };
    }`,
    { source, environment: { interfaces: new Map([["Reader", definition]]) } },
  );
  assert.ok(pkg.ok, JSON.stringify(pkg.diagnostics));
  if (pkg.resource.kind !== "package") throw new Error("expected package");
  const result = compileCapabilitySource(
    `workspace W id "w" revision "w@1" commit "${source.commit}" {
    import interface Reader; import interface Summary; import package P;
    atom Note id "note";
    conform Note as Reader<string> id "reader-conformance" {
      private state Values id "values" on Note : list<optional<string>> policy optimistic-register;
      bind values.get to state Values.read;
      bind values.watch-start to state Values.watch-start;
      bind values.watch-stop to state Values.watch-stop;
    }
    conform Note as Summary id "summary-conformance" {
      bind summary.get to package P.summarize with { reader to interface Reader<string>; };
    }
  }`,
    "workspace.qx",
    {
      interfaces: new Map([
        ["Reader", definition],
        ["Summary", summary.resource.revision],
      ]),
      interfaceClosure: pkg.resource.specializations,
      packages: new Map([["P", pkg.resource.revision]]),
    },
  );
  assert.ok(result.ok, JSON.stringify(result.diagnostics));
});

test("named generic value aliases elaborate through nested lists", () => {
  const result = compileCapabilityResourceSource(
    `type Page<value T> = record { items: list<T>; next: optional<string>; };
    package P id "p" revision "p@1" { function f id "f" : unit -> Page<int64>; }`,
    { source },
  );
  assert.ok(result.ok, JSON.stringify(result.diagnostics));
  if (result.resource.kind !== "package") throw new Error("expected package");
  assert.deepEqual(result.resource.revision.exports[0].outputType, {
    kind: "record",
    fields: { items: valueType.list(valueType.int64), next: valueType.optional(valueType.string) },
  });
});

test("Self specializes to the implementing atom rather than an erased interface", () => {
  const definition = compileCapabilityResourceSource(
    `interface Identity id "identity" revision "identity@1" {
    operation identity id "identity-member" : ref<Self> -> ref<Self> { call id "identity-call"; }
  }`,
    { source },
  );
  assert.ok(definition.ok, JSON.stringify(definition.diagnostics));
  if (definition.resource.kind !== "interface") throw new Error("expected interface");
  assert.equal(definition.resource.revision.template?.usesSelf, true);
  const { revision } = definition.resource;
  const first = instantiateInterface(revision, [], { ...environment(), self: note });
  const second = instantiateInterface(revision, [], { ...environment(), self: capabilityId.atom("other") });
  assert.deepEqual(first.members[0].operations[0].outputType, valueType.atomRef(note));
  assert.notEqual(first.revisionId, second.revisionId);
});

test("package Self comes from an exact receiver, never a previous export", () => {
  const valid = compileCapabilityResourceSource(
    `type Owned<object T> = ref<T>; external atom Note id "note";
    package P id "p" revision "p@1" {
      operation identity id "identity" : ref<Self> -> Owned<Self> mode call receiver atom Note;
    }`,
    { source },
  );
  assert.ok(valid.ok, JSON.stringify(valid.diagnostics));
  if (valid.resource.kind !== "package") throw new Error("expected package");
  assert.deepEqual(valid.resource.revision.exports[0].outputType, valueType.atomRef(capabilityId.atom("note")));
  const invalid = compileCapabilityResourceSource(
    `external atom Note id "note";
    package P id "p" revision "p@1" {
      operation identity id "identity" : ref<Self> -> ref<Self> mode call receiver atom Note;
      function bad id "bad" : unit -> ref<Self>;
    }`,
    { source },
  );
  assert.equal(invalid.ok, false);
  assert.equal(invalid.diagnostics[0].code, "unbound-self");
});

test("host generation rejects unresolved definitions and operation-only dispatch ambiguity", () => {
  const definition = reader();
  assert.throws(() => generateClientContracts([definition], {}), /closed interface/);
  const first = instantiateInterface(definition, [{ kind: "value", type: valueType.string }], environment());
  const second = instantiateInterface(definition, [{ kind: "value", type: valueType.int32 }], environment());
  assert.throws(() => generateClientContracts([first, second], {}), /ambiguous/);
});

