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fork of prime agent with changes i want but are not upstreamable probqbly (and some fixes)
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TypeScript
at main
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describe("buildSessionList", () => { const oneMessage = [{ role: "user", content: "hi" }] as unknown as AgentMessage[]; const currentSummary = { basedOnMessageCount: 1 } as ActiveSessionState["summaryState"];
// Activity/lifecycle projection: one row per state shape the view must render honestly. it.each([ ["a streaming session is working", { isStreaming: true, messages: oneMessage }, { activity: "working" }], [ "a streaming session waiting on a tool is working", { isStreaming: true, pendingToolCalls: ["tool-1"], messages: oneMessage }, { activity: "working" }, ], [ "an attached settled session is idle", { clients: 1, messages: oneMessage, summaryState: currentSummary }, { activity: "idle" }, ], [ "a detached settled session is idle", { messages: oneMessage, summaryState: currentSummary }, { activity: "idle" }, ], ["an empty resident session is idle", {}, { activity: "idle" }], [ "a finished subagent is idle instead of stuck working", { isStreaming: false, hasRunningRlmChildren: false, messages: oneMessage, metadata: { kind: "subagent" as const, createdAt: 1, parentActiveSessionId: "parent", rlmChildId: "c1" }, }, { activity: "idle" }, ], [ "an accepted in-flight prompt is working with no queued work", { messages: oneMessage, summaryState: currentSummary, hasAcceptedPromptInFlight: true }, { activity: "working", sessionActions: { queuedCount: 0, active: { kind: "turn", phase: "running" } } }, ], [ "the exact unfinished action count survives the visible action snapshot", { unfinishedActionCount: 3, hasAcceptedPromptInFlight: true }, { activity: "working", unfinishedActionCount: 3, sessionActions: { queuedCount: 0, active: { kind: "turn" } }, }, ], ])("%s", (_name, options, expected) => { const summary = summaryForActiveSession(makeState({ activeSessionId: "active-1", ...options }));
expect(summary).toMatchObject(expected); });
it("counts direct peers separately so the supervisor can add them to its own attachment count", () => { const state = makeState({ activeSessionId: "direct", sessionFile: "/tmp/direct.jsonl" }); state.clients.add({ id: "supervisor", authenticationRole: "supervisor" } as unknown as DaemonSocketClient); state.clients.add({ id: "peer", authenticationRole: "session_client" } as unknown as DaemonSocketClient);
const [summary] = buildSessionList([state], []);
expect(summary).toMatchObject({ attachedClients: 2, directAttachedClients: 1 }); // Passivated roster rows describe a session without a runtime; the live-only count must not survive. expect( passivatedWorkerRosterEntry(workerRosterEntryFromSummary(summary!)).summary.directAttachedClients, ).toBeUndefined(); });
it("uses the stable session header time for active rows without a saved catalog entry", () => { const state = makeState({ activeSessionId: "active", sessionFile: "/tmp/active.jsonl" }); const first = summaryForActiveSession(state); const second = summaryForActiveSession(state); expect(first.created).toBe("2026-05-01T00:00:00.000Z"); expect(first.lastActivityAt).toBe("2026-05-01T00:00:00.000Z"); expect(second.created).toBe(first.created); });
