Files
SikongJueluo c0585a1740 fix(deps): adapt to pi-permission-system 32 session-keyed services
- resolve the permissions service by the live session id in both
  tryRegister paths, so a mid-session republish re-keys via the re-emitted
  permissions:ready channel
- read the session probe instead of the start-time snapshot for inner-cmd
- pass the session key to publish/unpublishPermissionsService in tests and
  drop the removed PromptPermissionDetails.message field
- raise the ai-judge peer floor to @gotgenes/pi-permission-system >=32.0.0
- bump dev deps: pi-coding-agent 0.85.1, vitest 5, typescript 7
2026-09-16 20:57:55 +08:00

955 lines
33 KiB
TypeScript

import { describe, expect, it } from "vitest";
import type {
AuthorizerLog,
PermissionCheckResult,
PermissionQuery,
PermissionState,
PromptPermissionDetails,
} from "@gotgenes/pi-permission-system";
import { authorizeInnerCommand, type SessionProbe } from "../src/authorizer";
/** Default captured root-session identity used by the harness. */
const ROOT_SESSION_ID = "session-root";
type LogCall = {
level: "review" | "debug";
event: string;
details?: Record<string, unknown>;
};
function makeLog(): { log: AuthorizerLog; calls: LogCall[] } {
const calls: LogCall[] = [];
const log: AuthorizerLog = {
review: (event, details) => calls.push({ level: "review", event, details }),
debug: (event, details) => calls.push({ level: "debug", event, details }),
};
return { log, calls };
}
type CheckCall = {
surface: string;
value: string | undefined;
agentName: string | undefined;
};
function makeQuery(
states: Record<string, PermissionState>,
opts: { throwOn?: string } = {},
): { query: PermissionQuery; calls: CheckCall[] } {
const calls: CheckCall[] = [];
const query: PermissionQuery = {
checkPermission: (surface, value, agentName) => {
calls.push({ surface, value, agentName });
if (opts.throwOn !== undefined && value === opts.throwOn) {
throw new Error("policy boom");
}
const state: PermissionState = states[value ?? ""] ?? "ask";
const result: PermissionCheckResult = {
toolName: "bash",
state,
source: "bash",
origin: "builtin",
};
return result;
},
getToolPermission: () => "ask",
};
return { query, calls };
}
function bashDetails(
toolCallId = "call_1",
agentName: string | null = null,
command = "",
fullCommand = command,
): PromptPermissionDetails {
return {
requestId: "req-1",
source: "tool_call",
agentName,
payload: {
kind: "bash",
request: {
requester: {
agentName,
forwarded: false,
sessionId: null,
},
surface: "bash",
toolName: "bash",
invokedToolName: null,
value: command,
matchedPattern: null,
commandContext: null,
executedUnit: null,
},
evidence:
fullCommand === command
? []
: [
{
label: "full command",
text: fullCommand,
detail: null,
},
],
annotations: [],
},
toolCallId,
toolName: "bash",
// Legacy projection; the structured payload is authoritative.