test("finite recursive generic interface references share the same closed application", () => {
  const definition = compileCapabilityResourceSource(
    `interface Node<value V> id "node" revision "node@1" {
    value next id "next" : optional<interface-ref<Node<V>>> { get id "next:get"; }
  }`,
    { source },
  );
  assert.ok(definition.ok, JSON.stringify(definition.diagnostics));
  if (definition.resource.kind !== "interface") throw new Error("expected interface");
  const result = compileCapabilityResourceSource(
    `import interface Node;
    package P id "p" revision "p@1" { function f id "f" : interface-ref<Node<string>> -> unit; }
  `,
    { source, environment: { interfaces: new Map([["Node", definition.resource.revision]]) } },
  );
  assert.ok(result.ok, JSON.stringify(result.diagnostics));
  const [closed] = result.resource.specializations!;
  assert.equal(result.resource.specializations!.length, 1);
  assert.deepEqual(
    closed.members[0].operations[0].outputType,
    valueType.optional(valueType.interfaceRef(closed.revisionId)),
  );
});

test("expanding recursive generic interfaces fail with a bounded diagnostic", () => {
  const definition = compileCapabilityResourceSource(
    `interface Node<value V> id "node" revision "node@1" {
    value next id "next" : interface-ref<Node<list<V>>> { get id "next:get"; }
  }`,
    { source },
  );
  assert.ok(definition.ok, JSON.stringify(definition.diagnostics));
  if (definition.resource.kind !== "interface") throw new Error("expected interface");
  const result = compileCapabilityResourceSource(
    `import interface Node;
    package P id "p" revision "p@1" { function f id "f" : interface-ref<Node<string>> -> unit; }
  `,
    { source, environment: { interfaces: new Map([["Node", definition.resource.revision]]) } },
  );
  assert.equal(result.ok, false);
  assert.equal(result.diagnostics[0].code, "recursive-application");
});

test("storable parameters do not imply support for RPC-only records", () => {
  assert.equal(isStorableType({ kind: "record", fields: { name: valueType.string } }), false);
  assert.equal(isStorableType(valueType.list(valueType.optional(valueType.string))), true);
});

test("generic declarations reject duplicate members before specialization", () => {
  const result = compileCapabilityResourceSource(
    `interface Bad<value V> id "bad" revision "bad@1" {
    value first id "duplicate" : V { get id "first:get"; }
    value second id "duplicate" : V { get id "second:get"; }
  }`,
    { source },
  );
  assert.equal(result.ok, false);
  assert.equal(result.diagnostics[0].code, "duplicate-interface-member");
});

test("unused templates still check nested application arity and alias cycles", () => {
  const malformed = compileCapabilityResourceSource(
    `import interface Reader;
    interface Bad<value V> id "bad" revision "bad@1" {
      value item id "item" : interface-ref<Reader<V, V>> { get id "get"; }
    }`,
    { source, environment: { interfaces: new Map([["Reader", reader()]]) } },
  );
  assert.equal(malformed.ok, false);
  assert.equal(malformed.diagnostics[0].code, "type-arity");
  const cycle = compileCapabilityResourceSource(
    `type Loop<value V> = list<Loop<V>>;
    interface Bad<value V> id "bad" revision "bad@1" {
      value item id "item" : Loop<V> { get id "get"; }
    }`,
    { source },
  );
  assert.equal(cycle.ok, false);
  assert.equal(cycle.diagnostics[0].code, "recursive-alias");
});

test("Self in a prerequisite contributes to the outer application identity", () => {
  const identity = compileCapabilityResourceSource(
    `interface Identity id "identity" revision "identity@1" {
    value self id "self" : ref<Self> { get id "self:get"; }
  }`,
    { source },
  );
  assert.ok(identity.ok);
  if (identity.resource.kind !== "interface") throw new Error("expected interface");
  const outer = compileCapabilityResourceSource(
    `import interface Identity;
    interface Outer<value V> id "outer" revision "outer@1" requires Identity {}`,
    { source, environment: { interfaces: new Map([["Identity", identity.resource.revision]]) } },
  );
  assert.ok(outer.ok, JSON.stringify(outer.diagnostics));
  if (outer.resource.kind !== "interface") throw new Error("expected interface");
  assert.equal(outer.resource.revision.template?.usesSelf, true);
});