it("takes last activity from custom messages and tool results", () => { const oldMessage = { role: "user", content: "old", timestamp: Date.parse("2026-05-02T00:00:00.000Z"), } as AgentMessage; const customTimestamp = Date.parse("2026-05-03T00:00:00.000Z"); const customMessage = { role: "custom", customType: "activity", content: "newer", display: false, timestamp: customTimestamp, } as AgentMessage; const toolResultTimestamp = Date.parse("2026-05-04T00:00:00.000Z"); const toolResult = { role: "toolResult", toolCallId: "tool-1", toolName: "example", content: [], isError: false, timestamp: toolResultTimestamp, } as AgentMessage;
expect( summaryForActiveSession(makeState({ activeSessionId: "custom-active", messages: [oldMessage, customMessage] })) .lastActivityAt, ).toBe(new Date(customTimestamp).toISOString()); expect( summaryForActiveSession(makeState({ activeSessionId: "tool-active", messages: [oldMessage, toolResult] })) .lastActivityAt, ).toBe(new Date(toolResultTimestamp).toISOString()); });
it("ignores message timestamps outside the valid Date range", () => { const validTimestamp = Date.parse("2026-05-04T00:00:00.000Z"); const messages = [ { role: "user", content: "valid", timestamp: validTimestamp }, { role: "assistant", content: "corrupt", timestamp: 8.64e15 + 1 }, ] as AgentMessage[];
const summary = summaryForActiveSession(makeState({ activeSessionId: "invalid-timestamp", messages }));
expect(summary.lastActivityAt).toBe(new Date(validTimestamp).toISOString()); });
it("publishes own-session usage on active and saved rows", () => { const usage: SessionUsageSummary = { inputTokens: 12437, outputTokens: 1234, cost: 0.42 }; const [active, saved] = buildSessionList( [makeState({ activeSessionId: "spender", usage })], [makeSessionInfo({ id: "saved-spender", path: "/tmp/saved-spender.jsonl", usage })], ); expect(active?.usage).toEqual(usage); expect(saved?.usage).toEqual(usage); });
it("keeps background subagents on the wire while the settled parent goes idle", () => { const oneMessage = [{ role: "user", content: "hi" }] as unknown as AgentMessage[]; const entries = buildSessionList( [ makeState({ activeSessionId: "parent", sessionFile: "/tmp/parent.jsonl", isStreaming: false, hasRunningRlmChildren: true, messages: oneMessage, summaryState: { basedOnMessageCount: 1 } as ActiveSessionState["summaryState"], }), ], [], ); expect(entries[0]?.activity).toBe("idle"); expect(entries[0]?.hasRunningRlmChildren).toBe(true); });
it("marks sessions with active standard or RLM heartbeats", () => { const messages = [{ role: "user", content: "hi" }] as unknown as AgentMessage[]; const summaryState = { basedOnMessageCount: 1 } as ActiveSessionState["summaryState"]; const activeSessionIds = ["heartbeat", "rlm-heartbeat", "paused-heartbeat", "cron"]; const entries = buildSessionList( activeSessionIds.map((activeSessionId) => makeState({ activeSessionId, messages, summaryState })), [makeSessionInfo({ id: "passive", path: "/tmp/passive.jsonl" })], [ makeCronJob({ id: "heartbeat-job", activeSessionId: "heartbeat", source: "heartbeat" }), makeCronJob({ id: "rlm-job", activeSessionId: "rlm-heartbeat", source: "rlm_heartbeat" }), makeCronJob({ id: "paused-job", activeSessionId: "paused-heartbeat", source: "heartbeat", status: "paused", }), makeCronJob({ id: "cron-job", activeSessionId: "cron", source: "cron" }), makeCronJob({ id: "passive-job", activeSessionId: "old-passive-active-id", sessionFile: "/tmp/passive.jsonl", source: "rlm_heartbeat", }), ], );
expect(Object.fromEntries(entries.map((entry) => [entry.id, entry.hasActiveHeartbeat]))).toEqual({ heartbeat: true, "rlm-heartbeat": true, "paused-heartbeat": undefined, cron: undefined, passive: undefined, }); expect(Object.fromEntries(entries.map((entry) => [entry.id, entry.hasRegisteredHeartbeat]))).toEqual({ heartbeat: true, "rlm-heartbeat": true, "paused-heartbeat": undefined, cron: undefined, passive: true, }); expect(Object.fromEntries(entries.map((entry) => [entry.id, entry.hasRegisteredCronJob]))).toEqual({ heartbeat: undefined, "rlm-heartbeat": undefined, "paused-heartbeat": undefined, cron: true, passive: undefined, }); });