command,
};
}
function makeSessionProbe(args: {
/** Live session id reported at authorize time. */
sessionId?: string;
getSessionIdThrows?: boolean;
} = {}): SessionProbe {
return {
getSessionId: args.getSessionIdThrows
? (): string => {
throw new Error("session id boom");
}
: (): string => args.sessionId ?? ROOT_SESSION_ID,
};
}
async function run(args: {
recoveredCommand: string;
/** details.command — the ask-triggering unit; defaults to recoveredCommand. */
unitCommand?: string;
states?: Record<string, PermissionState>;
details?: Partial<PromptPermissionDetails>;
queryThrowsOn?: string;
/** Live session id diverges from the captured provenance. */
sessionMismatch?: boolean;
getSessionIdThrows?: boolean;
}): Promise<{
verdict: { kind: string };
log: LogCall[];
check: CheckCall[];
}> {
const { log, calls } = makeLog();
const toolCallId = args.details?.toolCallId ?? "call_1";
const { query, calls: check } = makeQuery(args.states ?? {}, {
throwOn: args.queryThrowsOn,
});
const session = makeSessionProbe({
getSessionIdThrows: args.getSessionIdThrows,
sessionId: args.sessionMismatch ? "session-changed" : ROOT_SESSION_ID,
});
const unitCommand = args.unitCommand ?? args.recoveredCommand;
const verdict = await authorizeInnerCommand({
details: {
...bashDetails(
toolCallId,
null,
unitCommand,
args.recoveredCommand,
),
...args.details,
} as PromptPermissionDetails,
query,
log,
session,
expectedSessionId: ROOT_SESSION_ID,
});
return { verdict: { kind: verdict.kind }, log: calls, check };
}
describe("authorizeInnerCommand — recognized wrapper verdicts", () => {
it("maps an inner allow to allow and records a review", async () => {
const { verdict, log, check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
});
expect(verdict.kind).toBe("allow");
expect(log).toEqual([
{
level: "review",
event: "inner_cmd.allow",
details: {
requestId: "req-1",
command: "timeout 30s pnpm test",
innerCommand: "pnpm test",
},
},
]);
expect(check).toEqual([
{ surface: "bash", value: "pnpm test", agentName: undefined },
]);
});
it("maps an inner ask to defer and records a debug", async () => {
const { verdict, log } = await run({
recoveredCommand: "timeout 30s git push",
states: { "git push": "ask" },
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([
{
level: "debug",
event: "inner_cmd.inner_ask",
details: {
command: "timeout 30s git push",
innerCommand: "git push",
},
},
]);
});
it("maps an inner deny to deny and records a review", async () => {
const { verdict, log } = await run({
recoveredCommand: "timeout 30s rm -rf /",
states: { "rm -rf /": "deny" },
});
expect(verdict.kind).toBe("deny");
expect(log).toEqual([
{
level: "review",
event: "inner_cmd.deny",
details: {
requestId: "req-1",
command: "timeout 30s rm -rf /",
innerCommand: "rm -rf /",
},
},
]);
});
it("re-checks the complete inner program for compound input", async () => {
// timeout 60s pnpm test && git push -> inner "pnpm test && git push".
// The whole program must be re-evaluated; git push asking defers it.
const { verdict, log, check } = await run({
recoveredCommand: "timeout 60s pnpm test && git push",
states: { "pnpm test && git push": "ask" },
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([
{
surface: "bash",
value: "pnpm test && git push",
agentName: undefined,
},
]);
expect(log).toEqual([
{
level: "debug",
event: "inner_cmd.inner_ask",
details: {
command: "timeout 60s pnpm test && git push",
innerCommand: "pnpm test && git push",
},
},
]);
});
it("unwraps timeout around bash -c and re-evaluates the inner program", async () => {
const { verdict, log, check } = await run({
recoveredCommand: "timeout 30s bash -c something",
states: { "bash -c something": "ask" },
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([
{ surface: "bash", value: "bash -c something", agentName: undefined },
]);
expect(log[0]?.event).toBe("inner_cmd.inner_ask");
});
it("forwards details.agentName ?? undefined into the inner query", async () => {
const { check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: { agentName: "release-worker" },
});
expect(check).toEqual([
{ surface: "bash", value: "pnpm test", agentName: "release-worker" },
]);
});
it("passes undefined when details.agentName is null", async () => {
const { check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: { agentName: null },
});
expect(check[0]?.agentName).toBeUndefined();
});
});
describe("authorizeInnerCommand — root-ownership revalidation", () => {
it("defers fail-closed when the live session id no longer matches", async () => {
const { verdict, log, check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
sessionMismatch: true,
});
expect(verdict.kind).toBe("defer");
// Never reaches recovery or the decisive deterministic query.