test("object bounds are discharged against the complete candidate, not source order", () => {
  const namedResult = compileCapabilityResourceSource(`interface Named id "named" revision "named@1" {}`, { source });
  assert.ok(namedResult.ok);
  if (namedResult.resource.kind !== "interface") throw new Error("expected interface");
  const named = namedResult.resource.revision;
  const bounded = compileCapabilityResourceSource(
    `import interface Named;
    interface Container<object T implements Named> id "container" revision "container@1" {}`,
    { source, environment: { interfaces: new Map([["Named", named]]) } },
  );
  assert.ok(bounded.ok, JSON.stringify(bounded.diagnostics));
  if (bounded.resource.kind !== "interface") throw new Error("expected interface");
  const container = bounded.resource.revision;
  const compile = (evidence: string) =>
    compileCapabilitySource(
      `workspace W id "w" revision "w@1" commit "${source.commit}" {
    import interface Named; import interface Container;
    atom Note id "note"; atom Index id "index";
    conform Index as Container<atom Note> id "index-container" {}
    ${evidence}
  }`,
      "workspace.qx",
      {
        interfaces: new Map([
          ["Named", named],
          ["Container", container],
        ]),
      },
    );
  const missing = compile("");
  assert.equal(missing.ok, false);
  assert.ok(missing.diagnostics.some((issue) => issue.code === "unsatisfied-interface"));
  const valid = compile('conform Note as Named id "note-named" {}');
  assert.ok(valid.ok, JSON.stringify(valid.diagnostics));
});

test("prerequisites require explicit conformances and remain in the capability closure", () => {
  const baseResult = compileCapabilityResourceSource(`interface Base id "base" revision "base@1" {}`, { source });
  assert.ok(baseResult.ok);
  if (baseResult.resource.kind !== "interface") throw new Error("expected interface");
  const base = baseResult.resource.revision;
  const derivedResult = compileCapabilityResourceSource(
    `import interface Base;
    interface Derived<value V> id "derived" revision "derived@1" requires Base {}`,
    {
      source,
      environment: { interfaces: new Map([["Base", base]]) },
    },
  );
  assert.ok(derivedResult.ok, JSON.stringify(derivedResult.diagnostics));
  if (derivedResult.resource.kind !== "interface") throw new Error("expected interface");
  const derived = derivedResult.resource.revision;
  const compile = (evidence: string) =>
    compileCapabilitySource(
      `workspace W id "w" revision "w@1" commit "${source.commit}" {
    import interface Base; import interface Derived; atom Note id "note";
    conform Note as Derived<string> id "derived-conformance" {}
    ${evidence}
  }`,
      "workspace.qx",
      {
        interfaces: new Map([
          ["Base", base],
          ["Derived", derived],
        ]),
      },
    );
  assert.equal(compile("").ok, false);
  const result = compile('conform Note as Base id "base-conformance" {}');
  assert.ok(result.ok, JSON.stringify(result.diagnostics));
  const root = result.workspace.conformances[0];
  const closure = computeCapabilityClosure(result.plan, [root]);
  assert.equal(closure.conformances.length, 2);
  const unresolved = structuredClone(result.workspace);
  unresolved.interfaceImports[0].members.push({
    kind: "value",
    id: capabilityId.member("unresolved"),
    displayName: "unresolved",
    operations: [],
    valueType: { kind: "parameter", parameterId: "T" } as unknown as typeof valueType.string,
  });
  assert.equal(compileWorkspaceRevision(unresolved).ok, false);
  const forged = structuredClone(result.workspace);
  const applied = forged.interfaceImports.find((entry) => entry.application)!;
  applied.application!.arguments = [{ kind: "value", type: valueType.int64 }];
  assert.equal(compileWorkspaceRevision(forged).ok, false);
});