it("keeps file-keyed schedule pins on active rows while active ids are being rebound", () => { const sessionFile = "/tmp/child.jsonl"; const [entry] = buildSessionList( [makeState({ activeSessionId: "new-active-id", sessionFile })], [makeSessionInfo({ id: "child-session", path: sessionFile })], [ makeCronJob({ id: "stale-heartbeat", activeSessionId: "old-active-id", sessionFile, source: "heartbeat", }), makeCronJob({ id: "stale-cron", activeSessionId: "old-active-id", sessionFile, source: "cron", }), ], );
expect(entry).toMatchObject({ hasRegisteredHeartbeat: true, hasRegisteredCronJob: true }); });
it("marks a retained completed subagent with an active RLM heartbeat", () => { const messages = [{ role: "user", content: "initialize a heartbeat" }] as unknown as AgentMessage[]; const entries = buildSessionList( [ makeState({ activeSessionId: "parent", sessionId: "parent-session", messages, }), makeState({ activeSessionId: "child", sessionId: "child-session", sessionFile: "/tmp/child.jsonl", messages, metadata: { kind: "subagent", createdAt: 1, parentActiveSessionId: "parent", parentSessionId: "parent-session", rlmChildId: "child-1", }, }), ], [], [makeCronJob({ id: "rlm-job", activeSessionId: "child", source: "rlm_heartbeat" })], );
expect(entries.find((entry) => entry.id === "child")).toMatchObject({ runtimeKind: "subagent", activity: "idle", hasActiveHeartbeat: true, }); });
it("merges active records with saved sessions and marks inactive sessions", () => { const activePath = resolve("/tmp/project/active.jsonl"); const sleepingPath = resolve("/tmp/project/sleeping.jsonl"); const crashedPath = resolve("/tmp/project/crashed.jsonl"); const savedSessions = [ makeSessionInfo({ path: activePath, id: "saved-active", name: "active saved" }), makeSessionInfo({ path: sleepingPath, id: "saved-sleeping", name: "sleeping saved", state: { status: "archived" }, }), makeSessionInfo({ path: crashedPath, id: "saved-crashed", state: { status: "crash" } }), ];
const entries = buildSessionList( [ makeState({ activeSessionId: "active-1", sessionFile: activePath, sessionId: "saved-active", messages: [{ role: "user", content: "hi" }] as unknown as AgentMessage[], summaryState: { basedOnMessageCount: 1 } as ActiveSessionState["summaryState"], }), ], savedSessions, );
expect(entries).toHaveLength(3); expect(entries.map((entry) => [entry.id, entry.sessionId, entry.lifecycle, entry.activity])).toEqual([ ["active-1", "saved-active", "live", "idle"], ["saved-sleeping", "saved-sleeping", "archived", "idle"], ["saved-crashed", "saved-crashed", "archived", "idle"], ]); expect(entries[0]!.sessionName).toBe("session active-1"); });
it("keeps a resident message-less subagent live while a top-level one stays a draft", () => { const entries = buildSessionList( [ makeState({ activeSessionId: "child", metadata: { kind: "subagent", createdAt: 1, rlmChildId: "child-1" }, }), makeState({ activeSessionId: "top" }), ], [], );
expect(entries.map((entry) => [entry.id, entry.lifecycle])).toEqual([ ["child", "live"], ["top", "draft"], ]); });
it("treats a message-less on-disk active session as a hidden draft", () => { const emptyPath = resolve("/tmp/project/empty.jsonl"); const usedPath = resolve("/tmp/project/used.jsonl"); const entries = buildSessionList( [], [ // Active record, no messages: a draft, hidden from the view (lifecycle is // message-based; any config it holds is still preserved on disk). makeSessionInfo({ path: emptyPath, id: "empty", messageCount: 0, name: "named draft", state: { status: "active" }, }), // Active record with a message: a real conversation, stays live. makeSessionInfo({ path: usedPath, id: "used", messageCount: 1, state: { status: "active" }, }), ], ); expect(entries.map((entry) => [entry.id, entry.lifecycle])).toEqual([ ["empty", "draft"], ["used", "live"], ]); });