expect(check).toEqual([]);
expect(log).toEqual([
{
level: "debug",
event: "inner_cmd.session_mismatch",
details: {
expectedSessionId: ROOT_SESSION_ID,
currentSessionId: "session-changed",
},
},
]);
});
it("still defers a forwarded ask before revalidating ownership", async () => {
const { verdict, log } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
sessionMismatch: true,
details: {
forwarding: { requesterAgentName: "child", requesterSessionId: "s1" },
},
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([]); // forwarded defers silently, before any session read
});
});
describe("authorizeInnerCommand — fail-closed deferrals", () => {
it("defers on unsupported timeout syntax with a debug log", async () => {
const { verdict, log } = await run({
recoveredCommand: "timeout -k 5s 30s pnpm test",
states: { "pnpm test": "allow" },
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([
{
level: "debug",
event: "inner_cmd.unsupported_wrapper_syntax",
details: {
command: "timeout -k 5s 30s pnpm test",
wrapper: "timeout",
},
},
]);
});
it("defers on a nested wrapper with a debug log", async () => {
const { verdict, log, check } = await run({
recoveredCommand: "timeout 30s timeout 10s pnpm test",
states: { "timeout 10s pnpm test": "allow" },
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([]); // inner program is never re-evaluated
expect(log).toEqual([
{
level: "debug",
event: "inner_cmd.nested_wrapper",
details: {
command: "timeout 30s timeout 10s pnpm test",
innerCommand: "timeout 10s pnpm test",
wrapper: "timeout",
},
},
]);
});
it("defers silently on an ordinary non-timeout command", async () => {
const { verdict, log } = await run({
recoveredCommand: "pnpm test",
states: { "pnpm test": "allow" },
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([]);
});
it("defers silently on a forwarded request", async () => {
const { verdict, log, check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: {
forwarding: { requesterAgentName: "child", requesterSessionId: "s1" },
},
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([]);
expect(check).toEqual([]); // never reaches the deterministic query
});
it("defers silently for a non-Bash tool", async () => {
const { verdict, log } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: { toolName: "read" },
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([]);
});
it("uses the structured payload when toolCallId is absent", async () => {
const { verdict } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: { toolCallId: undefined },
});
expect(verdict.kind).toBe("allow");
});
it("defers silently on duplicate full-command evidence", async () => {
const details = bashDetails(
"call_1",
null,
"timeout 30s pnpm test",
"cd /repo && timeout 30s pnpm test",
);
const duplicate = details.payload.evidence[0]!;
const { verdict, log, check } = await run({
recoveredCommand: "cd /repo && timeout 30s pnpm test",
unitCommand: "timeout 30s pnpm test",
states: { "cd /repo && pnpm test": "allow" },
details: {
payload: {
...details.payload,
evidence: [duplicate, duplicate],
},
},
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([]);
expect(check).toEqual([]);
});
it("defers silently on malformed full-command evidence", async () => {
const details = bashDetails(
"call_1",
null,
"timeout 30s pnpm test",
"cd /repo && timeout 30s pnpm test",
);
const { verdict, check } = await run({
recoveredCommand: "cd /repo && timeout 30s pnpm test",
unitCommand: "timeout 30s pnpm test",
states: { "cd /repo && pnpm test": "allow" },
details: {
payload: {
...details.payload,
evidence: [
{
label: "full command",
text: null as unknown as string,
detail: null,
},
],
},
},
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([]);
});
// -- extractBashCommandEvidence guard branches: every malformed shape
// of the structured payload must defer silently (fail-closed) without
// reaching the deterministic query.
it("defers silently when payload.evidence is not an array", async () => {
const details = bashDetails("call_1", null, "timeout 30s pnpm test");
const { verdict, log, check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: {
payload: {
...details.payload,
evidence: "not-an-array" as unknown as [],
},
},
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([]);
expect(check).toEqual([]);
});
it("defers silently when payload.request is missing", async () => {
const details = bashDetails("call_1", null, "timeout 30s pnpm test");
const { verdict, check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: {
payload: {
...details.payload,
request: undefined as unknown as (typeof details.payload)["request"],
},
},
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([]);
});
it("defers silently when the requester was forwarded", async () => {
const details = bashDetails("call_1", null, "timeout 30s pnpm test");
const { verdict, check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: {
payload: {
...details.payload,
request: {
...details.payload.request,
requester: { agentName: null, forwarded: true, sessionId: "s-child" },
},
},
},
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([]);
});
it("defers silently when the ask came through an invoking tool", async () => {
const details = bashDetails("call_1", null, "timeout 30s pnpm test");
const { verdict, check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: {
payload: {
...details.payload,
request: {
...details.payload.request,
invokedToolName: "custom_tool",
},
},
},
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([]);
});
it("defers silently when the request surface is not Bash", async () => {
const details = bashDetails("call_1", null, "timeout 30s pnpm test");
const { verdict, check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: {
payload: {
...details.payload,
request: { ...details.payload.request, surface: "edit" },
},
},
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([]);
});
it("defers silently on a blank request value", async () => {
const details = bashDetails("call_1", null, "timeout 30s pnpm test");
const { verdict, check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: {
payload: {
...details.payload,
request: { ...details.payload.request, value: " " },
},
},
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([]);
});
it("defers silently when the legacy command projection disagrees with the structured value", async () => {
const { verdict, check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: { command: "echo different" },
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([]);
});
it("defers silently on a blank full-command evidence text", async () => {
const details = bashDetails(
"call_1",
null,
"timeout 30s pnpm test",
" ",
);
const { verdict, check } = await run({
recoveredCommand: " ",
unitCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: { payload: details.payload },
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([]);
});
it("defers silently for a shell alias that re-exposes Bash", async () => {
const details = bashDetails(
"call_1",
null,
"timeout 30s pnpm test",
);
const { verdict, check } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: {
payload: {
...details.payload,
request: {
...details.payload.request,
invokedToolName: "exec_command",
},
},
},
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([]);
});
});
describe("authorizeInnerCommand — time wrapper", () => {
it("maps an inner allow to allow and records a review", async () => {
const { verdict, log, check } = await run({
recoveredCommand: "time pnpm test",
states: { "pnpm test": "allow" },
});
expect(verdict.kind).toBe("allow");
expect(log).toEqual([
{
level: "review",
event: "inner_cmd.allow",
details: {
requestId: "req-1",
command: "time pnpm test",
innerCommand: "pnpm test",
},
},
]);
expect(check).toEqual([
{ surface: "bash", value: "pnpm test", agentName: undefined },
]);
});
it("maps an inner deny to deny and an inner ask to defer", async () => {
const denied = await run({
recoveredCommand: "time rm -rf /",
states: { "rm -rf /": "deny" },
});
expect(denied.verdict.kind).toBe("deny");
expect(denied.log[0]?.event).toBe("inner_cmd.deny");
const asked = await run({
recoveredCommand: "time git push",
states: { "git push": "ask" },
});
expect(asked.verdict.kind).toBe("defer");
expect(asked.log[0]?.event).toBe("inner_cmd.inner_ask");
});
it("re-checks the complete inner program for compound input", async () => {
const { verdict, check } = await run({
recoveredCommand: "time pnpm test && git push",
states: { "pnpm test && git push": "ask" },
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([
{
surface: "bash",
value: "pnpm test && git push",
agentName: undefined,
},
]);
});
it("unwraps a time buried in a scaffold", async () => {
const full = "cd /repo && time pnpm install 2>&1 | tail -5";
const deWrapped = "cd /repo && pnpm install 2>&1 | tail -5";
const { verdict, log, check } = await run({
recoveredCommand: full,
unitCommand: "time pnpm install",
states: { [deWrapped]: "allow" },
});
expect(verdict.kind).toBe("allow");
expect(check).toEqual([
{ surface: "bash", value: deWrapped, agentName: undefined },
]);
expect(log).toEqual([
{
level: "review",
event: "inner_cmd.allow",
details: {
requestId: "req-1",
command: full,
innerCommand: "pnpm install",
},
},
]);
});
it("defers on unsupported time syntax with a debug log", async () => {
// `-p` (and any dash-leading modifier) makes the form unsupported:
// `/usr/bin/time` flags can write files (`-o`), and the command
// string cannot distinguish the reserved word from the binary.