it("shows an off-daemon session with messages but no lifecycle entry as live", () => { // Older sessions never wrote a session_state entry; a missing state must not // be treated as archived, or those conversations vanish from the view. const [entry] = buildSessionList( [], [ makeSessionInfo({ path: resolve("/tmp/project/legacy.jsonl"), id: "legacy", messageCount: 4, state: undefined, }), ], ); expect(entry?.lifecycle).toBe("live"); });
it("carries the persisted recap and verdict for off-daemon sessions", () => { const path = resolve("/tmp/project/done.jsonl"); const [entry] = buildSessionList( [], [ makeSessionInfo({ path, id: "done", messageCount: 3, state: { status: "active" }, agentStatus: { summary: "Shipped the fix", taskState: "completed", basedOnMessageCount: 3 }, }), ], ); expect(entry).toMatchObject({ summary: "Shipped the fix", taskState: "completed" }); });
it("drops a stale persisted verdict when later messages outpaced it", () => { const path = resolve("/tmp/project/stale.jsonl"); const [entry] = buildSessionList( [], [ makeSessionInfo({ path, id: "stale", messageCount: 5, state: { status: "active" }, // Verdict was based on an earlier turn (3 < 5), so it must not show. agentStatus: { summary: "Old recap", taskState: "completed", basedOnMessageCount: 3 }, }), ], ); expect(entry?.summary).toBeUndefined(); expect(entry?.taskState).toBeUndefined(); });
it("includes active subagent parent metadata", () => { const entries = buildSessionList( [ makeState({ activeSessionId: "parent", sessionFile: "/tmp/parent.jsonl", sessionId: "parent-session" }), makeState({ activeSessionId: "child", sessionFile: "/tmp/child.jsonl", sessionId: "child-session", metadata: { kind: "subagent", createdAt: 1, parentActiveSessionId: "parent", parentSessionId: "parent-session", parentSessionFile: "/tmp/parent.jsonl", rlmChildId: "rlm-child", rlmParentNodeId: "rlm-child", prompt: "Audit the retry\nlogic for races", }, }), ], [], );
expect(entries.find((entry) => entry.id === "child")).toMatchObject({ runtimeKind: "subagent", parentActiveSessionId: "parent", parentSessionId: "parent-session", parentSessionPath: "/tmp/parent.jsonl", rlmChildId: "rlm-child", rlmParentNodeId: "rlm-child", // The spawn prompt doubles as the subagent's display title. firstMessage: "Audit the retry logic for races", }); });
it("uses runtime depth for live rows and catalog depth for saved-only rows", () => { const livePath = resolve("/tmp/project/live-depth.jsonl"); const savedPath = resolve("/tmp/project/saved-depth.jsonl"); const entries = buildSessionList( [makeState({ activeSessionId: "live", sessionFile: livePath, rlmDepth: 2 })], [ makeSessionInfo({ path: livePath, id: "live", rlmDepth: 99 }), makeSessionInfo({ path: savedPath, id: "saved", rlmDepth: 3 }), ], );
expect(entries.find((entry) => entry.activeSessionId === "live")?.rlmDepth).toBe(2); expect(entries.find((entry) => entry.sessionFile === savedPath)?.rlmDepth).toBe(3); });});
describe("summaryForActiveSession recap currency", () => { const twoMessages = [ { role: "user", content: "hi" }, { role: "assistant", content: "ok" }, ] as AgentMessage[];