const { verdict, log, check } = await run({
recoveredCommand: "time -p ls",
states: { ls: "allow" },
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([]);
expect(log).toEqual([
{
level: "debug",
event: "inner_cmd.unsupported_wrapper_syntax",
details: { command: "time -p ls", wrapper: "time" },
},
]);
});
it("defers on a bare time with no inner command", async () => {
const { verdict, log } = await run({
recoveredCommand: "time",
states: {},
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([
{
level: "debug",
event: "inner_cmd.unsupported_wrapper_syntax",
details: { command: "time", wrapper: "time" },
},
]);
});
it("defers on a nested wrapper (time wrapping time or timeout)", async () => {
const nested = await run({
recoveredCommand: "time time pnpm test",
states: { "pnpm test": "allow" },
});
expect(nested.verdict.kind).toBe("defer");
expect(nested.check).toEqual([]);
expect(nested.log).toEqual([
{
level: "debug",
event: "inner_cmd.nested_wrapper",
details: {
command: "time time pnpm test",
innerCommand: "time pnpm test",
wrapper: "time",
},
},
]);
const nestedTimeout = await run({
recoveredCommand: "time timeout 10s pnpm test",
states: { "timeout 10s pnpm test": "allow" },
});
expect(nestedTimeout.verdict.kind).toBe("defer");
expect(nestedTimeout.log[0]?.event).toBe("inner_cmd.nested_wrapper");
});
it("defers on timeout wrapping time (nested the other way)", async () => {
const { verdict, log, check } = await run({
recoveredCommand: "timeout 30s time pnpm test",
states: { "time pnpm test": "allow" },
});
expect(verdict.kind).toBe("defer");
expect(check).toEqual([]);
expect(log).toEqual([
{
level: "debug",
event: "inner_cmd.nested_wrapper",
details: {
command: "timeout 30s time pnpm test",
innerCommand: "time pnpm test",
wrapper: "timeout",
},
},
]);
});
it("defers silently on /usr/bin/time (full path is not claimed)", async () => {
const { verdict, log } = await run({
recoveredCommand: "/usr/bin/time ls",
states: { ls: "allow" },
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([]);
});
});
describe("authorizeInnerCommand — env wrapper", () => {
it("defers on an env wrapper with a debug log (non-transparent)", async () => {
const { verdict, log, check } = await run({
recoveredCommand: "env FOO=bar pnpm test",
states: { "pnpm test": "allow" },
});
expect(verdict.kind).toBe("defer");
// env is non-transparent: never unwrapped, so the inner command is not
// re-evaluated through the deterministic policy.
expect(check).toEqual([]);
expect(log).toEqual([
{
level: "debug",
event: "inner_cmd.env_non_transparent",
details: { command: "env FOO=bar pnpm test" },
},
]);
});
it("does not claim a command that only contains env later", async () => {
// Starts with printf, not env -> no handler claims it -> silent defer.
const { verdict, log } = await run({
recoveredCommand: "printf hi; env | sort",
states: {},
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([]);
});
});
describe("authorizeInnerCommand — xargs wrapper", () => {
it("defers on a leading xargs with a debug log (non-transparent args)", async () => {
const { verdict, log, check } = await run({
recoveredCommand: "xargs rm",
states: { rm: "allow" },
});
expect(verdict.kind).toBe("defer");
// xargs arguments come from stdin, so the inner command is never
// re-evaluated through the deterministic policy.
expect(check).toEqual([]);
expect(log).toEqual([
{
level: "debug",
event: "inner_cmd.xargs_non_transparent",
details: { command: "xargs rm" },
},
]);
});
it("does not claim a command where xargs appears mid-pipeline", async () => {
// Starts with find, not xargs -> no handler claims it -> silent defer.