it.each([ [ "surfaces both recap and verdict while the summary matches the turn", twoMessages, { summary: "Editing the router", taskState: "completed" as const, basedOnMessageCount: 2 }, { summary: "Editing the router", taskState: "completed" }, ], [ // The recap text must survive so the agents view does not flicker to blank, but a // stale "completed" verdict must not show on a turn that is active again. "keeps the prior recap and drops the stale verdict once a new turn outpaces the summary", [...twoMessages, { role: "user", content: "next" } as AgentMessage], { summary: "Editing the router", taskState: "completed" as const, basedOnMessageCount: 2 }, { summary: "Editing the router", taskState: undefined }, ], [ "omits the recap entirely when there is no summary yet", twoMessages, undefined, { summary: undefined, taskState: undefined }, ], ])("%s", (_name, messages, summaryState, expected) => { const summary = summaryForActiveSession( makeState({ activeSessionId: "s1", messages, summaryState: summaryState as ActiveSessionState["summaryState"], }), );
expect(summary.summary).toBe(expected.summary); expect(summary.taskState).toBe(expected.taskState); });
it("populates remoteHost from active session", () => { const summary = summaryForActiveSession( makeState({ activeSessionId: "s1", remoteHost: "chernobog", }), ); expect(summary.remoteHost).toBe("chernobog"); });});
describe("buildRlmChildSnapshots", () => { it("uses the AgentSession projection and adds resident active session ids", () => { const queued = { id: "sub-queued", label: "Queued task", status: "queued" as const, sessionDir: "/tmp/artifacts/sub-queued", }; const executing = { id: "sub-running", label: "Running task", status: "running" as const, sessionDir: "/tmp/artifacts/sub-running", activity: { kind: "executing" as const, toolName: "ipython" }, }; const parent = makeState({ activeSessionId: "parent", childSnapshots: [queued, executing], }); const residentChild = makeState({ activeSessionId: "running-child", metadata: { kind: "subagent", createdAt: 1, parentActiveSessionId: "parent", rlmChildId: "sub-running", }, });
expect(buildRlmChildSnapshots("parent", [parent, residentChild])).toEqual([ { ...queued, activeSessionId: undefined }, { ...executing, activeSessionId: "running-child" }, ]); });
it("returns no snapshots when the root is not resident", () => { expect(buildRlmChildSnapshots("missing", [])).toEqual([]); });});
describe("resolveAttachModelFallbackMessage", () => { const startupMessage = "No models available. Use /login...";
function makeSummary(overrides: Partial<SessionSummary>): SessionSummary { return { id: "active-1", lifecycle: "draft", activity: "idle", sessionId: "session-1", cwd: "/tmp/project", isStreaming: false, isCompacting: false, attachedClients: 0, messageCount: 0, sessionActions: { queuedCount: 0, steering: [], followUps: [] }, ...overrides, isSessionActive: overrides.isSessionActive ?? false, }; }
it.each([ [ "prefers the daemon's own fallback message", { modelFallbackMessage: "Could not restore model a/b. Using c/d" }, "Could not restore model a/b. Using c/d", ], [ "ignores the attaching process's snapshot when the session has a model", { model: { provider: "prime-inference", id: "gpt-5.5" } as SessionSummary["model"] }, undefined, ], ["falls back to the attaching process's snapshot when the session has no model", {}, startupMessage], ])("%s", (_name, overrides, expected) => { expect(resolveAttachModelFallbackMessage(makeSummary(overrides), startupMessage)).toBe(expected); });});