const { verdict, log } = await run({
recoveredCommand: "find . -name '*.tmp' | xargs rm",
states: {},
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([]);
});
});
describe("authorizeInnerCommand — scaffolded commands", () => {
it("unwraps a timeout buried in a cd/echo/|/tail scaffold", async () => {
const full =
"cd /repo && echo go && timeout 240 pnpm install --frozen-lockfile 2>&1 | tail -30; echo EXIT";
const deWrapped =
"cd /repo && echo go && pnpm install --frozen-lockfile 2>&1 | tail -30; echo EXIT";
const { verdict, log, check } = await run({
recoveredCommand: full,
unitCommand: "timeout 240 pnpm install --frozen-lockfile",
states: { [deWrapped]: "allow" },
});
expect(verdict.kind).toBe("allow");
// re-evaluated the full de-wrapped compound, not just the unit's inner
expect(check).toEqual([
{ surface: "bash", value: deWrapped, agentName: undefined },
]);
expect(log).toEqual([
{
level: "review",
event: "inner_cmd.allow",
details: {
requestId: "req-1",
command: full,
innerCommand: "pnpm install --frozen-lockfile",
},
},
]);
});
it("defers when the de-wrapped compound is not fully allowing (sibling)", async () => {
const full = "cd /repo && timeout 30s pnpm test && git push origin";
const deWrapped = "cd /repo && pnpm test && git push origin";
const { verdict, check } = await run({
recoveredCommand: full,
unitCommand: "timeout 30s pnpm test",
states: {},
});
expect(verdict.kind).toBe("defer");
// the de-wrapped compound still contains the git push sibling
expect(check).toEqual([
{ surface: "bash", value: deWrapped, agentName: undefined },
]);
});
it("defers fail-closed when the unit is not a unique substring", async () => {
const { verdict, log } = await run({
recoveredCommand: "timeout 30s pnpm test",
unitCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
});
expect(verdict.kind).toBe("defer");
expect(log).toEqual([
{
level: "debug",
event: "inner_cmd.wrapper_not_located",
details: { command: "timeout 30s pnpm test" },
},
]);
});
});
describe("authorizeInnerCommand — exceptions defer with a debug log", () => {
it("defers when reading the session id throws (logs only safe data)", async () => {
const { verdict, log } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
getSessionIdThrows: true,
});
expect(verdict.kind).toBe("defer");
expect(log).toHaveLength(1);
expect(log[0]?.event).toBe("inner_cmd.exception");
// Exception before recognition: no command/innerCommand available.
expect(log[0]?.details).toEqual({ error: "session id boom" });
});
it("defers when reading payload evidence throws (logs only safe data)", async () => {
const base = bashDetails(
"call_1",
null,
"timeout 30s pnpm test",
);
const payload = { ...base.payload };
Object.defineProperty(payload, "evidence", {
get(): never {
throw new Error("payload boom");
},
});
const { verdict, log } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
details: { payload },
});
expect(verdict.kind).toBe("defer");
expect(log).toHaveLength(1);
expect(log[0]?.level).toBe("debug");
expect(log[0]?.event).toBe("inner_cmd.exception");
expect(log[0]?.details).toEqual({ error: "payload boom" });
});
it("retains command and innerCommand when the query throws after recognition", async () => {
const { verdict, log } = await run({
recoveredCommand: "timeout 30s pnpm test",
states: { "pnpm test": "allow" },
queryThrowsOn: "pnpm test",
});
expect(verdict.kind).toBe("defer");
expect(log).toHaveLength(1);
expect(log[0]?.event).toBe("inner_cmd.exception");
// Exception after recognition: command + innerCommand retained.
expect(log[0]?.details).toEqual({
error: "policy boom",
command: "timeout 30s pnpm test",
innerCommand: "pnpm test",
});
});
});