interface StateOptions { activeSessionId: string; model?: { provider: string; id: string }; sessionFile?: string; sessionId?: string; isStreaming?: boolean; pendingToolCalls?: string[]; clients?: number; messages?: AgentMessage[]; hasUserContent?: boolean; summaryState?: ActiveSessionState["summaryState"]; usage?: SessionUsageSummary; hasRunningRlmChildren?: boolean; hasAcceptedPromptInFlight?: boolean; remoteHost?: string; unfinishedActionCount?: number; contextTokens?: number; streamingMessage?: AgentMessage; childSnapshots?: RlmChildAgentSnapshot[]; rlmDepth?: number; metadata?: { kind: "top-level" | "subagent"; createdAt: number; parentActiveSessionId?: string; parentSessionId?: string; parentSessionFile?: string; rlmChildId?: string; rlmParentNodeId?: string; prompt?: string; sessionDir?: string; };}
function makeState(options: StateOptions): ActiveSessionState { const clients = new Set<DaemonSocketClient>(); for (let index = 0; index < (options.clients ?? 0); index++) { clients.add({ id: `client-${index}` } as unknown as DaemonSocketClient); }
return { activeSessionId: options.activeSessionId, clients, lastEventSequence: 0, summaryState: options.summaryState, runtime: { metadata: options.metadata ?? { kind: "top-level", createdAt: 1 }, diagnostics: [], session: { model: options.model, thinkingLevel: "off", isStreaming: options.isStreaming ?? false, isCompacting: false, sessionFile: options.sessionFile, sessionId: options.sessionId ?? `session-${options.activeSessionId}`, rlmDepth: options.rlmDepth ?? 0, sessionName: `session ${options.activeSessionId}`, remoteHost: options.remoteHost, sessionManager: { getCwd: () => "/tmp/project", getHeader: () => ({ timestamp: "2026-05-01T00:00:00.000Z" }), getSessionDir: () => "/tmp/sessions", hasUserContent: () => options.hasUserContent ?? false, }, messages: options.messages ?? ([] as AgentMessage[]), getRlmChildSnapshots: () => options.childSnapshots ?? [], getOwnUsageSummary: () => options.usage, hasRunningRlmChildren: () => options.hasRunningRlmChildren ?? false, hasAcceptedPromptInFlight: options.hasAcceptedPromptInFlight ?? false, unfinishedActionCount: options.unfinishedActionCount ?? (options.hasAcceptedPromptInFlight ? 1 : 0), isSessionActive: options.isStreaming === true || options.hasAcceptedPromptInFlight === true, getCurrentRecap: () => undefined, _contextTokensForCurrentMessages: () => options.contextTokens, getSessionActionSnapshot: () => ({ queuedCount: 0, steering: [], followUps: [], ...(options.hasAcceptedPromptInFlight ? { active: { kind: "turn" as const, phase: "running" as const } } : {}), }), state: { streamingMessage: options.streamingMessage, pendingToolCalls: new Set(options.pendingToolCalls ?? []), }, }, }, } as unknown as ActiveSessionState;}
function makeSessionInfo(overrides: Pick<SessionInfo, "path" | "id"> & Partial<SessionInfo>): SessionInfo { return { path: overrides.path, id: overrides.id, cwd: "/tmp/project", name: overrides.name, state: overrides.state, parentSessionPath: overrides.parentSessionPath, rlmDepth: overrides.rlmDepth ?? 0, created: new Date("2026-05-01T00:00:00.000Z"), modified: new Date("2026-05-02T00:00:00.000Z"), messageCount: overrides.messageCount ?? 2, firstMessage: "hello", allMessagesText: "hello world", agentStatus: overrides.agentStatus, usage: overrides.usage, };}
function makeCronJob(overrides: Pick<AgentCronJob, "id" | "activeSessionId"> & Partial<AgentCronJob>): AgentCronJob { return { id: overrides.id, status: overrides.status ?? "active", source: overrides.source, activeSessionId: overrides.activeSessionId, sessionId: `session-${overrides.activeSessionId}`, sessionFile: overrides.sessionFile ?? `/tmp/${overrides.activeSessionId}.jsonl`, cwd: "/tmp/project", prompt: "Check for follow-up work", schedule: { kind: "interval", expression: "every 5m", intervalMs: 300_000 }, createdAt: "2026-05-01T00:00:00.000Z", updatedAt: "2026-05-01T00:00:00.000Z", nextRunAt: "2026-05-01T00:05:00.000Z", runCount: 0, };}